mhurhangee/patent-ind-claim-en huggingface dataset:
Valve control for a gas exchange valve of a combustion engine with a cam follower lever which interacts with a cam shaft and on which a rocker arm abuts which actuates the valve and which is adjustable with an adjusting device to adjust the valve stroke, wherein the cam follower lever and the rocker arm have curved control surface (34; 20, 30), the rocker arm abutting with a first control surface on a curved control surface of an engine-side guide element and with a second control surface abutting on a valve element and wherein the curvature radii (R1 to R4) of the control surfaces (34; 19; 30, 20) of the cam follower lever , of the guide element and of the rocker arm are matched to each other in such a way that on adjustment of the valve stroke the valve does not open while the cam follower lever is in contact with the basic circular section of the cam of the cam shaft , characterised in that the rocker arm comprises a through opening for the adjusting device which has a control shaft which has a control surface on which the rocker arm abuts and in that the rocker arm for floating bearing is forced by way of the cam follower lever against the control shaft and against the valve element so that in every position the control shaft and the cam follower lever abut opposite sides of the rocker arm .
Sniffing leak detector comprising a handheld device with a sniffer tip probe comprising a sample gas inlet , a reference gas inlet , a gas analyzer , and a switching valve adapted to alternatingly connect the sample gas inlet to the gas analyzer and the reference gas inlet to the gas analyzer in a gas conducting manner, such that either the gas drawn through the sample gas inlet or the gas drawn through the reference gas inlet is analyzed by the gas analyzer , characterized in that the reference gas inlet is not arranged on the sniffer tip probe and thereby in a remote distance from the sample gas inlet , and the sniffing leak detector comprises a reference gas conduit , which connects the reference gas inlet and the switching valve , and further comprises a buffer chamber defining a buffer volume , which permits to homogeneously mix gas drawn into the buffer chamber through the reference gas inlet with remaining gas in the buffer chamber .
An isolated Vero-adapted RV3 comprising (i) an NSP4 protein consisting of the amino acid sequence of SEQ ID NO: 38, or (ii) an NSP4 gene consisting of the nucleotide sequence of SEQ ID NO: 37 (i) an NSP4 protein consisting of the amino acid sequence of SEQ ID NO: 38, or (ii) an NSP4 gene consisting of the nucleotide sequence of SEQ ID NO: 37
A high pressure injection flushing head , wherein in that the high pressure injection flushing head comprises: a flushing body comprising: an upper body portion , and a lower body portion coupled to the upper body portion , wherein the upper body portion and the lower body portion cooperate to define a bore, wherein the lower body portion comprises a fluid connection ; a shaft rotatably disposed at least partially within the bore; and a plurality of rotary elements that are configured to facilitate rotational movement of the shaft relative to the flushing body , characterized in that the flushing body comprises a lubrication system having: at least one lubricant nipple , and a network of pathways in fluid communication with the at least one lubricant nipple that are configured to deliver grease to the rotary elements. a flushing body comprising: an upper body portion , and a lower body portion coupled to the upper body portion , wherein the upper body portion and the lower body portion cooperate to define a bore, an upper body portion , and a lower body portion coupled to the upper body portion , wherein the upper body portion and the lower body portion cooperate to define a bore, wherein the lower body portion comprises a fluid connection ; a shaft rotatably disposed at least partially within the bore; and a plurality of rotary elements that are configured to facilitate rotational movement of the shaft relative to the flushing body , characterized in that the flushing body comprises a lubrication system having: at least one lubricant nipple , and a network of pathways in fluid communication with the at least one lubricant nipple that are configured to deliver grease to the rotary elements. at least one lubricant nipple , and a network of pathways in fluid communication with the at least one lubricant nipple that are configured to deliver grease to the rotary elements.
