mhurhangee/ep-ind-claims huggingface dataset:
Horizontal reactor for catalytic reactions, comprising a cylindrical outer shell, at least one catalytic bed and a plurality of heat exchange plates immersed in said catalytic bed, the plates being parallel to each other and supplied with a heat exchange fluid inside them, characterized in that: the reactor comprises a container which contains said catalytic bed and said plates, said container being slidably extractable from said shell, by means of at least one first linear guide (31, 32, 45) extended longitudinally with respect to said shell, said container being extractable from the shell up to an extracted position, and said shell comprising at least one second guide for inclining the container starting from said extracted position. the reactor comprises a container which contains said catalytic bed and said plates, said container being slidably extractable from said shell, by means of at least one first linear guide (31, 32, 45) extended longitudinally with respect to said shell, said container being extractable from the shell up to an extracted position, and said shell comprising at least one second guide for inclining the container starting from said extracted position.
Method for regeneration of a particle filter in the exhaust-gas channel of an externally ignited internal combustion engine operating in accordance with the Otto principle, comprising the following steps: - ascertaining a loading state of the particle filter by means of a loading model or by means of a sensor arrangement, wherein - the particle filter is, for modelling, divided into at least two zones (22, 24), wherein a loading state and/or a temperature is ascertained separately for each zone (22, 24) of the particle filter, wherein, - if the need for a regeneration of at least one zone (22, 24) of the particle filter is identified, the temperature is raised to such an extent that the temperature in all zones (22, 24) of the particle filter lies above the regeneration temperature for the oxidation of the soot retained in the particle filter, characterized in that, - if an unfavourable loading state of the particle filter is ascertained, measures for component protection of the particle filter are initiated, wherein, - in the presence of a critical loading, the combustion air ratio is shifted in the direction of substoichiometric, and/or overrun phases are avoided or interrupted in order to avoid the simultaneous presence of high temperatures and an excess of oxygen in the exhaust-gas channel. - ascertaining a loading state of the particle filter by means of a loading model or by means of a sensor arrangement, wherein - the particle filter is, for modelling, divided into at least two zones (22, 24), wherein a loading state and/or a temperature is ascertained separately for each zone (22, 24) of the particle filter, wherein, - if the need for a regeneration of at least one zone (22, 24) of the particle filter is identified, the temperature is raised to such an extent that the temperature in all zones (22, 24) of the particle filter lies above the regeneration temperature for the oxidation of the soot retained in the particle filter, - if an unfavourable loading state of the particle filter is ascertained, measures for component protection of the particle filter are initiated, wherein, - in the presence of a critical loading, the combustion air ratio is shifted in the direction of substoichiometric, and/or overrun phases are avoided or interrupted in order to avoid the simultaneous presence of high temperatures and an excess of oxygen in the exhaust-gas channel.
Hybrid smoke protection differential pressure installation for keeping a protected region in a building free of smoke in order to achieve a minimum pressure difference to a fire region adjacent to the protected region, wherein at the same time a maximum pressure difference is not exceeded, comprising a supply air fan for generating a supply air volume flow into the protected region, a pressure control flap which can be arranged between the protected region and an outer region and opens without auxiliary energy at a preset overpressure in order to counteract an exceeding of the maximum pressure difference, characterized in in that - the supply air fan interacts with a supply air frequency converter in such a way that the supply air volume flow generated by the supply air fan can be adjusted, - a protected region measuring device for determining the operating conditions of the smoke protection differential pressure installation is included in the protected region, wherein a control device is further provided which, on the basis of the signals of the protected region measuring device, carries out an activation of the supply air frequency converter in such a way that the supply air volume flow leads to the achievement of a pressure difference which is above the minimum pressure difference. - the supply air fan interacts with a supply air frequency converter in such a way that the supply air volume flow generated by the supply air fan can be adjusted, - a protected region measuring device for determining the operating conditions of the smoke protection differential pressure installation is included in the protected region,
An inspection assembly for imaging the internal surface of a pipe or conduit comprising: - an elongate housing having a longitudinal axis; - a side view camera mounted in the housing and arranged to capture an image of a region within a field of view external to the housing; - a light source mounted in the housing and arranged to illuminate said field of view; and - a window element mounted in the housing, the window element comprising a light transmitting material and being located such that light emitted by the light source passes through the window element before illuminating the field of view, wherein the window element has an internal surface, closer to the light source, and an external surface, further from the light source, and characterised in that the external surface comprises a concave region, and the light source is angled such that a centre line of a beam of light emitted by the light source is at an angle of less than 90° to the longitudinal axis of the housing and extends towards the centre of the field of view of the camera. - an elongate housing having a longitudinal axis; - a side view camera mounted in the housing and arranged to capture an image of a region within a field of view external to the housing; - a light source mounted in the housing and arranged to illuminate said field of view; and - a window element mounted in the housing, the window element comprising a light transmitting material and being located such that light emitted by the light source passes through the window element before illuminating the field of view,
