mhurhangee/patent-ind-claim-en huggingface dataset:
A working channel element for an endoscope, wherein the working channel element has a tubular shape which has an inner circumference and an outer circumference and through which an instrument can be pushed, wherein the working channel element is adapted to be temporarily inserted into a working channel of an endoscope with its distal side ahead, and wherein the working channel element comprises a flexible tube element ; the working channel element has a transition element at a proximal side of the flexible tube element , wherein the proximal end of the flexible tube element und the transition element are arranged on the same axis; and the transition element comprises an outer wall that is penetrated laterally by an instrument access , wherein instruments can be pushed through the instrument access into an inner channel of the working channel element , the working channel element has a bending portion on the distal side, the working channel element has, on the proximal side, a control unit for controlling the bending of the bending portion , the control unit is configured such that it tensions at least one control wire guided in the working channel element between the inner circumference and the outer circumference and anchored at the bending portion, so as to control the bending of the bending portion , the control unit is configured as a slider in which the proximal end of the control wire is anchored, characterized in that the working channel element comprises, on the proximal side, a locking means for fixing a bent position of the distal bending portion, wherein the locking means is located on the slider . wherein the working channel element has a tubular shape which has an inner circumference and an outer circumference and through which an instrument can be pushed, wherein the working channel element is adapted to be temporarily inserted into a working channel of an endoscope with its distal side ahead, and wherein the working channel element comprises a flexible tube element ; the working channel element has a transition element at a proximal side of the flexible tube element , wherein the proximal end of the flexible tube element und the transition element are arranged on the same axis; and the working channel element has a bending portion on the distal side, the working channel element has, on the proximal side, a control unit for controlling the bending of the bending portion , the control unit is configured such that it tensions at least one control wire guided in the working channel element between the inner circumference and the outer circumference and anchored at the bending portion, so as to control the bending of the bending portion , the control unit is configured as a slider in which the proximal end of the control wire is anchored,
A method for providing network function, NF, discovery service enhancements, the method comprising: receiving , by an NF repository function, NRF, from a consumer NF, an NF discovery request message that requests discovery of a network service hosted by producer NFs in a 5G core network and includes at least one of a maximum payload size parameter and a profile count limit parameter; obtaining , by the NRF, NF profile objects corresponding to producer NFs that host the network service; and in response to determining that the consumer NF is configured to support conditional limit features based on the at least one of the maximum payload size parameter and the profile count limit parameter, providing by the NRF to the consumer NF, a number of the NF profile objects that adheres to the at least one of the maximum payload size parameter and the profile count limit parameter indicated in the NF discovery request message. receiving , by an NF repository function, NRF, from a consumer NF, an NF discovery request message that requests discovery of a network service hosted by producer NFs in a 5G core network and includes at least one of a maximum payload size parameter and a profile count limit parameter; obtaining , by the NRF, NF profile objects corresponding to producer NFs that host the network service; and in response to determining that the consumer NF is configured to support conditional limit features based on the at least one of the maximum payload size parameter and the profile count limit parameter, providing by the NRF to the consumer NF, a number of the NF profile objects that adheres to the at least one of the maximum payload size parameter and the profile count limit parameter indicated in the NF discovery request message.
A method comprising: creating (S1) a visual indicator based on visual analysis, which comprises an object recognition algorithm, and audio analysis performed for a video content displayed by a first device comprising at least one visual element, wherein the audio analysis comprises software algorithms which, when executed, are capable of recognizing a context which correlates to the visual element; transmitting the visual indicator to a second device; and wherein the visual indicator provides an indication of the visual element and is selectable (S2) at the second device such that, upon a selection of the visual indicator, access to the video content is provided. creating (S1) a visual indicator based on visual analysis, which comprises an object recognition algorithm, and audio analysis performed for a video content displayed by a first device comprising at least one visual element, wherein the audio analysis comprises software algorithms which, when executed, are capable of recognizing a context which correlates to the visual element; transmitting the visual indicator to a second device; and wherein the visual indicator provides an indication of the visual element and is selectable (S2) at the second device such that, upon a selection of the visual indicator, access to the video content is provided.
