mhurhangee/ep-ind-claims huggingface dataset:
Method for the purification of water contaminated with at least one wastewater constituent, wherein the wastewater constituent has at least one bond with a bond energy which is less than the bond energy of a simple hydrogen-oxygen bond, comprising the steps: - provision of the contaminated water with a predetermined filling level in an unearthed water reservoir within a reaction chamber; - impinging precisely one flat-shaped, cooled plasma electrode arranged at a predetermined distance above the filling level of the water reservoir with a high-frequency alternating voltage at atmospheric pressure, such that a plasma forms in the high-frequency field between the plasma electrode and a surface of the water, the energy input of which is sufficient that bonds are dissociated which have a bond energy which is less than or equal to those of the simple hydrogen-oxygen bond; - detecting a concentration of the at least one wastewater constituent. - provision of the contaminated water with a predetermined filling level in an unearthed water reservoir within a reaction chamber; - impinging precisely one flat-shaped, cooled plasma electrode arranged at a predetermined distance above the filling level of the water reservoir with a high-frequency alternating voltage at atmospheric pressure, such that a plasma forms in the high-frequency field between the plasma electrode and a surface of the water, the energy input of which is sufficient that bonds are dissociated which have a bond energy which is less than or equal to those of the simple hydrogen-oxygen bond; - detecting a concentration of the at least one wastewater constituent.
A method of upmixing an audio signal, comprising: decomposing the audio signal into a diffuse signal and a direct signal; generating an audio bed at least in part based on the diffuse signal, the audio bed including a height channel; extracting an audio object from the direct signal; estimating metadata of the audio object, the metadata including height information of the audio object; rendering the audio bed and the audio object as an upmixed audio signal, wherein the audio bed is rendered to a predefined position and the audio object is rendered according to the metadata; and determining complexity of the audio signal, wherein the estimating the metadata is characterised by: determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain. decomposing the audio signal into a diffuse signal and a direct signal; generating an audio bed at least in part based on the diffuse signal, the audio bed including a height channel; extracting an audio object from the direct signal; estimating metadata of the audio object, the metadata including height information of the audio object; rendering the audio bed and the audio object as an upmixed audio signal, wherein the audio bed is rendered to a predefined position and the audio object is rendered according to the metadata; and determining complexity of the audio signal, wherein the estimating the metadata is characterised by: determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain. determining a height gain for the audio object based on the complexity; and modifying the height information of the audio object based on the height gain.
An arm rest for a vehicle seat, said arm rest comprising a pivotable lid and an arm rest compartment having an opening, said opening having a first and a second end (4b, 4a), said lid having a first end and a second end, said lid being attached to said arm rest compartment via a hinge arm, said hinge arm extending from said first end of said opening to said second end of said lid, said lid being displaceable to a first opened position by pivoting about a first pivot axis and to a second opened position by pivoting about a second pivot axis, said lid having an arm rest side and an opposite under side (2"), characterized in that when said lid is in said first opened position said under side (2") of said lid is facing upwards providing a temporary unloading surface, and said arm rest compartment has a lid support surface in the proximity of said opening, so that when said lid is in said first opened position, said arm rest side is resting on said lid support surface of said arm rest compartment.
A method for measuring a position, the method performed by a wireless device and comprising: receiving a radio resource control, RRC, signal including information about a first list and a second list, wherein the first list includes one or more carriers which relate to Physical Resource Block, PRB, for carrying first Narrowband Positioning References, NPRSs, from a cell, wherein the second list includes one or more carriers which relate to PRB for carrying second NPRSs from a neighbor cell which is neighbor with the cell; receiving the first NPRSs from the cell and the second NPRSs from the neighbor cell; determining that geometries of the first NPRSs are collocated and geometries of the second NPRSs are collocated; measuring the position based on the first NPRSs and the second NPRSs of which geometries are determined to be collocated by combining the NPRSs of which the geometries are determined to be collocated, wherein the geometries of the first NPRSs include antenna ports which transmit the first NPRSs, and wherein the geometries of the second NPRSs include antenna ports which transmit the second NPRSs. receiving a radio resource control, RRC, signal including information about a first list and a second list, wherein the first list includes one or more carriers which relate to Physical Resource Block, PRB, for carrying first Narrowband Positioning References, NPRSs, from a cell, wherein the second list includes one or more carriers which relate to PRB for carrying second NPRSs from a neighbor cell which is neighbor with the cell; receiving the first NPRSs from the cell and the second NPRSs from the neighbor cell; determining that geometries of the first NPRSs are collocated and geometries of the second NPRSs are collocated; measuring the position based on the first NPRSs and the second NPRSs of which geometries are determined to be collocated by combining the NPRSs of which the geometries are determined to be collocated, wherein the geometries of the first NPRSs include antenna ports which transmit the first NPRSs, and wherein the geometries of the second NPRSs include antenna ports which transmit the second NPRSs.
