mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: scanning a radiation beam with respect to a multiphoton curable photoreactive composition, wherein the radiation beam comprises a power sufficient to at least partially cure a volume of the multiphoton curable photoreactive composition; and modifying a characteristic of the radiation beam as the radiation beam is scanned comprising (i) modifying a power of the radiation beam in real-time in response to a change in a scanning velocity of a focal point of the radiation beam as the radiation beam is scanned so as to adjust a voxel size that is at least partially cured; or (ii) modifying a scan velocity of the radiation beam as the radiation beam is scanned in conjunction with real-time power control, so as to adjust a voxel size that is at least partially cured, wherein a relatively smaller voxel size is used to produce an outline of a structure by increasing the scan velocity compared to that used to produce the interior of the structure. scanning a radiation beam with respect to a multiphoton curable photoreactive composition, wherein the radiation beam comprises a power sufficient to at least partially cure a volume of the multiphoton curable photoreactive composition; and modifying a characteristic of the radiation beam as the radiation beam is scanned comprising (i) modifying a power of the radiation beam in real-time in response to a change in a scanning velocity of a focal point of the radiation beam as the radiation beam is scanned so as to adjust a voxel size that is at least partially cured; or (ii) modifying a scan velocity of the radiation beam as the radiation beam is scanned in conjunction with real-time power control, so as to adjust a voxel size that is at least partially cured, wherein a relatively smaller voxel size is used to produce an outline of a structure by increasing the scan velocity compared to that used to produce the interior of the structure. (i) modifying a power of the radiation beam in real-time in response to a change in a scanning velocity of a focal point of the radiation beam as the radiation beam is scanned so as to adjust a voxel size that is at least partially cured; or (ii) modifying a scan velocity of the radiation beam as the radiation beam is scanned in conjunction with real-time power control, so as to adjust a voxel size that is at least partially cured, wherein a relatively smaller voxel size is used to produce an outline of a structure by increasing the scan velocity compared to that used to produce the interior of the structure.
A method for selecting a home node for user equipment, the method comprising: each network side node performing measurement for an uplink channel of user equipment, UE, obtaining channel quality information from the UE to said each network side node and sending the channel quality information to a service node of the UE; the service node selecting the home node for the UE according to received channel quality information from the UE to said each network side node; wherein the home node refers to a node which will provide service for the UE; characterized in that the step of said each network side node performing measurement for the uplink channel of UE comprises: the network side node monitoring UL grant information sent by the service node to each UE respectively, obtaining time frequency resource of each UE sending an uplink signal, the network side node measuring related parameters of the uplink signal sent by each UE in the obtained time frequency resource respectively, and using measured related parameters as the channel quality information from the UE to the network side node; wherein the related parameters include: signal strength, received power of a reference signal, received quality of a reference signal and channel quality index, CQI. each network side node performing measurement for an uplink channel of user equipment, UE, obtaining channel quality information from the UE to said each network side node and sending the channel quality information to a service node of the UE; the service node selecting the home node for the UE according to received channel quality information from the UE to said each network side node; wherein the home node refers to a node which will provide service for the UE; characterized in that the step of said each network side node performing measurement for the uplink channel of UE comprises: the network side node monitoring UL grant information sent by the service node to each UE respectively, obtaining time frequency resource of each UE sending an uplink signal, the network side node measuring related parameters of the uplink signal sent by each UE in the obtained time frequency resource respectively, and using measured related parameters as the channel quality information from the UE to the network side node; wherein the related parameters include: signal strength, received power of a reference signal, received quality of a reference signal and channel quality index, CQI. the network side node monitoring UL grant information sent by the service node to each UE respectively, obtaining time frequency resource of each UE sending an uplink signal, the network side node measuring related parameters of the uplink signal sent by each UE in the obtained time frequency resource respectively, and using measured related parameters as the channel quality information from the UE to the network side node; wherein the related parameters include: signal strength, received power of a reference signal, received quality of a reference signal and channel quality index, CQI.
A transmission shift assistance device, especially for a motorcycle, which is designed to detect the driver's shift intention by way of a sensor means and to transmit a corresponding electronic signal to an engine control unit or motor electronics, with a housing, a piston arranged in the housing and also at least one compression spring (20, 26) provided in the housing, wherein the piston is displaceable relative to the housing, compressing at least one compression spring (20, 26), characterised in that a locking means formed separately from the compression spring or compression springs (20, 26) is provided which below a specified unlocking force exerted on the piston or the housing fixes the piston in a neutral position relative to the housing.
