mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a compound having Formula (S 1) as follows: said method comprising condensing a disilyloxydiene of Formula with an aldehyde having Formula (Q 1) as follows: in the presence of a titanium catalyst having Formula in an inert solvent to obtain a 5 -hydroxy-3-ketoester having Formula (S 1), wherein R 1 is ethyl; R 2 is fluorine; R 3, R 4, R 5, R 6 and R 7 are hydrogen; R 8 is a lower alkyl; the binaphthyl moiety is in the S-configuration; and R and R ' are, independently, a lower alkyl. R 1 is ethyl; R 2 is fluorine; R 3, R 4, R 5, R 6 and R 7 are hydrogen; R 8 is a lower alkyl; the binaphthyl moiety is in the S-configuration; and R and R ' are, independently, a lower alkyl.
A method for reference signal pattern allocation for an eNodeB in a wireless communication system, the method comprising: allocating a plurality of physical resource blocks, PRBs, to at least one mobile device; and mapping a plurality of reference signal patterns to the PRBs according to an orthogonal cover code, OCC, mapping rule, wherein the plurality of reference signal patterns is same as a plurality of OCC reference signal patterns multiplied with an associated demodulation reference signal, DM RS, wherein the OCC reference signal pattern, when multiplied with the associated DM RS, applies length-2 or length-4 Walsh code OCC mapping according to an antenna port; wherein said OCC mapping rule is cell-specific or user equipment-specific, UE-specific; wherein the OCC mapping rule comprises mapping the plurality of reference signal patterns to the plurality PRBs according to a plurality of index numbers of the plurality of PRBs when the OCC mapping rule is cell-specific, or the OCC mapping rule comprises cyclically mapping the plurality of reference signal patterns to PRBs of each mobile device in a PRB index order of the PRBs of each mobile device when the OCC mapping rule is UE-specific, or the OCC mapping rule comprises cyclically mapping the plurality of reference signal patterns to each of a plurality of PRB groups in a PRB index order of each of the plurality PRB groups when the OCC mapping rule is UE-specific. allocating a plurality of physical resource blocks, PRBs, to at least one mobile device; and mapping a plurality of reference signal patterns to the PRBs according to an orthogonal cover code, OCC, mapping rule, wherein the plurality of reference signal patterns is same as a plurality of OCC reference signal patterns multiplied with an associated demodulation reference signal, DM RS, wherein
A pressure transducer comprising: a first portion and a second portion, the first portion having a connector section to accommodate connecting the pressure transducer to an external device and a keyed section to accommodate joining the first portion with the second portion, the keyed section including an edge that slopes downward from a point where the connector section meets the keyed section; and the second portion having: an opening for receiving the first portion; a cavity; and an edge that slopes downward from a front side to a back side of the second portion, a seal contained in the cavity; and a third portion contained in the cavity, the third portion having a sense element, characterized in that as the keyed section enters the opening at the front side and progresses from the front side to the back side, the edges and apply a downward pressure to the keyed section, the downward direction being orthogonal to the direction of the insertion into the opening, and in turn the third portion, causing the seal to compress and seal the cavity. a first portion and a second portion, the first portion having a connector section to accommodate connecting the pressure transducer to an external device and a keyed section to accommodate joining the first portion with the second portion, the keyed section including an edge that slopes downward from a point where the connector section meets the keyed section; and the second portion having: an opening for receiving the first portion; a cavity; and an edge that slopes downward from a front side to a back side of the second portion, a seal contained in the cavity; and a third portion contained in the cavity, the third portion having a sense element, characterized in that as the keyed section enters the opening at the front side and progresses from the front side to the back side, the edges and apply a downward pressure to the keyed section, the downward direction being orthogonal to the direction of the insertion into the opening, and in turn the third portion, causing the seal to compress and seal the cavity.
