mhurhangee/patent-ind-claim-en huggingface dataset:
A blow-by gas filtration assembly which is fluidically connectable to the crankcase ventilation circuit of an internal combustion engine to receive blow-by gases and filter from them the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a filter group which extends along the axis (X-X), having a hollow cylindrical shape with a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a support and control member engageable to the filter group suitable for supporting it in an axial position along the (X-X) axis and suitable for controlling it in rotation around said (X-X) axis to perform the filtration operations; characterized in that the member and the filter group comprise, respectively, a threaded member portion and a threaded filter portion engageable by reciprocal screwing around the axis (X-X); wherein the member and the filter group comprise, respectively, a member abutment and a filter abutment wherein the axial engagement between the member abutment and the filter abutment prevents further screwing of the threaded member portion to a threaded filter portion . - a filter group which extends along the axis (X-X), having a hollow cylindrical shape with a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a support and control member engageable to the filter group suitable for supporting it in an axial position along the (X-X) axis and suitable for controlling it in rotation around said (X-X) axis to perform the filtration operations; characterized in that the member and the filter group comprise, respectively, a threaded member portion and a threaded filter portion engageable by reciprocal screwing around the axis (X-X); wherein the member and the filter group comprise, respectively, a member abutment and a filter abutment wherein the axial engagement between the member abutment and the filter abutment prevents further screwing of the threaded member portion to a threaded filter portion .
A method of providing a notification to a user in a home network, comprising: receiving, at a communication device (12, 41, 47, 102a-c, 104, 106, 70), an alert for the user; determining, by the communication device, a location of the user; determining, by the communication device, one or more proximate devices based on the location of the user; determining, by the communication device, a location of one or more proximate non-interested users based on the proximate devices; determining, by the communication device, an activity of the user; determining, by the communication device, a preferred notification device based at least in part on the location of the user, the location of one or more proximate non-interested users, and the activity of the user; generating, by the communication device, a notification message for the user based at least in part on the preferred notification device and the alert; and sending, by the communication device, the notification message to the preferred notification device . receiving, at a communication device (12, 41, 47, 102a-c, 104, 106, 70), an alert for the user; determining, by the communication device, a location of the user; determining, by the communication device, one or more proximate devices based on the location of the user; determining, by the communication device, a location of one or more proximate non-interested users based on the proximate devices; determining, by the communication device, an activity of the user; determining, by the communication device, a preferred notification device based at least in part on the location of the user, the location of one or more proximate non-interested users, and the activity of the user; generating, by the communication device, a notification message for the user based at least in part on the preferred notification device and the alert; and sending, by the communication device, the notification message to the preferred notification device .
A liquid crystal display panel (DP) comprising: a first substrate (SUB1) which comprises: a first base substrate (BS1) including a light guide pattern (GP); a first low refraction layer (LRL1) disposed on the first base substrate (BS1) and having a refractive index less than that of the first base substrate (BS1); a color converting member (CCM) disposed on the first low refraction layer (LRL1) and comprising a quantum dot (QD); and a first polarizing layer (PL1) disposed on the color converting member (CCM); a second substrate (SUB2) facing the first substrate (SUB1); and a liquid crystal layer (LCL) disposed between the first substrate (SUB1) and the second substrate (SUB2), wherein the first substrate (SUB1) comprises only one substrate which is a single glass substrate or a single polymer substrate, and the first base substrate (BS1) is the single glass substrate or the single polymer substrate. a first base substrate (BS1) including a light guide pattern (GP); a first low refraction layer (LRL1) disposed on the first base substrate (BS1) and having a refractive index less than that of the first base substrate (BS1); a color converting member (CCM) disposed on the first low refraction layer (LRL1) and comprising a quantum dot (QD); and a first polarizing layer (PL1) disposed on the color converting member (CCM); a second substrate (SUB2) facing the first substrate (SUB1); and a liquid crystal layer (LCL) disposed between the first substrate (SUB1) and the second substrate (SUB2), wherein the first substrate (SUB1) comprises only one substrate which is a single glass substrate or a single polymer substrate, and the first base substrate (BS1) is the single glass substrate or the single polymer substrate.