A coated paper product comprising: - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate or acrylic latex; and - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70, - wherein the coat weight of the first coating layer is at least 4 g/m 2, and - wherein the coat weight of the second coating layer is at least 3 g/m 2. - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate or acrylic latex; and - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70, - wherein the coat weight of the first coating layer is at least 4 g/m 2, and - wherein the coat weight of the second coating layer is at least 3 g/m 2.
A rubber composition, comprising: a rubber component including a diene rubber; and a particulate zinc carrier, the particulate zinc carrier comprising a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on a surface of the silicate particle, wherein the finely divided zinc oxide-supporting silicate particle has a BET specific surface area within a range of 10 to 55 m 2 /g, or the finely divided basic zinc carbonate-supporting silicate particle has a BET specific surface area within a range of 25 to 90 m 2 /g, characterized in that the rubber composition is obtainable by kneading a rubber component before kneading with sulfur, with a sulfur atom-containing vulcanization accelerator, and then kneading the resulting mixture with sulfur. a rubber component including a diene rubber; and a particulate zinc carrier, the particulate zinc carrier comprising a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on a surface of the silicate particle, wherein the finely divided zinc oxide-supporting silicate particle has a BET specific surface area within a range of 10 to 55 m 2 /g, or the finely divided basic zinc carbonate-supporting silicate particle has a BET specific surface area within a range of 25 to 90 m 2 /g, characterized in that the rubber composition is obtainable by kneading a rubber component before kneading with sulfur, with a sulfur atom-containing vulcanization accelerator, and then kneading the resulting mixture with sulfur.
A device for implementing a method intended for the construction of floors comprising pre-slabs and bidirectional ribs spacing said pre-slabs (Fig. 1 and Fig. 2), said device comprising: - a large number of lightweight, bi-directional, prefabricated pre-slabs, said pre-slabs comprising hollow terracotta bodies or hollow-core floor slabs (2, Fig. 1 and Fig. 3) in several models to create the floor (Fig. 3), - connecting frames for the future concrete floor (2', Fig. l), - the final reinforcements (d, Fig. 4) of the lower rib reinforcement of said pre-slabs, characterised in that said device comprises: - connecting steels (e, Fig. 4), the length of which is calculated by the formula: L equals 2 × 60 × diameter for joining said pre-slabs (Fig. 4) to create the future floor, - edge beam formwork (Fig. 6), which is prefabricated with reinforced concrete and designed in an L shape with welded mesh and synthetic fibre reinforcement, in order to reduce lead times by eliminating the need for traditional wooden formwork. - a large number of lightweight, bi-directional, prefabricated pre-slabs, said pre-slabs comprising hollow terracotta bodies or hollow-core floor slabs (2, Fig. 1 and Fig. 3) in several models to create the floor (Fig. 3), - connecting frames for the future concrete floor (2', Fig. l), - the final reinforcements (d, Fig. 4) of the lower rib reinforcement of said pre-slabs, - connecting steels (e, Fig. 4), the length of which is calculated by the formula: L equals 2 × 60 × diameter for joining said pre-slabs (Fig. 4) to create the future floor, - edge beam formwork (Fig. 6), which is prefabricated with reinforced concrete and designed in an L shape with welded mesh and synthetic fibre reinforcement, in order to reduce lead times by eliminating the need for traditional wooden formwork.
A sealing apparatus for a gauge changing wheelset, wherein, the sealing apparatus can be arranged between a sliding mechanism of the gauge changing wheelset and an axle-box rear cover of an axle-box body; the sliding mechanism is axially movable relative to the axle-box body and rotatable relative to the axle-box body, the sealing apparatus comprising a sliding seal and a rotating seal; the sliding seal comprises a sliding ring that can be sleeved outside the sliding mechanism and hermetically connected to the axle-box rear cover; characterized in that, an inner wall of the sliding ring is axially provided with a through groove which can be slidably fitted with a protrusion axially provided in an outer wall of the sliding mechanism; the rotating seal comprises a sealing baffle that can be fixed on an outer side of the axle-box rear cover, an outer wall of the sliding ring is circumferentially provided with an annular groove, and a lower end of the sealing baffle extends into the annular groove.
