mhurhangee/patent-ind-claim-en huggingface dataset:
A rolled tissue product comprising a single ply creped tissue web spirally wound into a roll, the tissue web having a sheet bulk as defined in the description of greater than about 12 cc/g, and characterised by having a single wire probe mean deviation of MIU as defined in the description (MMD) of less than about 0.040 and a single wire probe mean deviation of surface thickness as defined in the description (SMD) of less than about 3 microns, wherein the tissue web is through air dried and creped with a creping composition devoid of a release agent.
A rotary milking system for milking a plurality of milking animals comprising a rotary milking platform , a plurality of milking stalls arranged on the platform , four milking teat cups in each milking stall configured to receive milk during a milking process in the respective milking stall and four robotic manipulation devices , each one configured to fetch one milking teat cup (21a-d, 74) as a milking stall with an animal passes by the robotic manipulation device and provide a movement of the milking teat cup to a position below the teats of an animal, the milking system comprises cleaning teat cups (21a-d, 76) and that each robotic manipulation device is configured to move one cleaning teat cup (21a-d, 76) and one milking teat cup (21a-d, 74) by a common movement to said position below the teats before it attaches the cleaning teat cup (21a-d, 76) and the milking teat cup (21a-d, 74) to the same teat of the animal, characterized in that the cleaning teat cup and the milking teat cup which are attached to the same teat of an animal by one of the robotic manipulation devices are two separate teat cups and wherein each robotic manipulation device comprises at least one cover element movably arranged between a first position in which it covers the teat receiving opening of one of the teat cups and a second position in which it uncover the teat receiving opening of said teat cup .
An environmental control system of a vehicle comprising: an inlet configured to receive a medium; a heat exchanger fluidly connected directly to the inlet to receive the medium; and a water separator ; a ram air circuit including another inlet configured to receive ram air and including a ram air heat exchanger ; and a closed secondary fluid loop operably coupled to the heat exchanger and to the ram air heat exchanger , the secondary fluid loop having a secondary fluid circulating therein that removes heat from the medium in the heat exchanger and that discharges heat to the ram air in the ram air heat exchanger , characterised in that the water separator is arranged directly downstream from the heat exchanger relative to a flow of the medium. an inlet configured to receive a medium; a heat exchanger fluidly connected directly to the inlet to receive the medium; and a water separator ; a ram air circuit including another inlet configured to receive ram air and including a ram air heat exchanger ; and a closed secondary fluid loop operably coupled to the heat exchanger and to the ram air heat exchanger , the secondary fluid loop having a secondary fluid circulating therein that removes heat from the medium in the heat exchanger and that discharges heat to the ram air in the ram air heat exchanger , characterised in that the water separator is arranged directly downstream from the heat exchanger relative to a flow of the medium.
A method for random access, comprising: determining (S210), by a terminal device, a target downlink BandWidth Part, BWP, for random access according to a first uplink BWP and a first mapping relationship, wherein the first uplink BWP is a currently active uplink BWP, and the first mapping relationship is used to determine a downlink BWP to which the first uplink BWP is mapped; and performing (S220), by the terminal device, a contention-based random access on the first uplink BWP and the target downlink BWP; wherein the first mapping relationship is a mapping relationship between BWP indices of uplink BWPs in the mapping and BWP indices of downlink BWPs in the mapping; the method being characterised in that : when the number of uplink BWPs in the mapping is greater than the number of downlink BWPs in the mapping, a BWP having an index of K among the uplink BWPs in the mapping is mapped to a BWP having an index k among the downlink BWPs in the mapping, where K and k are both integers, k is a result of K modulo M, and M is the number of downlink BWPs configured by a network device. determining (S210), by a terminal device, a target downlink BandWidth Part, BWP, for random access according to a first uplink BWP and a first mapping relationship, wherein the first uplink BWP is a currently active uplink BWP, and the first mapping relationship is used to determine a downlink BWP to which the first uplink BWP is mapped; and performing (S220), by the terminal device, a contention-based random access on the first uplink BWP and the target downlink BWP; wherein the first mapping relationship is a mapping relationship between BWP indices of uplink BWPs in the mapping and BWP indices of downlink BWPs in the mapping; the method being characterised in that : when the number of uplink BWPs in the mapping is greater than the number of downlink BWPs in the mapping, a BWP having an index of K among the uplink BWPs in the mapping is mapped to a BWP having an index k among the downlink BWPs in the mapping, where K and k are both integers, k is a result of K modulo M, and M is the number of downlink BWPs configured by a network device.
