mhurhangee/patent-ind-claim-en huggingface dataset:
Electromagnetic brake including: - at least one disc configured to be fitted, directly or by means of a hub , to a rotating element defining a shaft axis (X), said at least one disc having opposite surfaces coated with a friction material , - an electromagnet , - at least one armature plate placed between the disc and said electromagnet and movable in a direction defined by said shaft axis (X), - a plurality of compression springs arranged and configured to push said at least one armature plate against the disc , according to said direction, - the armature plate being configured to be attracted to the electromagnet , and kept in contact with it when the electromagnet is operating, wherein it further includes a sensor assembly capable of measuring the movement along the shaft axis (X) direction, due to the attraction of the electromagnet , of said armature plate , said sensor assembly characterized in that it comprises - an elastically deformable element (2b; 2e; 2h), placed on the brake so as to have an initial deformation when the electromagnet is not activated and to undergo a change of deformation as a result of said attraction movement of the armature plate , and - sensor means configured to detect said change of deformation of said elastically deformable element (2b; 2e; 2h), as well as - means of communication transmitting outside the brake the measurements made by the sensor assembly . - at least one disc configured to be fitted, directly or by means of a hub , to a rotating element defining a shaft axis (X), said at least one disc having opposite surfaces coated with a friction material , - an electromagnet , - at least one armature plate placed between the disc and said electromagnet and movable in a direction defined by said shaft axis (X), - a plurality of compression springs arranged and configured to push said at least one armature plate against the disc , according to said direction, - the armature plate being configured to be attracted to the electromagnet , and kept in contact with it when the electromagnet is operating, - an elastically deformable element (2b; 2e; 2h), placed on the brake so as to have an initial deformation when the electromagnet is not activated and to undergo a change of deformation as a result of said attraction movement of the armature plate , and - sensor means configured to detect said change of deformation of said elastically deformable element (2b; 2e; 2h), as well as - means of communication transmitting outside the brake the measurements made by the sensor assembly .
A light-emitting apparatus, comprising: at least one light guide member ; at least one light source unit (120-1, 120-2, 120A-1, 120A-2, 120B-1, 120B-2) disposed at least one of two opposite end portions of the light guide member; a first reflection unit disposed on a first inner surface portion of the light guide member; and a plurality of light output units (LO1 to LON, ALO1 to ALON, BLO1 to BLON) disposed on a second inner surface portion of the light guide member, located opposite the first inner surface portion, while being spaced apart from each other, wherein each of the plurality of light output units includes: a second reflection unit , the first and second reflection units being disposed in an interior of the light guide member; and a wavelength conversion unit disposed on the second reflection unit to convert a wavelength of light which has passed through the second reflection unit and to output converted light, wherein the wavelength conversion unit is disposed at an exterior of the light guide member, and wherein the first and second reflection units face each other without interposing the wavelength conversion unit therebetween. at least one light guide member ; at least one light source unit (120-1, 120-2, 120A-1, 120A-2, 120B-1, 120B-2) disposed at least one of two opposite end portions of the light guide member; a first reflection unit disposed on a first inner surface portion of the light guide member; and a plurality of light output units (LO1 to LON, ALO1 to ALON, BLO1 to BLON) disposed on a second inner surface portion of the light guide member, located opposite the first inner surface portion, while being spaced apart from each other, wherein each of the plurality of light output units includes: a second reflection unit , the first and second reflection units being disposed in an interior of the light guide member; and a wavelength conversion unit disposed on the second reflection unit to convert a wavelength of light which has passed through the second reflection unit and to output converted light, a second reflection unit , the first and second reflection units being disposed in an interior of the light guide member; and a wavelength conversion unit disposed on the second reflection unit to convert a wavelength of light which has passed through the second reflection unit and to output converted light, wherein the wavelength conversion unit is disposed at an exterior of the light guide member, and wherein the first and second reflection units face each other without interposing the wavelength conversion unit therebetween.