A method comprising: determining , by a first computing device and via ultra-wideband ranging, that the first computing device is proximate to a second computing device paired with the first computing device; determining , by the first computing device, that the second computing device is able to perform ultra-wideband ranging with a particular set of one or more devices (120A-120E); and in response to determining that the first computing device is proximate to the second computing device and that the second computing device is able to perform ultra-wideband ranging with the particular set of one or more devices, setting , by the first computing device, an ultra-wideband component of the first computing device to a power-saving mode. determining , by a first computing device and via ultra-wideband ranging, that the first computing device is proximate to a second computing device paired with the first computing device; determining , by the first computing device, that the second computing device is able to perform ultra-wideband ranging with a particular set of one or more devices (120A-120E); and in response to determining that the first computing device is proximate to the second computing device and that the second computing device is able to perform ultra-wideband ranging with the particular set of one or more devices, setting , by the first computing device, an ultra-wideband component of the first computing device to a power-saving mode.
A device for accommodating a disposable container having - a receptacle with at least one receptacle wall , which limits a receptacle interior of the receptacle for accommodating the disposable container , and - a tempering unit for tempering the receptacle wall ; wherein an illumination device is arranged at an inside of the receptacle wall tempered by the tempering unit facing the receptacle interior, which is designed to emit light into the receptacle interior of the receptacle . - a receptacle with at least one receptacle wall , which limits a receptacle interior of the receptacle for accommodating the disposable container , and - a tempering unit for tempering the receptacle wall ; wherein an illumination device is arranged at an inside of the receptacle wall tempered by the tempering unit facing the receptacle interior, which is designed to emit light into the receptacle interior of the receptacle .
A method, executed by a computing accessory comprising an antenna , a tuning circuit , a controller, and a sensor, the method comprising: determining , through the sensor, an amount of energy transmitted on a wifi signal transmitted from a computing device in communication with the computing accessory ; tuning the antenna, by controlling the tuning circuit using the controller, to harvest energy from the wifi signal, wherein tuning the antenna includes matching an impedance of the antenna based on the determined amount of energy transmitted; capturing , through the antenna, the wifi signal from a computing device ; harvesting energy from the captured wifi signal; and powering the computing accessory based on the harvested energy. determining , through the sensor, an amount of energy transmitted on a wifi signal transmitted from a computing device in communication with the computing accessory ; tuning the antenna, by controlling the tuning circuit using the controller, to harvest energy from the wifi signal, wherein tuning the antenna includes matching an impedance of the antenna based on the determined amount of energy transmitted; capturing , through the antenna, the wifi signal from a computing device ; harvesting energy from the captured wifi signal; and powering the computing accessory based on the harvested energy.
A polymersome comprising (a) a membrane, which comprises a block copolymer of poly(styrene) (PS) and polyethylene oxide) (PEO), wherein the PS/PEO molecular weight ratio is higher than 1.0 and lower than 4.0; and (b) a core which encloses an acid and at least one pH-sensitive dye.
A framework (100;300) for a lighted structure (200;400), in particular a structure of the illuminated box or illuminated sign or illuminated wall type, said framework (100;300) being at least partially formed by tubes (102 1 -102 10 ;302 1 -302 24 ), called framework tubes, assembled together demountably or detachably, at least one (102 6 ,102 9 ;302 17 -302 24 ; 500) of said framework tubes, called illuminated framework tube, comprising: - at least one light source (502 1 -502 10 ) incorporated into said illuminated framework tube (102 6 ,102 9 ;302 17 -302 24 ;500), and - a lighting support , arranged in said illuminated framework tube (102 6 , 102 9 ;302 17 -302 24 ;500), and on which is arranged the light source (502 1 -502 10 ) incorporated into said illuminated framework tube (102 6 ,102 9 ;302 17 -302 24 ;500); characterized in that : - one framework tube has a circular cross section, and - said lighting support is detachable, or demountable, and is inserted into said illuminated framework tube in a longitudinal direction of said illuminated framework tube, from one end of said illuminated framework tube. - at least one light source (502 1 -502 10 ) incorporated into said illuminated framework tube (102 6 ,102 9 ;302 17 -302 24 ;500), and - a lighting support , arranged in said illuminated framework tube (102 6 , 102 9 ;302 17 -302 24 ;500), and on which is arranged the light source (502 1 -502 10 ) incorporated into said illuminated framework tube (102 6 ,102 9 ;302 17 -302 24 ;500); - one framework tube has a circular cross section, and - said lighting support is detachable, or demountable, and is inserted into said illuminated framework tube in a longitudinal direction of said illuminated framework tube, from one end of said illuminated framework tube.
