mhurhangee/ep-ind-claims huggingface dataset:
Bicycle, comprising: - a bicycle frame having a head tube (7, 38), - a front wheel, which is rotatably connected to a front fork, this rotatably mounted to the head tube (7,38), wherein the front fork comprises either only one or at least two fork blades, - a rear wheel, - a handlebar (10, 27, 40) for steering the front wheel, - a bicycle drive for driving the rear wheel, comprising a bottom bracket and two pedals, which are pedaled downwards alternatingly by the cyclist, wherein pedaling down with one pedal moves up the other pedal simultaneously, - a bicycle seat assembly for the cyclist, comprising a bicycle seat (14, 30, 48) for the cyclist, wherein the bicycle seat assembly is rotatably connected to the bicycle via an axis of rotation and wherein the axis of rotation of the bicycle seat assembly, seen in the driving direction, is arranged in front of the seating surface of the bicycle seat (14, 30, 48) and wherein the axis of rotation of the bicycle seat assembly is arranged in front of the axle of the bottom bracket, seen in the driving direction, and wherein the seating surface of the bicycle seat (14, 30, 48) is arranged behind the axle of the bottom bracket, seen in the driving direction characterized in that the rotation of the bicycle seat assembly is possible to both sides of the reference center plane of the bicycle, hence, seen in the driving direction, to the left and to the right side of the bicycle, and is independent of the steering movement. - a bicycle frame having a head tube (7, 38), - a front wheel, which is rotatably connected to a front fork, this rotatably mounted to the head tube (7,38), wherein the front fork comprises either only one or at least two fork blades, - a rear wheel, - a handlebar (10, 27, 40) for steering the front wheel, - a bicycle drive for driving the rear wheel, comprising a bottom bracket and two pedals, which are pedaled downwards alternatingly by the cyclist, wherein pedaling down with one pedal moves up the other pedal simultaneously, - a bicycle seat assembly for the cyclist, comprising a bicycle seat (14, 30, 48) for the cyclist, wherein the bicycle seat assembly is rotatably connected to the bicycle via an axis of rotation and wherein the axis of rotation of the bicycle seat assembly, seen in the driving direction, is arranged in front of the seating surface of the bicycle seat (14, 30, 48) and wherein the axis of rotation of the bicycle seat assembly is arranged in front of the axle of the bottom bracket, seen in the driving direction, and wherein the seating surface of the bicycle seat (14, 30, 48) is arranged behind the axle of the bottom bracket, seen in the driving direction
A blow molding method comprising: holding a preform and a handle in a non-contact state using a common blow transfer jig which can be opened and closed, and transferring the preform and the handle to a space between a pair of blow cavity molds (4, 11) in an open state; clamping the pair of blow cavity molds (5, 11) to position the preform and the handle inside the pair of blow cavity molds; and blow-molding the preform into a container inside the pair of blow cavity molds (4, 11) to integrate the handle with the container. holding a preform and a handle in a non-contact state using a common blow transfer jig which can be opened and closed, and transferring the preform and the handle to a space between a pair of blow cavity molds (4, 11) in an open state; clamping the pair of blow cavity molds (5, 11) to position the preform and the handle inside the pair of blow cavity molds; and blow-molding the preform into a container inside the pair of blow cavity molds (4, 11) to integrate the handle with the container.
Spray-congealed particles consisting of mannitol to be used as a carrier for dry powder formulations for inhalation, said particles having a volume diameter determined by laser light diffraction technique in the range comprised from 30 and 300 micrometers, characterized by a shape factor, determined according to the equation SF = 1/RN wherein RN indicates the roundness of the particle and is calculated by applying the formula: RN = p 2 / 4π A wherein p and A are the mean perimeter and area values, respectively, of ten spherical particles as measured from scanning electron microscopy images, comprised between 0.80 and 1.15; whereby said particles are obtainable by a process comprising the steps of: i) heating mannitol until complete melting; ii) spraying the molten mannitol by pressure nozzle into the spray congealing chamber to obtain droplets; iii) cooling the droplets to induce solidification and particle formation; iv) separating the obtained particles; and v) subjecting the particles to a conditioning step. i) heating mannitol until complete melting; ii) spraying the molten mannitol by pressure nozzle into the spray congealing chamber to obtain droplets; iii) cooling the droplets to induce solidification and particle formation; iv) separating the obtained particles; and v) subjecting the particles to a conditioning step.