A combustor assembly for a gas turbine engine defining a circumferential direction (C), the combustor assembly comprising: inner and outer liners ; and a combustor dome , the combustor dome and the inner and outer liners together at least in part defining an annular combustion chamber , the combustor dome comprising inner and outer transition portions and a forward wall , the forward wall defining a length , the transition portions each comprising a flat extending from the forward wall towards the inner and outer liner , respectively, and each defining a radius of curvature between the forward wall and the flat of the inner and outer transition portion , respectively, between about two percent and about twenty percent of the length of the forward wall ; wherein the forward wall , the outer transition portion , and the outer liner are integrally and seamlessly formed, wherein the combustor dome and combustion chamber outer liner are formed of a ceramic matrix composite material, wherein the inner liner is joined to the combustor dome to define a single seam extending circumferentially; and wherein the combustor dome defines a hot side and a cold side , and wherein the combustor dome defines a plurality of cooling holes extending through the transition portion from the cold side to the hot side to allow for a flow of cooling air. inner and outer liners ; and a combustor dome , the combustor dome and the inner and outer liners together at least in part defining an annular combustion chamber , the combustor dome comprising inner and outer transition portions and a forward wall , the forward wall defining a length , the transition portions each comprising a flat extending from the forward wall towards the inner and outer liner , respectively, and each defining a radius of curvature between the forward wall and the flat of the inner and outer transition portion , respectively, between about two percent and about twenty percent of the length of the forward wall ; wherein the forward wall , the outer transition portion , and the outer liner are integrally and seamlessly formed, wherein the combustor dome and combustion chamber outer liner are formed of a ceramic matrix composite material, wherein the inner liner is joined to the combustor dome to define a single seam extending circumferentially; and wherein the combustor dome defines a hot side and a cold side , and wherein the combustor dome defines a plurality of cooling holes extending through the transition portion from the cold side to the hot side to allow for a flow of cooling air.
An optical imaging device comprising a flexible lightguide having a first end and a second end ; a lens assembly attached to and optically coupled to the second end of the flexible lightguide, the lens assembly comprising a variable-focus lens element , the variable-focus lens element having a tunable focal length; and a photodetector coupled to the flexible lightguide to detect radiation propagating from the second end toward the first end of the flexible lightguide, wherein the variable focus lens element is an electrowetting lens element that comprises: a transparent substrate having a surface; one or more sidewalls extending from the surface of the substrate, the one or more sidewalls having surfaces defining a cavity ; a polar liquid disposed within the cavity a second liquid disposed within the cavity, the second liquid being immiscible with the polar liquid and having a different index of refraction than the first liquid, the second liquid being substantially electrically insulating, the polar liquid and the second liquid forming two distinct liquid phases within the cavity; a plurality of separately-addressable first electrodes 375) disposed along and distributed around the sidewalls of the cavity; and one or more second electrodes 377) electrically isolated from the one or more first electrodes the plurality of separately-addressable first electrodes being configured such that the focal length of the electrowetting variable-focus lens and a focal position of the electrowetting variable-focus lens element in a dimension perpendicular to a direction of propagation of radiation from the flexible lightguide through the lens assembly can be changed by changing one or more voltage biases on one or more of the plurality of separately-addressable first electrodes. a transparent substrate having a surface; one or more sidewalls extending from the surface of the substrate, the one or more sidewalls having surfaces defining a cavity ; a polar liquid disposed within the cavity a second liquid disposed within the cavity, the second liquid being immiscible with the polar liquid and having a different index of refraction than the first liquid, the second liquid being substantially electrically insulating, the polar liquid and the second liquid forming two distinct liquid phases within the cavity; a plurality of separately-addressable first electrodes 375) disposed along and distributed around the sidewalls of the cavity; and one or more second electrodes 377) electrically isolated from the one or more first electrodes the plurality of separately-addressable first electrodes being configured such that the focal length of the electrowetting variable-focus lens and a focal position of the electrowetting variable-focus lens element in a dimension perpendicular to a direction of propagation of radiation from the flexible lightguide through the lens assembly can be changed by changing one or more voltage biases on one or more of the plurality of separately-addressable first electrodes.