A support vessel for assisting in a process in which fluid hydrocarbon cargo is loaded into at least one cargo tank of a carrier vessel , the carrier vessel to transport the loaded fluid hydrocarbon cargo across sea, the support vessel comprising: onboard VOC recovery means for recovering volatile organic compounds, VOCs, the VOCs being produced from the cargo tank in loading the cargo tank of the carrier vessel, wherein the VOC recovery means comprises a VOC processing facility for processing the VOCs from the supplied gas and at least one storage tank for storing liquid comprising VOCs, the VOC processing facility being configured to liquefy the VOCs from the gas to obtain a liquid comprising liquefied VOCs; at least one hose for extending between the carrier vessel and the support vessel for communicating the gas comprising VOCs from the cargo tank of the carrier vessel to the VOC processing facility on the support vessel; and dynamic positioning and propulsion means for positioning and controlling the heading of the support vessel with respect to the carrier vessel. onboard VOC recovery means for recovering volatile organic compounds, VOCs, the VOCs being produced from the cargo tank in loading the cargo tank of the carrier vessel, wherein the VOC recovery means comprises a VOC processing facility for processing the VOCs from the supplied gas and at least one storage tank for storing liquid comprising VOCs, the VOC processing facility being configured to liquefy the VOCs from the gas to obtain a liquid comprising liquefied VOCs; at least one hose for extending between the carrier vessel and the support vessel for communicating the gas comprising VOCs from the cargo tank of the carrier vessel to the VOC processing facility on the support vessel; and dynamic positioning and propulsion means for positioning and controlling the heading of the support vessel with respect to the carrier vessel.
An information processing method performed by a distributed unit, DU, which is connected to a plurality of central units, CUs, in a baseband processing split architecture, comprising: receiving load information of the plurality of CUs, and determining, according to the load information of the plurality of CUs, a first CU having a load greater than a target threshold value and a second CU having a load less than the target threshold value among the plurality of CUs; and sending control signaling to the first CU and the second CU respectively to delete a number of cell(s) of the first CU and add the corresponding number of cell(s) to the second CU, in order to carry out load balancing between adjacent CUs by using cell as granularity. receiving load information of the plurality of CUs, and determining, according to the load information of the plurality of CUs, a first CU having a load greater than a target threshold value and a second CU having a load less than the target threshold value among the plurality of CUs; and sending control signaling to the first CU and the second CU respectively to delete a number of cell(s) of the first CU and add the corresponding number of cell(s) to the second CU, in order to carry out load balancing between adjacent CUs by using cell as granularity.
A wireless communication network node comprising a combined antenna arrangement (2', 2"), at least one radio arrangement , a first power splitter arrangement and a second power splitter arrangement , and a first power amplifier and a second power amplifier , wherein the combined antenna arrangement (2, 2") comprises a first set of antenna devices and a second set of antenna devices wherein the first power amplifier is connected to an input port of the first power splitter arrangement , wherein each of at least two output ports of the first power splitter arrangement is connected to at least one corresponding antenna device of the first set of antenna devices via a corresponding multi-band filter (9a, 9b, 9c, 9d; 20a, 20b, 20c, 20d, 20e, 20f, 20g, 20h) and a corresponding phase shifter of a first set of phase shifters , wherein the second power amplifier is connected to an input port of the second power splitter arrangement and each of at least two output ports of the second power splitter arrangement is connected to a corresponding antenna device of the second set of antenna devices via another corresponding multi-band filter (9a', 9b', 9c', 9d'; 20a', 20b', 20c', 20d', 20e', 20f, 20g', 20h') and a corresponding phase shifter of a second set of phase shifters , wherein each multi-band filter is arranged for at least two frequency bands (B 1 , B 2 ), wherein the first and second sets of antenna devices of the combined antenna arrangement (2', 2") comprise antenna devices of a first polarization (P1) and a second polarization (P2), and wherein the first polarization (P1) is orthogonal to the second polarization (P2).
