mhurhangee/ep-ind-claims huggingface dataset:
Sash for a window or a door, having: a profile frame, which is closed around the periphery, for receiving a pane-like glazing unit, which profile frame forms a rebate which is substantially L-shaped in cross-section and has a rebate base and a rebate overlap; a pane-like glazing unit inserted into the profile frame, which glazing unit has a peripheral end face which is arranged facing the rebate base, the rebate overlap engaging over a lateral edge region of the glazing unit; a first adhesive layer which is arranged in the rebate base between the end face of the glazing unit and the profile frame and by means of which the glazing unit is affixed to the profile frame; a second adhesive layer which affixes the glazing unit to the profile frame and which is arranged between the rebate overlap and the lateral edge region of the glazing unit; characterised in that the second adhesive layer and the first adhesive layer touch one another, at least in some regions, or are in the form of a continuous adhesive layer. a profile frame, which is closed around the periphery, for receiving a pane-like glazing unit, which profile frame forms a rebate which is substantially L-shaped in cross-section and has a rebate base and a rebate overlap; a pane-like glazing unit inserted into the profile frame, which glazing unit has a peripheral end face which is arranged facing the rebate base, the rebate overlap engaging over a lateral edge region of the glazing unit; a first adhesive layer which is arranged in the rebate base between the end face of the glazing unit and the profile frame and by means of which the glazing unit is affixed to the profile frame; a second adhesive layer which affixes the glazing unit to the profile frame and which is arranged between the rebate overlap and the lateral edge region of the glazing unit; characterised in that the second adhesive layer and the first adhesive layer touch one another, at least in some regions, or are in the form of a continuous adhesive layer.
A method for receiving a broadcast service and a unicast service by a user equipment, UE, the method comprising: calculating (414, 614) by the UE a candidate interval for receiving the unicast service, said candidate interval being an interval in which the broadcast service is not received based on scheduling information of the broadcast service when the unicast service begins to be provided through another frequency band other than a dedicated frequency band for the broadcast service, while receiving the broadcast service through the dedicated frequency band; notifying (415, 615) by the UE the scheduling information of the broadcast service and the calculated candidate interval to an evolved node B, ENB, which schedules the unicast service; switching by the UE to the another frequency band and receiving the unicast service in the candidate interval; and switching by the UE to the dedicated frequency band and receiving the broadcast service in another interval other than the candidate interval. calculating (414, 614) by the UE a candidate interval for receiving the unicast service, said candidate interval being an interval in which the broadcast service is not received based on scheduling information of the broadcast service when the unicast service begins to be provided through another frequency band other than a dedicated frequency band for the broadcast service, while receiving the broadcast service through the dedicated frequency band; notifying (415, 615) by the UE the scheduling information of the broadcast service and the calculated candidate interval to an evolved node B, ENB, which schedules the unicast service; switching by the UE to the another frequency band and receiving the unicast service in the candidate interval; and switching by the UE to the dedicated frequency band and receiving the broadcast service in another interval other than the candidate interval.
A composition comprising a primary cell-derived biologic comprising interleukin 1 (IL-1), interleukin 2 (IL-2), interleukin 6 (IL-6), interleukin 8 (IL-8), tumour necrosis factor α (TNF-α) and γ-interferon (IFN-γ), and a cancer vaccine comprising at least one nucleic acid encoding an antigen in a viral vector.
Indicator lamp, in particular for an electromechanical command device, comprising - a housing; - a light source arranged in the housing, which emits light when supplied with energy; - a lens arrangement comprising a first lens unit, which is arranged in the propagation direction of the light emitted by the light source and is of such a nature that light beams emitted by the light source emerge substantially in parallel from a side of the first lens unit that faces away from the light source, characterized in that - the lens arrangement comprises a second lens, which is arranged on the side of the first lens unit that faces away from the light source and is of such a nature that some of the light beams emerging from the first lens unit are directed with respect to the parallel propagation direction toward a transparent side surface of the housing, wherein the second lens is a prismatic ring, the entry surface of which at least partly overlaps an exit surface of the light beams from the first lens unit. - a housing; - a light source arranged in the housing, which emits light when supplied with energy; - a lens arrangement comprising a first lens unit, which is arranged in the propagation direction of the light emitted by the light source and is of such a nature that light beams emitted by the light source emerge substantially in parallel from a side of the first lens unit that faces away from the light source, characterized in that - the lens arrangement comprises a second lens, which is arranged on the side of the first lens unit that faces away from the light source and is of such a nature that some of the light beams emerging from the first lens unit are directed with respect to the parallel propagation direction toward a transparent side surface of the housing, wherein the second lens is a prismatic ring, the entry surface of which at least partly overlaps an exit surface of the light beams from the first lens unit.