Functional measuring block for a medium-voltage substation, said block comprising a rectangular parallelepipedal casing, three connecting means for the current input, three connecting means for the current output, and means for measuring voltage, characterized in that: - the input connecting means and the output connecting means are aligned in two parallel planes, respectively; - the casing comprises a first housing for the means for measuring voltage, said compartment being accessible directly from an access face of the casing orthogonal to the planes of the connecting means; - the means for measuring voltage comprise connecting terminals that are located in a plane parallel to the access face; - the connecting terminals of the measuring means are connected to the connecting means of the block via flexible cables. - the input connecting means and the output connecting means are aligned in two parallel planes, respectively; - the casing comprises a first housing for the means for measuring voltage, said compartment being accessible directly from an access face of the casing orthogonal to the planes of the connecting means; - the means for measuring voltage comprise connecting terminals that are located in a plane parallel to the access face; - the connecting terminals of the measuring means are connected to the connecting means of the block via flexible cables.
An ink container comprising: a body for retaining ink; an operating lever which has a fixed end connected to the body and a free end, the operating lever being movable between a first position in which a distance between the free end and the body is a first distance and a second position in which a distance between the free end and the body is a second distance smaller than the first distance; a light emitting portion; a light guide member provided on the operating lever and movable in conjunction with the operating lever, the light guide member (i) having a light receiving portion configured to receive light from the light emitting portion and a light-outputting portion configured to output the light and (ii) being configured to guide the light from the light receiving portion to the light outputting portion, wherein a distance between the light receiving position and the light emitting portion when the operating lever is at the second position is smaller than a distance between the light receiving portion and the light emitting portion when the operating lever is at the first position. a body for retaining ink; an operating lever which has a fixed end connected to the body and a free end, the operating lever being movable between a first position in which a distance between the free end and the body is a first distance and a second position in which a distance between the free end and the body is a second distance smaller than the first distance; a light emitting portion; a light guide member provided on the operating lever and movable in conjunction with the operating lever, the light guide member (i) having a light receiving portion configured to receive light from the light emitting portion and a light-outputting portion configured to output the light and (ii) being configured to guide the light from the light receiving portion to the light outputting portion, wherein a distance between the light receiving position and the light emitting portion when the operating lever is at the second position is smaller than a distance between the light receiving portion and the light emitting portion when the operating lever is at the first position.
A method comprising: determining a boundary value data unit in a large data set in parallel with determining an associated index of the determined boundary value data unit in the large data set by continuously determining a plurality of boundary value data units for smaller sets of data within the large data set during a plurality of processing stages performed in a hierarchical manner until a single data unit is produced, wherein each data set includes a plurality of data entries, characterized by: combining a data value and an associated index of the data value into a single data unit, and storing the single data unit as a data entry in the large data set and, wherein each processing stage determines a boundary value data unit between sets of the smaller data sets in parallel with determining an associated index of the determined value into the large data set. determining a boundary value data unit in a large data set in parallel with determining an associated index of the determined boundary value data unit in the large data set by continuously determining a plurality of boundary value data units for smaller sets of data within the large data set during a plurality of processing stages performed in a hierarchical manner until a single data unit is produced, wherein each data set includes a plurality of data entries, characterized by: combining a data value and an associated index of the data value into a single data unit, and storing the single data unit as a data entry in the large data set and, wherein each processing stage determines a boundary value data unit between sets of the smaller data sets in parallel with determining an associated index of the determined value into the large data set. combining a data value and an associated index of the data value into a single data unit, and storing the single data unit as a data entry in the large data set and, wherein each processing stage determines a boundary value data unit between sets of the smaller data sets in parallel with determining an associated index of the determined value into the large data set.