A session migration-based scheduling method, comprising: receiving , by a first media server, a service request sent by a terminal, wherein the service request is used to obtain target content required by the terminal, the service request comprises a destination address, the destination address comprises a destination internet protocol, IP, address and a destination hardware MAC address, and the destination address is an address of the first media server; querying , by the first media server, a target IP address in a database based on the service request, wherein the target IP address is an IP address of a server in which the target content is located; determining , by the first media server, the target IP address based on a candidate IP address fed back by the database; and if the target IP address is different from an IP address of the first media server, determining , by the first media server, that the first media server misses the target content, and sending the service request to a second media server, wherein an IP address of the second media server is the target IP address. receiving , by a first media server, a service request sent by a terminal, wherein the service request is used to obtain target content required by the terminal, the service request comprises a destination address, the destination address comprises a destination internet protocol, IP, address and a destination hardware MAC address, and the destination address is an address of the first media server; querying , by the first media server, a target IP address in a database based on the service request, wherein the target IP address is an IP address of a server in which the target content is located; determining , by the first media server, the target IP address based on a candidate IP address fed back by the database; and if the target IP address is different from an IP address of the first media server, determining , by the first media server, that the first media server misses the target content, and sending the service request to a second media server, wherein an IP address of the second media server is the target IP address.
A method of routing network traffic, comprising: including a radio resource control, RRC, module in a software-defined network, SDN, controller; configuring by the SDN controller, flow tables of a virtual switch using an OpenFlow protocol, wherein the virtual switch is disposed at a network radio node; receiving network traffic destined for a user equipment, UE, at the virtual switch; establishing , by a packet data convergence protocol, PDCP, layer, a data radio bearer, DRB, for the network traffic between a virtual port on the virtual switch and the UE; and routing the network traffic over the DRB from the virtual port, through the PDCP layer, and toward the UE according to the flow tables. including a radio resource control, RRC, module in a software-defined network, SDN, controller; configuring by the SDN controller, flow tables of a virtual switch using an OpenFlow protocol, wherein the virtual switch is disposed at a network radio node; receiving network traffic destined for a user equipment, UE, at the virtual switch; establishing , by a packet data convergence protocol, PDCP, layer, a data radio bearer, DRB, for the network traffic between a virtual port on the virtual switch and the UE; and routing the network traffic over the DRB from the virtual port, through the PDCP layer, and toward the UE according to the flow tables.
A method for wireless power transmission comprising: generating, by a transmitter , radio frequency, RF, waves through an antenna connected to the transmitter, wherein the generating is at a plurality of different frequencies and comprises changing the phase on one or both frequencies to result in a unified waveform ; defining, by the transmitter, a region of space to form a pocket of energy for charging or powering an electronic device that is within the region of space, the region of space being defined by a first wireless power range that includes a minimum range of distance and a maximum range of distance from the transmitter, wherein the region of space is a predetermined wireless charging spot; directing, by the transmitter, the RF waves to accumulate in the region of space in a form of constructive interference patterns, so that the unified waveform describes the pocket of energy and to form destructive interference patterns of the generated RF waves, so that the unified waveform describes null spaces within a second wireless power range that includes a minimum range of distance and a maximum range of distance, wherein the transmitter is configured to cause the unified waveform to form the null-spaces to surround the pocket of energy. generating, by a transmitter , radio frequency, RF, waves through an antenna connected to the transmitter, wherein the generating is at a plurality of different frequencies and comprises changing the phase on one or both frequencies to result in a unified waveform ; defining, by the transmitter, a region of space to form a pocket of energy for charging or powering an electronic device that is within the region of space, the region of space being defined by a first wireless power range that includes a minimum range of distance and a maximum range of distance from the transmitter, wherein the region of space is a predetermined wireless charging spot; directing, by the transmitter, the RF waves to accumulate in the region of space in a form of constructive interference patterns, so that the unified waveform describes the pocket of energy and to form destructive interference patterns of the generated RF waves, so that the unified waveform describes null spaces within a second wireless power range that includes a minimum range of distance and a maximum range of distance, wherein the transmitter is configured to cause the unified waveform to form the null-spaces to surround the pocket of energy.
