mhurhangee/patent-ind-claim-en huggingface dataset:
Method of manufacturing printed products by means of a printing press with a computer , a screen , and an input device , characterized in that on the screen , a first page of a print job to be printed is arranged in a computer -defined sheet corner by a drag-and-drop process by means of the input device , a computer -defined edge of the first page to be printed and further pages to be printed are arranged on a common line by the computer , the further pages to be printed are arranged by the computer exclusively in positions next to already positioned pages to be printed as admissible positions, the computer indicates these admissible positions for further pages to be printed on the screen in the form of a mark, and the sheet with the pages to be printed is transmitted to the printing press and processed after the positioning of all pages to be printed has been completed. on the screen , a first page of a print job to be printed is arranged in a computer -defined sheet corner by a drag-and-drop process by means of the input device , a computer -defined edge of the first page to be printed and further pages to be printed are arranged on a common line by the computer , the further pages to be printed are arranged by the computer exclusively in positions next to already positioned pages to be printed as admissible positions, the computer indicates these admissible positions for further pages to be printed on the screen in the form of a mark, and the sheet with the pages to be printed is transmitted to the printing press and processed after the positioning of all pages to be printed has been completed.
A use of a cationic polymer having quaternary ammonium groups which is either a homopolymer of or a copolymer of for the protection of hair against UV damage; wherein R 1 and R 2 represent independently from each other either a linear or a branched C 1-10 -alkyl group, particularly a linear or branched C 1-3 -alkyl group; and R 3 and R 4 represent independently from each other either H or a methyl group. R 1 and R 2 represent independently from each other either a linear or a branched C 1-10 -alkyl group, particularly a linear or branched C 1-3 -alkyl group; and R 3 and R 4 represent independently from each other either H or a methyl group.
A tire and wheel assembly comprising: a tire including a tread portion and a reinforcement member composed of one or more reinforcement layers that are each a cord layer coated with rubber; a wheel including a rim portion on which the tire is mounted; and a power reception coil , wherein one or more circumferential main grooves extend in a tire circumferential direction on a tread surface of the tread portion , at least one circumferential main groove out of the one or more circumferential main grooves satisfies a ratio OTD/SBG is 1.05 or more wherein SBG is 0.5 mm or more and 4.5 mm or less, in a reference state in which the tire and wheel assembly is filled to a prescribed internal pressure and placed under no load, where OTD is a groove depth of the circumferential main groove , and SBG is a gauge from a groove bottom of the circumferential main groove to an outermost reinforcement member in a tire radial direction, and in the reference state, a cord end of at least one reinforcement layer is located inward from a shoulder region in the tire width direction, the shoulder region being a region outward in the tire width direction from a position away from each of both tire widthwise ends of a maximum width reinforcement layer having the maximum width in the tire width direction out of the one or more reinforcement layers and inward in the tire width direction by 5 % of the width of the maximum width reinforcement layer in the tire width direction. a tire including a tread portion and a reinforcement member composed of one or more reinforcement layers that are each a cord layer coated with rubber; a wheel including a rim portion on which the tire is mounted; and a power reception coil , wherein one or more circumferential main grooves extend in a tire circumferential direction on a tread surface of the tread portion , at least one circumferential main groove out of the one or more circumferential main grooves satisfies a ratio OTD/SBG is 1.05 or more wherein SBG is 0.5 mm or more and 4.5 mm or less, in a reference state in which the tire and wheel assembly is filled to a prescribed internal pressure and placed under no load, where OTD is a groove depth of the circumferential main groove , and SBG is a gauge from a groove bottom of the circumferential main groove to an outermost reinforcement member in a tire radial direction, and in the reference state, a cord end of at least one reinforcement layer is located inward from a shoulder region in the tire width direction, the shoulder region being a region outward in the tire width direction from a position away from each of both tire widthwise ends of a maximum width reinforcement layer having the maximum width in the tire width direction out of the one or more reinforcement layers and inward in the tire width direction by 5 % of the width of the maximum width reinforcement layer in the tire width direction.
