mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an assembly for inductively transmitting energy to an electric load, wherein a secondary winding is inductively coupled to a primary conductor, wherein, to form a resonant circuit of the secondary winding, an assembly of capacitors (C_res1, C_res2, C_res2, C_res3) is switched in, wherein a boost converter assembly comprising a rectifier assembly, the output voltage of which powers a load, is supplied from the resonant circuit, wherein, in a first step, the output side of the resonant circuit is switched out, in particular by shorting the output side when in a configuration as a series resonant circuit and by isolating the output side when in a configuration as a parallel resonant circuit, wherein, in a second step, the phase difference between the current flowing through the secondary coil and the voltage applied to the secondary coil is determined, wherein, by switching the capacitors (C_res2, C_res2, C_res3) in or out, control towards the desired resonance quality factor and phase shift, i.e. automatic adjustment of the resonant circuit to the frequency of the primary conductor current, can be carried out, wherein, in a third step, the output side is switched in again, wherein the boost converter assembly has an autotransformer, the input current of which can be operated in a clocked manner such that the output voltage of the rectifying assembly is controlled towards its setpoint. wherein a secondary winding is inductively coupled to a primary conductor, wherein, to form a resonant circuit of the secondary winding, an assembly of capacitors (C_res1, C_res2, C_res2, C_res3) is switched in, wherein a boost converter assembly comprising a rectifier assembly, the output voltage of which powers a load, is supplied from the resonant circuit, wherein, in a first step, the output side of the resonant circuit is switched out, in particular by shorting the output side when in a configuration as a series resonant circuit and by isolating the output side when in a configuration as a parallel resonant circuit, wherein, in a second step, the phase difference between the current flowing through the secondary coil and the voltage applied to the secondary coil is determined, wherein, by switching the capacitors (C_res2, C_res2, C_res3) in or out, control towards the desired resonance quality factor and phase shift, i.e. automatic adjustment of the resonant circuit to the frequency of the primary conductor current, can be carried out, wherein, in a third step, the output side is switched in again, wherein the boost converter assembly has an autotransformer, the input current of which can be operated in a clocked manner such that the output voltage of the rectifying assembly is controlled towards its setpoint.
Use of a device (200, 300) for incubating white blood cells and platelets with polyacrylamide beads for obtaining a solution rich in interleukin-1 receptor antagonist, wherein the solution comprises: (i) interleukin-1 receptor antagonist at a concentration of at least 30,000 pg/ml; (ii) soluble Tumor Necrosis Factor Receptor 1 (sTNF-R1) at a concentration greater than the concentration of the sTNF-R1 present in the whole blood or plasma, (iii) viable white blood cells; and (iv) growth factors; wherein the total concentration of plasma proteins is at least 80 mg/ml,; and wherein the polyacrylamide beads serve as an activator of interleukin-1 receptor angtagonist production by the white blood cells. (i) interleukin-1 receptor antagonist at a concentration of at least 30,000 pg/ml; (ii) soluble Tumor Necrosis Factor Receptor 1 (sTNF-R1) at a concentration greater than the concentration of the sTNF-R1 present in the whole blood or plasma, (iii) viable white blood cells; and (iv) growth factors;
A vehicle glazing unit having a glazed element and at least one base for the reversible attachment of an accessory to said glazed element, said base having an aperture for the passage of said accessory, said base having a non-flat outer face which is fastened opposite a non-flat inner face of said glazed element, said non-flat outer face and said non-flat inner face having has two radii of curvature, namely a first, non-infinite radius of curvature in a first direction, the lateral direction Y-Y' of said glazing that is also the lateral direction of said vehicle, and a second non-infinite radius of curvature in a second direction, the height Z-Z', which is perpendicular to the first, characterized in that said outer face has only two adhesive strips (33, 34) each having an elongate shape and both positioned lengthwise along the transverse horizontal axis Y-Y' of said glazing unit.
