mhurhangee/ep-ind-claims huggingface dataset:
A variable lubricant vane pump for providing pressurized lubricant for an internal combustion engine, comprising a pump housing with a pump rotor, whereby the pump rotor is provided with radially slidable vanes rotating in a shiftable control ring which envelopes a pump chamber with numerous rotating pump compartments (19 1 - 19 7) rotating from a charge zone to a discharge zone, whereby the pressurized lubricant is discharged from the rotating pump compartments (192, 193) into an outlet cavity, the control ring being shiftable with respect to the rotor axis between a high pumping volume position and a low pumping volume position, a pressure control chamber for pushing the control ring into a high pumping volume direction, whereby the control chamber is loaded with lubricant from the outlet cavity, a control valve for connecting or disconnecting the pressure control chamber to a lubricant tank, a pilot chamber for pushing the control ring into a low pumping volume direction against the pressure control chamber, and a pilot chamber channel connecting the outlet cavity with the pilot chamber, the pilot chamber being not provided with another fluid connection so that the fluidic pressure in the pilot chamber is always equal to the discharge pressure PD of the outlet cavity, wherein a mechanical pretension element is provided pushing the control ring into the high pumping volume direction, wherein the pretension element is a spring arranged inside the control chamber, and a control chamber channel (60;60') directly connecting the outlet cavity with the pressure control chamber, characterised in that the smallest flow cross-section of the control chamber channel (60;60') is larger than 1/3 and not larger than 1/1 of the smallest flow cross-section of the pilot chamber channel, and in that the control chamber channel is provided as a groove in the control ring, or is provided as a groove in a wall of the pump housing.
A combined pickling and rolling plant for pickling and rolling a metal strip, comprising - a pickling line for continuously pickling the strip; - storing means (20, 20') for storing the pickled strip which are arranged downstream of the pickling line; - a reversible cold rolling mill having at least two first rolling stands, arranged downstream of said storing means (20, 20'); - a first reel, which is arranged downstream of said at least two first rolling stands, for winding the strip after a first rolling step; - at least one second reel, arranged upstream of said at least two first rolling stands, for winding at least one portion of the strip after a second rolling step in direction opposite to the first step, said at least one second reel being sized to wind strip portions up to a predetermined weight limit or diameter limit of coil; - first cutting means, arranged between said at least one second reel and said at least two first rolling stands, which are adapted to cut the rolled strip each time a strip portion wound on the at least one second reel reaches said predetermined weight limit or diameter limit of coil; characterized in that said storing means (20, 20') for storing the pickled strip have a capacity of 500-3000 metres of strip length, said first reel is sized to wind a coil weighing from 100 to 300 tons and/or with a diameter of up to 6 metres, - a welder is arranged between said storing means (20, 20') and said at least two first rolling stands, said at least one second reel is arranged downstream of said welder, and in that said welder is adapted to weld a head of the rolled strip exiting the second rolling step, obtained from a cut performed by the first cutting means, with a strip head coming from said storing means (20, 20'). - a pickling line for continuously pickling the strip; - storing means (20, 20') for storing the pickled strip which are arranged downstream of the pickling line; - a reversible cold rolling mill having at least two first rolling stands, arranged downstream of said storing means (20, 20'); - a first reel, which is arranged downstream of said at least two first rolling stands, for winding the strip after a first rolling step; - at least one second reel, arranged upstream of said at least two first rolling stands, for winding at least one portion of the strip after a second rolling step in direction opposite to the first step, said at least one second reel being sized to wind strip portions up to a predetermined weight limit or diameter limit of coil; - first cutting means, arranged between said at least one second reel and said at least two first rolling stands, which are adapted to cut the rolled strip each time a strip portion wound on the at least one second reel reaches said predetermined weight limit or diameter limit of coil; - a welder is arranged between said storing means (20, 20') and said at least two first rolling stands,
Method for producing a double-flanged seam between an inner component having a wing flange and an outer component having a fold flange, comprising at least the following steps: applying an adhesive strip to the front edge of the wing flange, heating up the adhesive strip, gluing the adhesive strip on to one side or both sides of the wing flange, applying the inner component to the outer component, crimping over the fold flange toward the inner component, wherein, after crimping over the fold flange toward the inner component, the adhesive strip is arranged with the free edges (13, 17) thereof within a fold gap, and therefore an expansion space (22, 23) is formed in each case, and applying a paint coating which is likewise applied in the expansion spaces (22, 23) of the fold gap and is also applied to the free edges (13, 17) of the adhesive strip, and therefore the adhesive strip is housed by the paint coating, and then heating up at least the double-flanged seam region to cure the adhesive strip. applying an adhesive strip to the front edge of the wing flange, heating up the adhesive strip, gluing the adhesive strip on to one side or both sides of the wing flange, applying the inner component to the outer component, crimping over the fold flange toward the inner component, wherein, after crimping over the fold flange toward the inner component, the adhesive strip is arranged with the free edges (13, 17) thereof within a fold gap, and therefore an expansion space (22, 23) is formed in each case, and applying a paint coating which is likewise applied in the expansion spaces (22, 23) of the fold gap and is also applied to the free edges (13, 17) of the adhesive strip, and therefore the adhesive strip is housed by the paint coating, and then heating up at least the double-flanged seam region to cure the adhesive strip.
