mhurhangee/ep-ind-claims huggingface dataset:
A method of preventing loss of copper in a solution, wherein the solution is a cell culture medium, cell culture feed or cell culture additive comprising copper and cysteine, wherein the method comprises having substantially the same amount of soluble copper before and after filtering the solution, wherein the filtering is performed with the solution comprising a dissolved oxygen (dO 2) level of at least 6% dO 2, optionally a dissolved oxygen (dO 2) level of at least 8% dO 2. wherein the solution is a cell culture medium, cell culture feed or cell culture additive comprising copper and cysteine, wherein the method comprises having substantially the same amount of soluble copper before and after filtering the solution, wherein the filtering is performed with the solution comprising a dissolved oxygen (dO 2) level of at least 6% dO 2, optionally a dissolved oxygen (dO 2) level of at least 8% dO 2.
A method for demodulating received symbols using a turbo equalization loop for a single carrier system, the method comprises the steps of: - performing a discrete Fourier transform on the received symbols, - equalizing in the frequency domain the discrete Fourier transform received symbols in order to obtain equalized symbols, - executing an inverse discrete Fourier transform on the equalized symbols in order to obtain equalized symbols in the time domain, characterized in that the method further comprises the steps of: - executing a first subtracting step by subtracting, from equalized symbols in the time domain, non-linear interference, - de-mapping the output of the first subtracting step, - decoding the output of the de-mapping step, - executing a second subtracting step by subtracting, from the output of decoding step, the input of the decoding step, and the output of second subtracting step is provided to the equalization step, to the non-linear interference generation step, the non-linear interference being obtained by a Volterra series, the coefficients of which are determined from the equalized symbols in the time domain. - performing a discrete Fourier transform on the received symbols, - equalizing in the frequency domain the discrete Fourier transform received symbols in order to obtain equalized symbols, - executing an inverse discrete Fourier transform on the equalized symbols in order to obtain equalized symbols in the time domain, - executing a first subtracting step by subtracting, from equalized symbols in the time domain, non-linear interference, - de-mapping the output of the first subtracting step, - decoding the output of the de-mapping step, - executing a second subtracting step by subtracting, from the output of decoding step, the input of the decoding step,
A stator comprising: a winding set, said winding set comprising: a plurality of windings, each winding including: a first portion with an exposed end; a second portion with an exposed end; wherein the exposed end of at least the first portion of at least one of the plurality of windings has a surface having a plurality of grooves, the surface being in contact with a second exposed end of the same portion of at least one other winding, the first exposed end and second exposed end forming a joint of the plurality of windings, wherein a braze material is flowed into a plurality of grooves disposed between the first exposed end and the second exposed end and formed by the grooved surface of the first exposed end; and a plurality of slots; wherein at least two of said plurality of windings are at least partially disposed within each of the plurality of slots; characterized in that the first portions of the plurality of windings in each slot form an inner group and the second portions of the plurality of windings in each slot form an outer group, the plurality of inner groups of a first slot and the plurality of outer groups of a second slot are brazed to a plurality of braze clips to provide an electrical connection between the inner group and the outer group; and in that the first portion and the second portion of each winding extend from a knuckle. a first portion with an exposed end; a second portion with an exposed end; wherein the exposed end of at least the first portion of at least one of the plurality of windings has a surface having a plurality of grooves, the surface being in contact with a second exposed end of the same portion of at least one other winding, the first exposed end and second exposed end forming a joint of the plurality of windings, wherein a braze material is flowed into a plurality of grooves disposed between the first exposed end and the second exposed end and formed by the grooved surface of the first exposed end; and
Dermatological composition for use in veterinary medicine, comprising in association at least metallic silver, in the form of metal particles of size between 1 and 20 μm, and hyaluronic acid or one of the salts thereof having a molecular weight of between 100 kDa and 500 kDa.
A yarn winding device comprising: a bobbin supporting section adapted to support a yarn supplying bobbin; a winding section (4, 22) adapted to wind a yarn (y) unwound from the yarn supplying bobbin; a yarn amount detecting section adapted to detect an amount of yarn of the yarn supplying bobbin; a control section adapted to control a winding speed of the winding section (4, 22); and a yarn state detecting section adapted to detect a state of a travelling yarn, characterized in that the control section is adapted to predict an end of unwinding of the yarn (y) of the yarn supplying bobbin based on a detection result of the yarn amount detecting section, and to decelerate the winding speed of the winding section (4, 22) to stop the winding operation of the winding section before a yarn end reaches the winding section (4, 22) based on the detection result of the yarn state detecting section after the end of unwinding of the yarn (y) from the yarn supplying bobbin. a bobbin supporting section adapted to support a yarn supplying bobbin; a winding section (4, 22) adapted to wind a yarn (y) unwound from the yarn supplying bobbin; a yarn amount detecting section adapted to detect an amount of yarn of the yarn supplying bobbin; a control section adapted to control a winding speed of the winding section (4, 22); and a yarn state detecting section adapted to detect a state of a travelling yarn, characterized in that the control section is adapted to predict an end of unwinding of the yarn (y) of the yarn supplying bobbin based on a detection result of the yarn amount detecting section, and to decelerate the winding speed of the winding section (4, 22) to stop the winding operation of the winding section before a yarn end reaches the winding section (4, 22) based on the detection result of the yarn state detecting section after the end of unwinding of the yarn (y) from the yarn supplying bobbin.
