mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving, by a terminal device, a control channel, detecting the control channel, and determining (S650, S6A-3) a size of a resource for transmitting the control channel, wherein the control channel carries a first parameter, and the first parameter is used to control transmission of data on a data channel; determining (S6A-4), by the terminal device, a quantity of times of retransmission of the data channel based on a first mapping relationship and the size of the resource for transmitting the control channel, wherein the first mapping relationship is a mapping relationship between the size of the resource for transmitting the control channel and the quantity of times of retransmission of the data channel; and receiving, by the terminal device, the data channel based on the quantity of times of retransmission of the data channel; characterized in that the size of the resource for transmitting the control channel is a quantity of control channel elements used to transmit the control channel, or a product of the quantity of the control channel elements used to transmit the control channel and a quantity of times of retransmission of the control channel. receiving, by a terminal device, a control channel, detecting the control channel, and determining (S650, S6A-3) a size of a resource for transmitting the control channel, wherein the control channel carries a first parameter, and the first parameter is used to control transmission of data on a data channel; determining (S6A-4), by the terminal device, a quantity of times of retransmission of the data channel based on a first mapping relationship and the size of the resource for transmitting the control channel, wherein the first mapping relationship is a mapping relationship between the size of the resource for transmitting the control channel and the quantity of times of retransmission of the data channel; and receiving, by the terminal device, the data channel based on the quantity of times of retransmission of the data channel; characterized in that the size of the resource for transmitting the control channel is a quantity of control channel elements used to transmit the control channel, or a product of the quantity of the control channel elements used to transmit the control channel and a quantity of times of retransmission of the control channel.
A hydraulic apparatus comprising: - at least one water gate configured to intercept a stream of water supplied by a water course to adjust its flow rate, - a frame configured to be mounted on banks of said watercourse by way of a metallic structure of the apparatus, - first moving means mounted between said frame and said water gate so as to allow movement of the latter in a direction of the apparatus that is predominantly vertical, - at least one stream diverting element fixed to the frame and arranged below the water gate relative to said vertical direction, said stream diverting element stretching out in a longitudinal direction of the apparatus, perpendicular to the vertical direction, and being provided with a contoured surface comprising in succession a flat portion and an inclined portion oriented upwards relative to the vertical direction, - second moving means mounted in the metallic structure and connected to the frame in order to allow displacement of the latter and of the stream diverting element in the vertical direction, - at least one water wheel arranged downstream of the stream diverting element in the longitudinal direction. - at least one water gate configured to intercept a stream of water supplied by a water course to adjust its flow rate, - a frame configured to be mounted on banks of said watercourse by way of a metallic structure of the apparatus, - first moving means mounted between said frame and said water gate so as to allow movement of the latter in a direction of the apparatus that is predominantly vertical, - at least one stream diverting element fixed to the frame and arranged below the water gate relative to said vertical direction, said stream diverting element stretching out in a longitudinal direction of the apparatus, perpendicular to the vertical direction, and being provided with a contoured surface comprising in succession a flat portion and an inclined portion oriented upwards relative to the vertical direction, - second moving means mounted in the metallic structure and connected to the frame in order to allow displacement of the latter and of the stream diverting element in the vertical direction, - at least one water wheel arranged downstream of the stream diverting element in the longitudinal direction.
Pharmaceutical or nutraceutical formulation comprising a core, comprising an active pharmaceutical or nutraceutical ingredient, a penetration promoter and a bioavailability promoting agent, and a polymeric coating for the gastrointestinal targeted release of the active ingredient, characterized in that the bioavailability promoting agent is a pharmaceutically acceptable inhibitor of proteolytic enzymes, which increases the oral bioavailability of the active ingredient by a factor of at least five, compared to a corresponding formulation without the bioavailability promoting agent. in that the inhibitor of proteolytic enzymes is a Bowman-Birk inhibitor or a derivative thereof and in that the active ingredient is a protein or a peptide, a polysaccharide or a natural or synthetical derivative of these substances and in that the penetration promoter is a copolymer composed of 30 to 80% by weight of C 1 - to C 4 -alkyl esters of acrylic or of methacrylic acid, and 70 to 20% by weight of alkyl(meth)acrylate monomers having a tertiary amino group in the alkyl radical and in that the core comprises a synchronisation layer.
