mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a crystalline monohydrate of -4-(5-phenyl-1,3,4-thi-iadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane dihydrogen citrate, wherein the -4-(5-phenyl-1,3,4-thiadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane is represented by formula and wherein the dihydrogen citrate is represented by formula the process comprising the steps of: (a) dissolving -4-(5-phenyl-1,3,4-thiadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane dihydrogen citrate in at least one solvent at a temperature ranging from 65° C. to 85° C.; (b) adjusting the temperature of the solution to a temperature ranging from 55° C. to 75° C.; (c) adding at least one additional solvent to the solution and mixing; (d) adjusting the temperature of the solutions to a temperature ranging from 30° C. to 50° C.; (e) adding at least one additional solvent to the solution; (f) maintaining the slurry at a temperature ranging from 30° C. to 50° C.; (g) adjusting the temperature of the slurry to a temperature ranging from -5° C. to 15° C.; (h) mixing the slurry for at least one hour; and (i) recovering the crystalline monohydrate of -4-(5-phenyl-1,3,4-thiadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane dihydrogen citrate. (a) dissolving -4-(5-phenyl-1,3,4-thiadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane dihydrogen citrate in at least one solvent at a temperature ranging from 65° C. to 85° C.; (b) adjusting the temperature of the solution to a temperature ranging from 55° C. to 75° C.; (c) adding at least one additional solvent to the solution and mixing; (d) adjusting the temperature of the solutions to a temperature ranging from 30° C. to 50° C.; (e) adding at least one additional solvent to the solution; (f) maintaining the slurry at a temperature ranging from 30° C. to 50° C.; (g) adjusting the temperature of the slurry to a temperature ranging from -5° C. to 15° C.; (h) mixing the slurry for at least one hour; and (i) recovering the crystalline monohydrate of -4-(5-phenyl-1,3,4-thiadiazol-2-yloxy)-1-azatricyclo[3.3.1.1 3,7]decane dihydrogen citrate.
An electric press for the compression of tobacco cut filler in a box provided with at least one electric motor and a control unit driving a movable compressing element by means of a drive train characterised in that the compressing element is built of longitudinal (113, 214, 313) and transverse elements (114,212,314) in an openwork design connected to an outer frame (110,210,310) by means of diagonally positioned couplers, or connected to an outer frame consisting of flat inclined elements (211,212) or elements (311,312) with arched inner surface (318,319), said diagonally positioned couplers, flat inclined elements or arched inner surface moving the tobacco cut filler away from the walls of the box during compression, and the control unit is adapted to drive the compressing element while keeping controllable driving torque of the motor. at least one electric motor and a control unit driving a movable compressing element by means of a drive train characterised in that the compressing element is built of longitudinal (113, 214, 313) and transverse elements (114,212,314) in an openwork design connected to an outer frame (110,210,310) by means of diagonally positioned couplers, or connected to an outer frame consisting of flat inclined elements (211,212) or elements (311,312) with arched inner surface (318,319), said diagonally positioned couplers, flat inclined elements or arched inner surface moving the tobacco cut filler away from the walls of the box during compression, and the control unit is adapted to drive the compressing element while keeping controllable driving torque of the motor.
An apparatus for detecting constituents in a sample, said apparatus comprising: a casing; an ionization chamber at least partially defined by said casing, said ionization chamber configured to generate and store ions; an ion collector positioned downstream of said ionization chamber; a spectral analysis device coupled to said ion collector, said spectral analysis device configured to generate a detection spectrum representative of ions collected at said ion collector, wherein the detection spectrum includes an analyte peak portion and a peak tailing portion; and a control system coupled to said ionization chamber, said control system configured to: generate a first pulse within said ionization chamber, the first pulse having a first polarity to initiate a discharge of at least a portion of the stored ions from said ionization chamber; and characterized in that the control system is further configured to: generate a second pulse within said ionization chamber, the second pulse having a second polarity opposite the first polarity of the first pulse that is generated substantially immediately after the first pulse, wherein the second pulse is configured to reduce a peak tailing portion. a casing; an ionization chamber at least partially defined by said casing, said ionization chamber configured to generate and store ions; an ion collector positioned downstream of said ionization chamber; a spectral analysis device coupled to said ion collector, said spectral analysis device configured to generate a detection spectrum representative of ions collected at said ion collector, wherein the detection spectrum includes an analyte peak portion and a peak tailing portion; and a control system coupled to said ionization chamber, said control system configured to: generate a first pulse within said ionization chamber, the first pulse having a first polarity to initiate a discharge of at least a portion of the stored ions from said ionization chamber; and characterized in that the control system is further configured to: generate a second pulse within said ionization chamber, the second pulse having a second polarity opposite the first polarity of the first pulse that is generated substantially immediately after the first pulse, wherein the second pulse is configured to reduce a peak tailing portion.