A holder assembly for receiving a portable electronic apparatus with a display, the holder assembly comprising a housing comprising a cavity, a wall with an aperture for viewing, so as to allow a user to see the display, the holder assembly comprising a spacer removable from the housing, for insertion within the cavity, so as to define a receptacle within the cavity, of a volume smaller than that of the cavity, when the holder is inserted into the cavity, the adaptation wedge comprising - a primary shim comprising a base in the form of a rectangular plate having a rim having a thickness H relative to the base, extending along three of the sides of the base, said rim thus forming three inner rims oriented towards the inside of the base, - an intermediate wedge (3, 4) forming a U-shaped plate or a rectangular plate, arranged so as to extend on the base of the primary wedge with the outer edges of the U or of the rectangle of the intermediate wedge (3, 34) in contact with the three inner edges of the rim of the primary wedge, the adaptation wedge further comprising a secondary wedge forming a U-shaped plate, extending over the intermediate wedge, in contact with the three inner edges of the rim of the primary wedge, characterized in that the adaptation wedge comprises a tertiary wedge forming an L-shaped plate, extending over the primary wedge or over the intermediate wedge and whose outer edges, located on the side of the obtuse angle of the L, are in contact with two of the inner edges of the U formed by the secondary wedge. - a primary shim comprising a base in the form of a rectangular plate having a rim having a thickness H relative to the base, extending along three of the sides of the base, said rim thus forming three inner rims oriented towards the inside of the base, - an intermediate wedge (3, 4) forming a U-shaped plate or a rectangular plate, arranged so as to extend on the base of the primary wedge with the outer edges of the U or of the rectangle of the intermediate wedge (3, 34) in contact with the three inner edges of the rim of the primary wedge,
An automation system comprising: a manually operated disconnect; and a system comprising: a sensor configured to automatically detect via wireless communication a lock affixed to the manually operated disconnect that locks the disconnect in an open state; processing circuitry coupled to the sensor and configured to determine lockout data including at least a user associated with the lock, a time of application of the lock, and data identifying or locating the manually operated disconnect or a machine to which the disconnect provides power when in a closed state; and memory circuitry coupled to the processing circuitry to store the lockout data, wherein the sensor is configured to be retrofitted to the manually operated disconnect, wherein the processing circuitry is configured to be retrofitted to an enclosure of the manually operated disconnect, and, in operation, coupled to the sensor to determine the lockout data, and wherein the memory circuitry is configured to be retrofitted to the enclosure and, in operation, coupled to the processing circuitry to store the lockout data. a sensor configured to automatically detect via wireless communication a lock affixed to the manually operated disconnect that locks the disconnect in an open state; processing circuitry coupled to the sensor and configured to determine lockout data including at least a user associated with the lock, a time of application of the lock, and data identifying or locating the manually operated disconnect or a machine to which the disconnect provides power when in a closed state; and memory circuitry coupled to the processing circuitry to store the lockout data, wherein the sensor is configured to be retrofitted to the manually operated disconnect, wherein the processing circuitry is configured to be retrofitted to an enclosure of the manually operated disconnect, and, in operation, coupled to the sensor to determine the lockout data, and wherein the memory circuitry is configured to be retrofitted to the enclosure and, in operation, coupled to the processing circuitry to store the lockout data.
A method of performing a sidelink communication, by a first user equipment, UE, in a wireless communication system, the method comprising: selecting candidate resources for transmission of a sidelink signal configured with a first priority from a predetermined resource pool; and obtaining, from a second UE, scheduling information on a reserved resource scheduled to be used for transmission of data by the second UE and a second priority related to the data from the second UE; and performing a reselection for the candidate resources based on the reserved resource overlapping with the candidate resources and the second priority being higher than the first priority. selecting candidate resources for transmission of a sidelink signal configured with a first priority from a predetermined resource pool; and obtaining, from a second UE, scheduling information on a reserved resource scheduled to be used for transmission of data by the second UE and a second priority related to the data from the second UE; and performing a reselection for the candidate resources based on the reserved resource overlapping with the candidate resources and the second priority being higher than the first priority.
