mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device for modifying a left atrial appendage (LAA) of a heart, the medical device comprising: a hub defining an axis; an occluder portion comprising an occluder frame, the occluder frame comprising a proximal end and a distal end with the proximal end coupled to the hub, the occluder portion independently moveable relative to an anchor portion Z between an occluder non-deployed position and an occluder deployed position; and the anchor portion comprising a first end and a second end , the second end being hingably coupled to the distal end of the occluder frame and the first end being coupled to a collar arrangement , the anchor portion pivotable relative to the occluder portion between an anchor non-deployed position and an anchor deployed position upon the occluder portion being in the occluder deployed position. a hub defining an axis; an occluder portion comprising an occluder frame, the occluder frame comprising a proximal end and a distal end with the proximal end coupled to the hub, the occluder portion independently moveable relative to an anchor portion Z between an occluder non-deployed position and an occluder deployed position; and the anchor portion comprising a first end and a second end , the second end being hingably coupled to the distal end of the occluder frame and the first end being coupled to a collar arrangement , the anchor portion pivotable relative to the occluder portion between an anchor non-deployed position and an anchor deployed position upon the occluder portion being in the occluder deployed position.
A method comprising: receiving, by a wireless device, radio resource control messages indicating: a bandwidth part, BWP, of a cell, comprising first resource blocks, RBs, and second RBs; common frequency resources, comprising the first RBs of the BWP, associated with a multicast and broadcast service, MBS, configured for wireless devices comprising the wireless device; and a radio network temporary identifier, RNTI, associated with the MBS; receiving, via the common frequency resources of the BWP, a group common downlink control information, DCI, addressed to the RNTI, wherein the group common DCI indicates a multicast transmission of a transport block to the wireless device; and starting a BWP inactivity timer of the cell in response to receiving the group common DCI. receiving, by a wireless device, radio resource control messages indicating: a bandwidth part, BWP, of a cell, comprising first resource blocks, RBs, and second RBs; common frequency resources, comprising the first RBs of the BWP, associated with a multicast and broadcast service, MBS, configured for wireless devices comprising the wireless device; and a radio network temporary identifier, RNTI, associated with the MBS; a bandwidth part, BWP, of a cell, comprising first resource blocks, RBs, and second RBs; common frequency resources, comprising the first RBs of the BWP, associated with a multicast and broadcast service, MBS, configured for wireless devices comprising the wireless device; and a radio network temporary identifier, RNTI, associated with the MBS; receiving, via the common frequency resources of the BWP, a group common downlink control information, DCI, addressed to the RNTI, wherein the group common DCI indicates a multicast transmission of a transport block to the wireless device; and starting a BWP inactivity timer of the cell in response to receiving the group common DCI.
A puller head casting mold , comprising: a mold body having an annular shape with an upper surface , a bottom surface , a radial surface , and an interior screw thread surface ; wherein the interior screw thread surface defines an interior cavity , and the interior screw thread surface is tapered to narrow a diameter of the interior cavity along an axis normal to the mold body from the upper surface to the bottom surface , characterized in that the mold body further comprises one or more interior passages that extend into the mold body from the radial surface to a distance half the radius of the annular mold body . a mold body having an annular shape with an upper surface , a bottom surface , a radial surface , and an interior screw thread surface ; wherein the interior screw thread surface defines an interior cavity , and the interior screw thread surface is tapered to narrow a diameter of the interior cavity along an axis normal to the mold body from the upper surface to the bottom surface , characterized in that the mold body further comprises one or more interior passages that extend into the mold body from the radial surface to a distance half the radius of the annular mold body .