An acoustic panel wall mounting system, comprising: a rigid fastening plate carrying a field of first touch fastening features on one broad surface thereof, the fastening plate defining an aperture therethrough; a mechanical fastener configured to secure the fastening plate against a wall surface with the field of first touch fastening features exposed, wherein the aperture is for receiving the mechanical fastener; and a panel anchor comprising a helix extending from a rigid surface flange carrying a field of second touch fastening features on a surface opposite the helix, the panel anchor defining a tool receptacle configured to receive a tool for twisting the helix into a panel until the flange is at an outer surface of the panel with the field of second touch fastening features exposed; wherein the field of first touch fastening features is engageable with the field of second touch fastening features to form a connection when brought into engagement as the panel is placed against the wall surface to contact the fastening plate with the panel anchor, wherein the tool receptacle comprises a recess configured to receive, when the connection is formed, a head of the mechanical fastener such that the connection is formed with the flange held parallel to the fastening plate. a rigid fastening plate carrying a field of first touch fastening features on one broad surface thereof, the fastening plate defining an aperture therethrough; a mechanical fastener configured to secure the fastening plate against a wall surface with the field of first touch fastening features exposed, wherein the aperture is for receiving the mechanical fastener; and a panel anchor comprising a helix extending from a rigid surface flange carrying a field of second touch fastening features on a surface opposite the helix, the panel anchor defining a tool receptacle configured to receive a tool for twisting the helix into a panel until the flange is at an outer surface of the panel with the field of second touch fastening features exposed; wherein the field of first touch fastening features is engageable with the field of second touch fastening features to form a connection when brought into engagement as the panel is placed against the wall surface to contact the fastening plate with the panel anchor, wherein the tool receptacle comprises a recess configured to receive, when the connection is formed, a head of the mechanical fastener such that the connection is formed with the flange held parallel to the fastening plate.
A dryer comprising a body and an air duct which is disposed in the body and which provides the air circulation during the air cycle, characterized by a filter disposed in the air duct perpendicularly to the air flow direction and having a breathable upper layer which is manufactured from fabric, a breathable lower layer which is manufactured from fabric and which is positioned parallel to and at a distance from the upper layer, and a spacer layer in the form of spacer yarns which is disposed between the lower layer and the upper layer and which ensures air passage.
A waterproof speaker module, comprising: a membrane formed from a waterproof and elastic material and including: a main region that is generally planar; a coupling region; an indented region connecting the main region and the coupling region; and a support coupled to the coupling region of the membrane; characterised in that: the indented region of the membrane projects toward the support, the support shaped to correspond to the shape of the indented region; and the support supports the membrane by contacting the indented region when the speaker module is subjected to a hydrostatic load; and the support slopes away from the membrane. a main region that is generally planar; a coupling region; an indented region connecting the main region and the coupling region; and a support coupled to the coupling region of the membrane; characterised in that: the indented region of the membrane projects toward the support, the support shaped to correspond to the shape of the indented region; and the support supports the membrane by contacting the indented region when the speaker module is subjected to a hydrostatic load; and the indented region of the membrane projects toward the support, the support shaped to correspond to the shape of the indented region; and the support supports the membrane by contacting the indented region when the speaker module is subjected to a hydrostatic load; and the support slopes away from the membrane.
A method of producing polyaniline-dinonylnapthalene sulfonic acid (PANI-DNNSA), comprising introducing an emulsion of a monomer and an acid into a flow reactor, the flow reactor comprising a length of tubing of inner diameter between 1 to 4000 micrometers; polymerizing the monomer; forming a salt of the polymerized monomer with the acid within the length of tubing, the majority of the salt of the polymerized monomer depositing on the walls of the tubing; maintaining the salt of the polymerized monomer on the walls of the tubing; and eluting the salt of the polymerized monomer from the walls of the tubing with organic solvent. polymerizing the monomer; forming a salt of the polymerized monomer with the acid within the length of tubing, the majority of the salt of the polymerized monomer depositing on the walls of the tubing; maintaining the salt of the polymerized monomer on the walls of the tubing; and eluting the salt of the polymerized monomer from the walls of the tubing with organic solvent.