An apparatus (100;500), comprising: a housing defining a first chamber and a second chamber, the first chamber configured to contain a first plurality of modules , the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the housing defining a first plenum (150;520) disposed on a side of the first chamber, wherein the first plenum is fluidly isolated from the first chamber; a first plurality of fans (140;510) disposed within the housing, the first plurality of fans configured to move air through the first plenum into the second chamber and across at least a portion of a module from the second plurality of modules, each fan from the first plurality of fans being vertically disposed within the first plenum; an air permeable barrier (160;530) configured to create an air pressure difference between either side of the barrier and disposed within the first plenum, each fan from the first plurality of fans being disposed between the air permeable barrier and an air intake opening of the first plenum; and a second fan disposed within the housing, the second fan configured to move air across at least a portion of a module from the first plurality of modules. a housing defining a first chamber and a second chamber, the first chamber configured to contain a first plurality of modules , the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the first chamber configured to contain a first plurality of modules , the second chamber configured to contain a second plurality of modules oriented orthogonally to the first plurality of modules, the housing defining a first plenum (150;520) disposed on a side of the first chamber, wherein the first plenum is fluidly isolated from the first chamber; a first plurality of fans (140;510) disposed within the housing, the first plurality of fans configured to move air through the first plenum into the second chamber and across at least a portion of a module from the second plurality of modules, each fan from the first plurality of fans being vertically disposed within the first plenum; an air permeable barrier (160;530) configured to create an air pressure difference between either side of the barrier and disposed within the first plenum, each fan from the first plurality of fans being disposed between the air permeable barrier and an air intake opening of the first plenum; and a second fan disposed within the housing, the second fan configured to move air across at least a portion of a module from the first plurality of modules.
A device for rendering and displaying strokes comprising: a graphic processing unit configured to render strokes ; a display configured to display an image including the rendered strokes ; and a processor configured to: identify (S910) a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide (S920) rendering information for rendering (S930) strokes included in the redraw region to the graphic processing unit , wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region ; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information. a graphic processing unit configured to render strokes ; a display configured to display an image including the rendered strokes ; and a processor configured to: identify (S910) a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide (S920) rendering information for rendering (S930) strokes included in the redraw region to the graphic processing unit , wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region ; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information. identify (S910) a redraw region when a redraw event for redrawing a portion of the image occurs on the image; provide (S920) rendering information for rendering (S930) strokes included in the redraw region to the graphic processing unit , wherein the rendering information includes conversion information, and reverse conversion information for reversely converting the region wider than the redraw region ; convert a region wider than the redraw region into a clip space on the basis of the conversion information; and render the strokes included in the redraw region using point primitives configuring strokes included in the converted clip space on the basis of the reverse conversion information.
An electrosurgery probe for an electrosurgery handpiece , comprising: an electrically-conductive element comprising a surgical tool tip segment , a mid-segment , and an electrical contact segment , the mid-segment comprising a hollow tube having a wall and an interior flow passage , the mid-segment having an open distal end and a closed proximal end , wherein the mid-segment is coupled at its distal end directly to the surgical tool tip segment and coupled at its closed proximal end directly to the electrical contact segment, the mid-segment further having an opening formed through the wall of the tube adjacent to the proximal end of the mid-segment, the opening in fluid communication with the interior flow passage, the tip segment and electrical contact segment extending contiguously from opposite ends of the mid-segment, and wherein the surgical tool tip segment, the mid-segment and the electrical contact segment are all comprised of at least one electrically-conductive material to enable passage of electrical current from the electrical contact segment through the mid-segment to the surgical tool tip segment. an electrically-conductive element comprising a surgical tool tip segment , a mid-segment , and an electrical contact segment , the mid-segment comprising a hollow tube having a wall and an interior flow passage , the mid-segment having an open distal end and a closed proximal end , wherein the mid-segment is coupled at its distal end directly to the surgical tool tip segment and coupled at its closed proximal end directly to the electrical contact segment, the mid-segment further having an opening formed through the wall of the tube adjacent to the proximal end of the mid-segment, the opening in fluid communication with the interior flow passage, the tip segment and electrical contact segment extending contiguously from opposite ends of the mid-segment, and wherein the surgical tool tip segment, the mid-segment and the electrical contact segment are all comprised of at least one electrically-conductive material to enable passage of electrical current from the electrical contact segment through the mid-segment to the surgical tool tip segment.