mhurhangee/patent-ind-claim-en huggingface dataset:
A noise filter comprising: a filter circuit including a noise reduction element that reduces a noise component, a conductive first circuit connection member to which a first connection portion of the noise reduction element is electrically connected, and a conductive second circuit connection member to which a second connection portion of the noise reduction element is electrically connected; and an electric connection structure that electrically connects an intermediate connection portion (WE1a) of a core wire (WEa) of an electric wire (WE1) to one of the first circuit connection member and the second circuit connection member , characterized in that the electric connection structure includes a circuit side connection body provided in one of the first circuit connection member and the second circuit connection member and indirectly or directly electrically connected to the intermediate connection portion (WE1a) of the core wire (WEa) of the electric wire (WE1) by an elastic force indirectly or directly exerted on the intermediate connection portion (WE1a) of the core wire (WEa) of the electric wire (WE1). a filter circuit including a noise reduction element that reduces a noise component, a conductive first circuit connection member to which a first connection portion of the noise reduction element is electrically connected, and a conductive second circuit connection member to which a second connection portion of the noise reduction element is electrically connected; and an electric connection structure that electrically connects an intermediate connection portion (WE1a) of a core wire (WEa) of an electric wire (WE1) to one of the first circuit connection member and the second circuit connection member , characterized in that the electric connection structure includes a circuit side connection body provided in one of the first circuit connection member and the second circuit connection member and indirectly or directly electrically connected to the intermediate connection portion (WE1a) of the core wire (WEa) of the electric wire (WE1) by an elastic force indirectly or directly exerted on the intermediate connection portion (WE1a) of the core wire (WEa) of the electric wire (WE1).
A method for detecting downlink control information in a LTE system, comprising: a user equipment, UE, receiving a resource block set and pre-defined information configured by a base station, and detecting (S504) downlink control information borne by an enhanced physical downlink control channel, ePDCCH, in a resource block according to the resource block set and the pre-defined information configured by a base station, characterized in that the pre-defined information includes the following (S502): position information about sub-carrier to be detected in the resource block set, one or more enhanced control channel units to be detected in the resource block set, a mapping mode of the ePDCCH, configuration information about aggregation level to be detected in the resource block set, the amount of candidate set corresponding to the detected aggregation level in the resource block set, and a downlink control information format, wherein the mapping mode of the ePDCCH comprises continuous mapping and/or discrete mapping..
Use of a friction modifier mixture for improving fuel efficiency and reducing frictional properties, while maintaining or improving deposit control, in an engine lubricated with a lubricating oil having a composition comprising from 50 to 99 weight % based on the total weight of the lubricating oil of a lubricating oil base stock as a major component wherein the friction modifier mixture comprises an ethoxylated fatty acid ester and a glycerol fatty acid ester in a weight ratio of from 0.1:1 to 1:0.1 and is present in a range of from 0.1 to 1.5 weight % based on the total weight of the lubricating oil and wherein fuel efficiency and friction reduction properties are improved and deposit control is maintained or improved as compared to friction reduction properties and deposit control achieved using a lubricating engine oil containing a minor component other than the friction modifier mixture.
A bottle wire rack adapted to carry bottles comprising: - at least one portable carrier section with at least two carrier rods having recesses for receiving a bottle, said carrier section being located horizontally on the wire rack, - at least one supporting rod that is attached to the carrier rods , a main frame comprising an installment section for the rack to be placed in a cooling unit , characterized in that - the bottle rack further comprises at least two receiving sections, each receiving section comprising two receiving rods for each carrier section to be hanged, located opposite to each other, - the main frame accommodates receiving and carrier sections , - the receiving sections are located vertically on the same axis above one another. - at least one portable carrier section with at least two carrier rods having recesses for receiving a bottle, said carrier section being located horizontally on the wire rack, - at least one supporting rod that is attached to the carrier rods , - the bottle rack further comprises at least two receiving sections, each receiving section comprising two receiving rods for each carrier section to be hanged, located opposite to each other, - the main frame accommodates receiving and carrier sections , - the receiving sections are located vertically on the same axis above one another.