A disposable electrochemical sensor strip, comprising: an isolating sheet (401, 501, 701, 1001, 1101, 1301, 1501, 1601, 1701, 1801) having at least a through hole (402, 502, 702, 1002, 1003, 1102, 1302, 1503, 1504, 1605, 1704, 1803-1805); an electrode (411, 1505, 1808, 1809, 1810) comprising a core of at least a conductive material (403, 503, 1313) coated by a metal film (404, 504, 1315), said electrode mounted inside said through hole (402, 502, 702, 1002, 1003, 1102, 1302, 1503, 1504, 1605, 1704, 1803-1805) thus exposing said metal film and forming the electrode working surface (409, 504, 704, 1506, 1811) for processing an electrode action, the electrode further comprising a signal output terminal for outputting a measured signal, wherein the metal film is made of a material selected from the group consisting of gold, platinum, rhodium, ruthenium, iridium, silver, and wherein the conductive material is one of carbon-including plastic compound, metal-including conductive plastic compound, plastic material undergone with a conductive coating treatment, copper, brass, oxygen-free copper, bronze, phosphorized copper, nickel silver copper and beryllium copper. an isolating sheet (401, 501, 701, 1001, 1101, 1301, 1501, 1601, 1701, 1801) having at least a through hole (402, 502, 702, 1002, 1003, 1102, 1302, 1503, 1504, 1605, 1704, 1803-1805); an electrode (411, 1505, 1808, 1809, 1810) comprising a core of at least a conductive material (403, 503, 1313) coated by a metal film (404, 504, 1315), said electrode mounted inside said through hole (402, 502, 702, 1002, 1003, 1102, 1302, 1503, 1504, 1605, 1704, 1803-1805) thus exposing said metal film and forming the electrode working surface (409, 504, 704, 1506, 1811) for processing an electrode action, the electrode further comprising a signal output terminal for outputting a measured signal, wherein the metal film is made of a material selected from the group consisting of gold, platinum, rhodium, ruthenium, iridium, silver, and wherein the conductive material is one of carbon-including plastic compound, metal-including conductive plastic compound, plastic material undergone with a conductive coating treatment, copper, brass, oxygen-free copper, bronze, phosphorized copper, nickel silver copper and beryllium copper.
A lubricating composition comprising an oil of lubricating viscosity and a copolymer obtained/obtainable by a process comprising the steps of: reacting (i) an α-olefin and (ii) an ethylenically unsaturated carboxylic acid or derivatives thereof to form a copolymer; esterifying the copolymer of step with a primary alcohol branched at the β- or higher position to form an esterified copolymer; wherein the primary alcohol branched at the β- or higher position has at least 12 to 60 carbon atoms; and optionally reacting the esterified copolymer of step with an amine in an amount to provide the esterified copolymer with 0.01 wt% to 1.5 wt% nitrogen, wherein the copolymer is composed of units derived from monomers of (i) an α-olefin having 6 or more carbon atoms, and (ii) maleic anhydride; and wherein the copolymer has a reduced specific viscosity of up to 0.08 cm 3 /g; wherein the reduced specific viscosity is measured by the formula RSV = (Relative Viscosity - 1)/Concentration, wherein the relative viscosity is determined by measuring, by means of a dilution viscometer, the viscosity of a solution of 1.6 g of the copolymer in 100 cm 3 of acetone and the viscosity of acetone at 30°C; and wherein the oil of lubricating viscosity is an API Group I (sulphur content > 0.03 wt% and/or < 90 wt% saturates, viscosity index 80-120), Group II (sulphur content ≤ 0.03wt% and ≥ 90wt% saturates, viscosity index 80-120), Group III (sulphur content ≤ 0.03 wt% and ≥ 90 wt% saturates, viscosity index ≥ 120), Group IV (all polyalphaolefins (PAOs)) oil or mixtures thereof. reacting (i) an α-olefin and (ii) an ethylenically unsaturated carboxylic acid or derivatives thereof to form a copolymer; esterifying the copolymer of step with a primary alcohol branched at the β- or higher position to form an esterified copolymer; wherein the primary alcohol branched at the β- or higher position has at least 12 to 60 carbon atoms; and optionally reacting the esterified copolymer of step with an amine in an amount to provide the esterified copolymer with 0.01 wt% to 1.5 wt% nitrogen,
A method for ensuring parallel data random access, comprising: transmitting, by a user equipment, a random access sequence through a physical random access channel, PRACH, with other uplink transmission in a same subframe of different carriers, wherein the other uplink transmission comprises physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, and wherein when power is limited, a priority of transmission power of the PRACH and a priority of transmission power of an uplink channel over which the other uplink transmission is performed are controlled by the user equipment, wherein a priority of transmission power of the PRACH and a priority of transmission power of an uplink channel over which the other uplink transmission is performed are controlled by the user equipment as follows: a priority of transmission power of a PUSCH that does not include uplink control information, UCI, is controlled to be lower than a priority of transmission power of a PUSCH that includes UCI, the priority of transmission power of the PUSCH that includes the UCI is controlled to be lower than a priority of transmission power of the PUCCH, and the priority of transmission power of the PUCCH is controlled to be lower than a priority of transmission power of the PRACH. transmitting, by a user equipment, a random access sequence through a physical random access channel, PRACH, with other uplink transmission in a same subframe of different carriers, wherein the other uplink transmission comprises physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH, and wherein when power is limited, a priority of transmission power of the PRACH and a priority of transmission power of an uplink channel over which the other uplink transmission is performed are controlled by the user equipment, wherein a priority of transmission power of the PRACH and a priority of transmission power of an uplink channel over which the other uplink transmission is performed are controlled by the user equipment as follows: a priority of transmission power of a PUSCH that does not include uplink control information, UCI, is controlled to be lower than a priority of transmission power of a PUSCH that includes UCI, the priority of transmission power of the PUSCH that includes the UCI is controlled to be lower than a priority of transmission power of the PUCCH, and the priority of transmission power of the PUCCH is controlled to be lower than a priority of transmission power of the PRACH.