A non-nicotine pod assembly for a non-nicotine e-vaping device, comprising: a pod body configured to hold a non-nicotine pre-vapor formulation, the pod body having an upstream end and a downstream end, the upstream end defining a cavity; and a connector module configured to be seated within the cavity of the pod body, the connector module including an external face and a side face, the external face including at least one electrical contact (324a, 324b), the external face defining a pod inlet, the side face defining a first module inlet, the side face facing a sidewall of the cavity when the connector module is seated within the cavity. a pod body configured to hold a non-nicotine pre-vapor formulation, the pod body having an upstream end and a downstream end, the upstream end defining a cavity; and a connector module configured to be seated within the cavity of the pod body, the connector module including an external face and a side face, the external face including at least one electrical contact (324a, 324b), the external face defining a pod inlet, the side face defining a first module inlet, the side face facing a sidewall of the cavity when the connector module is seated within the cavity.
A thermoplastic polyurethane foamed article comprising: a thermoplastic polyurethane composition and an epoxy-functional styrene acrylic copolymer foamed in the presence of a blowing agent, the thermoplastic polyurethane composition having a durometer hardness measured in accordance with ASTM D2240 ranging from a Shore A hardness of 30 to a Shore D hardness 75, and the epoxy-functional styrene acrylic copolymer present in an amount ranging from 0.1 to 5% of the total combined weight of the thermoplastic polyurethane composition and the epoxy-functional styrene acrylic copolymer; the thermoplastic polyurethane foamed article defining a plurality of bubbles distributed throughout the thermoplastic polyurethane foamed article, the bubbles of the plurality having an average diameter ranging from 50 to 120 μm with at least 75% of the bubbles of the plurality having a diameter of less than 200 μm. a thermoplastic polyurethane composition and an epoxy-functional styrene acrylic copolymer foamed in the presence of a blowing agent, the thermoplastic polyurethane composition having a durometer hardness measured in accordance with ASTM D2240 ranging from a Shore A hardness of 30 to a Shore D hardness 75, and the epoxy-functional styrene acrylic copolymer present in an amount ranging from 0.1 to 5% of the total combined weight of the thermoplastic polyurethane composition and the epoxy-functional styrene acrylic copolymer; the thermoplastic polyurethane foamed article defining a plurality of bubbles distributed throughout the thermoplastic polyurethane foamed article, the bubbles of the plurality having an average diameter ranging from 50 to 120 μm with at least 75% of the bubbles of the plurality having a diameter of less than 200 μm.
A female connector (C 0) comprising: an insulating film having flexibility; a plurality of pad portions formed at predetermined positions on one face of the insulating film in a matrix or a staggered manner; female terminal portions comprising slit openings formed at one lateral portions within faces of the pad portions so as to extend up to the other face of the insulating film and tongue portions formed around the slit openings, the tongue portions of the pad portion being curved in an insertion direction of the male terminal portions of a male connector (F1, F2) to be assembled with the female connector (C 0) by insertion of the male terminal portions into the slit openings from a surface side of the pad portions so that the tongue portions are brought into pressure contact with the inserted male terminal portions; and spacer bumps formed at positions corresponding to the other lateral portions within the faces of the pad portions in a standing manner within the other face of the insulating film, proximal portions of the spacer bumps being electrically connected to the pad portions, characterized in that: pads with diameters larger than the spacer bumps are formed on the other face of the insulating film and the proximal portions of the spacer bumps are integrated with the pads to provide the spacer bumps on the pads in a standing manner. an insulating film having flexibility; a plurality of pad portions formed at predetermined positions on one face of the insulating film in a matrix or a staggered manner; female terminal portions comprising slit openings formed at one lateral portions within faces of the pad portions so as to extend up to the other face of the insulating film and tongue portions formed around the slit openings, the tongue portions of the pad portion being curved in an insertion direction of the male terminal portions of a male connector (F1, F2) to be assembled with the female connector (C 0) by insertion of the male terminal portions into the slit openings from a surface side of the pad portions so that the tongue portions are brought into pressure contact with the inserted male terminal portions; and spacer bumps formed at positions corresponding to the other lateral portions within the faces of the pad portions in a standing manner within the other face of the insulating film, proximal portions of the spacer bumps being electrically connected to the pad portions, characterized in that: pads with diameters larger than the spacer bumps are formed on the other face of the insulating film and the proximal portions of the spacer bumps are integrated with the pads to provide the spacer bumps on the pads in a standing manner. pads with diameters larger than the spacer bumps are formed on the other face of the insulating film and the proximal portions of the spacer bumps are integrated with the pads to provide the spacer bumps on the pads in a standing manner.
