mhurhangee/patent-ind-claim-en huggingface dataset:
Roller blind box with a base body in profile form and made from stable plastics foam and with a U-shaped or L-shaped, downwardly open cross section, wherein the downwardly open interior space , accommodating the roller blind winding, of the base body is delimited on the side facing towards the building by a downwardly projecting internal wall (I), wherein a horizontal, flat terminating profile is fastened on the bottom side of the internal wall (I), and wherein a plaster-connection profile is seated, parallel to the longitudinal extent of the base body, on that end of the terminating profile which faces towards the building, characterized - in that the width of the terminating profile corresponds to the width of the internal wall (I) and of a plastering, and - in that , on that end of the terminating profile which faces towards the roller blind winding, a latching profile, which is parallel to the plaster-connection profile , is formed which is retained in a latched-in manner on a parallel, horizontal aluminium profile retained in the internal wall (I) . - in that the width of the terminating profile corresponds to the width of the internal wall (I) and of a plastering, and - in that , on that end of the terminating profile which faces towards the roller blind winding, a latching profile, which is parallel to the plaster-connection profile , is formed which is retained in a latched-in manner on a parallel, horizontal aluminium profile retained in the internal wall (I) .
Subscriber station for a bus system , having a first capture unit , which can be connected to a bus of the bus system , for capturing a degree of emission/radiation caused by switching operations on account of a message transmitted onto the bus , a second capture unit , which can be connected to the bus , for capturing an edge steepness of switching edges on account of the switching operations of a bus signal which results from the message transmitted onto the bus , and a regulating unit , which is connected downstream of the first capture unit and the second capture unit , for regulating the edge steepness and/or an edge shape of the message transmitted onto the bus on the basis of a capture result of the first capture unit and a capture result of the second capture unit in order to minimize the emission/radiation caused by switching operations, as captured by the first capture unit , on account of the message transmitted onto the bus and to meet the requirements of the bus system with respect to a timing of the message , which timing is predefined by limit values for the edge steepness of the bus signal from a timing specification for the bus system . a first capture unit , which can be connected to a bus of the bus system , for capturing a degree of emission/radiation caused by switching operations on account of a message transmitted onto the bus , a second capture unit , which can be connected to the bus , for capturing an edge steepness of switching edges on account of the switching operations of a bus signal which results from the message transmitted onto the bus , and a regulating unit , which is connected downstream of the first capture unit and the second capture unit , for regulating the edge steepness and/or an edge shape of the message transmitted onto the bus on the basis of a capture result of the first capture unit and a capture result of the second capture unit in order to minimize the emission/radiation caused by switching operations, as captured by the first capture unit , on account of the message transmitted onto the bus and to meet the requirements of the bus system with respect to a timing of the message , which timing is predefined by limit values for the edge steepness of the bus signal from a timing specification for the bus system .
A multi-band radio frequency front-end device adapted for millimeter wave communication, comprising: a first radio frequency front-end circuit , wherein the first radio frequency front-end circuit works on a first band; a second radio frequency front-end circuit , wherein the second radio frequency front-end circuit works on a second band, and a frequency of the first band is higher than a frequency of the second band; a first matching network, coupled to the first radio frequency front-end circuit ; and a second matching network, coupled to the second radio frequency front-end circuit , wherein the first matching network comprises a first output matching network , coupled to an output end of the first radio frequency front-end circuit ; the second matching network comprises a second output matching network , coupled to an output end of the second radio frequency front-end circuit ; and a parameter of the first output matching network is set based on the first band, and a parameter of the second output matching network is set based on the second band, characterized in that the first output matching network and the second output matching network each comprise a transformer and the first output matching network comprises a first primary coil and a first secondary coil , the second output matching network comprises a second primary coil and a second secondary coil , the first primary coil is embedded in the second primary coil , and the first secondary coil is embedded in the second secondary coil . a first radio frequency front-end circuit , wherein the first radio frequency front-end circuit works on a first band; a second radio frequency front-end circuit , wherein the second radio frequency front-end circuit works on a second band, and a frequency of the first band is higher than a frequency of the second band; a first matching network, coupled to the first radio frequency front-end circuit ; and a second matching network, coupled to the second radio frequency front-end circuit , wherein the first matching network comprises a first output matching network , coupled to an output end of the first radio frequency front-end circuit ; the second matching network comprises a second output matching network , coupled to an output end of the second radio frequency front-end circuit ; and a parameter of the first output matching network is set based on the first band, and a parameter of the second output matching network is set based on the second band, characterized in that the first output matching network and the second output matching network each comprise a transformer and the first output matching network comprises a first primary coil and a first secondary coil , the second output matching network comprises a second primary coil and a second secondary coil , the first primary coil is embedded in the second primary coil , and the first secondary coil is embedded in the second secondary coil .