Two-layer multi-strand cord, comprising: - an internal layer of the cord made up of K≥1 internal strand(s) (Tl), the or each internal strand (Tl) being a two-layer (C1, C3) strand and comprising: • an internal layer made up of Q internal metallic threads, and • an external layer made up of N external metallic threads wound around the internal layer, - an external layer of the cord made up of L>1 external strands wound around the internal layer of the cord, each external strand being a two-layer (C1', C3') strand and comprising: • an internal layer (C1') made up of Q' internal metallic threads (F1'), and • an external layer (C3') made up of N' external metallic threads (F3') wound around the internal layer (C1'), characterized in that: - the cord is obtained by a method comprising a step of manufacturing the sheathed internal layer in which step the internal layer is surrounded with an elastomeric composition having a thickness G and then by the L external strands to form the external layer, where L is strictly greater than Lmax which is the maximum number of external strands that can be laid on the theoretical external layer obtained when the internal layer is directly in contact with the theoretical external layer. - an internal layer of the cord made up of K≥1 internal strand(s) (Tl), the or each internal strand (Tl) being a two-layer (C1, C3) strand and comprising: • an internal layer made up of Q internal metallic threads, and • an external layer made up of N external metallic threads wound around the internal layer, • an internal layer made up of Q internal metallic threads, and • an external layer made up of N external metallic threads wound around the internal layer, - an external layer of the cord made up of L>1 external strands wound around the internal layer of the cord, each external strand being a two-layer (C1', C3') strand and comprising: • an internal layer (C1') made up of Q' internal metallic threads (F1'), and • an external layer (C3') made up of N' external metallic threads (F3') wound around the internal layer (C1'), • an internal layer (C1') made up of Q' internal metallic threads (F1'), and • an external layer (C3') made up of N' external metallic threads (F3') wound around the internal layer (C1'), - the cord is obtained by a method comprising a step of manufacturing the sheathed internal layer in which step the internal layer is surrounded with an elastomeric composition having a thickness G and then by the L external strands to form the external layer, where L is strictly greater than Lmax which is the maximum number of external strands that can be laid on the theoretical external layer obtained when the internal layer is directly in contact with the theoretical external layer.
A device for virtualizing a driving environment surrounding a first node, comprising: a data acquisition device, configured to acquire position data of the first node, position data and sensing data of at least one second node, wherein the at least one second node and the first node are in a first communication network; and a scene construction device, configured to construct a scene virtualizing the driving environment surrounding the first node based on the position data of the first node and the at least one second node, and on the sensing data of the at least one second node, characterized in that: the sensing data is compressed and comprises a plurality of data sets each comprising two sets of coordinates representing two ends of an edge of an object detected and an index of layer of recursive sub-cube division. a data acquisition device, configured to acquire position data of the first node, position data and sensing data of at least one second node, wherein the at least one second node and the first node are in a first communication network; and a scene construction device, configured to construct a scene virtualizing the driving environment surrounding the first node based on the position data of the first node and the at least one second node, and on the sensing data of the at least one second node, characterized in that: the sensing data is compressed and comprises a plurality of data sets each comprising two sets of coordinates representing two ends of an edge of an object detected and an index of layer of recursive sub-cube division.
Key box comprising a first member and a second member, the first member and the second member together defining a secure space, wherein the second member is moveable with respect to the first member between a CLOSED position preventing access to the secure space and an OPEN position allowing access to the secure space; wherein the second member comprises peripheral side walls; the key box further comprising a lock mechanism fixed to the first member; wherein the lock mechanism comprises a locking plate, the lock mechanism being adapted to rotate the locking plate about a rotation axis between a LOCK position and an UNLOCK position; characterised in that the locking plate comprises a plurality of cams (18a, 18b, 18c), each cam projecting in a different radial direction away from the rotation axis and being arranged to engage the second member at a corresponding engagement point (19a, 19b, 19c) on the side walls when the second member is in the CLOSED position and the locking plate is in the LOCK position. the key box further comprising a lock mechanism fixed to the first member; wherein the lock mechanism comprises a locking plate, the lock mechanism being adapted to rotate the locking plate about a rotation axis between a LOCK position and an UNLOCK position; characterised in that the locking plate comprises a plurality of cams (18a, 18b, 18c), each cam projecting in a different radial direction away from the rotation axis and being arranged to engage the second member at a corresponding engagement point (19a, 19b, 19c) on the side walls when the second member is in the CLOSED position and the locking plate is in the LOCK position.
A process for obtaining an extract from white truffle ( Tuber magnatum) comprising: (i) adding water to grounded white truffles to make a mixture, (ii) agitating the said mixture by maintaining the temperature at 50°C for 2 hours, (iii) filtering the mixture to remove the solid part to obtain the extract. (i) adding water to grounded white truffles to make a mixture, (ii) agitating the said mixture by maintaining the temperature at 50°C for 2 hours, (iii) filtering the mixture to remove the solid part to obtain the extract.