A Compound of Formula I wherein (i) R 1 is C 1-4 alkyl; (ii) R 2 is selected from the group consisting of: H, -OH, halo, C 1-4 alkyl, C 1-4 alkoxy, -N(R f )(R g ), -C(O)N(R h )(R i ), -C(O)OR j , -CN, C 1-4 alkylthio, heteroaryl, heteroC 3-7 cycloalkyl, and aryloxy wherein said aryl is optionally substituted with one or more halo; (iii) R 3 is H or C 1-4 alkyl; (iv) R a , R b , R c , R d and R e are independently H, halo, -O-C 1-6 alkyl, -OCH 2 -cyclopropyl, -OCH 2 -cyclobutyl or -OCH 2 -cyclopentyl); (v) R f and R g are independently H, C 1-4 alkyl or heteroaryl; (vi) R h and R i are independently H or C 1-4 alkyl; (vii) R j is H or C 1-4 alkyl; in free or salt form. (i) R 1 is C 1-4 alkyl; (ii) R 2 is selected from the group consisting of: H, -OH, halo, C 1-4 alkyl, C 1-4 alkoxy, -N(R f )(R g ), -C(O)N(R h )(R i ), -C(O)OR j , -CN, C 1-4 alkylthio, heteroaryl, heteroC 3-7 cycloalkyl, and aryloxy wherein said aryl is optionally substituted with one or more halo; H, -OH, halo, C 1-4 alkyl, C 1-4 alkoxy, -N(R f )(R g ), -C(O)N(R h )(R i ), -C(O)OR j , -CN, C 1-4 alkylthio, heteroaryl, heteroC 3-7 cycloalkyl, and aryloxy wherein said aryl is optionally substituted with one or more halo; (iii) R 3 is H or C 1-4 alkyl; (iv) R a , R b , R c , R d and R e are independently H, halo, -O-C 1-6 alkyl, -OCH 2 -cyclopropyl, -OCH 2 -cyclobutyl or -OCH 2 -cyclopentyl); (v) R f and R g are independently H, C 1-4 alkyl or heteroaryl; (vi) R h and R i are independently H or C 1-4 alkyl; (vii) R j is H or C 1-4 alkyl;
A spray gun, comprising: a casing ; a cup , including a cup housing and a flexible cup body that is provided in the cup housing ; a spray nozzle ; and a pump , provided in the casing ; wherein the cup housing is provided with a hollow portion , such that the flexible cup body is manually squeezable to expel air inside the flexible cup body out via a venting structure communicating the cup with an outer environment; characterized in that the pump has a spray chamber in communication with the cup , and in that the venting structure communicating the cup with the outer environment is provided on the pump . a casing ; a cup , including a cup housing and a flexible cup body that is provided in the cup housing ; a spray nozzle ; and a pump , provided in the casing ; wherein the cup housing is provided with a hollow portion , such that the flexible cup body is manually squeezable to expel air inside the flexible cup body out via a venting structure communicating the cup with an outer environment; characterized in that the pump has a spray chamber in communication with the cup , and in that the venting structure communicating the cup with the outer environment is provided on the pump .
A system for network synchronization correction comprising: at least two base stations , and a user equipment , wherein the base stations are adapted to transmit a reference signal , wherein at least one of the base stations is adapted to receive the reference signal of the other base station and is adapted to calculate a time of arrival of the reference signal , whereby a time instant at which the other base station transmits the reference signal is known to the at least one of the base stations , wherein the at least one of the base stations is adapted to calculate a relative distance with the help of the calculated time of arrival of the reference signal , wherein the at least one of the base stations is further adapted to calculate a time offset as a synchronization error with respect to its neighbor with the difference between a known distance ( D ) between the base stations and the relative distance, wherein the user equipment is adapted to receive the respective reference signals from the base stations and is further adapted to measure a time difference of arrival between the reference signals , and wherein the at least one of the base stations is further adapted to transmit the synchronization error to the user equipment as assistance data and whereby the user equipment is further adapted to correct the measured time difference of arrival between the reference signals based on the synchronization error. at least two base stations , and a user equipment , wherein the base stations are adapted to transmit a reference signal , wherein at least one of the base stations is adapted to receive the reference signal of the other base station and is adapted to calculate a time of arrival of the reference signal , whereby a time instant at which the other base station transmits the reference signal is known to the at least one of the base stations , wherein the at least one of the base stations is adapted to calculate a relative distance with the help of the calculated time of arrival of the reference signal , wherein the at least one of the base stations is further adapted to calculate a time offset as a synchronization error with respect to its neighbor with the difference between a known distance ( D ) between the base stations and the relative distance, wherein the user equipment is adapted to receive the respective reference signals from the base stations and is further adapted to measure a time difference of arrival between the reference signals , and wherein the at least one of the base stations is further adapted to transmit the synchronization error to the user equipment as assistance data and whereby the user equipment is further adapted to correct the measured time difference of arrival between the reference signals based on the synchronization error.
A process for producing a multi-layered film web from at least two starting film webs of thermoplastic polymer material, each starting film web comprising at least one low-melting polymer component and at least one high-melting polymer component, the process comprising the following steps: producing the at least two starting film webs by blown film extrusion, cast extrusion or a combination of blown film extrusion and cast extrusion, passing the at least two starting film webs up to their partly molten state, in which in each starting film web, the at least one low-melting polymer component exists in the molten liquid state, and the at least one high-melting polymer component does not exist in the molten liquid state, jointly over at least one heating roller , and passing the multi-layered, partly molten film web through a cooled roller nip. producing the at least two starting film webs by blown film extrusion, cast extrusion or a combination of blown film extrusion and cast extrusion, passing the at least two starting film webs up to their partly molten state, in which in each starting film web, the at least one low-melting polymer component exists in the molten liquid state, and the at least one high-melting polymer component does not exist in the molten liquid state, jointly over at least one heating roller , and passing the multi-layered, partly molten film web through a cooled roller nip.