An information transmission method, comprising: receiving, by a serving radio access device, a first uplink data packet and a terminal identifier from a terminal which is in an inactive state and switching from a radio access device that allocates the terminal identifier to the serving radio access device, wherein the first uplink data packet comprises uplink data; if the serving radio access device determines that the radio access device that allocates the terminal identifier is not the serving radio access device, sending, by the serving radio access device, first information to the terminal, wherein the first information is used to provide a notification about a key parameter of a key used for encrypting a second uplink data packet from the terminal, or to instruct the terminal to deduce the key used for encrypting the second uplink data packet; and receiving, by the serving radio access device, the second uplink data packet from the terminal, wherein the second uplink data packet comprises the uplink data or newly transmitted uplink data, wherein the method further comprises: discarding, by the serving radio access device, the first uplink data packet. receiving, by a serving radio access device, a first uplink data packet and a terminal identifier from a terminal which is in an inactive state and switching from a radio access device that allocates the terminal identifier to the serving radio access device, wherein the first uplink data packet comprises uplink data; if the serving radio access device determines that the radio access device that allocates the terminal identifier is not the serving radio access device, sending, by the serving radio access device, first information to the terminal, wherein the first information is used to provide a notification about a key parameter of a key used for encrypting a second uplink data packet from the terminal, or to instruct the terminal to deduce the key used for encrypting the second uplink data packet; and receiving, by the serving radio access device, the second uplink data packet from the terminal, wherein the second uplink data packet comprises the uplink data or newly transmitted uplink data, wherein the method further comprises: discarding, by the serving radio access device, the first uplink data packet.
A self-propelled collecting sweeping machine with a carrier vehicle, a sweeping unit with at least one rotationally driven brush, a sweepings collection unit which comprises a sweepings collection container with a suction fan and a sweepings suction tract with a suction head and a suction channel leading into the sweepings collection container, and a water system with a water tank (13; 25), a water pump (14; 26) and at least one water spray nozzle (16; 28) assigned to the sweeping unit or the sweepings collection unit, wherein a control system comprising a control unit is provided which at least acts on the brush motor, the suction fan and the water pump (14; 26) and/or at least one water valve, the control system being characterised by a precipitation sensor which is exposed to the area surrounding the sweeping machine, which has a signal transmitting connection to the control system and which generates a precipitation signal, wherein the control system produces the water quantity control signal switched to the water pump (14; 26), or the at least one water valve, in accordance with the precipitation signal.
A semiconductor device comprising: a substrate including a first surface and a second surface opposite to each other in a first direction; a first active pattern disposed on the first surface of the substrate and extending in a second direction intersecting the first direction; a field insulating film disposed on the first surface of the substrate and covering sidewalls of the first active pattern; a power rail disposed on the second surface of the substrate and extending in the second direction; a via trench (PVA_T) disposed on one side of the first active pattern and penetrating through the field insulating film; a power rail via filling the via trench (PVA_T) and connected to the power rail; and a via insulating liner disposed between sidewalls of the via trench (PVA_T) and sidewalls of the power rail via,wherein the power rail via includes: a first sub-film (PVA_1) formed as a single film and filling a lower portion of the via trench (PVA_T); and a second sub-film (PVA_2) disposed at an upper portion of the via trench (PVA_T) on the first sub-film (PVA_1), wherein the second sub-film (PVA_2) includes a filling film (PVA_2b) and a barrier film (PVA_2a) disposed between sidewalls of the filling film (PVA_2b) and the via insulating liner, and wherein sidewalls of the first sub-film (PVA_1) are in contact with the via insulating liner. a substrate including a first surface and a second surface opposite to each other in a first direction; a first active pattern disposed on the first surface of the substrate and extending in a second direction intersecting the first direction; a field insulating film disposed on the first surface of the substrate and covering sidewalls of the first active pattern; a power rail disposed on the second surface of the substrate and extending in the second direction; a via trench (PVA_T) disposed on one side of the first active pattern and penetrating through the field insulating film; a power rail via filling the via trench (PVA_T) and connected to the power rail; and a via insulating liner disposed between sidewalls of the via trench (PVA_T) and sidewalls of the power rail via,wherein the power rail via includes: a first sub-film (PVA_1) formed as a single film and filling a lower portion of the via trench (PVA_T); and a second sub-film (PVA_2) disposed at an upper portion of the via trench (PVA_T) on the first sub-film (PVA_1), wherein the second sub-film (PVA_2) includes a filling film (PVA_2b) and a barrier film (PVA_2a) disposed between sidewalls of the filling film (PVA_2b) and the via insulating liner, and a first sub-film (PVA_1) formed as a single film and filling a lower portion of the via trench (PVA_T); and a second sub-film (PVA_2) disposed at an upper portion of the via trench (PVA_T) on the first sub-film (PVA_1), wherein the second sub-film (PVA_2) includes a filling film (PVA_2b) and a barrier film (PVA_2a) disposed between sidewalls of the filling film (PVA_2b) and the via insulating liner, and wherein sidewalls of the first sub-film (PVA_1) are in contact with the via insulating liner.