A method for determining a linearization curve (L) for determining the filling level (F) in a container from a filling height (h) with a radar measuring device , wherein the radar measuring device is configured as a radar level measuring device, characterized by the following steps: - acquiring three-dimensional data of the container with the radar measuring device by systematically scanning an interior space of the container by means of the radar measuring device by varying a main emission direction (H) of the radar measuring device , wherein the varying takes place by correspondingly controlling an antenna of a radar measuring device , - determining a three-dimensional model of the container , wherein the three-dimensional acquisition of the container is supported by a database with three-dimensional data of possible installations , - acquiring a position of the container , - determining the linearization curve (L) from the three-dimensional model and the position, wherein effects on the filling level caused by more or less immersed installations due to the changed position of the container are taken into account. - acquiring three-dimensional data of the container with the radar measuring device by systematically scanning an interior space of the container by means of the radar measuring device by varying a main emission direction (H) of the radar measuring device , wherein the varying takes place by correspondingly controlling an antenna of a radar measuring device , - determining a three-dimensional model of the container , wherein the three-dimensional acquisition of the container is supported by a database with three-dimensional data of possible installations , - acquiring a position of the container , - determining the linearization curve (L) from the three-dimensional model and the position,
A sealing bushing for a connector for distributing a fluid, wherein the connector comprises: - a female component in which a bushing seat is obtained; - a hollow male component which, in an engagement configuration, engages the female component to allow the fluid to pass; wherein the sealing bushing is suitable for being inserted into the bushing seat and for providing the sealing engagement between said female component and said male component ; wherein the sealing bushing is characterized in that it consists of a cylindrical body which extends about a bushing axis (X-X), wherein at least one annular rib is obtained at least on an inner side surface or outer side surface of said cylindrical body , the at least one annular rib being suitable for creating a fluid seal with an outer surface of the male component or an inner surface of the bushing seat , wherein the annular extension profile of the at least one annular rib has at least one axial component parallel to the bushing axis (X-X) such that the compression of the at least one annular rib when inserting the male component into the sealing bushing housed in the female component occurs gradually. - a female component in which a bushing seat is obtained; - a hollow male component which, in an engagement configuration, engages the female component to allow the fluid to pass; wherein the sealing bushing is suitable for being inserted into the bushing seat and for providing the sealing engagement between said female component and said male component ; wherein the sealing bushing is characterized in that it consists of a cylindrical body which extends about a bushing axis (X-X), wherein at least one annular rib is obtained at least on an inner side surface or outer side surface of said cylindrical body , the at least one annular rib being suitable for creating a fluid seal with an outer surface of the male component or an inner surface of the bushing seat , wherein the annular extension profile of the at least one annular rib has at least one axial component parallel to the bushing axis (X-X) such that the compression of the at least one annular rib when inserting the male component into the sealing bushing housed in the female component occurs gradually. wherein the sealing bushing is suitable for being inserted into the bushing seat and for providing the sealing engagement between said female component and said male component ; wherein the sealing bushing is characterized in that it consists of a cylindrical body which extends about a bushing axis (X-X), wherein at least one annular rib is obtained at least on an inner side surface or outer side surface of said cylindrical body , the at least one annular rib being suitable for creating a fluid seal with an outer surface of the male component or an inner surface of the bushing seat , wherein the annular extension profile of the at least one annular rib has at least one axial component parallel to the bushing axis (X-X) such that the compression of the at least one annular rib when inserting the male component into the sealing bushing housed in the female component occurs gradually.
The invention relates to a mast trough arrangement for use in the worldwide, hygienic, safe and effective breeding of flightless insects, comprising a mast trough, formed from a floor and side walls surrounding it, feet arranged at the corners of the mast trough and a moving frame , the side walls being canted inwards at their upper edge that the frame corresponding to the size of the mast trough , which rests flat on the mast trough by its own weight and is equipped with bevelled inner sides so that flightless insects are prevented from escaping, the feet are designed so that they are higher than the tub and at the upper ends of the feet bearing surfaces are arranged, which define a vertical movement of the frame in the guide formed by the feet and the bearing surfaces are designed so that when stacked, the lower end of the feet of an above mast trough is securely received and fixed by several mast troughs in the bearing surfaces of the mast trough below and thereby form an upper stop for the frame .