A polypeptide which comprises the sequence SPRLQLSNLAPRRLVQLLGPRALVETLAPKHSDCLA (Seq ID No: 23).
Exhaust gas system for a combustion appliance, having • a sound absorber , • a catalytic converter for the treatment of hazardous substances contained in exhaust gas, • a nozzle assembly that is arranged upstream of the catalytic converter in the exhaust gas flow and has an outlet hole through which an exhaust gas treatment fluid can be injected into the exhaust gas, • and having a mixer section that is disposed between the nozzle assembly and the catalytic converter and in which a mixing apparatus for intensive mixing of the exhaust gas with the exhaust gas treatment fluid is disposed, wherein • the sound absorber extends between the nozzle assembly and the catalytic converter , • the sound absorber is designed in the form of a deflecting sound absorber that serves as mixing apparatus, • the sound absorber incorporates a chamber that is separated from the catalytic converter by a partition wall , • the partition wall is penetrated by neck pipes of which each first end that is disposed upstream is disposed in the chamber , and of which each second end that is disposed downstream is disposed on the other side of the partition wall upstream of the catalytic converter , • and the sound absorber and the catalytic converter are disposed in a common housing, characterised in that • the neck pipes end on both sides of the partition wall in whichever chamber adjoins the partition wall, and • the component parts of the exhaust gas system are arranged in such a way that all of the exhaust gas flows along a single common path through each of the successive treatment stages of the exhaust gas system . • a sound absorber , • a catalytic converter for the treatment of hazardous substances contained in exhaust gas, • a nozzle assembly that is arranged upstream of the catalytic converter in the exhaust gas flow and has an outlet hole through which an exhaust gas treatment fluid can be injected into the exhaust gas, • and having a mixer section that is disposed between the nozzle assembly and the catalytic converter and in which a mixing apparatus for intensive mixing of the exhaust gas with the exhaust gas treatment fluid is disposed, • the sound absorber extends between the nozzle assembly and the catalytic converter , • the sound absorber is designed in the form of a deflecting sound absorber that serves as mixing apparatus, • the sound absorber incorporates a chamber that is separated from the catalytic converter by a partition wall , • the partition wall is penetrated by neck pipes of which each first end that is disposed upstream is disposed in the chamber , and of which each second end that is disposed downstream is disposed on the other side of the partition wall upstream of the catalytic converter , • and the sound absorber and the catalytic converter are disposed in a common housing, • the neck pipes end on both sides of the partition wall in whichever chamber adjoins the partition wall, and • the component parts of the exhaust gas system are arranged in such a way that all of the exhaust gas flows along a single common path through each of the successive treatment stages of the exhaust gas system .