A rotational position determination apparatus wherein the rotational position determination apparatus is adapted to determine an entry rotational position of an insertion device for being inserted into an object and for being navigated along an inner path within the object from an entry site to a target site within the object, the rotational position determination apparatus comprising: - an inner path providing unit for providing a representation of the inner path within the object, - a target rotational position providing unit for providing a desired target rotational position of the insertion device at the target site, - an entry rotational position determination unit for determining an entry rotational position, which defines a rotational position of the insertion device at the entry site, such that a navigation of the insertion device from the entry site to the target site along the inner path results in a rotational position of the insertion device at the target site being equal to the desired target rotational position based on the representation of the inner path and the desired target rotational position. - an inner path providing unit for providing a representation of the inner path within the object, - a target rotational position providing unit for providing a desired target rotational position of the insertion device at the target site, - an entry rotational position determination unit for determining an entry rotational position, which defines a rotational position of the insertion device at the entry site, such that a navigation of the insertion device from the entry site to the target site along the inner path results in a rotational position of the insertion device at the target site being equal to the desired target rotational position based on the representation of the inner path and the desired target rotational position.
Parking brake, in particular for a vehicle, comprising - a brake piston, moveably mounted along a longitudinal axis between a braking position and a released position and which can be used to adjust a brake disc when the brake piston is in the braking position by applying a braking force, - a drive unit with which the brake piston can be moved along the longitudinal axis between the braking position and the released position, characterized in that - a toggle lever device that interacts with the brake piston and which comprises a toggle lever with at least one first member and with a second member, wherein the first member and the second member are rotatably connected to a joint element and can be actuated by the drive unit, by means of which the toggle lever device provides the braking force and applies this to the brake piston, and - a supporting device on which the toggle lever device is supported in order to provide the braking force. - a brake piston, moveably mounted along a longitudinal axis between a braking position and a released position and which can be used to adjust a brake disc when the brake piston is in the braking position by applying a braking force, - a drive unit with which the brake piston can be moved along the longitudinal axis between the braking position and the released position, characterized in that - a toggle lever device that interacts with the brake piston and which comprises a toggle lever with at least one first member and with a second member, wherein the first member and the second member are rotatably connected to a joint element and can be actuated by the drive unit, by means of which the toggle lever device provides the braking force and applies this to the brake piston, and - a supporting device on which the toggle lever device is supported in order to provide the braking force.
An impregnation plate (256, 258) for impregnating at least one fiber roving with a polymer resin, the impregnation plate (256, 258) comprising: a base surface (301, 303); an impregnation zone configured to impregnate the roving with the resin, the impregnation zone comprising an inner surface (257, 259); characterized in that it further comprises: a sidewall bordering the impregnation zone and comprising an inner surface, an inner side surface, and an outer side surface, each of the inner and outer side surfaces (320 and 322) extending between the inner surface of the sidewall and the base surface (301, 303), the inner surface of the sidewall comprising a plurality of peaks and a plurality of valleys, at least one of the plurality of valleys defining a maximum height from the base surface (301, 303) at the apex of the valley that is less than a height (302, 304) from the base surface (301, 303) of the inner surface (257, 259) of the impregnation zone at a neighboring location along a run direction of the roving, wherein the neighboring location is a parallel location along a line perpendicular to the run direction. a base surface (301, 303); an impregnation zone configured to impregnate the roving with the resin, the impregnation zone comprising an inner surface (257, 259); characterized in that it further comprises: a sidewall bordering the impregnation zone and comprising an inner surface, an inner side surface, and an outer side surface, each of the inner and outer side surfaces (320 and 322) extending between the inner surface of the sidewall and the base surface (301, 303), the inner surface of the sidewall comprising a plurality of peaks and a plurality of valleys, at least one of the plurality of valleys defining a maximum height from the base surface (301, 303) at the apex of the valley that is less than a height (302, 304) from the base surface (301, 303) of the inner surface (257, 259) of the impregnation zone at a neighboring location along a run direction of the roving, wherein the neighboring location is a parallel location along a line perpendicular to the run direction.