Electronic switching device having a housing in which at least one printed circuit board with circuit parts is arranged, the housing being designed with at least one housing cover, which closes a housing opening, and with a cable bushing for a connection cable and being provided with a filling made of plastic material which surrounds the printed circuit board with the circuit parts, characterized in that the printed circuit board is encapsulated in the housing in a supported manner on a grid-like carrier body, to which end the grid-like carrier body has individual supports which span an adjustment plane depending on heights of the supports and on which the printed circuit board can be fixed at a distance from the housing walls (8, 9, 10) for a localized arrangement of the encapsulated circuit parts in the housing.
A heat exchanger core, comprising: a plurality of flat tubes spaced apart from and parallel with one another along a thickness direction thereof, each flat tube having a length direction oriented along a vertical direction; and a plurality of fins, wherein each fin is disposed between adjacent flat tubes and comprises a plurality of fin units arranged along the length direction of the flat tube and sequentially connected into a corrugated shape, each fin unit has a windward end portion and a leeward end portion opposite to each other in a width direction of the flat tube, and at least one of the windward end portion and the leeward end portion of each fin unit extends beyond the plurality of flat tubes along the width direction of the flat tube and is provided with a drain hole, characterised in that the at least one of the windward end portion and the leeward end portion of each fin unit is further provided with a protrusion, wherein the protrusion of each fin unit comprises a first protrusion segment and a second protrusion segment, and the drain hole is located between the first protrusion segment and the second protrusion segment in the thickness direction of the flat tube. a plurality of flat tubes spaced apart from and parallel with one another along a thickness direction thereof, each flat tube having a length direction oriented along a vertical direction; and a plurality of fins, wherein each fin is disposed between adjacent flat tubes and comprises a plurality of fin units arranged along the length direction of the flat tube and sequentially connected into a corrugated shape, each fin unit has a windward end portion and a leeward end portion opposite to each other in a width direction of the flat tube, and at least one of the windward end portion and the leeward end portion of each fin unit extends beyond the plurality of flat tubes along the width direction of the flat tube and is provided with a drain hole, characterised in that the at least one of the windward end portion and the leeward end portion of each fin unit is further provided with a protrusion, wherein the protrusion of each fin unit comprises a first protrusion segment and a second protrusion segment, and the drain hole is located between the first protrusion segment and the second protrusion segment in the thickness direction of the flat tube.
Method for the chemical-biological cleaning of exhaust gases, wherein compounds contained in the exhaust gases and accruing as emissions are determined with regard to the chemical composition thereof and the amount thereof in the exhaust gas and are broken down in at least one reactor chamber of a bioreactor, in which a biofilm comprising at least one type of microorganism suitable for breaking down the organic compounds has settled on an inert carrier material, wherein the inert carrier material and the biofilm are humidified, by means of at least one humidification device (5, 7), with an aqueous treatment liquid which is mixed with the microorganisms and with nutrients for the latter in a fermenter, wherein the exhaust gas is humidified with the treatment liquid before entering the bioreactor such that already humidified exhaust gas enters the reactor chamber, wherein the humidification of the exhaust gas is carried out in the fermenter by bringing a controlled amount of the exhaust gas into contact with the treatment liquid in the fermenter, characterized in that a container which forms the fermenter is simultaneously used as a humidifier and gas scrubber for the exhaust gas, wherein, in the fermenter, a degree of humidification of the exhaust gas is controlled via an in particular at least partially perforated control flap, which is immersed in the treatment liquid and by which the exhaust gas is at least partially conducted through the treatment liquid.