Apparatus comprising: an antenna comprising a connector , a radome enclosing the antenna, and comprising a side opening provided in a side wall of the radome , said side opening serving as an aperture to permit a cable to be connected to said connector , said connector being located inside the radome , characterized in that the antenna further comprises a connector support on which said connector is mounted, said connector support comprising a part arranged in a substantially stair-step shape, a step of this stair-step shape being configured to receive at least said connector , wherein said part arranged in a substantially stair-step shape is fixed inside the radome obliquely with respect to the plane of the side opening . an antenna comprising a connector , a radome enclosing the antenna, and comprising a side opening provided in a side wall of the radome , said side opening serving as an aperture to permit a cable to be connected to said connector , said connector being located inside the radome , characterized in that the antenna further comprises a connector support on which said connector is mounted, said connector support comprising a part arranged in a substantially stair-step shape, a step of this stair-step shape being configured to receive at least said connector , wherein said part arranged in a substantially stair-step shape is fixed inside the radome obliquely with respect to the plane of the side opening .
A method for reducing and/or eliminating planktonic and sessile microbial populations in a water system comprising: introducing a peracid composition into a vessel employed for water systems to sanitize the surface against unwanted bacterial agents , wherein the peracid composition is at a concentration in the water system of less than 15 ppm, wherein the peracid composition comprises a peracetic acid as a short chain peracid and a peroctanoic acid as a medium chain peracid and wherein the weight ratio of the short chain peracid and the medium chain peracid is 5:1 to 7:1.
A device for additive manufacturing of a three-dimensional object from at least one starting material, comprising a) a control device which, on the basis of 3D data of the object , is set up to calculate print paths for layers of the starting material to be deposited; b) an actuator device movable in several degrees of freedom with an end effector ; and c) an extruder or print head attached to the end effector , wherein the actuator device and the extruder and print head, respectively, are connected for communication with the control device in order to deposit the starting material layer by layer from the extruder and print head, respectively, as specified by the control device in dependence on the calculated print paths, wherein the actuator device is movable in at least four degrees of freedom, wherein the control device controls the print paths taking into account path distances (d), alignment and/or course of the layers to be deposited on the basis of a simulation model in order to specify component properties of the object , wherein the control device is arranged to deposit a continuous fiber of the starting material that passes through at least two layers of the object . a) a control device which, on the basis of 3D data of the object , is set up to calculate print paths for layers of the starting material to be deposited; b) an actuator device movable in several degrees of freedom with an end effector ; and c) an extruder or print head attached to the end effector , wherein the actuator device and the extruder and print head, respectively, are connected for communication with the control device in order to deposit the starting material layer by layer from the extruder and print head, respectively, as specified by the control device in dependence on the calculated print paths, wherein the actuator device is movable in at least four degrees of freedom, wherein the control device controls the print paths taking into account path distances (d), alignment and/or course of the layers to be deposited on the basis of a simulation model in order to specify component properties of the object , wherein the control device is arranged to deposit a continuous fiber of the starting material that passes through at least two layers of the object .
A coextruded article comprising first and second layers each having first and second opposed major surfaces and between the first and second layers a series of first walls providing a series of microchannels , wherein each wall has a height extending from the first layer to the second layer, wherein for each wall there is a first average width along the first 2 percent of the height of the wall, wherein for each wall there is a second average width along the last 2 percent of the height of the wall, wherein for each wall there is a third average width along the remaining 96 percent of the height of the wall, and wherein for at least 50 percent by number of the walls, the first average widths are less than the third average widths, characterised in that there are at least 5 first walls per centimeter.