Method of mapping, in a mapping color space, source colors of a source color device into target colors of a target color device, comprising mapping each source color into its target color along a mapping trajectory that is anchored to an anchor point, wherein said mapping trajectory belongs to a mapping plane comprising said anchor points, wherein there is at least one mapping plane comprising a plurality of different anchor points on which different mapping trajectories are anchored that do not intersect one with another except, possibly, at said anchor points, in which each of said source colors that lies on one of said mapping trajectories are mapped along said one mapping trajectory, characterised in that, in said at least one mapping plane, a uniformity testing curve different from an achromatic axis can be found that intersects all said mapping trajectories of this mapping plane such that the gradients of these mapping trajectories at said intersections vary continuously along said uniformity testing curve, wherein the first derivation of said gradients along this uniformity testing curve is also continuous.
An infrared remote control apparatus, comprising an audio codec chip, a transfer switch, and an infrared transmitter, wherein the audio codec chip comprises a pair of differential output pins, and the infrared transmitter is connected to the differential output pins by using the transfer switch; and the audio codec chip is configured to: obtain an infrared remote control parameter, wherein the infrared remote control parameter comprises an envelope length and a carrier frequency of an infrared remote control signal; generate the infrared remote control signal according to the envelope length and the carrier frequency; and when the transfer switch sets up a connection between the infrared transmitter and the differential output pins, drive, by using the differential output pins, the infrared transmitter to transmit the infrared remote control signal.
The use of a system consisting of Lewis acid and a substance that provides peroxycarboxylic acid under perhydrolysis conditions as an activator for peroxygen compounds in oxidation, washing, cleaning or disinfecting solutions, wherein the Lewis acid is selected from bismuth salts, indium salts and samarium salts and mixtures thereof.
A method for continuous ore extraction in underground works intended for the permanent production of extraction from draw points or trenches, comprising the construction of reduced size drifts, wherein through the center defined by a group of drifts crosses a drift which is intended for ore haulage, the haulage drift crosses successively all drift groups defined at an exploitation face, extraction points are arranged to form a regular layout at certain distances which are compatible with an interactive gravitational flow; once the drifts, trenches and haulage drifts are constructed the following steps are carried out: a. Pre-conditioning consisting in modifying in situ rock by intensifying its fracturing degree until reaching the levels that turn the in situ rock into a rock with secondary rock mass features, wherein the modifying comprises a combination of hydraulic fracturing and explosive-driven dynamic weakening. b. Caving consisting in caving the rock mass by undermining its base through well known procedures in well-fragmented rock environment, and c. Extraction consisting in the simultaneous operation from multiple draw points defined during the construction stage of an exploitation drift. a. Pre-conditioning consisting in modifying in situ rock by intensifying its fracturing degree until reaching the levels that turn the in situ rock into a rock with secondary rock mass features, wherein the modifying comprises a combination of hydraulic fracturing and explosive-driven dynamic weakening. b. Caving consisting in caving the rock mass by undermining its base through well known procedures in well-fragmented rock environment, and c. Extraction consisting in the simultaneous operation from multiple draw points defined during the construction stage of an exploitation drift.
Fixing set for fixing a mounting frame for sanitary objects, in particular for a cistern, a toilet bowl and/or a washbasin, to a building wall, wherein the mounting frame is formed from hollow profile bars, comprising: a channel-shaped connecting part which is releasably connectable to the mounting frame and has a radially projecting connecting portion (5.1), a connecting bar, which is mounted in the connecting part, a fixing part attached to one end of the connecting bar, the fixing part is fixable to a building wall, and a plug-in part, characterized in that the plug-in part is insertable into an opening (2.6) of a hollow profile bar of the mounting frame for axially fixing the connecting part to the mounting frame and, in the assembled state, locks the connecting part and the hollow profile bar relative to one another, the connecting portion (5.1) having a gap (5.2) into which a portion of a hollow profile bar wall (2.5) of the mounting frame can be introduced. a channel-shaped connecting part which is releasably connectable to the mounting frame and has a radially projecting connecting portion (5.1), a connecting bar, which is mounted in the connecting part, a fixing part attached to one end of the connecting bar, the fixing part is fixable to a building wall, and a plug-in part, characterized in that the plug-in part is insertable into an opening (2.6) of a hollow profile bar of the mounting frame for axially fixing the connecting part to the mounting frame and, in the assembled state, locks the connecting part and the hollow profile bar relative to one another, the connecting portion (5.1) having a gap (5.2) into which a portion of a hollow profile bar wall (2.5) of the mounting frame can be introduced.