A non-pneumatic tire and wheel assembly comprising a wheel structure , a spoke ring structure formed of one or more segments arranged to form an annular spoke ring, wherein the spoke ring structure has a plurality of spoke members , and a radially outer tread ring mounted on the outer circumference of the spoke ring structure , and wherein the spoke ring structure is attached to a radially outer wheel structure mounting surface of the wheel structure via an interference fit, characterized in that the assembly further comprises one or more of the following features: (i) a radially inner portion of the spoke ring structure has an axial width less than the axial width of a radially outer portion of the spoke ring structure ; (ii) the spoke structure comprises a plurality of axially adjacent spoke rings ; (iii) each spoke member has a radially inner portion and a radially outer portion, wherein the radially inner portion has an axial width less than the radially outer portion. (i) a radially inner portion of the spoke ring structure has an axial width less than the axial width of a radially outer portion of the spoke ring structure ; (ii) the spoke structure comprises a plurality of axially adjacent spoke rings ; (iii) each spoke member has a radially inner portion and a radially outer portion, wherein the radially inner portion has an axial width less than the radially outer portion.
A tabbed sealing member for sealing to a rim surrounding a container opening, the sealing member comprising: a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion forming a gripping tab defined wholly within a perimeter of the sealing member , the gripping tab for removing the sealing member from the container opening; the lower laminate portion positioned below the gripping tab and including at least a sealant layer for bonding to the container rim; the upper laminate portion including a plurality of layers, one of the layers being an embossed layer and one of the layers being a non-embossed layer , characterized in that the embossed layer imparts a texture to the non-embossed layer when combined to form the upper laminate portion such that at least a part of the gripping tab includes an outer surface having the texture through the non-embossed layer . a multi-layer laminate including an upper laminate portion partially bonded to a lower laminate portion forming a gripping tab defined wholly within a perimeter of the sealing member , the gripping tab for removing the sealing member from the container opening; the lower laminate portion positioned below the gripping tab and including at least a sealant layer for bonding to the container rim; the upper laminate portion including a plurality of layers, one of the layers being an embossed layer and one of the layers being a non-embossed layer , characterized in that the embossed layer imparts a texture to the non-embossed layer when combined to form the upper laminate portion such that at least a part of the gripping tab includes an outer surface having the texture through the non-embossed layer .
A method for producing a frame of an electric machine, the method comprising producing frame modules having an arc-shaped inner surface , the frame modules extending in the axial direction (X-X) over a length (L1) of the frame and in the circumferential direction (A) over a portion of the circumference of the frame , each frame module comprising at least one axial cooling duct passing in the axial direction through the frame module , determining the IEC frame number to be produced, determining N, where N = 8 for a frame size IEC 160, N = 9 for a frame size IEC 180 and N = 10 for a frame size IEC 200, etc..., positioning N identical frame modules adjacent to each other so that the arc-shaped inner surface of the frame modules seats on an inner circumference (A1) of the frame , welding adjacent frame modules to each other from the edges of the frame modules by welding the opposite side edges , in the circumferential direction, of adjacent frame modules together along the axial length of the side edges of the frame modules in order to form a continuous circular frame , machining an inner surface of the frame in order to achieve a circular inner opening of a desired diameter in the frame , whereby an inner diameter of the frame is determined according to the following equation D = 20 * N mm and wherein an arc-length (A1) of the arc-shaped inner surface of the frame modules is π * 20 mm. producing frame modules having an arc-shaped inner surface , the frame modules extending in the axial direction (X-X) over a length (L1) of the frame and in the circumferential direction (A) over a portion of the circumference of the frame , each frame module comprising at least one axial cooling duct passing in the axial direction through the frame module , determining the IEC frame number to be produced, determining N, where N = 8 for a frame size IEC 160, N = 9 for a frame size IEC 180 and N = 10 for a frame size IEC 200, etc..., positioning N identical frame modules adjacent to each other so that the arc-shaped inner surface of the frame modules seats on an inner circumference (A1) of the frame , welding adjacent frame modules to each other from the edges of the frame modules by welding the opposite side edges , in the circumferential direction, of adjacent frame modules together along the axial length of the side edges of the frame modules in order to form a continuous circular frame , machining an inner surface of the frame in order to achieve a circular inner opening of a desired diameter in the frame , whereby an inner diameter of the frame is determined according to the following equation D = 20 * N mm and wherein an arc-length (A1) of the arc-shaped inner surface of the frame modules is π * 20 mm.
A method for producing an extrusion tool that is suitable for forming an extrudate by plastic material being pressed into the extrusion tool on a first side , after which the plastic material emerges from the extrusion tool on a second side after reshaping, wherein inlet openings are made in the first side of a body , wherein slots that connect the inlet openings are made in the second side of the body , characterised in that at least one depression is made in the second side and is connected to the slots and the inlet openings , after which an element is arranged in the depression so that a cross section of the extrudate formed with the extrusion tool is at least partially defined by a geometry of the slots , a geometry of the depressions and a geometry of the element.