A photoacoustic measurement apparatus, comprising: a receiving circuit adapted to receive a detection signal of a photoacoustic wave, which is generated in a subject due to emission of measurement light to the subject, in each of at least an avascularized condition in which the subject is avascularized and a non-avascularized condition in which the subject is not avascularized; wherein the avascularized condition refers to a state in which a body part closer to the heart then a measurement part of the subject is pressed with a pressure equal to or higher than the systolic blood pressure; photoacoustic image generation means adapted to generate a photoacoustic image based on the detection signal of the photoacoustic wave; blood flow information generation means adapted to generate blood flow information based on a signal value of the photoacoustic image in a region of interest set in the photoacoustic image, display means; characterized in that the blood flow information generation means is adapted to generate a graph showing a relationship between the blood flow information and time, and to output the graph to the display means. a receiving circuit adapted to receive a detection signal of a photoacoustic wave, which is generated in a subject due to emission of measurement light to the subject, in each of at least an avascularized condition in which the subject is avascularized and a non-avascularized condition in which the subject is not avascularized; wherein the avascularized condition refers to a state in which a body part closer to the heart then a measurement part of the subject is pressed with a pressure equal to or higher than the systolic blood pressure; photoacoustic image generation means adapted to generate a photoacoustic image based on the detection signal of the photoacoustic wave; blood flow information generation means adapted to generate blood flow information based on a signal value of the photoacoustic image in a region of interest set in the photoacoustic image, display means; characterized in that the blood flow information generation means is adapted to generate a graph showing a relationship between the blood flow information and time, and to output the graph to the display means.
A ferritic stainless steel foil having a thickness of 5 μm to 60 μm, wherein a recrystallization rate of said stainless steel foil is 90% to 100%, and in an orientation distribution function obtained by analysis of a crystalline texture of said stainless steel foil, when a Euler angle φ2 is 45°±10°, at the plane expressed by a Euler angle Φ of 53.4°±10°, the maximum peak strength ratio in the peak strength ratios shown by orientations corresponding to the Euler angle φ1 is 25 or less, where the Euler angle φ1 is 0 to 90°. in an orientation distribution function obtained by analysis of a crystalline texture of said stainless steel foil, when a Euler angle φ2 is 45°±10°, at the plane expressed by a Euler angle Φ of 53.4°±10°, the maximum peak strength ratio in the peak strength ratios shown by orientations corresponding to the Euler angle φ1 is 25 or less, where the Euler angle φ1 is 0 to 90°.
Road finishing machine having a chassis which supports a driver's cab, an undercarriage, at least one drive unit, a hydraulic system, a screed which is mounted in an articulated manner, and an asphalt supply arrangement comprising a storage hopper and a longitudinal conveyor conveying from the storage hopper to a transverse distributor, and having a fumes suction system which is operated by means of a vacuum generator and has at least one suction flow path, the exhaust line thereof having a suction means above the transverse distributor and an outlet at a level above the driver's cab, characterized in that at least one confusor-like inlet nozzle is mounted on and moveable with said screed and is provided at the intake-side end of the exhaust line, wherein said at least one confusor-like inlet nozzle applies suction behind the transverse distributor in the direction of travel and is arranged on the screed such that the accessibility in the region of the transverse distributor is not disrupted and the view of the transverse distributor is not concealed from the driver's stand.
Laundry care appliance with a filter element, which is arranged in a filter housing of the laundry care appliance, wherein the filter element has a filter membrane with a first membrane region and a further membrane region for filtering washing liquid, wherein the filter membrane delimits a filter interior of the filter element, at least in sections, wherein the filter element has a filter inlet opening for supplying washing liquid into the filter interior, wherein the filter element is embodied to conduct washing liquid, which flows into the filter interior through the filter inlet opening, through the first and further membrane region (111-1, 111-2), in order to accumulate impurities on the filter membrane and remove the impurities from the washing liquid, wherein the filter element has a rotatable cleaning element, which is arranged in the filter interior and rests against an inner side of the first and further membrane region (111-1, 111-2), and that the laundry care appliance has a drive, which is connected to the filter element via a drive shaft of the laundry care appliance, wherein the drive is embodied to rotate the rotatable cleaning element in the filter housing, in order to remove impurities, which have accumulated on the first and further membrane region (111-1, 111-2), from the filter membrane, at least in sections, characterised in that the filter housing delimits a first drain chamber and a further drain chamber, which are separated from one another from a fluid perspective, wherein the first drain chamber is connected to the first membrane region from a fluid perspective, and wherein the further drain chamber is connected to the further membrane region from a fluid perspective. the filter element has a rotatable cleaning element, which is arranged in the filter interior and rests against an inner side of the first and further membrane region (111-1, 111-2), and that the laundry care appliance has a drive, which is connected to the filter element via a drive shaft of the laundry care appliance, wherein the drive is embodied to rotate the rotatable cleaning element in the filter housing, in order to remove impurities, which have accumulated on the first and further membrane region (111-1, 111-2), from the filter membrane, at least in sections,