A writing or color pencil comprising the following 3 layers obtained by coextrusion: - a polyolefin-based non-expanded lead, - a non-expanded protective intermediate layer surrounding the lead and comprising a mixture of polystyrene and EVA, and - an expanded synthetic wood material based on a styrene polymer surrounding the protective intermediate layer, the protective intermediate layer thickness / lead radius ratio being between 0.05 and 0.17, advantageously between 0.07 and 0.15. - a polyolefin-based non-expanded lead, - a non-expanded protective intermediate layer surrounding the lead and comprising a mixture of polystyrene and EVA, and - an expanded synthetic wood material based on a styrene polymer surrounding the protective intermediate layer,
Snow blower for attachment to a working device, the snow blower comprising a device for adjusting the alignment of the snow blower with one or more adjustment devices for adjusting the inclination, swiveling, lateral adjustment, with hydraulic cylinders ( 11, 12) are provided, characterized in that a force limiting device is provided for the adjusting devices and that a tracking device is provided relative to the implement, which can detect the steering angle and/or the wheel position of the implement and that as a force limiting device a Pressure relief valve is provided.
A method performed by a wireless device (10, 120) for receiving positioning assistance data from a network node, wherein the wireless device (10, 120) and the network node operate in a wireless communications network, and wherein the method comprises: - receiving, from the network node, scheduling information comprising information about radio resources that are to provide scheduling information of a positioning System Information Broadcast, SIB, which received scheduling information is different from scheduling information of non-positioning SIB; - using the radio resources for receiving, from the network node, scheduling information of the positioning SIB; and - receiving, from the network node and in accordance with the received scheduling information of the positioning SIB, one or more positioning SIBs comprising positioning assistance data; - determining whether or not the positioning assistance data of the received one or more positioning SIBs is same in a second cell as in a first cell, wherein the positioning assistance data of the one or more positioning SIBs are associated with a respective indication, which indicates a categorization of the positioning assistance data in dependence of its change rate, and wherein the determining of whether or not the positioning assistance data of the received one or more positioning SIBs is same comprises determining the positioning assistance data to be same when being associated with same respective indication. - receiving, from the network node, scheduling information comprising information about radio resources that are to provide scheduling information of a positioning System Information Broadcast, SIB, which received scheduling information is different from scheduling information of non-positioning SIB; - using the radio resources for receiving, from the network node, scheduling information of the positioning SIB; and - receiving, from the network node and in accordance with the received scheduling information of the positioning SIB, one or more positioning SIBs comprising positioning assistance data; - determining whether or not the positioning assistance data of the received one or more positioning SIBs is same in a second cell as in a first cell, wherein the positioning assistance data of the one or more positioning SIBs are associated with a respective indication, which indicates a categorization of the positioning assistance data in dependence of its change rate, and wherein the determining of whether or not the positioning assistance data of the received one or more positioning SIBs is same comprises determining the positioning assistance data to be same when being associated with same respective indication.