A belt sensor system comprising: a first infra-red sensor disposed adjacent to a toothed belt to detect a relative distance of a first back belt surface and generate a first signal therefore; a second infra-red sensor disposed adjacent to the toothed belt to detect a periodic signal and a relative distance of a tooth land area : between adjacent belt teeth of a second toothed belt surface to generate a second signal therefore; a signal processor operating on the first signal and second signal to calculate a frequency of oscillation (f) of the belt and a dynamic belt tension (T) using the equation: T : = μ ⋅ f ⋅ 2 L n 2 Where T = belt tension f = the frequency of oscillation of the belt n = harmonic mode L = drive length μ = mass per belt unit length. a first infra-red sensor disposed adjacent to a toothed belt to detect a relative distance of a first back belt surface and generate a first signal therefore; a second infra-red sensor disposed adjacent to the toothed belt to detect a periodic signal and a relative distance of a tooth land area : between adjacent belt teeth of a second toothed belt surface to generate a second signal therefore; a signal processor operating on the first signal and second signal to calculate a frequency of oscillation (f) of the belt and a dynamic belt tension (T) using the equation: T : = μ ⋅ f ⋅ 2 L n 2 Where T = belt tension f = the frequency of oscillation of the belt n = harmonic mode L = drive length μ = mass per belt unit length. T = belt tension f = the frequency of oscillation of the belt n = harmonic mode L = drive length μ = mass per belt unit length.
A method for evaluating formation of a heterodimer of antibody CH3 domains comprising: preparing a yeast cell surface expression vector comprising a first CH3 domain and a yeast extracellular secretion vector comprising a second CH3 domain; transfecting yeasts having different mating types with the prepared vector, respectively, to obtain transfected yeasts; mating the two transfected yeasts with different mating type; and detecting said second CH3 domain cloned in the yeast extracellular secretion vector on a surface of the mated yeast. preparing a yeast cell surface expression vector comprising a first CH3 domain and a yeast extracellular secretion vector comprising a second CH3 domain; transfecting yeasts having different mating types with the prepared vector, respectively, to obtain transfected yeasts; mating the two transfected yeasts with different mating type; and detecting said second CH3 domain cloned in the yeast extracellular secretion vector on a surface of the mated yeast.
A method for wireless communication, the method comprising: determining synchronization between a first radio access technology, RAT, and a second RAT based on transmission time intervals associated with the first RAT and transmission time intervals associated with the second RAT; transmitting a first packet using the first RAT before a switch to the second RAT; determining, based on the first packet, to switch from the first RAT to the second RAT based on at least one of reception of a negative acknowledgement, NAK, using the first RAT, performance of carrier sensing using the first RAT, or failure of a value for a quality-of-service, QoS, metric associated with the first RAT to satisfy a threshold; switching from the first RAT to the second RAT after the determined synchronization between the first RAT the second RAT, wherein switching from the first RAT to the second RAT is further based on the determination to switch from the first RAT to the second RAT; transmitting , during a transmission time interval, TTI, associated with the second RAT, a second packet using the second RAT based on the switch from the first RAT to the second RAT, wherein the second packet is a retransmission of the first packet ; and transmitting the second packet using the first RAT during a TTI associated with the first RAT that aligns with the TTI associated with the second RAT. determining synchronization between a first radio access technology, RAT, and a second RAT based on transmission time intervals associated with the first RAT and transmission time intervals associated with the second RAT; transmitting a first packet using the first RAT before a switch to the second RAT; determining, based on the first packet, to switch from the first RAT to the second RAT based on at least one of reception of a negative acknowledgement, NAK, using the first RAT, performance of carrier sensing using the first RAT, or failure of a value for a quality-of-service, QoS, metric associated with the first RAT to satisfy a threshold; switching from the first RAT to the second RAT after the determined synchronization between the first RAT the second RAT, wherein switching from the first RAT to the second RAT is further based on the determination to switch from the first RAT to the second RAT; transmitting , during a transmission time interval, TTI, associated with the second RAT, a second packet using the second RAT based on the switch from the first RAT to the second RAT, wherein the second packet is a retransmission of the first packet ; and transmitting the second packet using the first RAT during a TTI associated with the first RAT that aligns with the TTI associated with the second RAT.
Sulfur-crosslinkable rubber mixture comprising - at least one diene rubber and - at least one silica and - at least one hydrocarbon resin and - 1 to 40 phr of at least one liquid polybutadiene having terminal organosilicon modification and having a weight-average molecular weight Mw by GPC of 500 to 12 000 g/mol. - at least one diene rubber and - at least one silica and - at least one hydrocarbon resin and - 1 to 40 phr of at least one liquid polybutadiene having terminal organosilicon modification and having a weight-average molecular weight Mw by GPC of 500 to 12 000 g/mol.