Electrical device for rail mounting, said electrical device comprising: a housing having a rail receiving recess therein, at least one edge of said recess being defined by an end region of a latch member that is movable relative to the housing in a direction transverse to the recess, resilient means biasing the latch member to move in a direction to reduce the width of said recess , wherein said resilient means comprise a torsion spring arranged in a depression of the latch member , the torsion spring having a first leg and a second leg deflectable around a hinge region , said first leg resting against a protrusion of the housing, and said second leg resting against the latch member , wherein the housing comprises a retention pin forming said protrusion, that extends into the depression and compresses the torsion spring in an open position of the latch member . a housing having a rail receiving recess therein, at least one edge of said recess being defined by an end region of a latch member that is movable relative to the housing in a direction transverse to the recess, resilient means biasing the latch member to move in a direction to reduce the width of said recess , wherein said resilient means comprise a torsion spring arranged in a depression of the latch member , the torsion spring having a first leg and a second leg deflectable around a hinge region , said first leg resting against a protrusion of the housing, and said second leg resting against the latch member , wherein the housing comprises a retention pin forming said protrusion, that extends into the depression and compresses the torsion spring in an open position of the latch member .
Pressurized gas tank receiving assembly for a motor vehicle for cooling pressurized gas tanks , wherein the pressurized gas tank receiving assembly includes: a main body which is thermally conductive and has a mounting interface for arrangement on a counter mounting interface of a body of the motor vehicle ; a pressurized gas tank for storing gas under high pressure, wherein the pressurized gas tanks are thermally conductive, characterized in that the main body has a multiplicity of channel-shaped receiving surfaces for accommodating the pressurized gas tanks , wherein the main body has thermally conductive surfaces for the thermally communicating connection with the body , and the pressurized gas tanks for thermal communication are accommodated by the main body in a form-fitting manner on the channel-shaped receiving surfaces of the main body .
Process for purifying gas streams containing nitrogen oxides in a process for producing nitric acid, in which a. an NO x -containing gas stream is conveyed in countercurrent to an aqueous scrubbing liquid in a first reactor , with NO x from the gas stream dissolving in the scrubbing liquid, b. the scrubbing liquid enriched in NO x from the first reactor is subsequently fed to a second reactor and brought into contact there with an oxygen-rich gas, forming a liquid containing nitric acid, c. the liquid containing nitric acid is discharged from the second reactor and a substream thereof is recirculated as scrubbing liquid to the first reactor , d. the offgas formed in the first reactor is discharged, characterized in that e. the NO x -containing gas to be purified is taken from a first absorption tower of a production plant for producing nitric acid and the offgas formed in the first reactor is fed to the same or a second absorption tower of the production plant for producing nitric acid for further absorption. a. an NO x -containing gas stream is conveyed in countercurrent to an aqueous scrubbing liquid in a first reactor , with NO x from the gas stream dissolving in the scrubbing liquid, b. the scrubbing liquid enriched in NO x from the first reactor is subsequently fed to a second reactor and brought into contact there with an oxygen-rich gas, forming a liquid containing nitric acid, c. the liquid containing nitric acid is discharged from the second reactor and a substream thereof is recirculated as scrubbing liquid to the first reactor , d. the offgas formed in the first reactor is discharged, characterized in that e. the NO x -containing gas to be purified is taken from a first absorption tower of a production plant for producing nitric acid and the offgas formed in the first reactor is fed to the same or a second absorption tower of the production plant for producing nitric acid for further absorption.
