mhurhangee/ep-ind-claims huggingface dataset:
Process for the reduction of nitrogen oxides NO x in a nitrogen oxide-containing exhaust gas (AG 1) from a combustion process, wherein a) the exhaust gas (AG 1) and a reducing agent (R 1) are fed into a first reaction process (K 1), where part of the nitrogen oxides NO x present in the exhaust gas is reduced to water H 2 O and nitrogen N 2 by selective catalytic reduction at a first reaction temperature (T 1) to form an exhaust gas (AG 2) which has a reduced nitrogen oxide content NO x, b) part of the nitrogen monoxide NO present in the exhaust gas (AG 2) having a reduced nitrogen oxide content NO x is oxidized to nitrogen dioxide NO 2 by means of oxygen O 2 at a reaction temperature (T 2) in a second reaction process (K 2) to form an exhaust gas (AG 3) having a ratio of nitrogen monoxide NO to nitrogen dioxide NO 2, c) the exhaust gas (AG 3) and a reducing agent (R 2) are fed into a third reaction process (K 3), where nitrogen monoxide NO and nitrogen dioxide NO 2 are reduced to water H 2 O and nitrogen N 2 by means of the reducing agent (R 2) at a reaction temperature (T 3) by means of fast selective catalytic reduction to form an exhaust gas (AG 4) which has been essentially freed of nitrogen oxides NO x. a) the exhaust gas (AG 1) and a reducing agent (R 1) are fed into a first reaction process (K 1), where part of the nitrogen oxides NO x present in the exhaust gas is reduced to water H 2 O and nitrogen N 2 by selective catalytic reduction at a first reaction temperature (T 1) to form an exhaust gas (AG 2) which has a reduced nitrogen oxide content NO x, b) part of the nitrogen monoxide NO present in the exhaust gas (AG 2) having a reduced nitrogen oxide content NO x is oxidized to nitrogen dioxide NO 2 by means of oxygen O 2 at a reaction temperature (T 2) in a second reaction process (K 2) to form an exhaust gas (AG 3) having a ratio of nitrogen monoxide NO to nitrogen dioxide NO 2, c) the exhaust gas (AG 3) and a reducing agent (R 2) are fed into a third reaction process (K 3), where nitrogen monoxide NO and nitrogen dioxide NO 2 are reduced to water H 2 O and nitrogen N 2 by means of the reducing agent (R 2) at a reaction temperature (T 3) by means of fast selective catalytic reduction to form an exhaust gas (AG 4) which has been essentially freed of nitrogen oxides NO x.
A method for creating a neighbor list associated with a serving base station, the method being performed by an apparatus associated with the serving base station and characterised by: determining a set of neighbor base station parameters comprising a handover failure ratio, a ping pong factor, and a call drop ratio for each of a plurality of neighboring base stations associated with the serving base station; computing a Neighbor Relation Measure, NRM, for each of the plurality of neighboring base stations as a weighted sum of the handover failure ratio, the ping pong factor, and the call drop ratio associated with each of the plurality of neighboring base stations; determining, based on conditions in a network, a priority sequence that defines a first neighbor base station parameter of the set of neighbor base station parameters that takes precedence over other neighbor base station parameters of the set of neighbor base station parameters; and creating a neighbor list by including one or more neighboring base stations from the plurality of neighboring base stations having an NRM lower than a predefined threshold NRM and having a value of the first neighbor base station parameter that is lower than a predefined threshold value associated with the first neighbor base station parameter. determining a set of neighbor base station parameters comprising a handover failure ratio, a ping pong factor, and a call drop ratio for each of a plurality of neighboring base stations associated with the serving base station; computing a Neighbor Relation Measure, NRM, for each of the plurality of neighboring base stations as a weighted sum of the handover failure ratio, the ping pong factor, and the call drop ratio associated with each of the plurality of neighboring base stations; determining, based on conditions in a network, a priority sequence that defines a first neighbor base station parameter of the set of neighbor base station parameters that takes precedence over other neighbor base station parameters of the set of neighbor base station parameters; and creating a neighbor list by including one or more neighboring base stations from the plurality of neighboring base stations having an NRM lower than a predefined threshold NRM and having a value of the first neighbor base station parameter that is lower than a predefined threshold value associated with the first neighbor base station parameter.
A method for constructing a building from bricks (1, 15, 25, 32) provided with grooves and tongues allowing their mutual interlocking, the interlocking of the bricks (1, 15, 25, 32) being made through dry joints, the grooves and the tongues of the bricks have identical dimensions, the interlocking of the bricks (1, 15, 25, 32) being made without operating clearance, the method being characterized in that the bricks are precast of a material comprising vegetable fibers agglomerated by means of a binder, and in that each tongue of each brick has a height whose ratio to an effective height or an effective width of said brick is about 1/6, and in that each tongue of each brick has a width whose ratio to an effective width of said brick is about 1/3.