A composition in the form of an oil-in-water emulsion having a pH ranging from 3 to 5, comprising: a) from 15% to 70% by weight of oil; b) from 0.1% to 10% by weight of acid; c) from 0.1% to 10% by weight of an oil-in-water emulsifier; d) from 0.5% to 8% by weight of wheat flour, and e) from 0.5% to 7% by weight of physically modified starch, wherein the composition is obtainable by the method according to any one of claims 12 to 14. a) from 15% to 70% by weight of oil; b) from 0.1% to 10% by weight of acid; c) from 0.1% to 10% by weight of an oil-in-water emulsifier; d) from 0.5% to 8% by weight of wheat flour, and e) from 0.5% to 7% by weight of physically modified starch,
An integral, three-dimensional knit spacer textile comprising: a first area comprising a first layer having a mesh construction with a plurality of integrally formed holes , the first layer having at least a first outer surface defining a first outer surface plane , a second layer having at least a second inner surface , and a third layer , the third layer comprising a first multifilament tie yarn of a first plurality of multifilament tie yarns that interconnect the first layer and the second layer , the first multifilament tie yarn having a first length in the first area as measured between the second inner surface and the first outer surface plane ; and characterized in further comprising a second area comprising the second layer and at least a second multifilament tie yarn of a second plurality of multifilament tie yarns in the third layer , the second multifilament tie yarn including a distal terminal end, wherein the second multifilament tie yarn comprises a second length as measured between the second inner surface and the distal terminal end of the second multifilament tie yarn in a direction extending toward the first outer surface plane , the second length being less than the first length , wherein the second area has no first layer .
A test chamber for conditioning air, in particular a temperature control chamber, a climate chamber or the like, the test chamber comprising a temperature-insulated test space , which can be sealed from an environment and serves to hold test material, and a temperature control device for controlling the temperature of the test space, the temperature control device having a heating feature and a cooling feature with a cooling circuit with a refrigerant, a heat exchanger in the test space, a compressor , a condenser and an expansion member, the test chamber being provided with a machine room physically separated from the test space, the cooling circuit with the compressor being at least partially disposed in the machine room, the temperature control device being configured to establish a temperature in a temperature range of -50 °C to +180 °C within the test space, the refrigerant being a hydrocarbon or a refrigerant mixture of hydrocarbons, the test chamber comprising a ventilation system having a detector with at least one gas sensor in or on the test space for detecting refrigerant in the test space, the ventilation system comprising a fan and an exhaust duct , the exhaust duct being connected to the test space in such a manner that the fan can transport air from the test space into the exhaust duct, the fan comprising a fan motor and a fan impeller , the fan motor being disposed in an air-tight enclosure .
An order fulfillment system comprising: a frame defining a passageway ; a tray positioned in the passageway and pivotable about a generally horizontally extending axis between a first position and a second position; and a sensor system configured to sense the position of the tray , wherein said passageway is a continuous opening extending through said frame and has a first opening at a first end thereof on a first side of said frame and a second opening at a second, opposite end thereof on a second side of said frame , and wherein the system is configured such that an item to be dispensed is insertable into the passageway and onto the tray in a first direction through the first opening, and is thereafter removable from the passageway in the first direction through the second opening, characterised in that the sensor system includes an electronic sensor configured to sense the position of the tray and to provide an output. a frame defining a passageway ; a tray positioned in the passageway and pivotable about a generally horizontally extending axis between a first position and a second position; and a sensor system configured to sense the position of the tray , wherein said passageway is a continuous opening extending through said frame and has a first opening at a first end thereof on a first side of said frame and a second opening at a second, opposite end thereof on a second side of said frame , and wherein the system is configured such that an item to be dispensed is insertable into the passageway and onto the tray in a first direction through the first opening, and is thereafter removable from the passageway in the first direction through the second opening, characterised in that the sensor system includes an electronic sensor configured to sense the position of the tray and to provide an output.
Pneumatic vehicle tyre for passenger cars, in particular for use in winter driving conditions, with a tread pattern comprising at least one row of tread bars running around in the circumferential direction, the tread bars of which are separated from one another by transverse grooves and the tread bars of which are provided in plan view with at least two sipes , substantially formed as a straight line, which are arranged approximately parallel to one another, wherein each sipe (2, 2', 2") has in plan view a width (b1) of 0.1 to 0.6 mm and at least one portion of a greater width (b2) to act as a snow pocket , wherein - in plan view - there are arranged in the longitudinal extent of the sipe at least two portions of the greater width (b2 1,2 ), which are arranged spaced apart from one another, so that portions of the first width (b1) alternate with the portions of the greater width (b2 1,2 ) and that, along an imaginary straight line that is approximately perpendicular to the longitudinal axis of a sipe (2, 2', 2"), where there are two directly adjacent sipes (2, 2', 2") the one sipe (2, 2', 2") has the first width (b1) and the directly adjacent sipe (2, 2', 2") has the greater width (b2 1,2 ), characterized in that the portions of the greater width (b2 1,2 ) within a tread bar have two to n different widths, preferably 2 to 4 different widths, particularly preferably 2 different widths.
