mhurhangee/patent-ind-claim-en huggingface dataset:
Filter module for dusts, comprising - a first arrangement of at least two comb-like base elements that are held in a base frame , - a second arrangement of at least two comb-like fixing elements that are held in a fixing frame , the comb-like fixing elements being geometrically complementary to the comb-like base elements , - a fastening device for reversibly connecting the base frame to the fixing frame and - a filter material which has a folding, wherein the filter material is laid over the first arrangement of comb-like base elements and fixed with the second arrangement of comb-like fixing elements , the fixing frame having a lattice structure with webs and slots , wherein the webs on a clean gas side respectively support the ends of the fold of the filter material . - a first arrangement of at least two comb-like base elements that are held in a base frame , - a second arrangement of at least two comb-like fixing elements that are held in a fixing frame , the comb-like fixing elements being geometrically complementary to the comb-like base elements , - a fastening device for reversibly connecting the base frame to the fixing frame and - a filter material which has a folding, wherein the filter material is laid over the first arrangement of comb-like base elements and fixed with the second arrangement of comb-like fixing elements , the fixing frame having a lattice structure with webs and slots , wherein the webs on a clean gas side respectively support the ends of the fold of the filter material .
A coffee drink in powder form, consisting of: 1 part Drone brood; 3-9 parts glucose and/or fructose; and 1-100 parts coffee drink in powder form. 1 part Drone brood; 3-9 parts glucose and/or fructose; and 1-100 parts coffee drink in powder form.
A communications method, performed by a communications apparatus, wherein the communications apparatus supports a SIM1 and a SIM2, and the method comprises: determining that the SIM1 is in connected state and the SIM2 needs to enter a connected state from a non-connected state; and sending first information to a first device through the SIM1, wherein the first information indicates to stop sending a SIM1 paging message to the communications apparatus, or the first information comprises or indicates a condition in which sending a SIM1 paging message to the communications apparatus is allowed, wherein the first information comprises information about a timer, and the information about the timer indicates a duration of stopping sending a SIM1 paging message to the communications apparatus, or indicates a duration in which sending a paging message meeting the condition to the communications apparatus is allowed. determining that the SIM1 is in connected state and the SIM2 needs to enter a connected state from a non-connected state; and sending first information to a first device through the SIM1, wherein the first information indicates to stop sending a SIM1 paging message to the communications apparatus, or the first information comprises or indicates a condition in which sending a SIM1 paging message to the communications apparatus is allowed, wherein the first information comprises information about a timer, and the information about the timer indicates a duration of stopping sending a SIM1 paging message to the communications apparatus, or indicates a duration in which sending a paging message meeting the condition to the communications apparatus is allowed.
An interaction control method, comprising: acquiring near field communication, NFC, device status information in response to triggering of NFC, wherein the NFC device status information comprises status information of a master device and status information of a slave device; and providing an interactive function corresponding to the acquired NFC device status information according to a preset mapping relationship including a mapping between the status information of the master device, the status information of the slave device, and the interactive function, and executing the interactive function in response to a trigger condition to realize information exchange between the master device and the slave device. acquiring near field communication, NFC, device status information in response to triggering of NFC, wherein the NFC device status information comprises status information of a master device and status information of a slave device; and providing an interactive function corresponding to the acquired NFC device status information according to a preset mapping relationship including a mapping between the status information of the master device, the status information of the slave device, and the interactive function, and executing the interactive function in response to a trigger condition to realize information exchange between the master device and the slave device.
Process for reducing thermally induced discoloration of fluoropolymer resin, said fluoropolymer resin produced by polymerizing fluoromonomer in an aqueous dispersion medium to form aqueous fluoropolymer dispersion and isolating said fluoropolymer from said aqueous medium by separating fluoropolymer resin in wet form from the aqueous medium and drying to produce fluoropolymer resin in dry form, said process comprising: pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin in wet or dry form; and exposing the fluoropolymer resin in dry form to fluorine; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein said pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin comprises exposing the aqueous fluoropolymer dispersion and/or the fluoropolymer resin to oxidizing agent. pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin in wet or dry form; and exposing the fluoropolymer resin in dry form to fluorine; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein said pretreating the aqueous fluoropolymer dispersion and/or the fluoropolymer resin comprises exposing the aqueous fluoropolymer dispersion and/or the fluoropolymer resin to oxidizing agent.