Contact insert for a plug connector part , having - a frame part , which has a plug section for plugged connection to a further plug connector part , - at least one electrical contact element arranged on the plug section , - an earthing element , which is arranged on the frame part and to which a protective line is able to be connected, - a contact-connection device , which is arranged on the earthing element and which has a housing having a plug opening for plugging in the protective line and a spring element arranged on the housing for locking the protective line in the plug opening and for contact-connecting the protective line to the earthing element , and - a contact module , which is arranged on the frame part and which has at least one plug opening for plugging in at least one electrical line in a plugging direction (S), wherein the at least one contact element is a constituent part of the contact module , wherein the frame part has a frame opening , into which the contact module is inserted, characterized in that the earthing element is arranged outside of the frame opening on the frame part . - a frame part , which has a plug section for plugged connection to a further plug connector part , - at least one electrical contact element arranged on the plug section , - an earthing element , which is arranged on the frame part and to which a protective line is able to be connected, - a contact-connection device , which is arranged on the earthing element and which has a housing having a plug opening for plugging in the protective line and a spring element arranged on the housing for locking the protective line in the plug opening and for contact-connecting the protective line to the earthing element , and - a contact module , which is arranged on the frame part and which has at least one plug opening for plugging in at least one electrical line in a plugging direction (S), wherein the at least one contact element is a constituent part of the contact module , wherein the frame part has a frame opening , into which the contact module is inserted, characterized in that the earthing element is arranged outside of the frame opening on the frame part .
A method performed by a terminal configured to operate in a wireless communication system, the method comprising: receiving (1f01), from a base station, configuration information for configuring a latency reduction mode having a reduced processing time compared to a normal mode; monitoring, based on the configuration information, downlink control information, DCI, transmitted from the base station, the DCI including scheduling information for an uplink data transmission being received at a first time; transmitting (1f07) uplink data based on the DCI at a second time after the first time according to the latency reduction mode, in case that a radio network temporary identifier, RNTI, of the terminal is used to decode the DCI; and transmitting (1f05) the uplink data based on the DCI at a third time after the first time according to the normal mode, in case that a preset RNTI different from the RNTI is used to decode the DCI, wherein the preset RNTI is configured as a fallback indication from the latency reduction mode to the normal mode, and the second time is prior to the third time based on the first time. receiving (1f01), from a base station, configuration information for configuring a latency reduction mode having a reduced processing time compared to a normal mode; monitoring, based on the configuration information, downlink control information, DCI, transmitted from the base station, the DCI including scheduling information for an uplink data transmission being received at a first time; transmitting (1f07) uplink data based on the DCI at a second time after the first time according to the latency reduction mode, in case that a radio network temporary identifier, RNTI, of the terminal is used to decode the DCI; and transmitting (1f05) the uplink data based on the DCI at a third time after the first time according to the normal mode, in case that a preset RNTI different from the RNTI is used to decode the DCI, wherein the preset RNTI is configured as a fallback indication from the latency reduction mode to the normal mode, and the second time is prior to the third time based on the first time.
Plug connection , comprising a plug connector with a first coding element arranged thereon with a coding pattern and an insertion location with a second coding element arranged thereon with a coding pattern complementary to said coding pattern, wherein the plug connector can be inserted, in an insertion direction (S), into the insertion location as far as a coupling position, if the first coding element and the second coding element assume a predefined position relative to one another, characterised in that the first coding element is held on the plug connector so as to be rotatable around an axis of rotation (A) running parallel to the insertion direction (S) and/or the second coding element is held on the insertion location so as to be rotatable around the axis of rotation (A) and, characterised by a self-alignment mechanism by means of which, when plugging in the plug connector , the first coding element and the second coding element are automatically rotated into the predefined position relative to one another.
A wearable passive suction-based milk collection device , the device comprising a compressible milk pouch with a nipple hole or opening in a rear face of the compressible milk pouch, and in which the rear face of the compressible milk pouch is configured to seal against at least part of the user's breast when the pouch is compressed by a user in order to create a negative air pressure inside the pouch, providing suction onto the nipple thereby drawing milk from the nipple for collection in the milk pouch; and in which the device is shaped, at least in part, to fit inside a bra, in which the compressible milk pouch includes or is connected to an air valve to enable the user to reduce the level of negative pressure inside the milk pouch whilst the device is being worn.
Device for surface treatment of a cavity, comprising a substantially hollow-rod-shaped machining tool with a reflector as well as a laser beam source and an extraction system which can be applied in a sealing manner to an opening of a cavity, in particular a cylinder of an internal combustion engine block , wherein the device is designed in such a way that the purge gas can be removed at the opening of the cavity at which it was previously introduced through the interior of the machining tool .
