mhurhangee/patent-ind-claim-en huggingface dataset:
Resonator , in particular high-frequency resonator, comprising a resonator housing , in which a resonator space is formed, a container with a cavity , in which a liquid crystal is accommodated, wherein the container is at least partially arranged in the resonator space , wherein the container comprises an electrode configuration for generating an electric control field in order to control the permittivity of the liquid crystal , wherein the electrode configuration is provided at or in the container , characterized in that the electrode configuration comprises multiple control electrodes which extend in a longitudinal direction of the container , wherein the control electrodes are arranged around the cavity and around a longitudinal axis of the container .
A wireless communication method comprising: receiving , by a first wireless network node from a first session management function, a temporary mobile group identity associated with a multicast/broadcast service and a wireless terminal, receiving , by the first wireless network node from a second session management function, a request for activating a multicast/broadcast service session corresponding to the temporary mobile group identity, and transmitting , by the first wireless network node to the first session management function, a message comprising information indicating a status of the multicast/broadcast service session in the first wireless network node . receiving , by a first wireless network node from a first session management function, a temporary mobile group identity associated with a multicast/broadcast service and a wireless terminal, receiving , by the first wireless network node from a second session management function, a request for activating a multicast/broadcast service session corresponding to the temporary mobile group identity, and transmitting , by the first wireless network node to the first session management function, a message comprising information indicating a status of the multicast/broadcast service session in the first wireless network node .
A heating and/or hot water heating system , comprising a heating circuit and a heat pump circuit , wherein the heat pump circuit has a heat exchanging device arranged to transfer heat from the heat pump circuit to the heating circuit , wherein the heating circuit comprises a heating loop with heating flow and heating return , a hot water loop with hot water flow and hot water return , and an adjustable mixer , wherein the mixer is arranged to split a volumetric flow through the heating circuit at least between the heating system flow and the hot water flow , wherein the heat exchanging device has a first heat exchanger and a second heat exchanger in series therewith, wherein the second heat exchanger is arranged to transfer heat to the heating circuit upstream of the mixer , and wherein the first heat exchanger is arranged to transfer heat to the hot water flow downstream of the mixer , wherein the first heat exchanger is designed as a desuperheater and the second heat exchanger as a condenser, characterised in that the desuperheater is designed as a heat pipe, thermosiphon and/or heatpipe between the heat pump circuit and the hot water loop and the condenser is designed as a plate heat exchanger, wherein a pressure drop across the first heat exchanger is less than a pressure drop across the second heat exchanger . a heating circuit and a heat pump circuit , wherein the heat pump circuit has a heat exchanging device arranged to transfer heat from the heat pump circuit to the heating circuit , wherein the heating circuit comprises a heating loop with heating flow and heating return , a hot water loop with hot water flow and hot water return , and an adjustable mixer , wherein the mixer is arranged to split a volumetric flow through the heating circuit at least between the heating system flow and the hot water flow , wherein the heat exchanging device has a first heat exchanger and a second heat exchanger in series therewith, wherein the second heat exchanger is arranged to transfer heat to the heating circuit upstream of the mixer , and wherein the first heat exchanger is arranged to transfer heat to the hot water flow downstream of the mixer , wherein the first heat exchanger is designed as a desuperheater and the second heat exchanger as a condenser, characterised in that the desuperheater is designed as a heat pipe, thermosiphon and/or heatpipe between the heat pump circuit and the hot water loop and the condenser is designed as a plate heat exchanger, wherein a pressure drop across the first heat exchanger is less than a pressure drop across the second heat exchanger .
A medical instrument comprising: - a medical imaging system configured for acquiring a measured radiographic image of a subject; - a subject support configured for supporting the subject in the medical imaging system; - a camera configured for acquiring the optical image of the subject on the subject support, wherein images acquired using the camera are registered to a coordinate system of the medical imaging system; - a memory storing machine executable instructions and an image transformation neural network trained for transforming an optical image of the subject into an output image , wherein the output image comprises a pseudo radiographic image , wherein the pseudo radiographic image is aligned with the optical image; and - a processor configured for controlling the medical imaging system, wherein execution of the machine executable instructions causes the processor to: - control the camera to acquire the optical image of the subject; - receive the optical image of the subject; - generate the output image by inputting the optical image into the image transformation neural network; and - register the location of the subject to the coordinate system of the medical imaging system using the output image. - a medical imaging system configured for acquiring a measured radiographic image of a subject; - a subject support configured for supporting the subject in the medical imaging system; - a camera configured for acquiring the optical image of the subject on the subject support, wherein images acquired using the camera are registered to a coordinate system of the medical imaging system; - a memory storing machine executable instructions and an image transformation neural network trained for transforming an optical image of the subject into an output image , wherein the output image comprises a pseudo radiographic image , wherein the pseudo radiographic image is aligned with the optical image; and - a processor configured for controlling the medical imaging system, wherein execution of the machine executable instructions causes the processor to: - control the camera to acquire the optical image of the subject; - receive the optical image of the subject; - generate the output image by inputting the optical image into the image transformation neural network; and - register the location of the subject to the coordinate system of the medical imaging system using the output image. - control the camera to acquire the optical image of the subject; - receive the optical image of the subject; - generate the output image by inputting the optical image into the image transformation neural network; and - register the location of the subject to the coordinate system of the medical imaging system using the output image.