A message transmission method performed by a service capability exposure function entity, the method comprising the steps of: • receiving (step 510) a group message delivery request from a server, wherein the group message delivery request message includes first time information and the first time information indicates a group message delivery stop time; • determining (step 520) a bearer release time based on the first time information, and sending the bearer release time to a broadcast/multicast service center, wherein the bearer release time is the same as the group message delivery stop time, or the bearer release time is later than the group message delivery stop time. • receiving (step 510) a group message delivery request from a server, wherein the group message delivery request message includes first time information and the first time information indicates a group message delivery stop time; • determining (step 520) a bearer release time based on the first time information, and sending the bearer release time to a broadcast/multicast service center, wherein the bearer release time is the same as the group message delivery stop time, or the bearer release time is later than the group message delivery stop time.
Method for initiating a cooperative driving maneuver by providing a driving intention notification for vehicles in an environment of a vehicle, wherein the driving intention notification comprises information about an intention of a driver or of an at least partially automated vehicle control system of the vehicle to carry out a driving maneuver, with receiving information about a driving intention, wherein the driving intention is based on the intention to carry out the driving maneuver; determining a position of the vehicle; determining the driving intention notification based on the information about the driving intention; calculating transmission parameters for the driving intention notification, wherein the transmission parameters include a repetition rate and a transmission point in time based on a desired reception probability of the driving intention notification, the driving intention, and the position of the vehicle; and providing on the basis of the transmission parameters the driving intention notification as a direct vehicle-to-vehicle notification for the vehicles in the vicinity of the vehicle.
Packaging - comprising a base wall; - comprising a shell, • which encloses the base wall and is connected thereto to delimit an internal space, • which has a first and a second side wall (5, 6) and a rear wall and a front wall which are each connected to the first and second side walls (5, 6); and - comprising an opening which is arranged opposite the base wall and which is delimited by upper edges of the side walls (5, 6), rear wall and front wall, - the shell being formed tapering conically from the base wall to the opening, and - the shell and the base wall being separate components which are joined together and interconnected, preferably glued together, characterised - in that the front wall comprises folding straps, which are fastened, preferably glued, to wall regions of the front wall which face the internal space, and - in that the folding straps comprise insertion projections, which engage in insertion slots (30, 31) in the side walls (5, 6) or insertion slots (32, 33) in the base wall. - comprising a base wall; - comprising a shell, • which encloses the base wall and is connected thereto to delimit an internal space, • which has a first and a second side wall (5, 6) and a rear wall and a front wall which are each connected to the first and second side walls (5, 6); and • which encloses the base wall and is connected thereto to delimit an internal space, • which has a first and a second side wall (5, 6) and a rear wall and a front wall which are each connected to the first and second side walls (5, 6); and - comprising an opening which is arranged opposite the base wall and which is delimited by upper edges of the side walls (5, 6), rear wall and front wall, - the shell being formed tapering conically from the base wall to the opening, and - the shell and the base wall being separate components which are joined together and interconnected, preferably glued together, characterised - in that the front wall comprises folding straps, which are fastened, preferably glued, to wall regions of the front wall which face the internal space, and - in that the folding straps comprise insertion projections, which engage in insertion slots (30, 31) in the side walls (5, 6) or insertion slots (32, 33) in the base wall.
A communications method, comprising: generating, by a network device, cell selection information, wherein the cell selection information is determined based on a configuration parameter of a reference signal of a cell, wherein the cell selection information comprises cell barred indicators, wherein the cell barred indicators comprise a first barred indicator and a second barred indicator; and the first barred indicator indicates whether a first-type terminal, using the cell-specific reference signal, CRS, on a partial system bandwidth or a terminal that supports CRS muting, is configured to select the cell, the second barred indicator is used to indicate whether a second-type terminal, using the CRS on an entire system bandwidth or a terminal that does not support CRS muting, is configured to select the cell, and the first-type terminal and the second-type terminal use different configuration parameters of the reference signal; and sending, by the network device, the cell selection information. generating, by a network device, cell selection information, wherein the cell selection information is determined based on a configuration parameter of a reference signal of a cell, wherein the cell selection information comprises cell barred indicators, wherein the cell barred indicators comprise a first barred indicator and a second barred indicator; and the first barred indicator indicates whether a first-type terminal, using the cell-specific reference signal, CRS, on a partial system bandwidth or a terminal that supports CRS muting, is configured to select the cell, the second barred indicator is used to indicate whether a second-type terminal, using the CRS on an entire system bandwidth or a terminal that does not support CRS muting, is configured to select the cell, and the first-type terminal and the second-type terminal use different configuration parameters of the reference signal; and sending, by the network device, the cell selection information.