A refrigerator comprising: a cabinet defining a storage compartment ; a main door rotatably mounted on the cabinet to open or close the storage compartment and having an opening ; an accommodation device that is accessible through the opening of the main door ; a sub door for opening or closing the opening ; and a door opening assembly comprising: a locking member protruding from the sub door ; characterized by a manipulation member exposed to one side of the circumferential surface of the sub door , the manipulation member being manipulated by a user; and a connection member connecting the locking member to the manipulation member inside the sub door , the connection member being interlocked with the manipulation member to release the restriction between the locking member and the main door , wherein a connection member case in which the connection member is accommodated is disposed inside the sub door , to prevent an insulation material that is filled in the sub door from being introduced. a cabinet defining a storage compartment ; a main door rotatably mounted on the cabinet to open or close the storage compartment and having an opening ; an accommodation device that is accessible through the opening of the main door ; a sub door for opening or closing the opening ; and a door opening assembly comprising: a locking member protruding from the sub door ; characterized by a manipulation member exposed to one side of the circumferential surface of the sub door , the manipulation member being manipulated by a user; and a connection member connecting the locking member to the manipulation member inside the sub door , the connection member being interlocked with the manipulation member to release the restriction between the locking member and the main door , a manipulation member exposed to one side of the circumferential surface of the sub door , the manipulation member being manipulated by a user; and a connection member connecting the locking member to the manipulation member inside the sub door , the connection member being interlocked with the manipulation member to release the restriction between the locking member and the main door , wherein a connection member case in which the connection member is accommodated is disposed inside the sub door , to prevent an insulation material that is filled in the sub door from being introduced.
A method for providing a graphical user interface to convey intent of a user based at least in part on movement of the user's one or both eyes using a detector, comprising: identifying, with the detector, when the user's one or both eyes are directed at a first key on a first keyboard ; identifying, with the detector, a first saccade of the user's one or both eyes from the first key towards a second key on a second keyboard ; confirming, with the detector, that the first saccade is completed to within a predetermined distance from a location of the second key; and in response to confirming that the first saccade is completed to within a predetermined distance from a location of the second key, performing an action associated with the second key or both of the first key and the second key as soon as a saccadic landing location is determined based on a ballistic profile of a saccadic eye movement, without waiting for perception of the second key by the user. identifying, with the detector, when the user's one or both eyes are directed at a first key on a first keyboard ; identifying, with the detector, a first saccade of the user's one or both eyes from the first key towards a second key on a second keyboard ; confirming, with the detector, that the first saccade is completed to within a predetermined distance from a location of the second key; and in response to confirming that the first saccade is completed to within a predetermined distance from a location of the second key, performing an action associated with the second key or both of the first key and the second key as soon as a saccadic landing location is determined based on a ballistic profile of a saccadic eye movement, without waiting for perception of the second key by the user.
A solid-state electrolyte for an electrochemical device, the solid-state electrolyte comprising: a conductive material comprising a ceramic material having a crystal structure and a dopant in the crystal structure, the conductive material having a lithium-ion conductivity and a conductive material electronic conductivity wherein the conductive material electronic conductivity is greater than a reference electronic conductivity of a reference material comprising the ceramic material having the crystal structure without the dopant in the crystal structure, wherein the ceramic material comprises an oxide including lithium, lanthanum, and zirconium, wherein the crystal structure is a garnet-type crystal structure, wherein the dopant is selected from the group consisting of transition metal ions and mixtures thereof, wherein the dopant comprises cobalt ions, and wherein the dopant is present in the crystal structure at 0.05 to 3 weight percent based on a total weight of chemical elements in the crystal structure. a conductive material comprising a ceramic material having a crystal structure and a dopant in the crystal structure, the conductive material having a lithium-ion conductivity and a conductive material electronic conductivity wherein the conductive material electronic conductivity is greater than a reference electronic conductivity of a reference material comprising the ceramic material having the crystal structure without the dopant in the crystal structure, wherein the ceramic material comprises an oxide including lithium, lanthanum, and zirconium, wherein the crystal structure is a garnet-type crystal structure, wherein the dopant is selected from the group consisting of transition metal ions and mixtures thereof, wherein the dopant comprises cobalt ions, and wherein the dopant is present in the crystal structure at 0.05 to 3 weight percent based on a total weight of chemical elements in the crystal structure.