An ink for an organic electroluminescent device, the ink comprising: a functional material for constituting a functional layer of the organic electroluminescent device; a first solvent dissolving the functional material; a second solvent which has a diester skeleton and that has a boiling point that is equal to or lower than the boiling point of the first solvent, or a boiling point that is higher than the boiling point of the first solvent and the difference between the boiling point of the first solvent and the second solvent is 20°C or less; and a third solvent which is an aliphatic alcohol and that has a boiling point that is lower than the boiling point of the first solvent and the second solvent. a functional material for constituting a functional layer of the organic electroluminescent device; a first solvent dissolving the functional material; a second solvent which has a diester skeleton and that has a boiling point that is equal to or lower than the boiling point of the first solvent, or a boiling point that is higher than the boiling point of the first solvent and the difference between the boiling point of the first solvent and the second solvent is 20°C or less; and a third solvent which is an aliphatic alcohol and that has a boiling point that is lower than the boiling point of the first solvent and the second solvent.
An acoustic-wave acquisition apparatus comprising, a light source configured to generate pulsed light, a detector including a plurality of detection elements for receiving, at respective receiving surfaces, acoustic waves, generated in a subject irradiated with the pulsed light, from a measuring area of the subject, the receiving surfaces of at least some of the detection elements being at different angles, wherein a positional relationship among the acoustic detection elements is fixed thereby defining a high resolution area, a scanning unit configured to move at least one of the subject and the detector, a control unit configured to control the movement of the scanning unit, characterized in that the control unit is adapted to control the movement of the scanning unit such that a relative position of the subject and the high resolution area is changed, and wherein the control unit is further adapted to control the movement of the scanning unit so that the pulsed light is applied to the subject at least one time before the relative position changes by a distance equal to the size of the high resolution area. a light source configured to generate pulsed light, a detector including a plurality of detection elements for receiving, at respective receiving surfaces, acoustic waves, generated in a subject irradiated with the pulsed light, from a measuring area of the subject, the receiving surfaces of at least some of the detection elements being at different angles, wherein a positional relationship among the acoustic detection elements is fixed thereby defining a high resolution area, a scanning unit configured to move at least one of the subject and the detector, a control unit configured to control the movement of the scanning unit, characterized in that the control unit is adapted to control the movement of the scanning unit such that a relative position of the subject and the high resolution area is changed, and
An exhaust gas purification apparatus for an internal combustion engine comprising: an NOx selective reduction catalyst that is arranged in an exhaust passage of the internal combustion engine and reduces NOx by means of a reducing agent supplied thereto; a supply device that supplies urea water as the reducing agent to said NOx selective reduction catalyst from an upstream side of said NOx selective reduction catalyst; characterised in that the exhaust gas purification apparatus comprises: a PM sensor that detects an amount of particulate matter in an exhaust gas at a downstream side of said NOx selective reduction catalyst; a filter that is arranged in the exhaust passage at an upstream side of said PM sensor for trapping the particulate matter in the exhaust gas; and a control unit that serves to make an amount of production of intermediate products from the urea water supplied from said supply device to ammonia smaller when an amount of particulate matter is detected by said PM sensor than when not detected. an NOx selective reduction catalyst that is arranged in an exhaust passage of the internal combustion engine and reduces NOx by means of a reducing agent supplied thereto; a supply device that supplies urea water as the reducing agent to said NOx selective reduction catalyst from an upstream side of said NOx selective reduction catalyst; characterised in that the exhaust gas purification apparatus comprises: a PM sensor that detects an amount of particulate matter in an exhaust gas at a downstream side of said NOx selective reduction catalyst; a filter that is arranged in the exhaust passage at an upstream side of said PM sensor for trapping the particulate matter in the exhaust gas; and a control unit that serves to make an amount of production of intermediate products from the urea water supplied from said supply device to ammonia smaller when an amount of particulate matter is detected by said PM sensor than when not detected. a PM sensor that detects an amount of particulate matter in an exhaust gas at a downstream side of said NOx selective reduction catalyst; a filter that is arranged in the exhaust passage at an upstream side of said PM sensor for trapping the particulate matter in the exhaust gas; and a control unit that serves to make an amount of production of intermediate products from the urea water supplied from said supply device to ammonia smaller when an amount of particulate matter is detected by said PM sensor than when not detected.
A diesel engine comprising an engine body, a DPF case and an SCR catalyst case, in which a DPF is accommodated in the DPF case and an SCR catalyst is accommodated in the SCR catalyst case, wherein the DPF case and the SCR catalyst case are mounted on the engine body, characterised in that the DPF case is supported by the engine body through an exhaust gas introducing pipe, and the SCR catalyst case is supported by the DPF case through an exhaust gas relay pipe.