A process for manufacturing a tubular element made of rubber, comprising the following steps: • supplying a rubber compound to an extruder; • forming the tubular element by means of a die; • vulcanization of the tubular element formed in a vulcanization tunnel, characterized in that it further comprises a step of segmenting the tubular element in tubular segments with predefined length and a step of closing an end of each tubular segment with a terminal cap obtained with said rubber compound; the process further comprising a step of conditioning the segments of tubular element, wherein said tubular segments are positioned on a plane of a ventilated oven/autoclave, wherein said conditioning step comprises a thermal conditioning characterized by : • a heating gradient comprised between 0.5 and 10 °C/min; • a residence of about 2-8 hours at a temperature comprised between 50 and 300 °C; • a quenching gradient lower than 10°C/min. • supplying a rubber compound to an extruder; • forming the tubular element by means of a die; • vulcanization of the tubular element formed in a vulcanization tunnel, characterized in that it further comprises a step of segmenting the tubular element in tubular segments with predefined length and a step of closing an end of each tubular segment with a terminal cap obtained with said rubber compound; • a heating gradient comprised between 0.5 and 10 °C/min; • a residence of about 2-8 hours at a temperature comprised between 50 and 300 °C; • a quenching gradient lower than 10°C/min.
A multi-subscriber identity module, SIM, wireless transmit/receive unit, WTRU , the WTRU comprising: a receiver configured to receive downlink information indicating one or more of a first receive, RX, opportunity, RXOP, or a second RXOP; based on the downlink information, the WTRU configured to establish one or more of: a first connection with a first network of a first SIM or a second connection with a second network of a second SIM; the receiver further configured to perform one or more of: a first reception from the first network or a second reception from the second network; and a transmitter configured to: send, to the first network, in response to a missed first RXOP, a missed indication to cause adaptation of behavior a Medium Access Control, MAC, layer interface; and send, to the second network, in response to a missed second RXOP, a missed indication to cause adaptation of behavior of the MAC layer interface. a receiver configured to receive downlink information indicating one or more of a first receive, RX, opportunity, RXOP, or a second RXOP; based on the downlink information, the WTRU configured to establish one or more of: a first connection with a first network of a first SIM or a second connection with a second network of a second SIM; the receiver further configured to perform one or more of: a first reception from the first network or a second reception from the second network; and a transmitter configured to: send, to the first network, in response to a missed first RXOP, a missed indication to cause adaptation of behavior a Medium Access Control, MAC, layer interface; and send, to the second network, in response to a missed second RXOP, a missed indication to cause adaptation of behavior of the MAC layer interface. send, to the first network, in response to a missed first RXOP, a missed indication to cause adaptation of behavior a Medium Access Control, MAC, layer interface; and send, to the second network, in response to a missed second RXOP, a missed indication to cause adaptation of behavior of the MAC layer interface.
An injection molding nozzle for introducing a molten plastic to a mold cavity of an injection molding tool via a slot gate , the injection molding nozzle comprising: a nozzle core having an elongate edge and is received in an opening in a housing , and a portion of the nozzle core is spaced apart from the housing so as to define a nozzle flow channel that is in fluid communication between a source of the molten plastic and the slot gate , characterized in that , at least a downstream portion of the nozzle flow channel that is between the housing and the nozzle core surrounds the nozzle core on all sides, and that a heater is incorporated in the nozzle core . a nozzle core having an elongate edge and is received in an opening in a housing , and a portion of the nozzle core is spaced apart from the housing so as to define a nozzle flow channel that is in fluid communication between a source of the molten plastic and the slot gate , characterized in that , at least a downstream portion of the nozzle flow channel that is between the housing and the nozzle core surrounds the nozzle core on all sides, and that a heater is incorporated in the nozzle core .
An air treatment device comprising: a casing ; an imaging target disposed inside the casing ; a first light source configured to emit light; and an imaging device configured to capture an image of the imaging target , characterized in that the imaging target includes a luminous portion including a luminous material that stores light emitted from the first light source and is configured to emit visible light from a surface of the imaging target , and the imaging device is configured to capture an image of at least the luminous portion of the imaging target and to acquire image data including the luminous portion . a casing ; an imaging target disposed inside the casing ; a first light source configured to emit light; and an imaging device configured to capture an image of the imaging target , characterized in that the imaging target includes a luminous portion including a luminous material that stores light emitted from the first light source and is configured to emit visible light from a surface of the imaging target , and the imaging device is configured to capture an image of at least the luminous portion of the imaging target and to acquire image data including the luminous portion .