A composition comprising HFO-1234yf and at least one additional compound selected from the group consisting of HFO-1141 and HFO-1336.
Vehicle comprising a floor on which front seats are installed, at least one rear seat , and, between said front seats, a handbrake coupled to braking means via cables having a part placed in a zone located in front of a central part of said rear seat adapted to the coupling of a child seat base , and a molded part comprising i) coupling means intended to be coupled to said zone , and ii) a wall intended to be placed in the said zone above said cables and defining a bearing surface for a lower end of a wedging leg of said base and a protective interface for said cables , coupled to said zone , characterized in that said coupling means comprise two protuberances projecting from a lower face of said wall and intended to be housed in two holes defined in a rear zone of a base of said handbrake defining said zone , on either side and other of the said cables
A method of forming a constraining mechanism for an implantable medical device delivery, the method comprising: reducing a diameter of the implantable medical device from a deployed diameter to a reduced diameter by forcing the implantable medical device through a funnel having internal surfaces reducing in diameter; and wrapping one or more fibers circumferentially about the implantable medical device and the funnel , wherein the funnel includes a braiding zone having a length approximately equal to a length of the implantable medical device ; and interlocking the one or more fibers along a length of the implantable medical device while the implantable medical device is in the reduced diameter to form the constraining mechanism . reducing a diameter of the implantable medical device from a deployed diameter to a reduced diameter by forcing the implantable medical device through a funnel having internal surfaces reducing in diameter; and wrapping one or more fibers circumferentially about the implantable medical device and the funnel , wherein the funnel includes a braiding zone having a length approximately equal to a length of the implantable medical device ; and interlocking the one or more fibers along a length of the implantable medical device while the implantable medical device is in the reduced diameter to form the constraining mechanism .
A sample identification information obtaining apparatus comprising: a barcode reader (B31; C31; D31) for reading a barcode (BL1) adhered to the sample container by irradiating a side surface of the sample container with light; a rotating section (B11, B21; C11, C21; D11, D21) for rotating the sample container relative to the barcode reader so that a position at which the reading is performed by the barcode reader moves in a circumferential direction of the sample container; and a controller which executes operations, the operations comprising: controlling the rotating section and the barcode reader so that the barcode reader repeatedly reads the barcode over the range of a predetermined rotation angle; and obtaining identification information of the sample contained in the sample container on the basis of reading results obtained as a result of the repeated reading of the barcode by the barcode reader, characterized in that the controller obtains the identification information of the sample contained in the sample container on the basis of one reading result which occupies a predetermined ratio among the plurality of reading results. a barcode reader (B31; C31; D31) for reading a barcode (BL1) adhered to the sample container by irradiating a side surface of the sample container with light; a rotating section (B11, B21; C11, C21; D11, D21) for rotating the sample container relative to the barcode reader so that a position at which the reading is performed by the barcode reader moves in a circumferential direction of the sample container; and a controller which executes operations, the operations comprising: controlling the rotating section and the barcode reader so that the barcode reader repeatedly reads the barcode over the range of a predetermined rotation angle; and obtaining identification information of the sample contained in the sample container on the basis of reading results obtained as a result of the repeated reading of the barcode by the barcode reader, characterized in that the controller obtains the identification information of the sample contained in the sample container on the basis of one reading result which occupies a predetermined ratio among the plurality of reading results. controlling the rotating section and the barcode reader so that the barcode reader repeatedly reads the barcode over the range of a predetermined rotation angle; and obtaining identification information of the sample contained in the sample container on the basis of reading results obtained as a result of the repeated reading of the barcode by the barcode reader, characterized in that the controller obtains the identification information of the sample contained in the sample container on the basis of one reading result which occupies a predetermined ratio among the plurality of reading results.