A method performed at an electronic device for identifying and controlling peripheral apparatuses (21;...; 2N), the method comprising: acquiring image data regarding emitters of the peripheral apparatuses (21;...; 2N); determining colors of lights emitted from the emitters based on the acquired image data; identifying the peripheral apparatuses (21;...; 2N) based on identification information of the peripheral apparatuses (21;...; 2N) mapped with the determined colors; determining an adjustment value of output data outputted from at least one of the identified peripheral apparatuses (21;...; 2N) based on a user input on representative information which is corresponding to the at least one of the identified peripheral apparatuses (21;...; 2N); and controlling the output data outputted from the at least one of the identified peripheral apparatuses (21;...; 2N) based on the determined adjustment value. acquiring image data regarding emitters of the peripheral apparatuses (21;...; 2N); determining colors of lights emitted from the emitters based on the acquired image data; identifying the peripheral apparatuses (21;...; 2N) based on identification information of the peripheral apparatuses (21;...; 2N) mapped with the determined colors; determining an adjustment value of output data outputted from at least one of the identified peripheral apparatuses (21;...; 2N) based on a user input on representative information which is corresponding to the at least one of the identified peripheral apparatuses (21;...; 2N); and controlling the output data outputted from the at least one of the identified peripheral apparatuses (21;...; 2N) based on the determined adjustment value.
An aircraft comprising: a fuselage and at least one wing arranged in a tube-and-wing design; a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, wherein the aircraft has: a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and characterised in that the aircraft has: a wing loading of 400-600 kg/m 2 , and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7. a fuselage and at least one wing arranged in a tube-and-wing design; a plurality of propulsors; and a primary energy source configured to power the propulsors, the primary energy source comprising rechargeable batteries, a maximum take-off mass 'MTOM' of at least 8,618 kg; and an electric range factor 'ERF' of at least 6, wherein: ERF = L D BM MTOM wherein L/D is the lift-to-drag ratio of the aircraft and BM is the mass of the rechargeable batteries, and characterised in that the aircraft has: a wing loading of 400-600 kg/m 2 , and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7. a wing loading of 400-600 kg/m 2 , and/or a wing-wetted-area-to-fuselage-wetted-area ratio of greater than 0.7.
A welding system , comprising: a welding power source comprising a controller having a first receiver and first transmitter; a wire feeder comprising a communication circuit having a second receiver, second transmitter and a voltage sense circuit; and at least one welding power cable (130,, 1220, 1520) coupled to each of said welding power source and said wire feeder which carries a welding power from said welding power source to said wire feeder during a welding operation; characterized in that the welding power source comprises a current sense circuit; said wire feeder communicates with said welding power source over said at least one welding power cable by generating a current draw signal which is detected by said current sense circuit in said welding power source; and wherein said current draw signal comprises a plurality of current draw pulses generated by said wire feeder . a welding power source comprising a controller having a first receiver and first transmitter; a wire feeder comprising a communication circuit having a second receiver, second transmitter and a voltage sense circuit; and at least one welding power cable (130,, 1220, 1520) coupled to each of said welding power source and said wire feeder which carries a welding power from said welding power source to said wire feeder during a welding operation; characterized in that the welding power source comprises a current sense circuit; said wire feeder communicates with said welding power source over said at least one welding power cable by generating a current draw signal which is detected by said current sense circuit in said welding power source; and wherein said current draw signal comprises a plurality of current draw pulses generated by said wire feeder .