Aircraft wing comprising a fixed central wing body , as well as at least one mobile leading edge flap intended to be moved relative to said fixed central body between a deployed deposition and a retracted position, the wing comprising a device for movement of the mobile leading edge flap, said device being equipped with at least one mobile drive rail comprising a front end connected to the mobile flap, characterised in that said movement device comprises a linear electric motor comprising: - a primary assembly equipped with at least two fixed trucks spaced apart from each other along the mobile drive rail , each fixed truck comprising coils , the primary assembly being rigidly connected to the fixed central body of the wing; and - a mobile secondary assembly comprising a magnetic pathway arranged on the drive rail and in that said drive rail is guided by each fixed truck . - a primary assembly equipped with at least two fixed trucks spaced apart from each other along the mobile drive rail , each fixed truck comprising coils , the primary assembly being rigidly connected to the fixed central body of the wing; and - a mobile secondary assembly comprising a magnetic pathway arranged on the drive rail
An apparatus for mitigating erosion in flow conduits, comprising: a housing configured to be disposed in a flow conduit including a fluid inlet and a fluid outlet and a flow path (14; 46) therebetween; a movable insert disposed within the housing and configured to alter a flow of a fluid passing from the fluid inlet to the fluid outlet, wherein the movable insert comprises an index plate (10; 40) having two or more holes (11; 42) positionable within the flow path (14; 46) and configured to restrict flow within the flow path (14; 46); and a mechanism to adjust a position of the movable insert, characterized in that the movable insert comprises replaceable wear inserts disposed over the entirety or a portion of the two or more holes (11; 42). a housing configured to be disposed in a flow conduit including a fluid inlet and a fluid outlet and a flow path (14; 46) therebetween; a movable insert disposed within the housing and configured to alter a flow of a fluid passing from the fluid inlet to the fluid outlet, wherein the movable insert comprises an index plate (10; 40) having two or more holes (11; 42) positionable within the flow path (14; 46) and configured to restrict flow within the flow path (14; 46); and a mechanism to adjust a position of the movable insert, characterized in that the movable insert comprises replaceable wear inserts disposed over the entirety or a portion of the two or more holes (11; 42).
Coating based on geopolymer binder, characterized in that it comprises: - at least one geopolymer binder containing: - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - at least one first aggregate constituted by graphite, in a quantity comprised between 5 and 20% by weight with respect to the coating. - at least one geopolymer binder containing: - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - an amorphous silico-aluminate precursor in a quantity comprised between 55 and 80% by weight with respect to the geopolymer binder; - a reagent solution in a quantity comprised between 20 and 45% by weight with respect to the geopolymer binder, intended to react with said precursor and comprising a silicate compound selected from among a sodium silicate, a potassium silicate, a lithium silicate and mixtures or compounds thereof; - at least one first aggregate constituted by graphite, in a quantity comprised between 5 and 20% by weight with respect to the coating.
A method, comprising: receiving power from a host at a controller of a memory device ; receiving signaling from the host at the controller of the memory device ; determining, by the controller an amount of time for which the memory device can continue to operate in a present operating condition, wherein the amount of time is an unlimited amount of time, or a first amount of time that is less the unlimited amount of time, or a second amount of time that is less than the first amount of time, or a third amount of time that is less than the second amount of time, and wherein the amount of time is determined based on: a maximum current level the controller can provide to a memory of the memory device ; a present current consumption of the memory ; and an amount of time before a voltage supply the controller provides to the memory reaches a particular threshold level in case the memory continues to operate in the present operating condition; and operating the memory in the present operating condition for the amount of time. receiving power from a host at a controller of a memory device ; receiving signaling from the host at the controller of the memory device ; determining, by the controller an amount of time for which the memory device can continue to operate in a present operating condition, wherein the amount of time is an unlimited amount of time, or a first amount of time that is less the unlimited amount of time, or a second amount of time that is less than the first amount of time, or a third amount of time that is less than the second amount of time, and wherein the amount of time is determined based on: a maximum current level the controller can provide to a memory of the memory device ; a present current consumption of the memory ; and an amount of time before a voltage supply the controller provides to the memory reaches a particular threshold level in case the memory continues to operate in the present operating condition; and a maximum current level the controller can provide to a memory of the memory device ; a present current consumption of the memory ; and an amount of time before a voltage supply the controller provides to the memory reaches a particular threshold level in case the memory continues to operate in the present operating condition; and operating the memory in the present operating condition for the amount of time.