A catheter assembly comprising: a catheter having a leading end and a trailing end and comprising a main lumen extending between the leading end and the trailing end; an expandable device positioned at the leading end of the catheter, the expandable device having a collapsed configuration for endoluminal delivery of the expandable device to a treatment site and an expanded configuration having a diameter larger than the diameter of the collapsed configuration; a primary sleeve wrapped circumferentially around the expandable device, wherein the primary sleeve comprises a sheet of material having first and second major surfaces and a plurality of openings extending from the first major surface to the second major surface; and a primary coupling member cooperating with the openings for releasably coupling portions of the sheet to one another to constrain the expandable device toward the collapsed configuration; and at least one steering line extending through the main lumen of the catheter and at least disposed between the expandable device and the primary sleeve to allow selective bending of the expandable device and non-concentric engagement of the expandable implant in relation to the catheter; and further comprising a secondary sleeve and secondary coupling member, wherein the secondary sleeve limits the expansion of the expandable device to an intermediate configuration having a diameter larger than the diameter of the collapsed configuration and smaller than the diameter of the expanded configuration. a catheter having a leading end and a trailing end and comprising a main lumen extending between the leading end and the trailing end; an expandable device positioned at the leading end of the catheter, the expandable device having a collapsed configuration for endoluminal delivery of the expandable device to a treatment site and an expanded configuration having a diameter larger than the diameter of the collapsed configuration; a primary sleeve wrapped circumferentially around the expandable device, wherein the primary sleeve comprises a sheet of material having first and second major surfaces and a plurality of openings extending from the first major surface to the second major surface; and a primary coupling member cooperating with the openings for releasably coupling portions of the sheet to one another to constrain the expandable device toward the collapsed configuration; and at least one steering line extending through the main lumen of the catheter and at least disposed between the expandable device and the primary sleeve to allow selective bending of the expandable device and non-concentric engagement of the expandable implant in relation to the catheter; and further comprising a secondary sleeve and secondary coupling member, wherein the secondary sleeve limits the expansion of the expandable device to an intermediate configuration having a diameter larger than the diameter of the collapsed configuration and smaller than the diameter of the expanded configuration.
Luminaire with • a first housing section, • a second housing section and • a seal, which - is formed from a flexible material, and - is so designed and arranged between the two housing sections (20, 30) that in a pressed-in state, it is so sealingly pressed between the two housing sections (20, 30), that an adhesion effect is exerted between the seal and the adjacent housing section (20, 30), and - has an X-shaped cross-section so that on its sides which point in the direction of the respective housing sections (20, 30), it has widened foot sections (11, 12), wherein the adhesion effect is at least partially obtained by forming the seal in such a way that a suction effect is produced between the seal and at least one of the two housing sections (20, 30) in the pressed-in state. • a first housing section, • a second housing section and • a seal, which - is formed from a flexible material, and - is so designed and arranged between the two housing sections (20, 30) that in a pressed-in state, it is so sealingly pressed between the two housing sections (20, 30), that an adhesion effect is exerted between the seal and the adjacent housing section (20, 30), and - has an X-shaped cross-section so that on its sides which point in the direction of the respective housing sections (20, 30), it has widened foot sections (11, 12), - is formed from a flexible material, and - is so designed and arranged between the two housing sections (20, 30) that in a pressed-in state, it is so sealingly pressed between the two housing sections (20, 30), that an adhesion effect is exerted between the seal and the adjacent housing section (20, 30), and - has an X-shaped cross-section so that on its sides which point in the direction of the respective housing sections (20, 30), it has widened foot sections (11, 12),
A method of performing an operation based on sensor signal data obtained from at least one sensor by a device comprising a processor, characterized by said method comprising the steps of: - generating, by said processor, a feature profile from said sensor signal data; - matching, by said processor, said generated feature profile to a set of predetermined feature profiles available to said processor; - performing said operation, by said device, controlled by said processor, based on said sensor signal data, if said generated feature profile matches at least one of said set of predetermined feature profiles, and - performing said operation, by said device, controlled by said processor, based on remote processing of said sensor signal data, if said generated feature profile does not match at least one of said set of predetermined feature profiles. - generating, by said processor, a feature profile from said sensor signal data; - matching, by said processor, said generated feature profile to a set of predetermined feature profiles available to said processor; - performing said operation, by said device, controlled by said processor, based on said sensor signal data, if said generated feature profile matches at least one of said set of predetermined feature profiles, and - performing said operation, by said device, controlled by said processor, based on remote processing of said sensor signal data, if said generated feature profile does not match at least one of said set of predetermined feature profiles.
A pharmaceutical composition, comprising 5-(2-diethylamino-ethyl)-2-(5-fluoro-2-oxo-1,2-dihydro-indol-3-ylidene-methyl)-3-methyl-1, 5,6,7-tetrahydro-pyrrolo[3,2-c]pyridin-4-one or a pharmacologically acceptable salt thereof as an active ingredient and mannitol as a water-soluble filler, wherein d(0.9) of the active ingredient, determined by a Malvern Laser Particle Size Analyzer Mastersizer2000, is less than 100 μm.