Carrier system comprising a carrier and a mobile device having at least one sensor and a tool unit for tilling the soil and/or manipulating flora and fauna, wherein said carrier comprises a drive for moving the carrier system , a control device , a power source that cooperates with said drive and provides the necessary voltage for operation, a receiving means for receiving and connecting to said mobile device , a communication unit , a first communication interface that cooperates with said communication unit for exchanging data with said mobile device and that has an associated interface , and a second communication interface that cooperates with said communication unit and that receives at least control data and transmits said control data to said control device for predetermined movement of said carrier , wherein said carrier and said mobile device comprise means for interconnecting them as needed, and said carrier comprises a gripper and said mobile device comprises receiving means associated with the gripper , via which said device can be gripped and is detachably connected to said carrier, and wherein said carrier is designed as an unmanned aerial vehicle (flying drone), an unmanned land vehicle, an unmanned water vehicle, or an unmanned underwater vehicle.
A light emitting decoration comprising: a woven fabric having a side emission optical fiber woven in a line shape from an one end side to an other end side , and the woven fabric is configured to provide a higher luminance when measured in a direction (dS) having an angle θ with a light advancing direction (dL) in the fabric than when measured in a direction having an angle 180°-θ, wherein 90°<θ≤180°, wherein the luminance is measured according to the description; and a light source that introduces light to advance from the one end side toward the other end side in the optical fiber , wherein the side emission optical fiber comprises a core part and a clad part, the fiber is a refractive index control type optical fiber, in which the reflectivity at an interface between the core part and the clad part is reduced due to a difference in refractive index between the core part and the clad part, and a refractive index difference is 0.01 ≤ {(n1-n2)/n1}, where n1 is the refractive index of the core part and n2 is the refractive index of the clad part. a woven fabric having a side emission optical fiber woven in a line shape from an one end side to an other end side , and the woven fabric is configured to provide a higher luminance when measured in a direction (dS) having an angle θ with a light advancing direction (dL) in the fabric than when measured in a direction having an angle 180°-θ, wherein 90°<θ≤180°, wherein the luminance is measured according to the description; and a light source that introduces light to advance from the one end side toward the other end side in the optical fiber , wherein the side emission optical fiber comprises a core part and a clad part, the fiber is a refractive index control type optical fiber, in which the reflectivity at an interface between the core part and the clad part is reduced due to a difference in refractive index between the core part and the clad part, and a refractive index difference is 0.01 ≤ {(n1-n2)/n1}, where n1 is the refractive index of the core part and n2 is the refractive index of the clad part.
A small- diameter endoscope surgical instrument (1; 1a) of coaxial and multiplex-pipe structure, comprising: a small-diameter endoscope ; an inner pipe , having an outside diameter same as the diameter of a pipe part of the small-diameter endoscope , and being used when the small-diameter endoscope surgical instrument (1; 1a) is inserted into a body, and being replaced with the small-diameter endoscope after the insertion of the small-diameter endoscope surgical instrument (1; 1a); a guide pipe , in which the small-diameter endoscope or the inner pipe is inserted and in which the small-diameter endoscope or the inner pipe is supported so as to be movable in its axial direction; a treatment pipe , having one or more treatment means, such as an electrode, a blade or a hook, at its leading end, and in which the guide pipe is inserted and in which the guide pipe is supported so as to be movable in its axial direction; and operation handles , independently included to the small-diameter endoscope, the inner pipe, the guide pipe, and the treatment pipe, at their each proximate end, (that is their each end located outside of a body of a patient being operated with the small-diameter endoscope surgical instrument), and being able to change their relative positions in their axial direction and some of their rotating angles. a small-diameter endoscope ; an inner pipe , having an outside diameter same as the diameter of a pipe part of the small-diameter endoscope , and being used when the small-diameter endoscope surgical instrument (1; 1a) is inserted into a body, and being replaced with the small-diameter endoscope after the insertion of the small-diameter endoscope surgical instrument (1; 1a); a guide pipe , in which the small-diameter endoscope or the inner pipe is inserted and in which the small-diameter endoscope or the inner pipe is supported so as to be movable in its axial direction; a treatment pipe , having one or more treatment means, such as an electrode, a blade or a hook, at its leading end, and in which the guide pipe is inserted and in which the guide pipe is supported so as to be movable in its axial direction; and operation handles , independently included to the small-diameter endoscope, the inner pipe, the guide pipe, and the treatment pipe, at their each proximate end, (that is their each end located outside of a body of a patient being operated with the small-diameter endoscope surgical instrument), and being able to change their relative positions in their axial direction and some of their rotating angles.