A stretch bending machine for deforming workpieces, said stretch bending machine comprising: a machine frame; a first clamping holder having a first clamping head for clamping a first side of the workpiece, wherein the first clamping holder is arranged on the machine frame; a second clamping holder having a second clamping head for clamping a second side of the workpiece, wherein the second clamping holder is arranged on the machine frame at a distance from the first clamping holder and wherein the two clamping heads (5, 7) are designed to apply a pulling force onto the workpiece in a pulling direction; a pressing device having a pressing die for deforming the workpiece, wherein the pressing device is arranged on the machine frame between the first clamping holder and the second clamping holder, wherein the pressing die is designed to apply a pressing force in a pressing direction lying transversely with respect to the pulling direction, wherein the two clamping holders (4, 6) are designed to be flexible with respect to the application of the pulling direction, characterized in that the two clamping holders (4, 6) each comprise an electric motor (61, 62), in particular a servomotor, for adjusting the clamping head (5, 7) and thus for applying a pulling force onto the workpiece. a machine frame; a first clamping holder having a first clamping head for clamping a first side of the workpiece, wherein the first clamping holder is arranged on the machine frame; a second clamping holder having a second clamping head for clamping a second side of the workpiece, wherein the second clamping holder is arranged on the machine frame at a distance from the first clamping holder and wherein the two clamping heads (5, 7) are designed to apply a pulling force onto the workpiece in a pulling direction; a pressing device having a pressing die for deforming the workpiece, wherein the pressing device is arranged on the machine frame between the first clamping holder and the second clamping holder, wherein the pressing die is designed to apply a pressing force in a pressing direction lying transversely with respect to the pulling direction, wherein the two clamping holders (4, 6) are designed to be flexible with respect to the application of the pulling direction, characterized in that the two clamping holders (4, 6) each comprise an electric motor (61, 62), in particular a servomotor, for adjusting the clamping head (5, 7) and thus for applying a pulling force onto the workpiece.
Shell of an axial turbomachine, comprising: a structural element providing rigidity of the turbomachine and forming a support of a generally annular or cylindrical shape with a generally circular inner surface; a ring with an inner surface and an outer surface opposite to the said inner surface and attached to the inner surface of the said support; a layer of abradable material attached to the inner surface of the said ring; characterized in that the said support is made of composite material with an organic matrix; and the said ring is made of a metallic material. a structural element providing rigidity of the turbomachine and forming a support of a generally annular or cylindrical shape with a generally circular inner surface; a ring with an inner surface and an outer surface opposite to the said inner surface and attached to the inner surface of the said support; a layer of abradable material attached to the inner surface of the said ring; characterized in that the said support is made of composite material with an organic matrix; and the said ring is made of a metallic material.
A process for the anti-erosion coating of the internal wall of a cyclone suitable for catalytic cracking units with fluidized bed for separating and recovering solid particles entrained by a fluid, characterized in that - a composite material is placed in a mold consisting of the internal wall of the cyclone to protect from erosion and of a suitable casing in hard material in order to obtain, upon stripping, a continuous layer of the anti-erosion coating on said internal wall, this layer forming an impression of defined geometry, and - at least one attachment means suitable for maintaining said composite material on said internal wall of the cyclone, is placed joined to said internal wall, in the thickness of the impression prior to casting. - a composite material is placed in a mold consisting of the internal wall of the cyclone to protect from erosion and of a suitable casing in hard material in order to obtain, upon stripping, a continuous layer of the anti-erosion coating on said internal wall, this layer forming an impression of defined geometry, and - at least one attachment means suitable for maintaining said composite material on said internal wall of the cyclone, is placed joined to said internal wall, in the thickness of the impression prior to casting.
A pack for smoking articles formed from a folded blank of card, the pack comprising a plurality of panels (4, 5, 6, 7) and a plurality of pack edges (16, 17, 18, 19) where the panels meet at folds in the blank, wherein at least one of the pack edges (16, 17, 18, 19) comprises a plurality of discrete incisions (22, 25) disposed along at least a portion of the length of the pack edge (16, 17, 18, 19) and entirely through the material of the pack, and extending non-parallel with respect to the direction of the at least one pack edge (16, 17, 18, 19), and configured such that the folded blank at the at least one pack edge (16, 17, 18, 19) produces a plurality of projections along the at least one pack edge (16, 17, 18, 19) so that said edge (16, 17, 18, 19) has an uneven texture along at least part of its length, wherein the pack material is weakened at a fold at the at least one pack edge (16, 17, 18, 19) between the respective adjacent panels (4, 5, 6, 7) and characterised in that the plurality of incisions (22, 25) exclusively comprises the weakening along said fold.
A laundry drying appliance comprising at least one finned-tube heat exchanger (13, 15) with at least one metal fin (14, 16), characterized in that the at least one fin (14, 16) has a treated surface (17, 18) which comprises a directly mechanically formed submillimetre-scale structure, the submillimetre-scale structure comprising a nanoscale structure within a microscale structure, wherein the submillimetre-scale structure is a roll-to-roll-imprinted structure which is imprinted by using heated rolls (2, 3).