An electric wire fixing structure comprising: a metal protector that houses a protection target part of an electric wire in an electric wire housing chamber on an inner side and allows the electric wire in the electric wire housing chamber to be led out from an electric wire outlet of the electric wire housing chamber ; and a fastening structure that fixes the protector to a metal fastening target (CA), wherein the fastening structure includes a male screw member , a through-hole formed in the protector and through which the male screw member is inserted, and a female screw part provided in the fastening target (CA) and in which the male screw member is screwed, or includes a male screw member erected on the fastening target (CA), a through-hole formed in the protector and through which the male screw member is inserted, and a female screw member that is screwed on the male screw member , and at least a part of the protector is abutted against the fastening target (CA) when the protector is fixed to the fastening target (CA); characterized in that the electric wire fixing structure further comprises a tubular electric wire protection member that houses and covers the electric wire on an inner side, wherein in the electric wire housing chamber , the electric wire protection member is housed only in an electric wire lead-out part at at least one end having the electric wire outlet . a metal protector that houses a protection target part of an electric wire in an electric wire housing chamber on an inner side and allows the electric wire in the electric wire housing chamber to be led out from an electric wire outlet of the electric wire housing chamber ; and a fastening structure that fixes the protector to a metal fastening target (CA), wherein the fastening structure includes a male screw member , a through-hole formed in the protector and through which the male screw member is inserted, and a female screw part provided in the fastening target (CA) and in which the male screw member is screwed, or includes a male screw member erected on the fastening target (CA), a through-hole formed in the protector and through which the male screw member is inserted, and a female screw member that is screwed on the male screw member , and at least a part of the protector is abutted against the fastening target (CA) when the protector is fixed to the fastening target (CA); characterized in that the electric wire fixing structure further comprises a tubular electric wire protection member that houses and covers the electric wire on an inner side, wherein in the electric wire housing chamber , the electric wire protection member is housed only in an electric wire lead-out part at at least one end having the electric wire outlet .
A device (100; 400) configured to produce colors on demand, the device comprising: an inspection tool configured to capture the color; a plurality of ink reservoirs (128; 328; 428), each one of the plurality of ink reservoirs configured to hold a different color ink; an ink supply system (126; 300; 400) fluidly connected to the plurality of ink reservoirs (128; 328; 428), the ink supply system (126; 300; 400) being configured to receive ink from the plurality of ink reservoirs (128; 328; 428) and including a heating mechanism being configured to control the color of thermochromic ink disposed therein, the heating mechanism being an electric wire wrapped around respective chambers of a plurality of chambers or disposed in respective supply channels (214; 314) of a plurality of supply channels, each chamber or supply channel corresponding to a respective ink reservoir (128; 328; 428) of the plurality of ink reservoirs; a mixing chamber (130; 330) fluidly connected to the ink supply system (126; 300; 400) and being configured to mix the ink received from the ink supply system (126; 300; 400); and a control unit operatively connected to the plurality of ink reservoirs (128; 328; 428), the ink supply system (126; 300; 400) and the inspection tool for controllably reproducing and dispersing the color captured by the inspection tool . an inspection tool configured to capture the color; a plurality of ink reservoirs (128; 328; 428), each one of the plurality of ink reservoirs configured to hold a different color ink; an ink supply system (126; 300; 400) fluidly connected to the plurality of ink reservoirs (128; 328; 428), the ink supply system (126; 300; 400) being configured to receive ink from the plurality of ink reservoirs (128; 328; 428) and including a heating mechanism being configured to control the color of thermochromic ink disposed therein, the heating mechanism being an electric wire wrapped around respective chambers of a plurality of chambers or disposed in respective supply channels (214; 314) of a plurality of supply channels, each chamber or supply channel corresponding to a respective ink reservoir (128; 328; 428) of the plurality of ink reservoirs; a mixing chamber (130; 330) fluidly connected to the ink supply system (126; 300; 400) and being configured to mix the ink received from the ink supply system (126; 300; 400); and a control unit operatively connected to the plurality of ink reservoirs (128; 328; 428), the ink supply system (126; 300; 400) and the inspection tool for controllably reproducing and dispersing the color captured by the inspection tool .
A user equipment comprising: a reception unit configured to receive control information, which includes allocation information of a resource for receiving downlink data, information indicating a transmission time position of a HARQ feedback for the downlink data, and information indicating a frequency position of the HARQ feedback, from a base station by a downlink control channel; and a transmission unit configured to transmit the HARQ feedback at the transmission time position and the frequency position based on the information indicating the transmission time position and the information indicating the frequency position that are received by the reception unit. a reception unit configured to receive control information, which includes allocation information of a resource for receiving downlink data, information indicating a transmission time position of a HARQ feedback for the downlink data, and information indicating a frequency position of the HARQ feedback, from a base station by a downlink control channel; and a transmission unit configured to transmit the HARQ feedback at the transmission time position and the frequency position based on the information indicating the transmission time position and the information indicating the frequency position that are received by the reception unit.