An electrically heated smoking system comprising: a housing ; an electric power supply ; electric circuitry ; a liquid storage portion ; a capillary wick for holding liquid , the capillary wick having a fibrous or spongy structure and arranged to be in contact with liquid in the liquid storage portion; at least one heater for heating the liquid in at least a portion of the capillary wick to form an aerosol, the heater comprising a coil of wire at least partially surrounding the capillary wick; at least one air inlet , at least one air outlet and a chamber between the air inlet and air outlet, the air inlet, the air outlet and the chamber being arranged so as to define an air flow route from the air inlet to the air outlet via the capillary wick so as to convey the aerosol to the air outlet; at least one guide for channeling the air flow in the air flow route, the at least one guide provided by the internal shape of the housing, the at least one guide defining a constricted air flow cross section over the wick; and an impactor for trapping larger aerosol particles, the impactor provided by the internal shape of the housing, the impactor being downstream of the capillary wick, wherein the housing comprises a shell and a replaceable mouthpiece , the electric power supply and the electric circuitry being contained in the shell, the liquid storage portion, the capillary wick, the at least one heater and the air outlet being contained in the mouthpiece. a housing ; an electric power supply ; electric circuitry ; a liquid storage portion ; a capillary wick for holding liquid , the capillary wick having a fibrous or spongy structure and arranged to be in contact with liquid in the liquid storage portion; at least one heater for heating the liquid in at least a portion of the capillary wick to form an aerosol, the heater comprising a coil of wire at least partially surrounding the capillary wick; at least one air inlet , at least one air outlet and a chamber between the air inlet and air outlet, the air inlet, the air outlet and the chamber being arranged so as to define an air flow route from the air inlet to the air outlet via the capillary wick so as to convey the aerosol to the air outlet; at least one guide for channeling the air flow in the air flow route, the at least one guide provided by the internal shape of the housing, the at least one guide defining a constricted air flow cross section over the wick; and an impactor for trapping larger aerosol particles, the impactor provided by the internal shape of the housing, the impactor being downstream of the capillary wick, wherein the housing comprises a shell and a replaceable mouthpiece , the electric power supply and the electric circuitry being contained in the shell, the liquid storage portion, the capillary wick, the at least one heater and the air outlet being contained in the mouthpiece.
Holder for items to be washed for a dish rack (12 to 14) of a household dishwasher , with a base element , which can be fastened to the dish rack (12 to 14) and a receiving element (36 to 39), which has a receiving section for receiving items to be washed at least in regions, characterised in that the receiving element (36 to 39) is mounted movably on the base element and that with the aid of displacing the receiving element (36 to 39) relative to the base element , said receiving element (36 to 39) can be brought from a locking position (VP), in which the receiving section is closed with the aid of a locking section (24 to 27) of the base element , and in which the item to be washed cannot be removed from the receiving section , into a locking position (EP), in which the locking section (24 to 27) releases the receiving section and in which the item to be washed can be removed from the receiving section .
A channel detection method, comprising: determining (S210), by a sending device, a contention window size, CWS, for channel detection according to first information, wherein the first information comprises feedback information, from a receiving device, corresponding to a transmission in a reference physical channel performed by the sending device on an unlicensed carrier, the CWS is determined according to the feedback information, and the feedback information comprises at least one of transmission block-hybrid automatic repeat request, TB-HARQ, acknowledgment information and code block group-hybrid automatic repeat request, CBG-HARQ, information; and performing (S220), by the sending device, channel detection on the unlicensed carrier according to the CWS, wherein at least part of time resources in transmission resources of the reference physical channel is located in a reference time unit, and the reference time unit is a first one slot in a latest transmission performed by the sending device on the unlicensed carrier before determining the CWS by the sending device, characterized in that : when the sending device fails to transmit a first CBG through the unlicensed carrier due to failure of channel preemption, first CBG-HARQ information corresponding to the first CBG received in the feedback information is not used by the sending device for determining the CWS. determining (S210), by a sending device, a contention window size, CWS, for channel detection according to first information, wherein the first information comprises feedback information, from a receiving device, corresponding to a transmission in a reference physical channel performed by the sending device on an unlicensed carrier, the CWS is determined according to the feedback information, and the feedback information comprises at least one of transmission block-hybrid automatic repeat request, TB-HARQ, acknowledgment information and code block group-hybrid automatic repeat request, CBG-HARQ, information; and performing (S220), by the sending device, channel detection on the unlicensed carrier according to the CWS, wherein at least part of time resources in transmission resources of the reference physical channel is located in a reference time unit, and the reference time unit is a first one slot in a latest transmission performed by the sending device on the unlicensed carrier before determining the CWS by the sending device, characterized in that : when the sending device fails to transmit a first CBG through the unlicensed carrier due to failure of channel preemption, first CBG-HARQ information corresponding to the first CBG received in the feedback information is not used by the sending device for determining the CWS.