An appliance for correcting a malocclusion in a mouth of a user wherein the user has lips, a tongue, a maxilla and teeth wherein the teeth have upper incisors and lower incisors, the appliance comprising: a generally U-shaped upper body having an anterior portion adjacent to the incisors and a posterior portion located rearward to the anterior portion wherein the upper body has an upper base having a perimeter defining an outer boundary of the upper base and further wherein the upper body has walls extending along the perimeter of the posterior portion of the upper body; a generally U-shaped lower body having an anterior portion adjacent to the incisors wherein the lower body has a lower base having a perimeter defining an outer boundary of the lower base wherein the lower base has a width which is greater than a width of the teeth of the user and further wherein the lower body has walls extending along the perimeter of the lower body defining a trough in the lower body; and lingual protrusions extending rearward from the anterior portion of the upper body wherein the lingual protrusions contact the maxilla of the user when the appliance is worn within the mouth of the user; reminder bumps located on the rear surface of the lingual protrusions ; the appliance having an upper anterior lingual section located near the lingual protrusions and a shelf located on the upper anterior lingual section and spaced from the lingual protrusions and projecting generally rearward below the lingual protrusions and configured to guide the tongue along the shelf into a palate of the user. a generally U-shaped upper body having an anterior portion adjacent to the incisors and a posterior portion located rearward to the anterior portion wherein the upper body has an upper base having a perimeter defining an outer boundary of the upper base and further wherein the upper body has walls extending along the perimeter of the posterior portion of the upper body; a generally U-shaped lower body having an anterior portion adjacent to the incisors wherein the lower body has a lower base having a perimeter defining an outer boundary of the lower base wherein the lower base has a width which is greater than a width of the teeth of the user and further wherein the lower body has walls extending along the perimeter of the lower body defining a trough in the lower body; and lingual protrusions extending rearward from the anterior portion of the upper body wherein the lingual protrusions contact the maxilla of the user when the appliance is worn within the mouth of the user; reminder bumps located on the rear surface of the lingual protrusions ; the appliance having an upper anterior lingual section located near the lingual protrusions and a shelf located on the upper anterior lingual section and spaced from the lingual protrusions and projecting generally rearward below the lingual protrusions and configured to guide the tongue along the shelf into a palate of the user.
A car air-conditioning duct configured to guide air to a suction side of an air conditioner mounted on a car or guide the air flowing from a blow-off side of the air conditioner mounted on the car, the car air-conditioning duct comprising: a duct wall having a tubular shape, a plurality of duct fixtures , the duct wall being attachable to the car by the plurality of duct fixtures , the duct wall forming a duct outer surface and a duct inner surface , the duct wall being made of a composite foamed resin material containing polystyrene resin and polyolefin resin the plurality of duct fixtures each including a frame-shaped engaging portion engaged with the duct wall from outside and a pair of coupling portions which project from the engaging portion toward opposite sides in a car width direction, the engaging portion and the coupling portions being constituted by a band plate-shaped first part and a band plate-shaped second part , the first part and the second part being separated from each other in an upper/lower direction, the first part and the second part being stacked on each other at the coupling portions , when attaching the coupling portions to the car by fixtures , the first part and the second part in a stacked state being fastened to each other by the fixtures . a duct wall having a tubular shape, a plurality of duct fixtures , the duct wall being attachable to the car by the plurality of duct fixtures , the duct wall forming a duct outer surface and a duct inner surface , the duct wall being made of a composite foamed resin material containing polystyrene resin and polyolefin resin the plurality of duct fixtures each including a frame-shaped engaging portion engaged with the duct wall from outside and a pair of coupling portions which project from the engaging portion toward opposite sides in a car width direction, the engaging portion and the coupling portions being constituted by a band plate-shaped first part and a band plate-shaped second part , the first part and the second part being separated from each other in an upper/lower direction, the first part and the second part being stacked on each other at the coupling portions , when attaching the coupling portions to the car by fixtures , the first part and the second part in a stacked state being fastened to each other by the fixtures .
A quality control method performed in a measurement apparatus , comprising: displaying an input screen (T) for setting an evaluation criterion for a quality control of a test item, wherein the test item corresponds to a cell to be measured; receiving, on the input screen (T), setting of the evaluation criterion; measuring (S352) a control sample for quality control, wherein the control sample comprises a detection reagent for detecting the cell to be measured; and outputting a quality control result based on the evaluation criterion and a measurement result of the control sample, wherein the test item includes one or more measurement items, and the receiving comprises receiving setting of an evaluation criterion for each measurement item, and the measurement item includes detection items corresponding to two or more target molecules which are detected individually by different light receiving elements (200C to 200F) for detecting fluorescence. displaying an input screen (T) for setting an evaluation criterion for a quality control of a test item, wherein the test item corresponds to a cell to be measured; receiving, on the input screen (T), setting of the evaluation criterion; measuring (S352) a control sample for quality control, wherein the control sample comprises a detection reagent for detecting the cell to be measured; and outputting a quality control result based on the evaluation criterion and a measurement result of the control sample, wherein the test item includes one or more measurement items, and the receiving comprises receiving setting of an evaluation criterion for each measurement item, and the measurement item includes detection items corresponding to two or more target molecules which are detected individually by different light receiving elements (200C to 200F) for detecting fluorescence.
A method comprising; providing a polyamide polymer component comprising one or more branched polyamide and is a reaction product of: a first compound having at least three carboxylic groups or amine groups; and a second compound comprising a cyclic amide, an amino acid, or a combination thereof; and forming a laser-sinterable powder that comprises at least 20 weight percent of the polyamide polymer component, wherein the one or more branched polyamide of the polyamide component comprise at least 5 weight percent of the laser-sinterable powder. a first compound having at least three carboxylic groups or amine groups; and a second compound comprising a cyclic amide, an amino acid, or a combination thereof; and