A method for exchanging data with a network , the method being performed by a network controller and comprising: receiving, from a relay UE (55; 80), a transferable relay profile associated with a relay connection between a requesting device and the network , wherein the transferable relay profile defines a relay service for relaying communications received from the requesting device to the network and for relaying communications received from the network to the requesting device and wherein the transferable relay profile enables a second relay UE to establish a relay connection between a requesting device and the network and to provide the relay service in accordance with the transferable relay profile; and, transmitting the transferable relay profile to the second relay UE ; and then notifying the relay UE that the relay service at the relay UE is cancelled and instructing the relay UE to de-activate the transferable relay profile. receiving, from a relay UE (55; 80), a transferable relay profile associated with a relay connection between a requesting device and the network , wherein the transferable relay profile defines a relay service for relaying communications received from the requesting device to the network and for relaying communications received from the network to the requesting device and wherein the transferable relay profile enables a second relay UE to establish a relay connection between a requesting device and the network and to provide the relay service in accordance with the transferable relay profile; and, transmitting the transferable relay profile to the second relay UE ; and then notifying the relay UE that the relay service at the relay UE is cancelled and instructing the relay UE to de-activate the transferable relay profile.
A method for repairing a damaged thermal protection covering a nacelle structure (SN) for an aircraft turbojet engine , the damaged thermal protection comprising a thermal insulation blanket present between a first sheet and a second sheet (24b; 240b), the second sheet being located on the side of the nacelle structure, the thermal insulation blanket and the first sheet each having an area of lack of material (Z1; Z2), the method comprising at least: - the cutting of slots through the first sheet, the area of lack of material of the first sheet being present between the slots, - the positioning of a repair thermal insulation blanket in the area of lack of material of the thermal insulation blanket, - the positioning of a repair sheet after positioning of the repair thermal insulation blanket, the repair sheet comprising a central part and lateral tabs , a first sealing adhesive being applied on the lateral tabs, the positioning of said repair sheet being carried out by inserting the lateral tabs into the slots in order to interpose them between the thermal insulation blanket and the first sheet and to secure them to the first sheet by the first sealing adhesive, the central part covering the repair thermal insulation blanket after insertion of the lateral tabs into the slots, and - the depositing of a second sealing adhesive on the contour of the repair sheet thus positioned. - the cutting of slots through the first sheet, the area of lack of material of the first sheet being present between the slots, - the positioning of a repair thermal insulation blanket in the area of lack of material of the thermal insulation blanket, - the positioning of a repair sheet after positioning of the repair thermal insulation blanket, the repair sheet comprising a central part and lateral tabs , a first sealing adhesive being applied on the lateral tabs, the positioning of said repair sheet being carried out by inserting the lateral tabs into the slots in order to interpose them between the thermal insulation blanket and the first sheet and to secure them to the first sheet by the first sealing adhesive, the central part covering the repair thermal insulation blanket after insertion of the lateral tabs into the slots, and - the depositing of a second sealing adhesive on the contour of the repair sheet thus positioned.
A cover module for a methanizer , said methanizer comprising a vessel adapted to receive organic matters and comprising a bottom and at least one vertical wall delimiting an aperture , said cover module comprising: - a cover , made of a flexible material, configured to extend into said aperture , said cover comprising a central zone and a peripheral zone and having an outer face (12-E), for receiving rainwater, and an inner face (12-1), for extending above organic matters, - a support structure connected to the cover at said peripheral zone and configured both to hold said cover above organic matters and to move vertically along the wall of the vessel with organic matters, the cover module being characterised in that the support structure is configured to enable, through the peripheral zone , rainwater received by the outer face (12-E) of the cover to be guided towards at least one collecting point enabling rainwater to be discharged from said outer face (12-E). - a cover , made of a flexible material, configured to extend into said aperture , said cover comprising a central zone and a peripheral zone and having an outer face (12-E), for receiving rainwater, and an inner face (12-1), for extending above organic matters, - a support structure connected to the cover at said peripheral zone and configured both to hold said cover above organic matters and to move vertically along the wall of the vessel with organic matters,