Arrangement of pneumatic vehicle tyres (2, 3) on a vehicle, in particular on a passenger motor vehicle, having vehicle wheels arranged in a longitudinal direction of the vehicle in two positions arranged one behind the other, on which vehicle wheels there is arranged in each case one pneumatic vehicle tyre with a profiled tread, wherein the profiled tread is formed in each case with radially elevated profile bands extending over the circumference of the pneumatic vehicle tyre, wherein, in at least one of the profile bands (4, 5) of each pneumatic vehicle tyre, within the ground contact patch width T A of the pneumatic vehicle tyre (2, 3), there are formed sipes (6, 7) arranged one behind the other in a circumferential direction U of the pneumatic vehicle tyre, which sipes extend, with their main direction of extent in the surface which delimits the profile band (4, 5) radially to the outside, with their greatest direction component in an axial direction A of the pneumatic vehicle tyre, and which sipes extend from the radially outer surface in the radial direction R to the sipe base which delimits the sipe (6, 7) in a radially inward direction, characterized in that the sipes in the profile band of the pneumatic vehicle tyre(s) arranged in a front position in the direction of the travel of the vehicle during forward travel are, over their extent to the sipe base, inclined differently with respect to the radial direction R than the sipes in the profile band of the pneumatic vehicle tyre(s) arranged in a rear position, and in that the sipes in the profile band of the pneumatic vehicle tyre(s) arranged in the front position in the direction of travel of the vehicle during forward travel are, over their extent to the sipe base, inclined so as to enclose an angle of inclination α with respect to the radial direction R in the section planes perpendicular to the tyre axis, and the sipes in the profile band of the pneumatic vehicle tyre(s) arranged in the rear position are, over their extent to the sipe base, inclined so as to enclose an angle of inclination β with respect to the radial direction R in the section planes perpendicular to the tyre axis, wherein the magnitudes of the angles of inclination differ.
A device for heating room air and a liquid, comprising an air inlet, an air outlet, a liquid inlet, a liquid outlet, an energy unit, a heat transfer means, a medium container, a medium line, a conveying device and a control unit, wherein room air to be heated enters the device via the air inlet, wherein heated room air exits the device via the air outlet, wherein liquid to be heated enters the device via the liquid inlet, wherein heated liquid exits the device via the liquid outlet, wherein the energy unit produces thermal energy, wherein the heat transfer means transfers the thermal energy produced by the energy unit to the room air and/or to the liquid, wherein the medium container serves to receive liquid and air, wherein the medium line serves to conduct liquid and air, wherein the heat transfer means and the medium line are configured and arranged relative to each other such that the heat transfer means transfers thermal energy to liquid present in the medium line, wherein the conveying device serves to move liquid and/or air from the medium container to the medium line, and from the medium line to the medium container, wherein the control unit controls the conveying device, characterized in that in the case that the device is intended to heat only room air in an air mode, the control unit is configured to control, in a preparation step, the conveying device such that the conveying device moves air from an air cushion in the medium container through the medium line. comprising an air inlet, an air outlet, a liquid inlet, a liquid outlet, an energy unit, a heat transfer means, a medium container, a medium line, a conveying device and a control unit, wherein room air to be heated enters the device via the air inlet, wherein heated room air exits the device via the air outlet, wherein liquid to be heated enters the device via the liquid inlet, wherein heated liquid exits the device via the liquid outlet, wherein the energy unit produces thermal energy, wherein the heat transfer means transfers the thermal energy produced by the energy unit to the room air and/or to the liquid, wherein the medium container serves to receive liquid and air, wherein the medium line serves to conduct liquid and air, wherein the heat transfer means and the medium line are configured and arranged relative to each other such that the heat transfer means transfers thermal energy to liquid present in the medium line, wherein the conveying device serves to move liquid and/or air from the medium container to the medium line, and from the medium line to the medium container, wherein the control unit controls the conveying device, characterized in that in the case that the device is intended to heat only room air in an air mode, the control unit is configured to control, in a preparation step, the conveying device such that the conveying device moves air from an air cushion in the medium container through the medium line.
A sealing module (116, 216, 316) for a motor vehicle, this module comprising at least one profile section (126, 226, 326) of at least partly elongated shape and at least one seal gasket configured to cooperate with an element of said vehicle, such as a window (117, 217, 317) of said vehicle, the module further comprising means (134, 234, 334) for supporting at least one electronic equipment (136, 236, 336) which are solidly connected to said profile section, said support means comprising a support arm which has a generally elongate shape and comprises a first longitudinal end connected to said profile section and a second opposite longitudinal end in which said electronic equipment is intended to be housed, characterised in that it comprises a cover attached to the arm and comprising a longitudinal portion extending along the arm and/or a base covering part of said window.