An assembly comprising: a first modular stent device comprising: a main body including graft material and one or more circumferential stents coupled to graft material; a bypass gate including graft material and one or more circumferential stents coupled to graft material, the bypass gate extending distally from a distal end of the main body; and an artery leg including graft material and one or more circumferential stents coupled to graft material, the artery leg extending distally from the distal end of the main body, wherein the artery leg has a greater radial force than a radial force of the bypass gate, wherein the main body has a first longitudinal axis, the bypass gate has a second longitudinal axis, and the artery leg has a third longitudinal axis, the first, second, and third longitudinal axes are parallel with one another when the first modular stent device is in a relaxed configuration; and a second modular stent device (100A, 1400, 1800) configured to be coupled inside the bypass gate. a first modular stent device comprising: a main body including graft material and one or more circumferential stents coupled to graft material; a bypass gate including graft material and one or more circumferential stents coupled to graft material, the bypass gate extending distally from a distal end of the main body; and an artery leg including graft material and one or more circumferential stents coupled to graft material, the artery leg extending distally from the distal end of the main body, a main body including graft material and one or more circumferential stents coupled to graft material; a bypass gate including graft material and one or more circumferential stents coupled to graft material, the bypass gate extending distally from a distal end of the main body; and an artery leg including graft material and one or more circumferential stents coupled to graft material, the artery leg extending distally from the distal end of the main body, wherein the artery leg has a greater radial force than a radial force of the bypass gate, wherein the main body has a first longitudinal axis, the bypass gate has a second longitudinal axis, and the artery leg has a third longitudinal axis, the first, second, and third longitudinal axes are parallel with one another when the first modular stent device is in a relaxed configuration; and a second modular stent device (100A, 1400, 1800) configured to be coupled inside the bypass gate.
An iodine-containing fluoropolyether represented by the following general formula: RfO[CF(CF 3)CF 2 O]mCF(CF 3)(CH 2)nI (where Rf is a perfluoroalkyl group having 1-3 carbon atoms, m is an integer of 0-10, and n is an integer of 3-12).
A vegetable-based lipid composition comprising: (i) docosahexaenoic acid (22:6n-3) in an amount of from 50% to 85% by weight of the total fatty acid content of the composition; (ii) a second polyunsaturated fatty acid in an amount of from 10% to 90% by weight of the docosahexaenoic acid; and (iii) a third polyunsaturated fatty acid in an amount of from 10% to 70% by weight of the second polyunsaturated fatty acid; wherein the total amount of all other fatty acids in the composition is up to 20% by weight of the total fatty acid content of the composition, and wherein each of the docosahexaenoic acid, and the second and third polyunsaturated fatty acids is independently provided independently in the form of a fatty acid, a fatty acid salt, a fatty acid ester or a salt of a fatty acid ester; wherein the amount of EPA in the composition is less than 10% by weight of the amount of DHA; wherein the lipid composition is obtained by a process comprising transesterification and distillation of a vegetable-based lipid. (i) docosahexaenoic acid (22:6n-3) in an amount of from 50% to 85% by weight of the total fatty acid content of the composition; (ii) a second polyunsaturated fatty acid in an amount of from 10% to 90% by weight of the docosahexaenoic acid; and (iii) a third polyunsaturated fatty acid in an amount of from 10% to 70% by weight of the second polyunsaturated fatty acid; wherein the total amount of all other fatty acids in the composition is up to 20% by weight of the total fatty acid content of the composition, and wherein each of the docosahexaenoic acid, and the second and third polyunsaturated fatty acids is independently provided independently in the form of a fatty acid, a fatty acid salt, a fatty acid ester or a salt of a fatty acid ester; wherein the amount of EPA in the composition is less than 10% by weight of the amount of DHA; wherein the lipid composition is obtained by a process comprising transesterification and distillation of a vegetable-based lipid. wherein the total amount of all other fatty acids in the composition is up to 20% by weight of the total fatty acid content of the composition, and wherein each of the docosahexaenoic acid, and the second and third polyunsaturated fatty acids is independently provided independently in the form of a fatty acid, a fatty acid salt, a fatty acid ester or a salt of a fatty acid ester; wherein the amount of EPA in the composition is less than 10% by weight of the amount of DHA; wherein the lipid composition is obtained by a process comprising transesterification and distillation of a vegetable-based lipid.