A method for application procedure management for use in an electronic device, comprising: receiving an event, wherein the event defines a normal procedure and a specific procedure; in response to the event, activating a sensor; detecting a presence of at least one object by the sensor; if the presence of the object is not detected by the sensor, performing the normal procedure for the event; continuously determining whether the presence of the object is detected by the sensor during a predefined period; if the presence of the object is not detected by the sensor, activating a display unit of the electronic device; turning off the sensor when the predefined period has been passed; if the presence of the object is detected by the sensor, performing the specific procedure for the event; and turning off the sensor after the specific procedure is performed, wherein if the event is a reception of an incoming call or a notification requesting to activate the display unit of the electronic device by the electronic device, and the presence of the object is detected by the sensor, the performed specific procedure comprises inactivating the display unit; wherein if the electronic device is set to not vibrate and is not placed at a horizontal surface and the presence of the object is detected by the sensor, the performed specific procedure further comprises forcing the electronic device to vibrate. receiving an event, wherein the event defines a normal procedure and a specific procedure; in response to the event, activating a sensor; detecting a presence of at least one object by the sensor; if the presence of the object is not detected by the sensor, performing the normal procedure for the event; continuously determining whether the presence of the object is detected by the sensor during a predefined period; if the presence of the object is not detected by the sensor, activating a display unit of the electronic device; turning off the sensor when the predefined period has been passed; if the presence of the object is detected by the sensor, performing the specific procedure for the event; and turning off the sensor after the specific procedure is performed,
An assembly for a propulsion system including a jet engine housed within a nacelle, the assembly comprising: a thermal blanket configured to at least partially surround the engine, and thermally shield at least a portion of the nacelle from heat energy radiated by the engine; a clip including a base and a plurality of anti-rotation tabs, wherein the base is bonded to the blanket, and the tabs extend out from the base and away from the blanket, wherein the clip is a bracket orientation clip; a bracket for a fire detection system, wherein the clip is arranged between the blanket and the bracket, and configured to limit or substantially prevent rotation of the bracket relative to the blanket, wherein the bracket is nested with the clip laterally between a pair of the tabs, characterised in that the assembly further comprises a fastening mechanism for connecting the bracket to the nacelle, wherein the fastening mechanism projects through the bracket, the clip and the thermal blanket. a thermal blanket configured to at least partially surround the engine, and thermally shield at least a portion of the nacelle from heat energy radiated by the engine; a clip including a base and a plurality of anti-rotation tabs, wherein the base is bonded to the blanket, and the tabs extend out from the base and away from the blanket, wherein the clip is a bracket orientation clip; a bracket for a fire detection system, wherein the clip is arranged between the blanket and the bracket, and configured to limit or substantially prevent rotation of the bracket relative to the blanket, wherein the bracket is nested with the clip laterally between a pair of the tabs, characterised in that the assembly further comprises a fastening mechanism for connecting the bracket to the nacelle, wherein the fastening mechanism projects through the bracket, the clip and the thermal blanket.
An integrated circuit arrangement for a microphone, comprising - a main amplifier, - an amplifier circuit used as a pre-amplifier stage for amplifying an input signal of the integrated circuit arrangement, which is received from the microphone, wherein the amplifier circuit is configured to provide an output signal for the main amplifier and wherein the amplifier circuit comprises a first switchable network circuit for adjusting an amplifier current of the amplifier circuit, the first switchable network circuit comprising a plurality of switches (SW1,...,SWx) each coupled with a first control port of the first switchable network circuit, and a second switchable network circuit for adjusting an amplifier gain of the amplifier circuit, the second switchable network circuit comprising a plurality of switches (SW1,...,SWy) each coupled with a second control port of the second switchable network circuit, - a control unit coupled with the first control port of the first switchable network circuit, coupled with the second control port of the second switchable network circuit, configured to control a setting of the respective switches (SW1,...,SWx) of the first switchable network circuit and configured to control a setting of the respective switches (SW1,...,SWy) of the second switchable network circuit, wherein the amplifier circuit comprises a transistor amplifier with a single transistor. - a main amplifier, - an amplifier circuit used as a pre-amplifier stage for amplifying an input signal of the integrated circuit arrangement, which is received from the microphone, wherein the amplifier circuit is configured to provide an output signal for the main amplifier and wherein the amplifier circuit comprises a first switchable network circuit for adjusting an amplifier current of the amplifier circuit, the first switchable network circuit comprising a plurality of switches (SW1,...,SWx) each coupled with a first control port of the first switchable network circuit, and a second switchable network circuit for adjusting an amplifier gain of the amplifier circuit, the second switchable network circuit comprising a plurality of switches (SW1,...,SWy) each coupled with a second control port of the second switchable network circuit, - a control unit coupled with the first control port of the first switchable network circuit, coupled with the second control port of the second switchable network circuit, configured to control a setting of the respective switches (SW1,...,SWx) of the first switchable network circuit and configured to control a setting of the respective switches (SW1,...,SWy) of the second switchable network circuit,