A fuel cell membrane electrode assembly comprising: an anion exchange membrane; and a catalyst layer disposed on a surface of the anion exchange membrane, wherein the anion exchange membrane is an anion-conducting polymer electrolyte membrane in which a graft chain having anion conducting ability is graft-polymerized on a substrate formed of a skived film of ultra-high molecular weight polyolefin.
An apparatus comprising: means for receiving (202, 502) first signals from a first antenna (206, 404); and means for receiving (204, 504) analog signals from at least two additional antennas (208, 210, 402, 406), the means for receiving analog signals comprising at least a first module and a second module, wherein the first module is configured to process selected analog signals received from at least one antenna (208, 402) of the at least two additional antennas to generate an analog output that is input to the means for receiving first signals for further processing, and the second module is configured to process signals from another (210, 406) of the at least two additional antennas and to communicate with functional elements different from the means for receiving first signals at the apparatus, wherein an output of the means for receiving analog signals from at least two additional antennas is configured to communicate with the functional elements; wherein the means for receiving (204, 504) analog signals from at least two additional antennas is positioned closer to at least one of the two additional antennas than the means for receiving (202, 502) first signals from the first antenna. means for receiving (202, 502) first signals from a first antenna (206, 404); and means for receiving (204, 504) analog signals from at least two additional antennas (208, 210, 402, 406), the means for receiving analog signals comprising at least a first module and a second module, wherein the first module is configured to process selected analog signals received from at least one antenna (208, 402) of the at least two additional antennas to generate an analog output that is input to the means for receiving first signals for further processing, and the second module is configured to process signals from another (210, 406) of the at least two additional antennas and to communicate with functional elements different from the means for receiving first signals at the apparatus, wherein an output of the means for receiving analog signals from at least two additional antennas is configured to communicate with the functional elements; wherein the means for receiving (204, 504) analog signals from at least two additional antennas is positioned closer to at least one of the two additional antennas than the means for receiving (202, 502) first signals from the first antenna.
Screening device in the form of a screen basket, with screen slots or screen gaps formed between screen bars (4, 4'), which screen bars (4, 4') are triangular in profile and their base area is accommodated in receiving recesses of support elements adapted to the geometry of the base area and is permanently attached to these, wherein, in the direction of flow from a fabric inlet side to the reject outlet side, the screening device is divided into at least a first treatment area and a second treatment area, and the diameter of the screening device is larger on the fabric inlet side than on the reject outlet side, characterized in that the profiled bars (4, 4') are arranged in such a way that, with a constant slot width (w) between adjacent screen bars (4, 4'), the bars (4, 4') have a profile depth in the first treatment area and a profile depth in the second treatment area, wherein the profile depth in the first treatment area is smaller than the profile depth in the second treatment area, with the profile depth (t1, t2) increasing in steps starting from the fabric inlet side to the reject outlet side.
Method for a user to access at least one communication service provided via a first data centre of a cloud computing system implemented by a given cloud service provider, the first data centre being located in a first geographic area, the method being characterized in that it comprises the following steps, executed in the first data centre: A) - after a user's terminal has been connected to a web portal for accessing said service, a message providing information on the location of the terminal is received in the first data centre; B) - the geographic location of the terminal is determined (S20, S21) on the basis of received terminal location information, and if the geographic location of the terminal corresponds to a second geographic area, different from the first area, then: D) - a search is made for a second data centre of the cloud computing system capable of providing the service in the second area; E) - if this second data centre exists, the computing functionality adapted to provide the communication service to the user is transferred to the second data centre, so that the communication service can be used in the user's terminal, based on the second data centre. A) - after a user's terminal has been connected to a web portal for accessing said service, a message providing information on the location of the terminal is received in the first data centre; B) - the geographic location of the terminal is determined (S20, S21) on the basis of received terminal location information, and if the geographic location of the terminal corresponds to a second geographic area, different from the first area, then: D) - a search is made for a second data centre of the cloud computing system capable of providing the service in the second area; E) - if this second data centre exists, the computing functionality adapted to provide the communication service to the user is transferred to the second data centre, so that the communication service can be used in the user's terminal, based on the second data centre. D) - a search is made for a second data centre of the cloud computing system capable of providing the service in the second area; E) - if this second data centre exists, the computing functionality adapted to provide the communication service to the user is transferred to the second data centre, so that the communication service can be used in the user's terminal, based on the second data centre.
