mhurhangee/patent-ind-claim-en huggingface dataset:
A Wi-Fi P2P connection method, applied to a first device, wherein the first device and a second device access a network by using different channels in a same band, and the Wi-Fi P2P connection method comprises: obtaining (S401, S502) by the first device, a first Wi-Fi module intra-band inter-channel switching capability value of the first device and establishing a connection channel with the second device, receiving (S405, S505) by the first device, a second Wi-Fi module intra-band inter-channel switching capability value of the second device and a station STA channel through which the second device accesses the network that are sent by the second device through the connection channel established with the first device; determining (S406, S506) by the first device, a device with a weaker switching capability in the first device and the second device according to the first Wi-Fi module intra-band inter-channel switching capability value and the second Wi-Fi module intra-band inter-channel switching capability value; and establishing (S408, S508) by the first device , a Wi-Fi P2P connection with the second device according to the station STA channel through which the second device accesses the network if the switching capability of the second device is weaker. obtaining (S401, S502) by the first device, a first Wi-Fi module intra-band inter-channel switching capability value of the first device and establishing a connection channel with the second device, receiving (S405, S505) by the first device, a second Wi-Fi module intra-band inter-channel switching capability value of the second device and a station STA channel through which the second device accesses the network that are sent by the second device through the connection channel established with the first device; determining (S406, S506) by the first device, a device with a weaker switching capability in the first device and the second device according to the first Wi-Fi module intra-band inter-channel switching capability value and the second Wi-Fi module intra-band inter-channel switching capability value; and establishing (S408, S508) by the first device , a Wi-Fi P2P connection with the second device according to the station STA channel through which the second device accesses the network if the switching capability of the second device is weaker.
A footwear comprising: a seamless upper of one or more double-bed fabrics formed in a unitary knit construction through a knitting process, wherein the seamless upper is attached with an outsole, wherein the unitary knit construction comprises an upper main body comprising a plurality of portions, wherein each of the plurality of portions is knitted into shape through the knitting process and is connected to another portion seamlessly by knitting stitches that are generated in the knitting process, wherein the plurality of portions of the unitary knit construction comprise: a lateral side portion; a toe portion; a medial side portion; an ankle portion; an instep portion; and a heel portion and one or more appendages that are knitted into shapes through the knitting process and connected to the upper main body seamlessly by knitting stitches that are generated in the knitting process, wherein an angle between the heel portion and the instep portion is formed through the knitting process; and wherein further the footwear is characterized in that : the heel portion is formed by an insert, the insert having loops, the loops being transferred to receiving loops located on the lateral side portion and the medial side portion to join the insert to the lateral side portion and the medial side portion. a seamless upper of one or more double-bed fabrics formed in a unitary knit construction through a knitting process, wherein the seamless upper is attached with an outsole, wherein the unitary knit construction comprises an upper main body comprising a plurality of portions, wherein each of the plurality of portions is knitted into shape through the knitting process and is connected to another portion seamlessly by knitting stitches that are generated in the knitting process, wherein the plurality of portions of the unitary knit construction comprise: a lateral side portion; a toe portion; a medial side portion; an ankle portion; an instep portion; and a heel portion and one or more appendages that are knitted into shapes through the knitting process and connected to the upper main body seamlessly by knitting stitches that are generated in the knitting process, wherein an angle between the heel portion and the instep portion is formed through the knitting process; and wherein further the footwear is characterized in that : the heel portion is formed by an insert, the insert having loops, the loops being transferred to receiving loops located on the lateral side portion and the medial side portion to join the insert to the lateral side portion and the medial side portion.