Electronics unit comprising at least one circuit carrier with a ceramic carrier substrate composed of Si3N4, in particular an AMB (Active Metal Brazing) circuit carrier, wherein the carrier substrate has a top and a bottom side (20a, 20b) and at least one conductor structure comprising at least one layer composed of copper or a copper alloy is arranged on the top and/or the bottom side (20a, 20b), wherein the conductor structure has an outermost termination surface on which contact-making points (38, 38.1) are formed, which contact-making points are electrically contact-connected to contact connections of at least one electrical and/or electronic component so as to form an electronic circuit of the electronics unit, and wherein the electronic circuit comprises at least one MLCC ceramic multilayer chip capacitor (Multi Layer Ceramic Capacitor) (50, 50.2), characterized in that the conductor structure has at least one structure region (II, IIa, IIb) which is recessed in relation to the outermost termination surface, wherein countersunk contact-making points (38, 38.2) are formed in the at least one recessed structure region (II, IIa, II) and are electrically contact-connected to corresponding contact connections of the at least one MLCC ceramic multilayer chip capacitor (50, 50.2).
A set of devices including at least one trolley for an operation in an explosive environment, where the trolley is configured to be propelled by a pressure medium from a separate source, whereby it is connected with the source by a wiring, and where the trolley is designed to be remotely controlled by personnel by means of a control panel outside the trolley, whereby the trolley is adjusted for the operation in the explosive environment, and the control panel is connected with the source of the pressure medium supplying the trolley with a power, the control panel is placed in a cabin which is designed for a stay of the personnel, the cabin has door for an entrance and an exit of the personnel, the cabin is portable and it is designed from an outside for a placement to the explosive environment, is characterized by the fact, that the cabin is sealed against an entrance of outside gases and it has a ventilation to secure an intake of a clean air into the cabin, whereby the cabin is configured such that the clean air is blown into the cabin in order to secure a change of the air in the cabin while a pressure relative to the outside environment is maintained in the cabin, whereby the clean air is sucked into the cabin by means of a chimney, whose mouth in a working position reaches a height of a safe zone without the explosive gases, and the chimney is connected to the suction of the ventilation. and where the trolley is designed to be remotely controlled by personnel by means of a control panel outside the trolley, whereby the trolley is adjusted for the operation in the explosive environment, and the control panel is connected with the source of the pressure medium supplying the trolley with a power, the control panel is placed in a cabin which is designed for a stay of the personnel, the cabin has door for an entrance and an exit of the personnel, the cabin is portable and it is designed from an outside for a placement to the explosive environment, is characterized by the fact, that the cabin is sealed against an entrance of outside gases and it has a ventilation to secure an intake of a clean air into the cabin, whereby the cabin is configured such that the clean air is blown into the cabin in order to secure a change of the air in the cabin while a pressure relative to the outside environment is maintained in the cabin, whereby the clean air is sucked into the cabin by means of a chimney, whose mouth in a working position reaches a height of a safe zone without the explosive gases, and the chimney is connected to the suction of the ventilation.
An antibody that binds Axl and which comprises: a VH domain comprising a VH CDR1 with the amino acid sequence of SEQ ID NO.5, a VH CDR2 with the amino acid sequence of SEQ ID NO.6, and a VH CDR3 with the amino acid sequence of SEQ ID NO.7; and a VL domain comprising a VL CDR1 with the amino acid sequence of SEQ ID NO.8, a VL CDR2 with the amino acid sequence of SEQ ID NO.9, and a VL CDR3 with the amino acid sequence of SEQ ID NO.10. a VH domain comprising a VH CDR1 with the amino acid sequence of SEQ ID NO.5, a VH CDR2 with the amino acid sequence of SEQ ID NO.6, and a VH CDR3 with the amino acid sequence of SEQ ID NO.7; and a VL domain comprising a VL CDR1 with the amino acid sequence of SEQ ID NO.8, a VL CDR2 with the amino acid sequence of SEQ ID NO.9, and a VL CDR3 with the amino acid sequence of SEQ ID NO.10.