A key transfer method based on a shared security application comprising a shared security application built in a secure element of a mobile terminal, several mobile applications and a shared security application proxy built in an execution environment of the mobile terminal, comprising the following steps: generating, by management servers of the mobile applications, respective application keys for the several mobile applications in the execution environment in the mobile terminal, wherein the application keys comprise service keys, and delivering, by the management servers of the mobile application, the application keys to the mobile terminal; and receiving, by a management server of the shared security application, the application keys and delivering the application keys to the shared security application in a secure element in the mobile terminal; wherein the shared security application stores the application keys of the several mobile applications for responding to invocation of service operations of the respective mobile applications; wherein the method further comprises providing interfaces, by the shared security application proxy, between the several mobile applications and the corresponding application keys in the shared security application; and invoking, by the mobile applications, the corresponding service keys in the shared security application through the interfaces first decrypting service data, then performing service processing, and returning service processing results to the corresponding mobile applications. generating, by management servers of the mobile applications, respective application keys for the several mobile applications in the execution environment in the mobile terminal, wherein the application keys comprise service keys, and delivering, by the management servers of the mobile application, the application keys to the mobile terminal; and receiving, by a management server of the shared security application, the application keys and delivering the application keys to the shared security application in a secure element in the mobile terminal; wherein the shared security application stores the application keys of the several mobile applications for responding to invocation of service operations of the respective mobile applications; wherein the method further comprises providing interfaces, by the shared security application proxy, between the several mobile applications and the corresponding application keys in the shared security application; and invoking, by the mobile applications, the corresponding service keys in the shared security application through the interfaces first decrypting service data, then performing service processing, and returning service processing results to the corresponding mobile applications.
A method for providing an equi-potential touch screen, comprising: providing a capacitive touch screen including transmit electrodes and receive electrodes combined to form a grid structure configured to provide capacitive signals that allow position of touch to be resolved; the plurality of transmit electrodes including directly connected electrodes and interpolated electrodes, the interpolated electrodes being connected to the transmit electrodes via a resistor; locating a substantially central transmit electrode with equi-potential connection points (A-B) on each side of the substantially central transmit electrode, the equi-potential connection points being at a substantially equal potential; arranging the directly connected electrodes and the interpolated electrodes above and below the substantially central transmit electrode, by feeding the directly connected electrodes and the interpolated electrodes above the substantially central transmit electrode via routing lines from one side and the directly connected electrodes and the interpolated electrodes below the substantially central transmit electrode being fed by routing lines from an other side; and driving the equi-potential connection points (A-B) via a drive signal. providing a capacitive touch screen including transmit electrodes and receive electrodes combined to form a grid structure configured to provide capacitive signals that allow position of touch to be resolved; the plurality of transmit electrodes including directly connected electrodes and interpolated electrodes, the interpolated electrodes being connected to the transmit electrodes via a resistor; locating a substantially central transmit electrode with equi-potential connection points (A-B) on each side of the substantially central transmit electrode, the equi-potential connection points being at a substantially equal potential; arranging the directly connected electrodes and the interpolated electrodes above and below the substantially central transmit electrode, by feeding the directly connected electrodes and the interpolated electrodes above the substantially central transmit electrode via routing lines from one side and the directly connected electrodes and the interpolated electrodes below the substantially central transmit electrode being fed by routing lines from an other side; and driving the equi-potential connection points (A-B) via a drive signal.