Textile machine that produces take-up packages, comprising: - at least one workstation having a winding device for winding the take-up packages ; and - a depository for wound take-up packages , characterised by a determining element for determining the mass of each take-up package to be deposited onto the depository , by a summer for summing the determined masses of the take-up packages to be deposited onto the depository , and by an output element for outputting an output signal if the sum of the determined masses of the take-up packages exceeds a predefined threshold value.
An image forming apparatus for performing an image formation by transferring a toner image on a sheet (S), the image forming apparatus comprising: a cassette attachment part to which a sheet feeding cassette storing the sheet (S) is detachably attached; and a collection side attachment part disposed adjacent to the cassette attachment part and to which a collection container storing a waste toner discharged without transferred on the sheet (S) is detachably attached, characterized in that the cassette attachment part includes: a cassette rail which supports the sheet feeding cassette slidably; and a rail holding member which holds the cassette rail , the collection side attachment part includes a displacement sensor which is disposed so as to face the collection container and detects an electrostatic capacity varying in response to an accumulation amount of the waste toner stored in the collection container , and the rail holding member is disposed so as to face at least a part of the displacement sensor . a cassette attachment part to which a sheet feeding cassette storing the sheet (S) is detachably attached; and a collection side attachment part disposed adjacent to the cassette attachment part and to which a collection container storing a waste toner discharged without transferred on the sheet (S) is detachably attached, characterized in that the cassette attachment part includes: a cassette rail which supports the sheet feeding cassette slidably; and a rail holding member which holds the cassette rail , the collection side attachment part includes a displacement sensor which is disposed so as to face the collection container and detects an electrostatic capacity varying in response to an accumulation amount of the waste toner stored in the collection container , and the rail holding member is disposed so as to face at least a part of the displacement sensor . a cassette rail which supports the sheet feeding cassette slidably; and a rail holding member which holds the cassette rail , the collection side attachment part includes a displacement sensor which is disposed so as to face the collection container and detects an electrostatic capacity varying in response to an accumulation amount of the waste toner stored in the collection container , and the rail holding member is disposed so as to face at least a part of the displacement sensor .
A method of generating a stream representative of a 3D scene, the method comprising: - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map according to a first projection mapping, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map according to a second projection mapping; said first depth data being encoded as patch pictures packed in a first depth patch atlas associated with a first patch data item list, a first patch data item comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene not visible from said point of view; and - encoding , in said stream, the first color data in a first element of syntax and said first depth data, said second color data and said second depth data in at least a second element of syntax. - generating first color data by projecting points of the 3D scene visible from a point of view onto a first color map according to a first projection mapping, the first color data being a color image adapted to a rendering enabling 3 degrees of freedom of rotation around said point of view; - generating first depth data by projecting points of the 3D scene visible from said point of view onto a first depth map according to a second projection mapping; said first depth data being encoded as patch pictures packed in a first depth patch atlas associated with a first patch data item list, a first patch data item comprising information mapping a depth patch picture with a pixel area of said color image; - generating second color data and second depth data representative of points of the 3D scene not visible from said point of view; and - encoding , in said stream, the first color data in a first element of syntax and said first depth data, said second color data and said second depth data in at least a second element of syntax.
A composition comprising a tight junction antagonist, for use in a method of treatment of asthma in a subject in need thereof, said treatment comprising contacting the lung epithelium of the subject with the composition, wherein the tight junction antagonist is a peptide comprising the amino acid sequence of SEQ ID NO: 15.
An automated warehouse system for hanging articles which are suspended on clothes hangers , and/or for hanging bags for articles, comprising - a storage rack , and - at least one article transport device displaceable in a first direction (x) in front of the storage rack , wherein the storage rack comprises storage zones for hanging articles / hanging bags, arranged in storage planes that are located above one another and are essentially horizontal, and comprises first article receiving carriers in the storage zones, wherein a plurality of hanging articles / hanging bagscan be received on a first article receiving carrier , and a longitudinal extension of the first article receiving carriers is oriented in a second direction (z) perpendicular to the first direction (x), wherein the article transport device comprises a base frame a second article receiving carrier , which extends in the second direction (z) and is adjustable in the second direction (z) relative to the first article transport device , and at least one storage and retrieval device movable in the second direction (z) relative to the base frame for moving the hanging articles / hanging bags between the first article receiving carrier and the second article receiving carrier , wherein the first article receiving carrier and/or the second article receiving carrier comprises a first support section and a second support section , which extend in the longitudinal direction (z) of the article receiving carrier with a mutual distance and are formed for supporting a hook of a clothes hanger / a hanging bag, a receiving section , which extends in the longitudinal direction (z) of the article receiving carrier between the first support section and second support section and forms a longitudinal slot which opens in the direction of the support sections , wherein the storage and retrieval device comprises drive members , which are adjustable between a release position and an actuating position, wherein the release position is provided for releasing the clothes hangers / the hanging bags, and the actuating position is provided for gripping the clothes hangers / the hanging bags, characterized in that the drive members point downwards and are retracted out of the receiving section when in the release position and protrude into the receiving section from above when in the actuating position. - a storage rack , and - at least one article transport device displaceable in a first direction (x) in front of the storage rack ,