A current transformer for power supply, comprising: a first core formed of a magnetic substance, and having a loop shape with a gap at one side thereof; and at least one supporting core formed of a magnetic substance, and disposed at at least one side of the first core so as to block the gap, and a coil disposed around the gap, wherein the first core comprises a straight portion, and the gap is formed at the straight portion, wherein the first core comprises segment cores each having the straight portion and a curved portion extending from one end of the straight portion, characterized in that reach supporting core comprises: a straight portion corresponding to the straight portion of the first core; and a curved portion having a length longer than one of the curved portions of the segment cores, and a supporting core is disposed at each of both sides of the first core in a thickness direction so that its one curved portion can come in contact with two curved portions of the segment cores. a first core formed of a magnetic substance, and having a loop shape with a gap at one side thereof; and at least one supporting core formed of a magnetic substance, and disposed at at least one side of the first core so as to block the gap, and a coil disposed around the gap, wherein the first core comprises a straight portion, and the gap is formed at the straight portion, wherein the first core comprises segment cores each having the straight portion and a curved portion extending from one end of the straight portion, characterized in that reach supporting core comprises: a straight portion corresponding to the straight portion of the first core; and a curved portion having a length longer than one of the curved portions of the segment cores, and a supporting core is disposed at each of both sides of the first core in a thickness direction so that its one curved portion can come in contact with two curved portions of the segment cores. the first core comprises a straight portion, and the gap is formed at the straight portion, wherein the first core comprises segment cores each having the straight portion and a curved portion extending from one end of the straight portion, characterized in that reach supporting core comprises: a straight portion corresponding to the straight portion of the first core; and a curved portion having a length longer than one of the curved portions of the segment cores, and a supporting core is disposed at each of both sides of the first core in a thickness direction so that its one curved portion can come in contact with two curved portions of the segment cores. a straight portion corresponding to the straight portion of the first core; and a curved portion having a length longer than one of the curved portions of the segment cores, and a supporting core is disposed at each of both sides of the first core in a thickness direction so that its one curved portion can come in contact with two curved portions of the segment cores.
An apparatus for manufacturing a multi-column multi-medicine oral dissolving film comprising an oral dissolving film coating unit for coating a raw solution of the oral dissolving film in a form of a film, wherein the oral dissolving film coating unit includes: a first medicine supply nozzle which is connected to a first medicine container supplying a first medicine raw solution and ejects the first medicine to coat lower wrapping sheet in a form of a film; and a second medicine supply nozzle which is connected to a second medicine container which is arranged so as to be adjacent to the first medicine supply nozzle and supplies a second medicine raw solution which is different from the first medicine and ejects the second medicine to coat the lower wrapping sheet in a form of a film, and wherein the different medicines are coated in multiple columns on the lower wrapping sheet so as to be connected continuously with each other in a single layer without being overlapped. a first medicine supply nozzle which is connected to a first medicine container supplying a first medicine raw solution and ejects the first medicine to coat lower wrapping sheet in a form of a film; and a second medicine supply nozzle which is connected to a second medicine container which is arranged so as to be adjacent to the first medicine supply nozzle and supplies a second medicine raw solution which is different from the first medicine and ejects the second medicine to coat the lower wrapping sheet in a form of a film, and wherein the different medicines are coated in multiple columns on the lower wrapping sheet so as to be connected continuously with each other in a single layer without being overlapped.