A method for controlling wind alignment correction of a wind turbine, comprising: acquiring environmental wind speed values, wind alignment angle measurement values and generation power values of the wind turbine in a real-time manner; grouping the acquired environmental wind speed values into a plurality of wind speed sections based on magnitudes of the environmental wind speed values, and extracting the wind alignment angle measurement values and the generation power values for at least one of the plurality of wind speed sections; determining local maximum values of the generation power values extracted for the respective wind speed sections; calculating a wind alignment correction deviation of the wind turbine based on the wind alignment angle measurement values extracted for the respective wind speed sections and corresponding to the determined local maximum values of the generation power values; correcting the wind alignment angle measurement values to be acquired subsequently by using the wind alignment correction deviation; characterized in that : during calculating the wind alignment correction deviation of the wind turbine, triggering the wind turbine to stop calculating the wind alignment correction deviation and continuously correcting the wind alignment angle measurement values to be acquired subsequently by using the wind alignment correction deviation used currently, if it is monitored that the wind turbine operates at a limited power currently or a current power of the wind turbine has reached a rated power. acquiring environmental wind speed values, wind alignment angle measurement values and generation power values of the wind turbine in a real-time manner; grouping the acquired environmental wind speed values into a plurality of wind speed sections based on magnitudes of the environmental wind speed values, and extracting the wind alignment angle measurement values and the generation power values for at least one of the plurality of wind speed sections; determining local maximum values of the generation power values extracted for the respective wind speed sections; calculating a wind alignment correction deviation of the wind turbine based on the wind alignment angle measurement values extracted for the respective wind speed sections and corresponding to the determined local maximum values of the generation power values; correcting the wind alignment angle measurement values to be acquired subsequently by using the wind alignment correction deviation; characterized in that : during calculating the wind alignment correction deviation of the wind turbine, triggering the wind turbine to stop calculating the wind alignment correction deviation and continuously correcting the wind alignment angle measurement values to be acquired subsequently by using the wind alignment correction deviation used currently, if it is monitored that the wind turbine operates at a limited power currently or a current power of the wind turbine has reached a rated power.
A medical product, comprising: a remodelable material pocket; and an implantable electronic medical device positioned in said pocket, wherein said remodelable material is effective to promote cellular invasion and ingrowth into the remodelable material such that the implantable electronic medical device will become at least partially surrounded by remodeled patient tissue following implantation, wherein said implantable electronic medical device has an outer surface that is non-receptive to tissue ingrowth, said outer surface positioned adjacent said remodelable material, and wherein said remodelable material is a collagenous extracellular matrix material. a remodelable material pocket; and an implantable electronic medical device positioned in said pocket, wherein said remodelable material is effective to promote cellular invasion and ingrowth into the remodelable material such that the implantable electronic medical device will become at least partially surrounded by remodeled patient tissue following implantation, wherein said implantable electronic medical device has an outer surface that is non-receptive to tissue ingrowth, said outer surface positioned adjacent said remodelable material, and wherein said remodelable material is a collagenous extracellular matrix material.
A lighting device producing white light having a target color correlated temperature (CCT) value, comprising: a plurality of LEDs comprising (i) at least one red LED (104-1) emitting red light having a wavelength between approximately 600 nm and approximately 670 nm, (ii) at least one warm white LED (104-2) emitting white light having a CCT value between approximately 1800K and approximately 2700K, and (iii) at least one cool white LED (104-3) emitting white light having a CCT value between approximately 3000K and approximately 6500K; at least one photo-luminescent material for shifting at least one of (i) the CCT value of the light emitted from the cool white LED toward a green CCT value or (ii) the CCT value of the light emitted from the warm white LED toward a yellow CCT value; and a waveguide material having (i) a mixing region for mixing the shifted and unshifted light so as to generate white light having the target CCT value and (ii) an output region for outputting the white light. a plurality of LEDs comprising (i) at least one red LED (104-1) emitting red light having a wavelength between approximately 600 nm and approximately 670 nm, (ii) at least one warm white LED (104-2) emitting white light having a CCT value between approximately 1800K and approximately 2700K, and (iii) at least one cool white LED (104-3) emitting white light having a CCT value between approximately 3000K and approximately 6500K; at least one photo-luminescent material for shifting at least one of (i) the CCT value of the light emitted from the cool white LED toward a green CCT value or (ii) the CCT value of the light emitted from the warm white LED toward a yellow CCT value; and a waveguide material having (i) a mixing region for mixing the shifted and unshifted light so as to generate white light having the target CCT value and (ii) an output region for outputting the white light.