A catalyst for a solid polymer fuel cell, comprising catalyst particles supported on a carbon powder carrier, the catalyst particles containing platinum, cobalt, and manganese, wherein the catalyst particles have a component ratio of platinum, cobalt, and manganese as Pt:Co:Mn = 1:0.25 to 0.28:0.07 to 0.10 in a molar ratio, the catalyst particles have an average particle size of 3.4 to 5.0 nm, and further, in a particle size distribution of the catalyst particles, a proportion of catalyst particles having a particle size of 3.0 nm or less in entire catalyst particles is 37% or less on a particle number basis, and the catalyst particles have at least on a surface thereof supported a fluorine compound having a C-F bond. the catalyst particles have a component ratio of platinum, cobalt, and manganese as Pt:Co:Mn = 1:0.25 to 0.28:0.07 to 0.10 in a molar ratio, the catalyst particles have an average particle size of 3.4 to 5.0 nm, and further, in a particle size distribution of the catalyst particles, a proportion of catalyst particles having a particle size of 3.0 nm or less in entire catalyst particles is 37% or less on a particle number basis, and the catalyst particles have at least on a surface thereof supported a fluorine compound having a C-F bond.
An apparatus comprising means for: - processing an instruction to limit an accuracy of a first sensor in accordance with a resolution requirement of a property measured by the first sensor, - determining, using a sensor management dataset, at least two second sensors which are capable of estimating the property, and - causing lowering, responsive to the instruction, of resolution of data produced by the at least two second sensors, an extent of resolution lowering being determined based on the resolution requirement and the sensor management dataset, wherein the property is location and wherein the at least two second sensors comprise a wireless local area network receiver, and wherein the apparatus is configured to cause the lowering of resolution by adding access point names not detected to a list of access point names detected by the wireless local area network receiver, or by deleting all access point names from a list of access point names detected by the wireless local area network receiver. - processing an instruction to limit an accuracy of a first sensor in accordance with a resolution requirement of a property measured by the first sensor, - determining, using a sensor management dataset, at least two second sensors which are capable of estimating the property, and - causing lowering, responsive to the instruction, of resolution of data produced by the at least two second sensors, an extent of resolution lowering being determined based on the resolution requirement and the sensor management dataset, wherein the property is location and wherein the at least two second sensors comprise a wireless local area network receiver, and wherein the apparatus is configured to cause the lowering of resolution by adding access point names not detected to a list of access point names detected by the wireless local area network receiver, or by deleting all access point names from a list of access point names detected by the wireless local area network receiver.
A genetically-modified rodent whose genome comprises at least one chromosome comprising a sequence encoding a chimeric programmed death-ligand 1 (PD-L1) at an endogenous PD-L1 gene locus, wherein the chimeric PD-L1 comprises SEQ ID NO: 33, wherein the rodent has one or more cells expressing the chimeric PD-L1, wherein the sequence encoding the chimeric PD-L1 is operably linked to an endogenous regulatory element at the endogenous PD-L1 gene locus in the at least one chromosome.