A heterophasic polypropylene composition characterized by an MFR (230°C/2.16kg) of 30 -200 g/10 min, at least one melting point in the range of 150-165°C and an overall comonomer content of 25.0 to 50.0 wt%, comprising a) 50-85 wt% of a propylene copolymer comprising 0.2 to 1.0 wt% of ethylene and/or a C4-C10 α-olefin having an MFR (230°C/2.16kg) of 50-250 g/10min b) 5-25 wt% of an elastomeric propylene copolymer comprising ≥ 60 wt% of ethylene and/or a C4-C10 α-olefin c) 10-25 wt% of an ethylene homo- or copolymer having an MFR (190°C/2.16kg) of 10-30 g/10min and a density of 910-920 kg/m 3 and d) at least two α-nucleating agents. a) 50-85 wt% of a propylene copolymer comprising 0.2 to 1.0 wt% of ethylene and/or a C4-C10 α-olefin having an MFR (230°C/2.16kg) of 50-250 g/10min b) 5-25 wt% of an elastomeric propylene copolymer comprising ≥ 60 wt% of ethylene and/or a C4-C10 α-olefin c) 10-25 wt% of an ethylene homo- or copolymer having an MFR (190°C/2.16kg) of 10-30 g/10min and a density of 910-920 kg/m 3 and d) at least two α-nucleating agents.
A laser surgical system for fragmenting lens tissue of an eye, the system comprising: a pulsed laser adapted to generate a pulsed laser beam; an optics module comprising one or more lenses adapted to focus and one or more reflectors adapted to direct the laser beam towards a target region in the lens tissue; an imaging device adapted to collect reflected or scattered light or sound from the target region in the lens tissue to capture image data; a system control module adapted to generate a laser control signal to control the pulsed laser and generate a beam control signal to control the optics module to adjust the focusing and the laser beam direction in response to the beam control signal; characterized in that the system control module is adapted to process the captured image data to determine the placement of the applied laser pulses; and wherein the system control module is further adapted to control the optics module to scan the pulsed laser to form a regular array of cells in a volume of the target region located in the lens by creating layers of laser-induced photodisrupted bubbles to generate cell surfaces and boundaries such that curved layers of photodisrupted bubbles are created to accommodate the natural curvature of the focal plane of the laser surgical system, thereby breaking up the tissue along surfaces and boundaries of the cells into granules of fragmented tissue for removal via aspiration. a pulsed laser adapted to generate a pulsed laser beam; an optics module comprising one or more lenses adapted to focus and one or more reflectors adapted to direct the laser beam towards a target region in the lens tissue; an imaging device adapted to collect reflected or scattered light or sound from the target region in the lens tissue to capture image data; a system control module adapted to generate a laser control signal to control the pulsed laser and generate a beam control signal to control the optics module to adjust the focusing and the laser beam direction in response to the beam control signal;
A rocking vehicle comprising: a suspension lock mechanism that stops a stroke of a suspension of the vehicle; and a rocking lock mechanism that locks a rocking of a rocker mechanism which rocks a vehicle body, wherein: the rocking vehicle is further provided with: a suspension lock operating lever that actuates the suspension lock mechanism; and a rocking lock operating lever that actuates the rocking lock mechanism, the rocking lock operating lever is arranged in a position in which the suspension lock operating lever is prevented from being operated in a lever position while the rocking lock operating lever is unoperated. a suspension lock mechanism that stops a stroke of a suspension of the vehicle; and a rocking lock mechanism that locks a rocking of a rocker mechanism which rocks a vehicle body, wherein: the rocking vehicle is further provided with: a suspension lock operating lever that actuates the suspension lock mechanism; and a rocking lock operating lever that actuates the rocking lock mechanism, a suspension lock operating lever that actuates the suspension lock mechanism; and a rocking lock operating lever that actuates the rocking lock mechanism, the rocking lock operating lever is arranged in a position in which the suspension lock operating lever is prevented from being operated in a lever position while the rocking lock operating lever is unoperated.
An oral care composition comprising: zinc phosphate, stannous fluoride and optionally, an organic acid buffer system for use in a method of increasing proteins that reduce signals associated with neutrophil recruitment and reducing proteins that induce neutrophil recruitment within an individual's gingival crevice, wherein the proteins that induce neutrophil recruitment are TNFα and MIF and the method comprises applying to the individual's oral cavity in an amount effective to increase proteins that reduce signals associated with neutrophil recruitment and that reduce proteins that induce neutrophil recruitment within an individual's gingival crevice.