Yaw rate sensor comprising: a substrate with a substrate surface, a first movable element, which is disposed above the substrate surface and has a drive frame (120, 520) and a first detection mass, a first electrode, which is disposed at a distance underneath the first detection mass and is connected to the substrate surface, wherein the drive frame (120, 520) is connected to the substrate by way of at least one drive spring, wherein the detection mass is connected to the drive frame (120, 520) by way of at least one detection spring (180, 680), wherein the first movable element can be excited to undergo a drive oscillation parallel to the substrate surface, and wherein the first detection mass can be deflected perpendicular to the substrate surface, characterized by a second electrode, which is disposed at a distance above the detection mass and is connected to the substrate surface. a substrate with a substrate surface, a first movable element, which is disposed above the substrate surface and has a drive frame (120, 520) and a first detection mass, a first electrode, which is disposed at a distance underneath the first detection mass and is connected to the substrate surface, wherein the drive frame (120, 520) is connected to the substrate by way of at least one drive spring, wherein the detection mass is connected to the drive frame (120, 520) by way of at least one detection spring (180, 680), wherein the first movable element can be excited to undergo a drive oscillation parallel to the substrate surface, and wherein the first detection mass can be deflected perpendicular to the substrate surface, characterized by a second electrode, which is disposed at a distance above the detection mass and is connected to the substrate surface.
A sensing apparatus operable for sensing top of form indicators on media within a print station, the sensing apparatus comprising: a base and a cover hingedly attached to each other and configured for manipulation between an open and closed position and for removable installation within a print station; at least one flexible circuit affixed to interior surfaces of the base and the cover, the flexible circuit comprising a plurality of optical sensing devices; and an interface connector integral to a distal end of the base for connection to a control unit of the print station, wherein the optical sensing devices are configured for the detection of media indicia located on the media passing through the sensing apparatus. a base and a cover hingedly attached to each other and configured for manipulation between an open and closed position and for removable installation within a print station; at least one flexible circuit affixed to interior surfaces of the base and the cover, the flexible circuit comprising a plurality of optical sensing devices; and an interface connector integral to a distal end of the base for connection to a control unit of the print station, wherein the optical sensing devices are configured for the detection of media indicia located on the media passing through the sensing apparatus.
A convertible carriage comprising: a body; two rear wheels (20, 22) supporting the body; a foldable drawbar connected to the body; and an auxiliary wheel mounted on the drawbar; wherein the foldable drawbar includes a lockable hinge between the body and the auxiliary wheel and, when the drawbar is folded, the auxiliary wheel supports the carriage. a body; two rear wheels (20, 22) supporting the body; a foldable drawbar connected to the body; and an auxiliary wheel mounted on the drawbar; wherein the foldable drawbar includes a lockable hinge between the body and the auxiliary wheel and, when the drawbar is folded, the auxiliary wheel supports the carriage.
A semiconductor diode switch, wherein the switch comprises a common pole, at least two throw poles (110, 110A to 110H) and signal paths (112, 112A to 112H), each of the signal paths (112, 112A to 112H) being between the common pole and one of the at least two throw poles (110, 110A to 110H), the semiconductor diode switch comprising, associated with each signal path (112, 112A to 112H), a first diode switch circuit (100, 100A to 100H), and a second diode switch circuit (102, 102A to 102H) with at least one terminating resistor; a first quarter wave transmission line (114, 114A to 114H) between the common pole and the first diode switch circuit (100, 100A to 100H), a second quarter wave transmission line, residing between the first diode switch (100, 100A to 100 H) and the second diode switch circuit (102, 102A to 102H); the first diode switch circuit (100, 100A to 100H) having a coupling to the path (112, 112A to 112H) between the first quarter wave transmission line (114, 114A to 114H) and the second quarter wave transmission line (116, 116A to 116H), a first control branch with a first control resistor coupled to the path (112, 112A to 112H) between the first and second quarter wave transmission line (114, 114A to 114H; 116, 116A to 116H) and configured to couple the first diode switch (100, 100A to 100H) to a control switch; a second control branch configured to couple the second diode switch (102, 102A to 102H) to the control switch and terminate the second diode switch circuit (102, 102A to 102H) through the at least one terminating resistor, an impedance value of the first control resistor being at least approximately equal to an impedance of the second control branch, the terminating resistor being between the second diode switch circuit (102, 102A to 102H) and the ground, or the second diode switch circuit (102, 102A to 102H) being between the terminating resistor and the ground; and the first diode switch circuit (100, 100A to 100H) and the second diode switch (102, 102A to 102H) being configured to allow or block a signal transfer between the common pole and a throw pole (110, 110A to 110H) on the basis of a control from the control switch.