A seeding machine comprising: - a frame ; - a conveyor defining a rest plane (B) for seeding trays (V) and equipped with a motor configured to advance the seeding trays (V) resting on the rest plane (B) along an advancement direction (A); - a seeding roller rotatably associated with the frame, around a rotation axis (R1) parallel to the rest plane (B), and arranged above the rest plane (B); - a transmission assembly interposed between the motor of the conveyor and the seeding roller configured to transmit a rotary motion from the motor to the seeding roller ; characterised in that the transmission assembly comprises a friction clutch configured to be selectively switched between a closed position, in which it allows the transmission of the rotary motion from the motor of the conveyor to the seeding roller , and an open position, in which it interrupts the transmission of the rotary motion from the motor of the conveyor to the seeding roller . - a frame ; - a conveyor defining a rest plane (B) for seeding trays (V) and equipped with a motor configured to advance the seeding trays (V) resting on the rest plane (B) along an advancement direction (A); - a seeding roller rotatably associated with the frame, around a rotation axis (R1) parallel to the rest plane (B), and arranged above the rest plane (B); - a transmission assembly interposed between the motor of the conveyor and the seeding roller configured to transmit a rotary motion from the motor to the seeding roller ;
Three-port voltage converter , comprising a transformer , wherein the transformer comprises a first ring-shaped transformer core ; a second ring-shaped transformer core ; a first primary winding that is arranged on the first transformer core ; a second primary winding that is arranged on the second transformer core ; a first secondary winding that is arranged on the first transformer core ; a second secondary winding that is arranged on the second transformer core ; and a tertiary winding that is arranged on the first transformer core and the second transformer core , wherein the three-port voltage converter comprises a first driver circuit that is designed to provide a first AC voltage at the first primary winding and to provide a second AC voltage at the second primary winding ; and a rectifier circuit that is designed to rectify an AC voltage present at the tertiary winding , wherein the three-port voltage converter comprises a second driver circuit that is designed to rectify an AC voltage present at the first secondary winding and to rectify an AC voltage present at the second secondary winding , or to provide a first AC voltage at the first secondary winding and to provide a second AC voltage at the second secondary winding . wherein the transformer comprises a first ring-shaped transformer core ; a second ring-shaped transformer core ; a first primary winding that is arranged on the first transformer core ; a second primary winding that is arranged on the second transformer core ; a first secondary winding that is arranged on the first transformer core ; a second secondary winding that is arranged on the second transformer core ; and a tertiary winding that is arranged on the first transformer core and the second transformer core , wherein the three-port voltage converter comprises a first driver circuit that is designed to provide a first AC voltage at the first primary winding and to provide a second AC voltage at the second primary winding ; and a rectifier circuit that is designed to rectify an AC voltage present at the tertiary winding , wherein the three-port voltage converter comprises a second driver circuit that is designed to rectify an AC voltage present at the first secondary winding and to rectify an AC voltage present at the second secondary winding , or to provide a first AC voltage at the first secondary winding and to provide a second AC voltage at the second secondary winding .
A medical implant for cartilage repair in a joint of a specific patient, the implant having an articulate surface , configured to face an articulating part of the joint, a bone contact surface , configured to face bone structure in the joint, and a cartilage contacting surface , between the articulate surface and the bone contact surface , on an implant body having a circular cross-section and comprising a positioning mark on a surface of the implant adapted for indicating a rotational position of the implant at an implant site, wherein: the positioning mark is positioned parted from the center of the implant on a surface which is visible for the surgeon during surgery and use of the implant; the implant comprises an extending post extending from the bone contact surface ; and the articulate surface is specifically designed to have a curvature that substantially corresponds to the curvature of a healthy surface of the joint at the site of the diseased cartilage for said specific patient.