A concentration degree estimation apparatus, comprising: an imaging unit, configured to take an image of at least one user (U1, U2, U3); a sensor, configured to sense room environment information about an environment in a room where the at least one user (U1, U2, U3) is present; an estimation unit, configured to estimate a concentration degree of the at least one user (U1, U2, U3) based on the image showing motion and state of the user (U1, U2, U3) taken by the imaging unit and the room environment information sensed by the sensor; a control unit, configured to control a first air-conditioning operation of an air conditioner based on an estimation result of the estimation unit so that the concentration degree of the at least one user (U1, U2, U3) increases, the air conditioner targeting the room; and a model updating unit, configured to recognise an actual concentration degree of the at least one user (U1, U2, U3) from the image taken by the imaging unit after the first air-conditioning operation performed based on the estimation result of the estimation unit, and to learn for the estimation model used for estimating the concentration degree based on a recognition result. an imaging unit, configured to take an image of at least one user (U1, U2, U3); a sensor, configured to sense room environment information about an environment in a room where the at least one user (U1, U2, U3) is present; an estimation unit, configured to estimate a concentration degree of the at least one user (U1, U2, U3) based on the image showing motion and state of the user (U1, U2, U3) taken by the imaging unit and the room environment information sensed by the sensor; a control unit, configured to control a first air-conditioning operation of an air conditioner based on an estimation result of the estimation unit so that the concentration degree of the at least one user (U1, U2, U3) increases, the air conditioner targeting the room; and a model updating unit, configured to recognise an actual concentration degree of the at least one user (U1, U2, U3) from the image taken by the imaging unit after the first air-conditioning operation performed based on the estimation result of the estimation unit, and to learn for the estimation model used for estimating the concentration degree based on a recognition result.
A laundry treating apparatus comprising: a cabinet defining the external appearance of the laundry treating apparatus; a rotatable drum disposed in the cabinet for receiving laundry; a front panel disposed ahead of the open front of the drum and having a plurality of discharge holes (128, 129) through which air in the drum is discharged; and a suction duct coupled to the front panel and sucks air discharged through the discharge holes (128, 129), characterized by: the drum having an open front and rear, and being formed to have a flexible non-circular closed cross-section; a rotatable upper circular guide that is disposed with its rotational center higher than a rotational center of the drum and supports a portion having a uniform curvature at the upper portion of the drum; and a rotatable lower circular guide that is disposed with its rotational center lower than the rotational center of the drum and supports a portion having a uniform curvature at the lower portion of the drum, wherein the suction duct covers the lower portion of the upper circular guide at a predetermined distance and the lower portion of the lower circular guide at a predetermined distance, and is coupled to the front panel. a cabinet defining the external appearance of the laundry treating apparatus; a rotatable drum disposed in the cabinet for receiving laundry; a front panel disposed ahead of the open front of the drum and having a plurality of discharge holes (128, 129) through which air in the drum is discharged; and a suction duct coupled to the front panel and sucks air discharged through the discharge holes (128, 129), characterized by: the drum having an open front and rear, and being formed to have a flexible non-circular closed cross-section; a rotatable upper circular guide that is disposed with its rotational center higher than a rotational center of the drum and supports a portion having a uniform curvature at the upper portion of the drum; and a rotatable lower circular guide that is disposed with its rotational center lower than the rotational center of the drum and supports a portion having a uniform curvature at the lower portion of the drum, wherein the suction duct covers the lower portion of the upper circular guide at a predetermined distance and the lower portion of the lower circular guide at a predetermined distance, and is coupled to the front panel. the drum having an open front and rear, and being formed to have a flexible non-circular closed cross-section; a rotatable upper circular guide that is disposed with its rotational center higher than a rotational center of the drum and supports a portion having a uniform curvature at the upper portion of the drum; and a rotatable lower circular guide that is disposed with its rotational center lower than the rotational center of the drum and supports a portion having a uniform curvature at the lower portion of the drum, wherein the suction duct covers the lower portion of the upper circular guide at a predetermined distance and the lower portion of the lower circular guide at a predetermined distance, and is coupled to the front panel.