A polyurethane foam having a density of 150 to 400 g/L measured according to DIN EN ISO 845, where the polyurethane foam is formed by reacting a mixture consisting of: 80 to 50 weight percent (wt. %) of a polyol formulation and 20 to 50 wt.% of an isocyanate prepolymer, wherein the wt. % is based on the total weight of the mixture; wherein the polyol formulation comprises 90 to 98 wt.% of a polytetramethylene ether glycol (PTMEG) with a weight average molecular weight (MWw) of 1800 to 2100, 0.1 to 6 wt. % of expandable microspheres and 0.5 to 3 wt. % of water, where the wt.% values for the polyol formulation are based on the total weight of the polyol formulation. 80 to 50 weight percent (wt. %) of a polyol formulation and 20 to 50 wt.% of an isocyanate prepolymer, wherein the wt. % is based on the total weight of the mixture; wherein the polyol formulation comprises 90 to 98 wt.% of a polytetramethylene ether glycol (PTMEG) with a weight average molecular weight (MWw) of 1800 to 2100, 0.1 to 6 wt. % of expandable microspheres and 0.5 to 3 wt. % of water, where the wt.% values for the polyol formulation are based on the total weight of the polyol formulation.
A method for producing a hollow article made of amorphous metal , the method comprising the steps of: a) providing a metal composition suitable for producing amorphous metal, b) melting the composition according to step a) in order to obtain a melt, c) introducing the melt according to step b) into a cavity of a casting mold, wherein the casting mold comprises an inner core , wherein at least a part of the lateral surface of the inner core is enclosed by a separation element , and wherein the separation element is not attached to the inner core , d) cooling the melt in the casting mold in order to obtain a molded part made of amorphous metal , e) removing the inner core and the separation element from the molded part according to step d) in order to obtain a hollow article made of amorphous metal . a) providing a metal composition suitable for producing amorphous metal, b) melting the composition according to step a) in order to obtain a melt, c) introducing the melt according to step b) into a cavity of a casting mold, wherein the casting mold comprises an inner core , wherein at least a part of the lateral surface of the inner core is enclosed by a separation element , and wherein the separation element is not attached to the inner core , wherein the casting mold comprises an inner core , wherein at least a part of the lateral surface of the inner core is enclosed by a separation element , and wherein the separation element is not attached to the inner core , d) cooling the melt in the casting mold in order to obtain a molded part made of amorphous metal , e) removing the inner core and the separation element from the molded part according to step d) in order to obtain a hollow article made of amorphous metal .
A non-blocking request processing method, comprising the steps of: receiving (S31) a non-blocking request from a requestor; determining (S32) an execution completion estimated timestamp indicating the completion time of the non-blocking request according to a determination strategy of the execution completion estimated timestamp; and sending (S33) the execution completion estimated timestamp to the requestor, wherein determining (S32) of the execution completion estimated timestamp indicating the completion time of the non-blocking request according to a determination strategy of the execution completion estimated timestamp, includes determining (S112) the execution completion estimated timestamp of the non-blocking request received according to the categories of non-blocking requests. receiving (S31) a non-blocking request from a requestor; determining (S32) an execution completion estimated timestamp indicating the completion time of the non-blocking request according to a determination strategy of the execution completion estimated timestamp; and sending (S33) the execution completion estimated timestamp to the requestor, wherein determining (S32) of the execution completion estimated timestamp indicating the completion time of the non-blocking request according to a determination strategy of the execution completion estimated timestamp, includes determining (S112) the execution completion estimated timestamp of the non-blocking request received according to the categories of non-blocking requests.
An ostomy bag assembly with sound reducing means comprising: • a bag for receiving bodily waste materials through an opening; • a sound reducing device positioned in the opening of the bag; and • a flange for securing the assembly to the body of a patient and provided with an orifice to enable bodily waste to be received in the opening of the bag; characterized in that the sound reducing device is composed of a proximal membrane and a distal membrane, wherein the distal membrane is preferably more elastic than the proximal membrane, which membranes are in contact with each other and close the opening of the bag, said proximal membrane facing the orifice and said distal membrane facing the lumen of the bag, wherein the proximal and distal membranes are provided with one or more apertures, wherein any aperture in the proximal membrane is misaligned with any aperture in the distal membrane , whereby passage of waste materials through the opening is blocked until a pressure gradient is established over the proximal and distal membrane, which forces the distal membrane towards the lumen of the bag thereby establishing passage through the apertures of the proximal and distal membrane. • a bag for receiving bodily waste materials through an opening; • a sound reducing device positioned in the opening of the bag; and • a flange for securing the assembly to the body of a patient and provided with an orifice to enable bodily waste to be received in the opening of the bag;