A method of manufacturing a hierarchical laminate, comprising: forming a first hierarchical film; coating the first hierarchical film with an adhesive; stacking a second hierarchical film on the first hierarchical film, wherein the first hierarchical film and the second hierarchical film are directed to travel along a common path by using directional rollers (98, 108), wherein an alignment system (110, 112) aligns locating features between the first hierarchical film and the second hierarchical film, and wherein a set of conveyers (114, 116) bring the first hierarchical film and the second hierarchical film into contact; and curing the adhesive. forming a first hierarchical film; coating the first hierarchical film with an adhesive; stacking a second hierarchical film on the first hierarchical film, wherein the first hierarchical film and the second hierarchical film are directed to travel along a common path by using directional rollers (98, 108), wherein an alignment system (110, 112) aligns locating features between the first hierarchical film and the second hierarchical film, and wherein a set of conveyers (114, 116) bring the first hierarchical film and the second hierarchical film into contact; and curing the adhesive.
A seat belt retractor having a vehicle sensor, the seat belt retractor comprising: a fixed frame connected to a vehicle body; a spool mounted on the fixed frame so as to be rotatable about a shaft arranged in a predetermined direction, in which a seat belt is wound around the spool; a control disc connected to the shaft about which the spool rotates to rotate together with the spool, and having external teeth; a vehicle sensor unit for detecting a change in acceleration of a vehicle by a fluctuation of an inertial member to prevent the control disc from rotating; an installation member coupled to a housing which is coupled to one sidewall (22,23) of the fixed frame; characterized by a cover for shielding an outer surface of the installation member, wherein the vehicle sensor unit is directly and rotatably coupled to the installation member, wherein the cover is coupled to the housing by a fixing protrusion which protrudes from an outer surface of the housing or passes through the housing, wherein the installation member is coupled to the housing by a separate fixing protrusion other than a fixing protrusion for coupling the cover to the housing to prevent a vibration generated from the vehicle from being transmitted to the vehicle sensor unit through the cover. a fixed frame connected to a vehicle body; a spool mounted on the fixed frame so as to be rotatable about a shaft arranged in a predetermined direction, in which a seat belt is wound around the spool; a control disc connected to the shaft about which the spool rotates to rotate together with the spool, and having external teeth; a vehicle sensor unit for detecting a change in acceleration of a vehicle by a fluctuation of an inertial member to prevent the control disc from rotating; an installation member coupled to a housing which is coupled to one sidewall (22,23) of the fixed frame; characterized by a cover for shielding an outer surface of the installation member, wherein the vehicle sensor unit is directly and rotatably coupled to the installation member, wherein the cover is coupled to the housing by a fixing protrusion which protrudes from an outer surface of the housing or passes through the housing, wherein the installation member is coupled to the housing by a separate fixing protrusion other than a fixing protrusion for coupling the cover to the housing to prevent a vibration generated from the vehicle from being transmitted to the vehicle sensor unit through the cover.
A feed additive to promote the growth of sows and piglets, which comprises serine, astragalus and ginseng leaves and comprises for a total of 100wt%: 50-60wt% of the serine, 20-25wt% of the astragalus, 20-25wt% of the ginseng leaves and 0-10wt% of rice bran meal as a carrier when it is present.
Method for operating an internal combustion engine, wherein the internal combustion engine has an intake duct which opens via a first valve into a crankcase of the internal combustion engine, wherein the first valve opens with a first frequency, and wherein the internal combustion engine has a second valve which controls the amount of fuel supplied to the intake duct, wherein the amount of fuel supplied is controlled by controlling a period of time (57, 58), during which the second valve is open in each engine cycle (x), wherein a control device is provided to control the amount of fuel supplied, characterized in that the first valve is formed by a piston skirt of a piston which is mounted reciprocally in a cylinder of the internal combustion engine and which interacts with an inlet opening of the intake duct into the crankcase, in that, in a first operating state, the second valve is opened with a second frequency (f2, f3, f4), which is matched to the first frequency, and in that, in a second operating state, the second valve is opened independently of the first frequency, wherein the first operating state comprises a first speed range, and wherein the second operating state comprises a second speed range, wherein the speed ranges do not overlap and speeds (n) of the first speed range are lower than the speeds (n) of the second speed range.