Shaft cover for covering a shaft, in particular a line shaft and service shaft, wherein the shaft cover is formed of triangle elements, characterized in that the triangle elements (2, 3) consist of a peripheral frame that is circumferentially triangular as seen in plan view, so as to form a cavity, wherein the shaft cover can be placed over the shaft and the shaft has a supporting frame, wherein the two triangle elements (2, 3) are mounted so as to be displaceable with respect to one another.
A dialysis machine having a dialyzer and having a first balancing chamber and having a second balancing chamber of which each has at least two first (100, 102) and second balancing chamber halves (200, 202) separated from one another by a movable wall, wherein each first balancing chamber half (100, 102) is provided with a respective first inflow (Z1, Z3) and with a respective first outflow (A1, A3), wherein each second balancing chamber half (200, 202) is provided with a respective second inflow (Z2, Z4) and with a respective second outflow (A2, A4), wherein the inflows and outflows (A1-A4, Z1-Z4) are each provided with valves (1.1-1.4; 2.1-2.4) that are configured to close or to open the respective inflow (Z1-Z4) or outflow (A1-A4), wherein the first inflows (Z1; Z3) of the first balancing chamber halves (100; 102) are in fluid communication with a source of fresh dialyzate and the first outflows (A1; A3) of the first balancing chamber halves (100; 102) are in fluid communication with a dialyzer inflow, and wherein the second inflows (Z2; Z4) of the second balancing chamber halves (200; 202) are in fluid communication with a dialyzer outflow and the second outflows (A2; A4) of the second balancing chamber halves (200; 202) are in fluid communication with a drain, characterized in that the dialysis machine has a third balancing chamber is provided that has two balancing chamber halves (104; 204) that are separated from one another by a movable wall, with each of the balancing chamber halves (104; 204) having a respective inflow (Z5; Z6) and a respective outflow (A5; A6) that are each provided with valves (V1-V4) that are configured to close or to open the respective inflow (Z5; Z6) or outflow (A5; A6), with the two inflows (Z5; Z6) being in fluid communication with a source of fresh dialyzate and with the two outflows (A5; A6) being in fluid communication with the dialyzer inflow.
Panel made of pre-insulated material for manufacturing an air distribution duct comprising an insulating layer interposed between opposite surface layers, at least one of said surface layers being superficially provided with a nanotextured and hydrophobic coating obtained from a liquid composition comprising: a) from 10 to 70% by weight of a formulation comprising a mixture of hydrophobic silica particles, at least one organosilane and at least one solvent; b) from 20 to 60 % by weight of at least one polymeric resin; and c) optionally from 0.1 to 2 % by weight of at least one biocide. a) from 10 to 70% by weight of a formulation comprising a mixture of hydrophobic silica particles, at least one organosilane and at least one solvent; b) from 20 to 60 % by weight of at least one polymeric resin; and c) optionally from 0.1 to 2 % by weight of at least one biocide.
Filling element of a filling system or of a filling machine for filling cans or similar containers with a liquid content, comprising a filling element housing, which has at least one dispensing opening on a housing portion (6.1) for dispensing the contents into the respective container in a controlled manner, comprising a sealing tulip which can be moved relative to the housing portion (6.1) in a filling element axis relative to the housing portion (6.1) between a raised position and a lowered position so as to seal against an opening edge (2.1) of the container, as well as sealing means for sealing the transition between the sealing tulip and the filling element housing, wherein the sealing means are formed from a folding bellows element surrounding the filling element axis, which is connected by one end tight to the filling element housing and by the other end tight to the sealing tulip, such that the sealing tulip and the folding bellows element surround the housing portion (6.1) on its outer surface or casing surface, forming a ring gap between the outer surface of the housing portion (6.1) and an inner surface of the sealing tulip as well as of the folding bellows element, such that at least one channel opens into the ring gap at an end of the ring gap remote from the sealing tulip, characterised in that the channel is provided such as, during a CIP cleaning process, to convey a liquid cleaning and/or sterilisation medium through it to the ring gap, wherein the channel is configured in such a way that it opens into the ring gap obliquely at an angle of less than 90° in relation to a plane perpendicular to the filling machine axis, such that the CIP cleaning and/or disinfection medium, when flowing out of the channel, exhibits a speed vector in the circumferential direction of the outer surface of the housing portion (6.1) and about the filling element axis and, incurred by this speed vector, flows through the ring gap from top to bottom in helical fashion, such that all the inner surfaces of the folding bellows element are also cleaned and disinfected.