A method for gating data transmissions, the method comprising: identifying a first packet for transmission; determining a radio channel for the transmission of the first packet; determining that the first packet is in a restricted class; determining a dynamic maximum available time applicable to the first packet on the radio channel , based on a reserved time and a dwell time limit, responsive to the first packet being in the restricted class; calculating a first remaining dwell time on the radio channel based on a comparison of a first spent dwell time on the radio channel to the dynamic maximum available time applicable to the first packet; determining a first transmission duration for transmitting the first packet over the radio channel ; postponing the first packet responsive to the first remaining dwell time being less than the first transmission duration; determining that a second packet is in an allowed class; setting the dynamic maximum available time applicable to the second packet on the radio channel to the dwell time limit, responsive to the second packet being in the allowed class; calculating a second remaining dwell time on the radio channel based on a comparison of a second spent dwell time on the radio channel to the dynamic maximum available time applicable to the second packet; determining a second transmission duration for transmitting the second packet over the radio channel ; and postponing the second packet responsive to the second remaining dwell time being less than the second transmission duration. identifying a first packet for transmission; determining a radio channel for the transmission of the first packet; determining that the first packet is in a restricted class; determining a dynamic maximum available time applicable to the first packet on the radio channel , based on a reserved time and a dwell time limit, responsive to the first packet being in the restricted class; calculating a first remaining dwell time on the radio channel based on a comparison of a first spent dwell time on the radio channel to the dynamic maximum available time applicable to the first packet; determining a first transmission duration for transmitting the first packet over the radio channel ; postponing the first packet responsive to the first remaining dwell time being less than the first transmission duration; determining that a second packet is in an allowed class; setting the dynamic maximum available time applicable to the second packet on the radio channel to the dwell time limit, responsive to the second packet being in the allowed class; calculating a second remaining dwell time on the radio channel based on a comparison of a second spent dwell time on the radio channel to the dynamic maximum available time applicable to the second packet; determining a second transmission duration for transmitting the second packet over the radio channel ; and postponing the second packet responsive to the second remaining dwell time being less than the second transmission duration.
A housing suitable for containing one or more electronic components, the housing having a connection aperture formed in a wall thereof to allow connection of a cable to the wall , wherein the connection aperture is provided with a pair of tabs positioned on opposing sides thereof, the tabs being configured to hold firmly in place a connector which is inserted into the connection aperture , each tab being generally elongate and having a free end , characterised in that each tab is cut out from the wall of the housing, and attached to the wall of the housing at an attachment region , each tab being deflected with respect to the wall and extending inwardly into the interior of the housing at an angle to the plane of the wall , so the free end of each tab lies within the housing, and wherein each tab has a first region , which is near or adjacent the wall , which extends at a first angle with respect to the plane of the wall , and a second region , which is further from the wall that the first region , which extends at a second angle with respect to the plane of the wall , the second angle being less than the first angle.
A method for processing image signal conversion, wherein the method comprises: obtaining an input primary color signal, wherein the primary color signal is a numeric value of an optical signal corresponding to an image, and the primary color signal is proportional to light intensity; and the method being characterized by performing conversion processing on the primary color signal, to obtain processed image information, wherein the image information is a numeric expression value of the image, and the conversion processing comprises at least the following processing: L ′ = a pL p − 1 L + 1 m + b , wherein a, b, m, and p arc rational numbers, L is the input primary color signal, L' is the image information generated after conversion processing, a is a scaling parameter a and b is a bias parameter. obtaining an input primary color signal, wherein the primary color signal is a numeric value of an optical signal corresponding to an image, and the primary color signal is proportional to light intensity; and the method being characterized by performing conversion processing on the primary color signal, to obtain processed image information, wherein the image information is a numeric expression value of the image, and the conversion processing comprises at least the following processing: L ′ = a pL p − 1 L + 1 m + b , wherein a, b, m, and p arc rational numbers, L is the input primary color signal, L' is the image information generated after conversion processing, a is a scaling parameter a and b is a bias parameter.