A table saw assembly, comprising:a base portion (102, 120) including a base work piece support surface defining a support plane, and a lower surface (119, 164, 184); a saw blade opening defined in the base work piece support surface; a saw assembly including a saw blade positionable to extend upwardly through the saw blade opening; a first leg assembly including a first foot portion, the first leg assembly pivotable between a first position whereat the first foot portion is positioned lower than the lower surface (119, 164, 184) of the base portion (102, 120) and a second position whereat the first foot portion is positioned above the lower surface (119, 164, 184); a stop mechanism configured to arrest the first leg assembly in the first position; a first extension including a first extension work piece support surface pivotable with respect to the base portion (102, 120) between a first extension (160, 180) position whereat the first extension work piece support surface (162, 182) is coplanar with the base work piece support surface and a second extension (160, 180) position, characterized by at said second extension (160, 180) position at least a portion of the first extension work piece support surface (162, 182) being located above the support plane and is not coplanar with the support plane; a second leg assembly including a second foot portion, the second leg assembly pivotable between a third position whereat the second foot portion is positioned lower than the lower surface (119, 164, 184) of the base portion (102, 120) and a fourth position whereat the second foot portion is positioned above the support plane; and a second extension including a second extension work piece support surface pivotable with respect to the base portion (102, 120) between a third extension (160, 180) position whereat the second extension work piece support surface (162, 182) is coplanar with the base work piece support surface and a fourth extension (160, 180) position whereat at least a portion of the second extension work piece support surface is located above the support plane and is not coplanar with the support plane.
A reciprocating piston pump for cryogenic liquids, comprising - a cylinder head chamber and a cylinder liner in a pump cylinder, - a pump piston which is linearly guided in the cylinder liner, - an inlet valve which is arranged in an inlet area of the cylinder head chamber, and - an outlet valve which is arranged in an outlet area of the cylinder head chamber, wherein the pump piston is configured to reciprocate in the cylinder liner for effecting the pumping process, wherein the pump piston has no piston rings and has a chromium-based low-friction outer coating at least in the area of the cylinder liner, characterized in that the cylinder liner has a chromium-based low-friction inner coating at least in an area near the cylinder head, and that the chromium-based low-friction coatings have an additional tungsten disulfide (WS 2) layer for improving the dry-running properties. - a cylinder head chamber and a cylinder liner in a pump cylinder, - a pump piston which is linearly guided in the cylinder liner, - an inlet valve which is arranged in an inlet area of the cylinder head chamber, and - an outlet valve which is arranged in an outlet area of the cylinder head chamber,
Seat assembly for a vehicle and in particular for an armoured vehicle, said seat assembly comprising a backrest and a seat, said seat assembly comprising a pivoting tray which is articulated in relation to the backrest, the tray being able to be positioned in a folded-up position in a housing in the backrest in a front face of the latter which is designed to receive the back of a user sitting on the seat assembly, the seat assembly being characterised in that it comprises armrests on which the tray comes to bear in a folded-down position.
A perception system for an autonomous vehicle, the perception system comprising: a plurality of imaging devices (210, 215, 220) for producing images of an environment of the vehicle; a perception filter for receiving the images produced by the imaging devices, the perception filter being adapted to receive an intent of the vehicle and a current state of the vehicle and to determine compute resource priority instructions based on the intent of the vehicle and the current state of the vehicle, wherein the intent of the vehicle is determined based on a planned route of the vehicle and wherein the current state of the vehicle comprises a current position and a velocity of the vehicle; and a compute module for receiving the compute resource priority instructions from the perception filter and allocating compute resources among the imaging devices in accordance with the compute resource priority instructions. a plurality of imaging devices (210, 215, 220) for producing images of an environment of the vehicle; a perception filter for receiving the images produced by the imaging devices, the perception filter being adapted to receive an intent of the vehicle and a current state of the vehicle and to determine compute resource priority instructions based on the intent of the vehicle and the current state of the vehicle, wherein the intent of the vehicle is determined based on a planned route of the vehicle and wherein the current state of the vehicle comprises a current position and a velocity of the vehicle; and a compute module for receiving the compute resource priority instructions from the perception filter and allocating compute resources among the imaging devices in accordance with the compute resource priority instructions.
A wireless electrical power receiver for inductively generating alternating current power, the receiver comprising a receiver resonator having a receiver resonant frequency, the receiver resonator constructed and arranged such that the receiver resonant frequency is permanently detuned from a transmission resonant frequency of a wireless electrical power transfer system, adapted to transfer wireless power to the receiver, wherein the receiver resonator comprises an inductor and a capacitor, the inductance of the inductor and the capacitance of the capacitor configured to provide the detuned receiver resonant frequency; the wireless electrical power receiver further comprising: a rectifier arranged to convert the alternating current power to a direct current power, for providing the direct current power to a load; and a controller configured to selectively short circuit the receiver resonator, such that electrical current is retained in the receiver resonator when the receiver resonator is short circuited. a rectifier arranged to convert the alternating current power to a direct current power, for providing the direct current power to a load; and a controller configured to selectively short circuit the receiver resonator, such that electrical current is retained in the receiver resonator when the receiver resonator is short circuited.