An assembly comprising: a synchronous machine including a rotating portion and a stationary portion , the rotating portion including at least one rotating diode coupled to a field winding , and the stationary portion including a stator winding and an exciter winding ; a control unit including a first gate and a second gate; and characterized in that the exciter winding is connected in series to the first gate and the second gate during a first operating mode to energize the exciter winding ; and wherein the exciter winding is electrically connected in series to the first gate but is electrically disconnected from the second gate in a second, different operating mode to electrically disconnect the exciter winding from an exciter energy source, and wherein the control unit is configured to simultaneously communicate a first gate signal to the first gate and a second, different gate signal to the second gate , and wherein the control unit is configured to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and wherein the second operating mode relates to a shorted rotating diode event caused by the at least one rotating diode. a synchronous machine including a rotating portion and a stationary portion , the rotating portion including at least one rotating diode coupled to a field winding , and the stationary portion including a stator winding and an exciter winding ; a control unit including a first gate and a second gate; and characterized in that the exciter winding is connected in series to the first gate and the second gate during a first operating mode to energize the exciter winding ; and wherein the exciter winding is electrically connected in series to the first gate but is electrically disconnected from the second gate in a second, different operating mode to electrically disconnect the exciter winding from an exciter energy source, and wherein the control unit is configured to simultaneously communicate a first gate signal to the first gate and a second, different gate signal to the second gate , and wherein the control unit is configured to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and wherein the second operating mode relates to a shorted rotating diode event caused by the at least one rotating diode.
A communication method, wherein the method comprises: receiving, by a terminal , a message from a first master node, wherein the message comprises an identifier of a first candidate primary secondary cell, PSCell, or an identifier of configuration information of the first candidate PSCell, wherein the first candidate PSCell is comprised in both a first PSCell list and a second PSCell list; or the message comprises delta configuration information of a candidate PSCell in a second PSCell list out of a first PSCell list and a second PSCell list, wherein the configuration information of the first candidate PSCell comprises an addition/change condition and a configuration of the first candidate PSCell, the first PSCell list comprises one or more candidate PSCells configured by the first master node for the terminal , and the second PSCell list comprises one or more candidate PSCells configured by a second master node for the terminal ; and adding, by the terminal , a target PSCell or changing from an original PSCell to the target PSCell based on the message and first configuration information, wherein the first configuration information comprises an addition/change condition and a configuration of the candidate PSCell in the first PSCell list, the target PSCell is a PSCell in the second PSCell list, and the original PSCell is a PSCell to which the terminal is connected before the terminal is handed over from the first master node to the second master node. receiving, by a terminal , a message from a first master node, wherein the message comprises an identifier of a first candidate primary secondary cell, PSCell, or an identifier of configuration information of the first candidate PSCell, wherein the first candidate PSCell is comprised in both a first PSCell list and a second PSCell list; or the message comprises delta configuration information of a candidate PSCell in a second PSCell list out of a first PSCell list and a second PSCell list, wherein the configuration information of the first candidate PSCell comprises an addition/change condition and a configuration of the first candidate PSCell, the first PSCell list comprises one or more candidate PSCells configured by the first master node for the terminal , and the second PSCell list comprises one or more candidate PSCells configured by a second master node for the terminal ; and adding, by the terminal , a target PSCell or changing from an original PSCell to the target PSCell based on the message and first configuration information, wherein the first configuration information comprises an addition/change condition and a configuration of the candidate PSCell in the first PSCell list, the target PSCell is a PSCell in the second PSCell list, and the original PSCell is a PSCell to which the terminal is connected before the terminal is handed over from the first master node to the second master node.
A power section , comprising: an outer housing extending in a longitudinal direction; a power supply within the outer housing ; and a male threaded connector with first threads on an end of the power section , the male threaded connector defining at least one vent hole traversing through a circumferential side wall of the male threaded connector . an outer housing extending in a longitudinal direction; a power supply within the outer housing ; and a male threaded connector with first threads on an end of the power section , the male threaded connector defining at least one vent hole traversing through a circumferential side wall of the male threaded connector .