A method of emitting a signal formed by successive vectors each comprising N symbols to be emitted, N being an integer, and implementing a plurality Nt of emitting antennas, characterised in that a distinct submatrix is associated with each of said antennas, each submatrix being obtained by cutting a unit square matrix, and in that each of said antennas emits distinct cut subvectors having a size of N/Nt obtained by cutting said vectors, respectively multiplied by said submatrices, said unit square matrix having a size (N,N) and each of said submatrices having a size (N/Nt,N) where N is higher than or equal to Nt, and N/Nt is an integer, where said unit square matrix is full.
An electrode for electrolysis comprising: a conductive substrate on which a catalyst layer is formed, and at least one reverse current absorption body that is: (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner wherein the at least one reverse current absorption body is formed from a sintered compact containing nickel, and wherein the reverse current absorption body does not comprise a substrate. a conductive substrate on which a catalyst layer is formed, and at least one reverse current absorption body that is: (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner (i) directly coupled to the conductive substrate in a detachable manner, or (ii) coated with a wire gauze that is directly coupled to the conductive substrate in a detachable manner wherein the at least one reverse current absorption body is formed from a sintered compact containing nickel, and wherein the reverse current absorption body does not comprise a substrate.
A battery comprising a cathode, an anode and an electrolyte, wherein the cathode comprises a cathode active material which is a lithium ion intercalation-deintercalation compound, a sodium ion intercalation-deintercalation compound or a magnesium ion intercalation-deintercalation compound; the anode comprises an anode current collector that does not participate in the electrochemical reaction; the electrolyte comprises a solvent capable of dissolving active ions that can be reduced to a metal during a charge cycle and be oxidized from the metal to the dissolved active ions during a discharge cycle and lithium ions, sodium ions or magnesium ions that can deintercalate from the cathode active material during the charge cycle and intercalate into the cathode active material during the discharge cycle, wherein the pH range of the electrolyte is 3 to 7; and the anode further comprises an anode active material which is formed on the anode current collector and which is the metal selected from Zn, Fe, Cr, Cu, Mn, Ni and a combination thereof.
A reversible pump for a fluid, comprising an externally toothed inner rotor; an internally toothed outer rotor with a circular periphery, wherein the outer rotor surrounds the inner rotor; a drive shaft concentrically connected to the inner rotor; an inner housing surrounding the outer rotor; an outer housing; an inlet and an outlet for the fluid, arranged mirror symmetric on opposing sides of the drive shaft and of a reference line extending perpendicularly to the longitudinal extension of the drive shaft, wherein the inner rotor has one less tooth than the outer rotor and wherein the outer rotor is eccentrically arranged in meshing engagement with the inner rotor, such that variable cavities (26, 26', 26") are formed between the inner rotor and the outer rotor, wherein the inlet and the outlet are each arranged in fluid communication with a cavity (26', 26"), characterized in that a positioning device is arranged in connection with the inner housing, wherein the positioning device is adapted to be actively controlled to linearly displace the inner housing and the outer rotor along a straight line based on the rotational direction of the drive shaft, such that the centre of rotation of the outer rotor is displaced along the reference line.
A method for diagnosing the occurrence or progress of a renal disease using a urine sample, comprising; (i) contacting an isolated urine sample with (a) a binding agent specific for acetylated α-tubulin and, optionally, with (b) a binding agent specific for ARL13B, and (ii) detecting the acetylated α-tubulin and, optionally, ARL13B; or the concentrations thereof from the isolated urine sample. (i) contacting an isolated urine sample with (a) a binding agent specific for acetylated α-tubulin and, optionally, with (b) a binding agent specific for ARL13B, and (ii) detecting the acetylated α-tubulin and, optionally, ARL13B; or the concentrations thereof from the isolated urine sample.