A battery operated water utility meter configured for dynamic throttling and arranged to register the amount of water delivered to a consumption site from a distribution network, the water utility meter comprising: - a flow sensor for measuring a flow rate through the water utility meter, - a valve for limiting the flow rate from the distribution network to the consumption site, - an actuator for changing a valve position so that the valve may be in an open position or a closed position or a variable throttling position, - a controller unit arranged to control the actuator and configured to monitor the flow rate using the flow sensor; characterised in that the controller unit is further configured to: - adjust the valve position to reduce the flow rate if the flow rate has exceeded the maximum flow rate limit continuously for a first time duration or the average flow rate measured over the first time duration has exceeded the maximum flow rate limit; and - adjust the valve position to increase the flow rate if the flow rate has been continuously below the minimum flow rate limit for a second time duration, wherein the first time duration is shorter than the second time duration. - a flow sensor for measuring a flow rate through the water utility meter, - a valve for limiting the flow rate from the distribution network to the consumption site, - an actuator for changing a valve position so that the valve may be in an open position or a closed position or a variable throttling position, - a controller unit arranged to control the actuator and configured to monitor the flow rate using the flow sensor; - adjust the valve position to reduce the flow rate if the flow rate has exceeded the maximum flow rate limit continuously for a first time duration or the average flow rate measured over the first time duration has exceeded the maximum flow rate limit; and - adjust the valve position to increase the flow rate if the flow rate has been continuously below the minimum flow rate limit for a second time duration,
A manufacturing apparatus for a duckbill mask, comprising a compounding mechanism, an edge folding mechanism, an edge sealing mechanism, a convex sealing mechanism and a cutting mechanism, wherein the compounding mechanism, the edge folding mechanism and the edge sealing mechanism are multi-line mechanisms; and the edge sealing mechanism comprises a nose edge press sealing mechanism and a jaw edge press sealing mechanism, characterized in that the convex sealing mechanism is provided with a first right mask ear belt roll , a first left mask ear belt roll , a front slow release wheel , a rear slow release wheel , a right ear belt cutter wheel , a left ear belt cutter wheel , an ear belt chisel , a second right mask ear belt roll , a second left mask ear belt roll , an upper overlapping roller , a lower overlapping roller , a convex-edge press sealing upper roller and a convex-edge press sealing lower roller ; the edge sealing mechanism comprises a mask upper edge sealing component and a mask lower edge sealing component, wherein the mask upper edge sealing component comprises a mask upper-side guide wheel , a mask upper-side edge sealing upper roller , a mask upper-side edge sealing lower roller and a nose bridge press sealing edge ; and the mask lower edge sealing component comprises a mask lower-side edge sealing upper roller , a mask lower-side edge sealing lower roller , a jaw press sealing edge and a mask lower-side guide wheel ; a mask upper-side left edge sealing member (7.1) and a mask upper-side right edge sealing member (7.2) are arranged at two ends of the mask upper-side edge sealing upper roller separately, wherein a left mask nose bridge position (7.3) is arranged on the mask upper-side left edge sealing member (7.1), a right mask nose bridge position (7.4) is arranged on the mask upper-side right edge sealing member (7.2), and the left mask nose bridge position (7.3) and the right mask nose bridge position (7.4) are staggered. the edge sealing mechanism comprises a mask upper edge sealing component and a mask lower edge sealing component, wherein the mask upper edge sealing component comprises a mask upper-side guide wheel , a mask upper-side edge sealing upper roller , a mask upper-side edge sealing lower roller and a nose bridge press sealing edge ; and the mask lower edge sealing component comprises a mask lower-side edge sealing upper roller , a mask lower-side edge sealing lower roller , a jaw press sealing edge and a mask lower-side guide wheel ; a mask upper-side left edge sealing member (7.1) and a mask upper-side right edge sealing member (7.2) are arranged at two ends of the mask upper-side edge sealing upper roller separately, wherein a left mask nose bridge position (7.3) is arranged on the mask upper-side left edge sealing member (7.1), a right mask nose bridge position (7.4) is arranged on the mask upper-side right edge sealing member (7.2), and the left mask nose bridge position (7.3) and the right mask nose bridge position (7.4) are staggered.