An Internet text mining-based method for judging validity of a point of interest, comprising: determining a search word set for indicating a to-be-detected point of interest; performing a search on the Internet by using a determined search word as a search keyword, to obtain a description information set for describing the to-be-detected point of interest; and inputting a name of the to-be-detected point of interest and description information in the description information set into a pre-established validity discriminant model, to obtain a status label for indicating validity of the to-be-detected point of interest, so that invalid POI information in a POI database maintained by a map application or a navigation application is discovered, characterized in that the pre-established validity discriminant model is an attention model, and the validity discriminant model is trained and obtained by the following training: training an initial attention model by using a name of a sample point of interest and description information of the sample point of interest as inputs, and using a status label of the sample point of interest as a target, to obtain the validity discriminant model. determining a search word set for indicating a to-be-detected point of interest; performing a search on the Internet by using a determined search word as a search keyword, to obtain a description information set for describing the to-be-detected point of interest; and inputting a name of the to-be-detected point of interest and description information in the description information set into a pre-established validity discriminant model, to obtain a status label for indicating validity of the to-be-detected point of interest, so that invalid POI information in a POI database maintained by a map application or a navigation application is discovered, characterized in that the pre-established validity discriminant model is an attention model, and the validity discriminant model is trained and obtained by the following training: training an initial attention model by using a name of a sample point of interest and description information of the sample point of interest as inputs, and using a status label of the sample point of interest as a target, to obtain the validity discriminant model.
A method performed by a base station in a communication system, the method comprising: obtaining a pseudo-noise, PN, sequence based on an initial condition c B given by: c B = 2 11 *(I t +1)*(└I ID /4┘+1) + 2 6 *(I t +1) + mod(I ID ,4), wherein I ID is a physical cell identification, ID, and I t is timing information comprising at least two bits of a synchronization signal block, SSB, index; obtaining a demodulation reference signal, DMRS, sequence based on the PN sequence, wherein the DMRS sequence is for a physical broadcast channel, PBCH; determining resources for transmitting the DMRS sequence; mapping the DMRS sequence to the resources; and transmitting, to a terminal, the DMRS sequence over a downlink channel. c B = 2 11 *(I t +1)*(└I ID /4┘+1) + 2 6 *(I t +1) + mod(I ID ,4), wherein I ID is a physical cell identification, ID, and I t is timing information comprising at least two bits of a synchronization signal block, SSB, index; obtaining a demodulation reference signal, DMRS, sequence based on the PN sequence, wherein the DMRS sequence is for a physical broadcast channel, PBCH; determining resources for transmitting the DMRS sequence; mapping the DMRS sequence to the resources; and transmitting, to a terminal, the DMRS sequence over a downlink channel.
An antenna module comprising: a multi-layered layer in which a plurality of layers is stacked, a slot being formed in one side of the multi-layered layer ; and a first power feeding part positioned in the slot , the antenna module being characterized in that the antenna module further comprises: at least one patch antenna spaced apart from the one side of the multi-layered layer as much as a first preset distance; and a second power feeding part electrically connected to the at least one patch antenna and positioned in the slot . a multi-layered layer in which a plurality of layers is stacked, a slot being formed in one side of the multi-layered layer ; and a first power feeding part positioned in the slot , the antenna module being characterized in that the antenna module further comprises: at least one patch antenna spaced apart from the one side of the multi-layered layer as much as a first preset distance; and a second power feeding part electrically connected to the at least one patch antenna and positioned in the slot . at least one patch antenna spaced apart from the one side of the multi-layered layer as much as a first preset distance; and a second power feeding part electrically connected to the at least one patch antenna and positioned in the slot .
An apparatus comprising: a first composite layer ; and a second composite layer associated with the first composite layer , wherein the first composite layer and the second composite layer form a structure , and wherein the second composite layer has a conductivity configured to dissipate an electric charge on a surface of the structure ; wherein the second composite layer comprises fibers that form a reinforcement , and a resin that forms a matrix in the reinforcement , wherein the fibers are configured to form a fabric and include a coating of conductive material, and characterized in that the resistivity of the second composite layer is from 10 6 ohms-meters to 10 9 ohms-meter. a first composite layer ; and a second composite layer associated with the first composite layer , wherein the first composite layer and the second composite layer form a structure , and wherein the second composite layer has a conductivity configured to dissipate an electric charge on a surface of the structure ; wherein the second composite layer comprises fibers that form a reinforcement , and a resin that forms a matrix in the reinforcement , wherein the fibers are configured to form a fabric and include a coating of conductive material, and characterized in that the resistivity of the second composite layer is from 10 6 ohms-meters to 10 9 ohms-meter.