A method performed by a control circuit coupled to a measurement circuit and to an inverter system coupled to a solar panel system , the method comprising: measuring power produced by the solar panel system using the measurement circuit , including taking a plurality of revenue-grade power measurements from the solar panel system ; measuring power consumed by one or more electric system loads using the measurement circuit , including taking a plurality of revenue-grade consumption measurements using one or more consumption inputs; and transmitting the revenue-grade power measurements from the measurement circuit to a remote system . measuring power produced by the solar panel system using the measurement circuit , including taking a plurality of revenue-grade power measurements from the solar panel system ; measuring power consumed by one or more electric system loads using the measurement circuit , including taking a plurality of revenue-grade consumption measurements using one or more consumption inputs; and transmitting the revenue-grade power measurements from the measurement circuit to a remote system .
A handle assembly for a surgical stapler , the handle assembly comprising: a housing defining a stationary handle ; a movable handle pivotably coupled to the housing and movable from an open position to a closed position; and an actuation mechanism comprising: an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle , the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; a reverse driver operably coupled to the moveable handle ; and an opening driver operably coupled to the moveable handle . a housing defining a stationary handle ; a movable handle pivotably coupled to the housing and movable from an open position to a closed position; and an actuation mechanism comprising: an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle , the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; an actuation shaft having a longitudinal axis, the actuation shaft comprising an advancing surface formed thereon, a reversing surface formed thereon angularly offset from the advancing surface, and an opening surface formed thereon, the actuation shaft being longitudinally slidable relative to the housing and selectively rotatable about the longitudinal axis between a first orientation and a second orientation; a forward driver operably coupled to the movable handle , the forward driver engageable with the actuation shaft in the first orientation and disengaged from the actuation shaft in the second orientation; a reverse driver operably coupled to the moveable handle ; and an opening driver operably coupled to the moveable handle .
A method of controlling the cross-linking reaction rate of a cross-linking compound for use in cross-linking an organic polymer, comprising: (a) providing a cross-linking composition comprising a cross-linking compound and a cross-linking reaction additive selected from an organic acid and/or an acetate compound, wherein the cross-linking compound has the structure according to formula (IV): wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2 ), halide, ether, ester, or amide, and x is 2.0 to 6.0, wherein the cross-linking reaction additive is capable of reacting with the cross-linking compound to form a reactive intermediate in the form of an oligomer for cross-linking an organic polymer; and (b) heating the cross-linking composition such that oligomerization of the cross-linking compound occurs. (a) providing a cross-linking composition comprising a cross-linking compound and a cross-linking reaction additive selected from an organic acid and/or an acetate compound, wherein the cross-linking compound has the structure according to formula (IV): wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2 ), halide, ether, ester, or amide, and x is 2.0 to 6.0, wherein the cross-linking reaction additive is capable of reacting with the cross-linking compound to form a reactive intermediate in the form of an oligomer for cross-linking an organic polymer; and (b) heating the cross-linking composition such that oligomerization of the cross-linking compound occurs.
A method for producing a microporous plastic film , the method comprising: kneading a diluent and a polyolefin resin with an extruder ; discharging the polyolefin resin kneaded with the diluent from a die lip in a sheet shape; cooling and solidifying the sheet discharged from the die lip on a drum; reheating and drawing the solidified sheet with a plurality of rollers in a sheet conveying direction; cooling the sheet drawn in the sheet conveying direction; gripping both ends of the sheet with clips; introducing the sheet into a tenter; and washing the diluent out to prepare a uniaxially or biaxially oriented microporous plastic film, wherein the method further comprises pressing the sheet interposing between a nip roller having a surface coated with a rubber and a driving roller driven by a motor upstream from a roller at the most downstream side among the rollers, wherein number N of pairs of the driving roller and the nip roller satisfies the following formula: N > T / μ ⋅ P , where T [N]: drawing tension required for drawing sheet in sheet conveying direction, μ : coefficient of friction between driving roller sheet, and P [N]: nip pressure between driving roller and nip roller . kneading a diluent and a polyolefin resin with an extruder ; discharging the polyolefin resin kneaded with the diluent from a die lip in a sheet shape; cooling and solidifying the sheet discharged from the die lip on a drum; reheating and drawing the solidified sheet with a plurality of rollers in a sheet conveying direction; cooling the sheet drawn in the sheet conveying direction; gripping both ends of the sheet with clips; introducing the sheet into a tenter; and washing the diluent out to prepare a uniaxially or biaxially oriented microporous plastic film, wherein the method further comprises pressing the sheet interposing between a nip roller having a surface coated with a rubber and a driving roller driven by a motor upstream from a roller at the most downstream side among the rollers, wherein number N of pairs of the driving roller and the nip roller satisfies the following formula: N > T / μ ⋅ P , where T [N]: drawing tension required for drawing sheet in sheet conveying direction, μ : coefficient of friction between driving roller sheet, and P [N]: nip pressure between driving roller and nip roller . T [N]: drawing tension required for drawing sheet in sheet conveying direction, μ : coefficient of friction between driving roller sheet, and P [N]: nip pressure between driving roller and nip roller .