A steam characteristics automatic measuring device comprising: an automatic non-condensable gas flowmeter for automatically and continuously measuring a flow rate of non-condensable gas separated from steam taken out from under the ground by cooling the steam, wherein the steam is divided into the non-condensable gas and a condensate by the cooling and wherein the automatic non-condensable gas flowmeter has at least a thermometer for measuring a temperature of the condensate; a tank in which the condensate is stored; a level detector with which the tank is provided at the inside thereof; a gas flowmeter for measuring the flow rate of discharged gas which is discharged from the tank; and a processor for calculating an amount of non-condensable gas based on the data sent by the level detector and the data sent by the gas flowmeter, characterized in that the processor is configured to calculate the amount of the non-condensable gas from a flow rate of the condensate, the temperature thereof, a saturation concentration of the dissolved gas at the temperature and the flow rate value indicated by the gas flowmeter. an automatic non-condensable gas flowmeter for automatically and continuously measuring a flow rate of non-condensable gas separated from steam taken out from under the ground by cooling the steam, wherein the steam is divided into the non-condensable gas and a condensate by the cooling and wherein the automatic non-condensable gas flowmeter has at least a thermometer for measuring a temperature of the condensate; a tank in which the condensate is stored; a level detector with which the tank is provided at the inside thereof; a gas flowmeter for measuring the flow rate of discharged gas which is discharged from the tank; and a processor for calculating an amount of non-condensable gas based on the data sent by the level detector and the data sent by the gas flowmeter, characterized in that the processor is configured to calculate the amount of the non-condensable gas from a flow rate of the condensate, the temperature thereof, a saturation concentration of the dissolved gas at the temperature and the flow rate value indicated by the gas flowmeter.
A power conversion system, comprising: a power storage device which stores direct current power; an inverter, between the positive and negative direct current terminals of which the power storage device is connected, and between a plurality of alternating current terminals of which a load having an inductance is connected, wherein a plurality of semiconductor switches (41, 42, 43, 44, 45, 46) are configuring the inverter; a first upper and lower arm portion, configured by connecting first and second semiconductor switches (91, 92) in series, of which the connection point of the first and second semiconductor switches is connected to the neutral point of the load; a direct current power source connected in parallel to the first upper and lower arm portion; and at least one pair of homopolar terminals, of pairs of homopolar terminals out of the positive and negative direct current terminals of the inverter and the positive and negative terminals of the first upper and lower arm portion, are connected by a switch, and the other pair of homopolar terminals are set at the same potential; characterized in that the power conversion system is configured such that by switching the plurality of semiconductor switches (41, 42, 43, 44, 45, 46) configuring the inverter in a condition in which the switch is turned on and the first and second semiconductor switches (91, 92) are turned off, an alternating current voltage is output from the inverter to drive the load. a power storage device which stores direct current power; an inverter, between the positive and negative direct current terminals of which the power storage device is connected, and between a plurality of alternating current terminals of which a load having an inductance is connected, wherein a plurality of semiconductor switches (41, 42, 43, 44, 45, 46) are configuring the inverter; a first upper and lower arm portion, configured by connecting first and second semiconductor switches (91, 92) in series, of which the connection point of the first and second semiconductor switches is connected to the neutral point of the load; a direct current power source connected in parallel to the first upper and lower arm portion; and at least one pair of homopolar terminals, of pairs of homopolar terminals out of the positive and negative direct current terminals of the inverter and the positive and negative terminals of the first upper and lower arm portion, are connected by a switch, and the other pair of homopolar terminals are set at the same potential; characterized in that the power conversion system is configured such that by switching the plurality of semiconductor switches (41, 42, 43, 44, 45, 46) configuring the inverter in a condition in which the switch is turned on and the first and second semiconductor switches (91, 92) are turned off, an alternating current voltage is output from the inverter to drive the load.
Apparatus for treatment or preparing of semi liquid or pasty food products supplied to the apparatus by a pump, which apparatus comprises an elongate chamber formed between two concentric tube-formed bodies (2, 3), an inner tube and an outer tube, which elongate chamber having an inlet for the product to be treated in one end and an outlet for treated product in an opposite end where at least one of the bodies (2, 3) is provided with heating means, characterized in that said tubes (2, 3) are rotated by driving means (13, 14), such as toothed wheels, belts or other known driving means, where one or more motors drives the inner and outer tubes (2, 3) respectively by engagement with the driving means (13, 14), where the inner tube and the outer tube are rotatable in opposite directions, and that the semi liquid or pasty food products is transported through the apparatus by pressure from the pump.
An ion guide or ion trap comprising: a first mirror arranged at a first end of said ion guide or ion trap and a second mirror arranged at a second end of said ion guide or ion trap, characterized by said first and second mirrors forming an optical resonant cavity along a longitudinal axis of said ion guide or ion trap.