Latch having a locking mechanism consisting of a catch and a pawl for locking the catch in a closed position of the latch, having a detection device for detecting a position of a movable component of the latch, the detection device comprising a spring attached to the component , and in that the spring opens or closes an electrical circuit when the component and the spring connected thereto is moved, characterized in that the spring of the detection device abuts a further spring when the circuit is in the closed state, and preferably in the preloaded state.
An aerosol generating article comprising: a heat source ; an aerosol-forming substrate downstream of the heat source ; an airflow directing element downstream of the aerosol-forming substrate , the airflow directing element comprising an air-permeable segment , the air-permeable segment defining a cavity ; and at least one air inlet for allowing air to be drawn into the aerosol generating article , wherein the aerosol generating article includes a first airflow pathway and a second airflow pathway, wherein the first airflow pathway extends from the at least one air inlet , through the aerosol-forming substrate and into the distal end of the cavity , wherein the second airflow pathway extends from the at least one air inlet , through the air-permeable segment and into the cavity at a point downstream of the distal end of the cavity , and wherein the at least one air inlet is located downstream of the distal end of the airflow directing element and wherein the longitudinal cross sectional area of the cavity is at least 30 percent of the total longitudinal cross sectional area of the aerosol generating article . a heat source ; an aerosol-forming substrate downstream of the heat source ; an airflow directing element downstream of the aerosol-forming substrate , the airflow directing element comprising an air-permeable segment , the air-permeable segment defining a cavity ; and at least one air inlet for allowing air to be drawn into the aerosol generating article , wherein the aerosol generating article includes a first airflow pathway and a second airflow pathway, wherein the first airflow pathway extends from the at least one air inlet , through the aerosol-forming substrate and into the distal end of the cavity , wherein the second airflow pathway extends from the at least one air inlet , through the air-permeable segment and into the cavity at a point downstream of the distal end of the cavity , and wherein the at least one air inlet is located downstream of the distal end of the airflow directing element and wherein the longitudinal cross sectional area of the cavity is at least 30 percent of the total longitudinal cross sectional area of the aerosol generating article .
Premix burner for a combustion chamber of a gas turbine, having at least one annular duct which comprises a radially outer duct wall and a radially inner duct wall with respect to a burner central axis and which serves for the feeding of air and fuel, and having at least one swirl generator which is arranged in the duct and which comprises, distributed around the circumference of the duct cross section, multiple flow-guiding elements , characterized in that at least the radially inner duct wall is provided in the region of the flow-guiding elements with a concave, annular groove-like recess .
A method for wireless communications by a user equipment, UE, comprising: identifying one or more trigger factors associated with an assistance mode, wherein a second radio associated with a second radio access technology, RAT, is used to assist a first radio associated with a first RAT; collecting, by the second radio, samples for the first radio while in the assistance mode; measuring a frequency offset between a first clock of the first radio and a second clock of the second radio based at least in part on the one or more trigger factors, the first clock being associated with a first oscillator crystal, and the second clock being associated with a second oscillator crystal; and adjusting, by the second radio, the collected samples based at least in part on the frequency offset. identifying one or more trigger factors associated with an assistance mode, wherein a second radio associated with a second radio access technology, RAT, is used to assist a first radio associated with a first RAT; collecting, by the second radio, samples for the first radio while in the assistance mode; measuring a frequency offset between a first clock of the first radio and a second clock of the second radio based at least in part on the one or more trigger factors, the first clock being associated with a first oscillator crystal, and the second clock being associated with a second oscillator crystal; and adjusting, by the second radio, the collected samples based at least in part on the frequency offset.
An electronic switch device with ceramic composite materials, comprising a housing , having a first half portion and a second half portion , and a receiving chamber is defined by the first half portion and the second half portion , a detenting assembly , received in the receiving chamber and arranged in the second half portion , the detenting assembly including a magnetic coil portion and an electrically conductive metal portion , characterized in that , the second half portion includes a bottom plate and two vertical plates orthogonal to the bottom plate , wherein the magnetic coil portion is arranged between the two vertical plates ; and an isolating composite material is arranged at one side surface of the second half portion corresponding to the receiving chamber , the isolating composite material isolates the contact between said second half portion and the detenting assembly , the isolating composite material covers the bottom plate .