A polymer composition comprising a polypropylene, an ethylene based elastomer, a grafted polypropylene and glass fiber, wherein the polypropylene has a melt flow index in the range from 17 to 68 dg/min as measured according to ISO1133-1:2011 at 230°C/2.16kg, wherein the amount of the ethylene based elastomer is in the range from 15.5 to 28.3 wt% based on the total amount of the polymer composition, wherein the MFI of the ethylene based elastomer is in the range of 0.8 to 36 dg/min as measured according to ISO1133-1:2011 at 190°C/2.16kg wherein amount of grafted polypropylene is in the range from 1.2 to 2.9 wt% based on the total amount of the polymer composition.
A method for determining the resource for the transmission of an acknowledgement signal by a user equipment, UE, in an Uplink, UL, Component Carrier, CC, of a communication system, the method comprising the steps of: receiving multiple scheduling assignments, SAs, corresponding to respective multiple downlink, DL, component carriers, CCs from a base station, wherein each SA consisting of information elements, IEs, that include a transmission power control, TPC, IE; using a first TPC IE value included in a SA corresponding to a primary DL CC, from the multiple DL CCs, for adjusting a transmission power of the acknowledgment signal; using (1040, 1060) a second TPC IE value included in each SA corresponding to each of the remaining DL CCs (1030, 1050) except for the primary DL CC, from the multiple DL CCs, for determining the resource used for the transmission of the acknowledgment signal; and transmitting the acknowledgement signal. receiving multiple scheduling assignments, SAs, corresponding to respective multiple downlink, DL, component carriers, CCs from a base station, wherein each SA consisting of information elements, IEs, that include a transmission power control, TPC, IE; using a first TPC IE value included in a SA corresponding to a primary DL CC, from the multiple DL CCs, for adjusting a transmission power of the acknowledgment signal; using (1040, 1060) a second TPC IE value included in each SA corresponding to each of the remaining DL CCs (1030, 1050) except for the primary DL CC, from the multiple DL CCs, for determining the resource used for the transmission of the acknowledgment signal; and transmitting the acknowledgement signal.
A forming method that forms a press component with an L shape from a blank metal sheet, the press component having a top sheet section and a vertical wall section which is connected to the top sheet section via a bent section having a part curved in an arc shape and which has a flange section on an opposite side to the bent section, the top sheet section being arranged at an outside of the arc of the vertical wall section, characterized in that the method comprises: disposing the blank metal sheet between a die and a pad and between the die and a bending die; and forming the vertical wall section and the flange section while an end portion of a part of the blank metal sheet corresponding to a lower side of the L shape is caused to slide on a part of the die corresponding to the top sheet section by vertically and relatively moving the die and the bending die, the forming of the vertical wall section and the flange section being performed in a state where: as an out-of-plane deformation suppressing area, at least a part of the blank metal sheet corresponding to the top sheet section is pressurized by the pad; and the end portion of the part of the blank metal sheet corresponding to the lower side of the L shape is arranged on a same plane as that of the top sheet section. disposing the blank metal sheet between a die and a pad and between the die and a bending die; and forming the vertical wall section and the flange section while an end portion of a part of the blank metal sheet corresponding to a lower side of the L shape is caused to slide on a part of the die corresponding to the top sheet section by vertically and relatively moving the die and the bending die, the forming of the vertical wall section and the flange section being performed in a state where: as an out-of-plane deformation suppressing area, at least a part of the blank metal sheet corresponding to the top sheet section is pressurized by the pad; and the end portion of the part of the blank metal sheet corresponding to the lower side of the L shape is arranged on a same plane as that of the top sheet section. as an out-of-plane deformation suppressing area, at least a part of the blank metal sheet corresponding to the top sheet section is pressurized by the pad; and the end portion of the part of the blank metal sheet corresponding to the lower side of the L shape is arranged on a same plane as that of the top sheet section.
A water treatment composition comprising: one or more azole compounds, one or more transition metals, and one or more dispersants, wherein said water treatment composition does not comprise phosphorus, wherein said one or more dispersants comprises a mixture of polymaleic acid and a copolymer comprising acrylic acid and 2-acrylamido-2-methylpropane sulfonic acid, said one or more transition metals comprises zinc, and said one or more azole compounds comprises a mixture of butylbenzotriazole and tolyltriazole. one or more azole compounds, one or more transition metals, and one or more dispersants, wherein said water treatment composition does not comprise phosphorus, wherein said one or more dispersants comprises a mixture of polymaleic acid and a copolymer comprising acrylic acid and 2-acrylamido-2-methylpropane sulfonic acid, said one or more transition metals comprises zinc, and said one or more azole compounds comprises a mixture of butylbenzotriazole and tolyltriazole.