Method for controlling an optical waveguide for a display device, wherein an electrode array for switching a switchable input-coupling hologram of the optical waveguide is controlled by means of a control unit in such a way that regions in which no light is coupled into the optical waveguide are realized, characterized in that the regions in which no light is coupled into the optical waveguide coincide with regions of an image to be displayed in which there are no image contents generated by an imaging unit.
A human antibody binding to P-selectin, not binding to complement factor C1q and not to Fcγ receptors on NK cells, containing an Fc part derived from human origin, wherein the antibody comprises a human heavy chain constant region comprising an amino acid sequence independently selected from the group consisting of SEQ ID NO: 25, SEQ ID NO: 26 and SEQ ID NO: 28, and is being characterized by comprising the CDR1, CDR2 and CDR3 regions of the light chain variable domain defined by amino acid sequence SEQ ID NO: 1 and the CDR1, CDR2 and CDR3 regions of the heavy chain variable domain defined by SEQ ID NO: 2 and by inhibiting the adhesion of leukocyte-like HL60 cells to purified P-selectin with an IC50 value of 0.08 to 0.5 μg/ml.
A genomic sequence characterized by SEQ ID NO:1 wherein at least one site of fixation for miR-4279 is restored, whereby the genomic sequence codes for an attenuated Zika Virus in comparison to the epidemic strain encoded by SeqIdNo.1.
Static metal seal having, in transverse section, at least one hollow portion configured to limit the force needed to crush the seal, and including an outer sealing layer, characterised in that it includes a textured surface configured to come into contact with the surfaces to be sealed, said textured surface including a network of depressions spaced apart from one another on the textured surface, the depressions being blind, not completely passing through the outer sealing layer, and not communicating with one another, said textured surface being produced by laser material removal.
A method performed by a subscriber unit, the method comprising: transmitting, to a base station, a first signal associated with requesting access to a network; monitoring, based on transmission of the first signal, for a first message from the base station, wherein the first message includes timing and power adjustment information for transmitting an access request message over an uplink shared channel; transmitting, to the base station over the uplink shared channel, the access request message based on the timing and power adjustment information, wherein the access request message indicates a request to establish a communication connection and includes identification information associated with the subscriber unit; and receiving, from the base station, a second message in response to the access request message. transmitting, to a base station, a first signal associated with requesting access to a network; monitoring, based on transmission of the first signal, for a first message from the base station, wherein the first message includes timing and power adjustment information for transmitting an access request message over an uplink shared channel; transmitting, to the base station over the uplink shared channel, the access request message based on the timing and power adjustment information, wherein the access request message indicates a request to establish a communication connection and includes identification information associated with the subscriber unit; and receiving, from the base station, a second message in response to the access request message.
Device for aligning motors, machines and parts of machines, with at least one plate, below which a foundation area is located, by means of which the plate can be arranged in a height-adjustable manner on a machine foundation, a machine frame or the like, and which has a machine area on its upper side, where a foot of a machine is placeable on the plate in the machine area, wherein the plate is being penetrated by a threaded rod that projects into the machine area and the foundation area and by means of which the plate can be fastened to the machine foundation or the like and which simultaneously serves to fix the foot to the plate in a defined position, wherein at least two alignment elements are being provided on the plate in its machine area, which are each penetrated by an adjusting screw, wherein the alignment of the machine in a plane can be realised by the adjusting screws, and each of the alignment elements has a clamping block which can be releasably fastened to the plate and through which the respective adjusting screw passes, characterised in that a level compensating element is provided on the plate in its foundation area, by means of which the plate can be adjusted in a precise height alignment, in particular by a very fine thread on the level compensating element and that the device has one or more compensating means on the foundation area or on the machine area, and on the foundation area for compensating unevenness of the machine foundation and/or the foot, namely in each case a ball compensating disc which comprises a combination of a conical cup and a spherical washer, the spherical washer being mounted on the conical cup in such a way that it cannot easily be detached from the latter, but that the spherical washer can be moved within the conical cup in order to compensate for unevenness.