Method for preparing tyre components, in particular treads, for use in the cold retreading of tyres, comprising the following method steps: a) producing or providing a tyre component comprising an at least partially vulcanized rubber mixture, b) roughening a surface of the tyre component by removing material using one or more tools, and c) clearing the removed material from the roughened surface of the tyre component, characterized in that the clearing of the removed material in step c) comprises at least one of the following steps: c1) subjecting the roughened surface to a gas flow and extracting the gas, enriched with removed material, by suction using a suction-extraction unit, wherein the gas flow is a rotating gas flow in the form of a vortex, and/or c2) subjecting the roughened surface to an ionized gas, such that the removed material is electrostatically charged, wherein the clearing of the removed material in step c2) is caused or assisted by an applied electric field, in order to lift the electrostatically charged, removed material at least partially from the surface. a) producing or providing a tyre component comprising an at least partially vulcanized rubber mixture, b) roughening a surface of the tyre component by removing material using one or more tools, and c) clearing the removed material from the roughened surface of the tyre component, c1) subjecting the roughened surface to a gas flow and extracting the gas, enriched with removed material, by suction using a suction-extraction unit, wherein the gas flow is a rotating gas flow in the form of a vortex, and/or c2) subjecting the roughened surface to an ionized gas, such that the removed material is electrostatically charged, wherein the clearing of the removed material in step c2) is caused or assisted by an applied electric field, in order to lift the electrostatically charged, removed material at least partially from the surface.
A system, comprising: an electro-anatomical catheter configured for insertion into a heart of a patient, the catheter comprising a distal end, the distal end comprising a plurality of arms, wherein at least one electrode is coupled to each arm of the purality of arms; an electrical interface for communicating with the catheter; and a processor, which is configured to: receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient. an electro-anatomical catheter configured for insertion into a heart of a patient, the catheter comprising a distal end, the distal end comprising a plurality of arms, wherein at least one electrode is coupled to each arm of the purality of arms; an electrical interface for communicating with the catheter; and a processor, which is configured to: receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient. receive, via the electrical interface, for each electrode (i) a first indication of an electrical impedance measured by the electrode at a given location on an inner surface of the heart, and (ii) a second indication of a quality of mechanical contact between the electrode and the inner surface of the heart during measurement of the electrical impedance; and based on the first and second indications, classify tissue at the given location as scar tissue by detecting that the tissue has an impedance lower than a given baseline impedance and that the quality of mechanical contact is sufficient.
A circuit for a switched mode power supply having a winding, the circuit comprising: an input configured to receive a winding voltage derived from the winding; characterised by a differentiation element configured to differentiate the winding voltage with respect to time in order to determine a derivative signal and compare the derivative signal with a threshold value; a steady state detector configured to set a zero derivative signal when the derivative signal has not exceeded the threshold value for a predetermined period of time, and a logic arrangement configured to identify an end of a demagnetization stroke of the switched mode power supply when the derivative signal crosses said threshold value after the zero derivative signal has been set. an input configured to receive a winding voltage derived from the winding; characterised by a differentiation element configured to differentiate the winding voltage with respect to time in order to determine a derivative signal and compare the derivative signal with a threshold value; a steady state detector configured to set a zero derivative signal when the derivative signal has not exceeded the threshold value for a predetermined period of time, and a logic arrangement configured to identify an end of a demagnetization stroke of the switched mode power supply when the derivative signal crosses said threshold value after the zero derivative signal has been set.
An industrial facility comprising a vehicle travel plane, at least one aisle path, a plurality of storage elements, and a tag layout, wherein: the aisle path and the tag layout are located on the vehicle travel plane; the storage elements are arranged along, and on opposite sides of, the aisle path; characterized in that: the tag layout comprises at least one succession of individual tags spaced uniformly to define a tag spacing s'; the succession of individual tags is interrupted by at least one tag pair comprising a primary tag and a secondary tag; the primary tag and the secondary tag of each tag pair define a tag spacing s "; and the tag spacing s' is greater than the tag spacing s ". the aisle path and the tag layout are located on the vehicle travel plane; the storage elements are arranged along, and on opposite sides of, the aisle path; the tag layout comprises at least one succession of individual tags spaced uniformly to define a tag spacing s'; the succession of individual tags is interrupted by at least one tag pair comprising a primary tag and a secondary tag; the primary tag and the secondary tag of each tag pair define a tag spacing s "; and the tag spacing s' is greater than the tag spacing s ".