A Node B comprising: a receiver to receive an uplink data packet from a user equipment using synchronous transmission timing based on a synchronous hybrid automatic repeat request protocol, and a transmitter to transmit in parallel a first feedback information element and a second control information element to the user equipment, wherein the first feedback information element includes a negative acknowledgement message signaling retransmission of an uplink data packet from the user equipment and the second control information element indicates a modulation and coding scheme for the retransmission, wherein the receiver is configured to receive the retransmitted uplink data packet from the user equipment according to the modulation and coding scheme. a receiver to receive an uplink data packet from a user equipment using synchronous transmission timing based on a synchronous hybrid automatic repeat request protocol, and a transmitter to transmit in parallel a first feedback information element and a second control information element to the user equipment, wherein the first feedback information element includes a negative acknowledgement message signaling retransmission of an uplink data packet from the user equipment and the second control information element indicates a modulation and coding scheme for the retransmission, wherein the receiver is configured to receive the retransmitted uplink data packet from the user equipment according to the modulation and coding scheme.
Sealing composite including a first extruded profile sealing which extends along a first sealing axis , a second extruded profile sealing which extends along a second sealing axis , and a sealing arrangement for sealing a corner region of a window against a body member of a motor vehicle , wherein the sealing arrangement defines a sealing plane as well as a first sealing axis and a second sealing axis which extends transversely to the first sealing axis , wherein the sealing arrangement includes a fastening portion for fastening to the body member , and a sealing portion which includes a sealing lip which can be deflected elastically in a direction transversely to the sealing plane when the corner region of the window comes into contact with the sealing lip , and which extends in an arcuate shape from the first sealing axis to the second sealing axis , wherein the sealing lip is formed over its entire arcuately shaped extension as a molded sealing lip which, in the area of at least one arc end of its arcuately shaped extension, is connected to the first extruded profile sealing , wherein the molded sealing lip is made of EPDM and wherein a sealing surface of the molded sealing lip and a sealing surface of a profile sealing lip of the first profile sealing are provided with a uniform coating , wherein the sealing portion comprises a sealing lip carrier which is aligned essentially parallel to the sealing plane and which extends arcuately along the arcuate shape , wherein the sealing lip carrier is connected to a fastening plate of the fastening portion , which extends essentially parallel to the sealing plane and which tapers essentially in the shape of a triangle, such that side edges of the fastening plate are aligned essentially parallel to the sealing axes and , respectively, characterized in that the side edges of the fastening plate taper into a plate edge , at which an integration portion is connected to the fastening plate . wherein the sealing lip is formed over its entire arcuately shaped extension as a molded sealing lip which, in the area of at least one arc end of its arcuately shaped extension, is connected to the first extruded profile sealing , wherein the molded sealing lip is made of EPDM and wherein a sealing surface of the molded sealing lip and a sealing surface of a profile sealing lip of the first profile sealing are provided with a uniform coating , wherein the sealing portion comprises a sealing lip carrier which is aligned essentially parallel to the sealing plane and which extends arcuately along the arcuate shape , wherein the sealing lip carrier is connected to a fastening plate of the fastening portion , which extends essentially parallel to the sealing plane and which tapers essentially in the shape of a triangle, such that side edges of the fastening plate are aligned essentially parallel to the sealing axes and , respectively, characterized in that the side edges of the fastening plate taper into a plate edge , at which an integration portion is connected to the fastening plate .