An antibody or antibody fragment comprising (a) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 17; (b) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 18; (c) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 19; (d) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 20; (e) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 21; and (f) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 22. (a) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 17; (b) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 18; (c) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 19; (d) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 20; (e) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 21; and (f) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 22.
A method of encoding coefficients associated with a block of video data, wherein the coefficients are obtained by transforming the block of video data, the method comprising: for each combination of possible intra coding mode and possible transform block size, defining a set of top scan order candidates, each set of top scan order candidates being a sub-set of the possible scan order candidates defined for any combination of possible intra coding modes and possible transform block sizes; for a block of video data coded using a particular intra coding mode and having a transform block size, selecting the set of top scan order candidates defined for a block predicted using the particular intra coding mode and having the particular transform block size, and selecting the scan order from the selected set of top scan order candidates, wherein the coefficients are scanned with the selected scan order; and generating a syntax element to communicate the selected scan order from the selected set of top candidates. for each combination of possible intra coding mode and possible transform block size, defining a set of top scan order candidates, each set of top scan order candidates being a sub-set of the possible scan order candidates defined for any combination of possible intra coding modes and possible transform block sizes; for a block of video data coded using a particular intra coding mode and having a transform block size, selecting the set of top scan order candidates defined for a block predicted using the particular intra coding mode and having the particular transform block size, and selecting the scan order from the selected set of top scan order candidates, wherein the coefficients are scanned with the selected scan order; and generating a syntax element to communicate the selected scan order from the selected set of top candidates.
An aqueous colorant composition comprising: a water-soluble cationic polymer bearing an overall positive charge in an aqueous medium at pH values of 10 or lower and comprising primary amine groups; a water-soluble crosslinker polymer including repeating units comprising halohydrin and/or epoxide groups that are capable of forming covalent crosslinks with the primary amine groups of the cationic polymer; and a dye comprising at least one acid salt group per molecule; and/or a dye that is capable of forming at least one covalent bond per dye molecule with the cationic polymer. a water-soluble cationic polymer bearing an overall positive charge in an aqueous medium at pH values of 10 or lower and comprising primary amine groups; a water-soluble crosslinker polymer including repeating units comprising halohydrin and/or epoxide groups that are capable of forming covalent crosslinks with the primary amine groups of the cationic polymer; and a dye comprising at least one acid salt group per molecule; and/or a dye that is capable of forming at least one covalent bond per dye molecule with the cationic polymer.
A method of improving the functions of a donor lung extracorporeally, comprising treating a lung ex vivo with a cyclized compound of the amino acid sequence of formula X 1 -GQRETPEGAEAKPWY-X 2 I wherein X 1 comprises an amino acid (sequence) with 1 to 4, in particular 1 to 3 members, comprising natural or unnatural amino acids, and X 2 comprises one amino acid, selected from natural amino acids. X 1 comprises an amino acid (sequence) with 1 to 4, in particular 1 to 3 members, comprising natural or unnatural amino acids, and X 2 comprises one amino acid, selected from natural amino acids.
A female terminal for an electrical connector, comprising an elongated receptacle portion which is essentially cylindrical in shape, made of an electrically conductive material, and defines a longitudinal axis, and which extends from a first end portion to an open end, specifically for receiving as well as mechanically and electrically coupling an electrical contact end of a pin terminal of a connector to be mated with the electrical connector, which pin terminal is designed complementary to the female terminal and is to be introduced via the open end; wherein the receptacle portion provides an interior which towards the open end includes contacting webs that extend axially or obliquely or in a thread-like fashion along the inner circumference; wherein the contacting webs provided along the inner circumference extend as far as to the open end; and wherein the receptacle portion is manufactured in a stamping/bending process; characterized in that the receptacle portion is kept in shape movably by a material interengagement such that the interior provided with the contacting webs along the inner circumference can be spread out resiliently to a limited extent, in particular when the pin terminal is urged or plugged into the open end of the female terminal, and wherein on a side substantially facing away from the material interengagement, the receptacle portion is partially formed with an axially extending slot that starts at the open end. wherein the receptacle portion provides an interior which towards the open end includes contacting webs that extend axially or obliquely or in a thread-like fashion along the inner circumference; wherein the contacting webs provided along the inner circumference extend as far as to the open end; and wherein the receptacle portion is manufactured in a stamping/bending process; characterized in that the receptacle portion is kept in shape movably by a material interengagement such that the interior provided with the contacting webs along the inner circumference can be spread out resiliently to a limited extent, in particular when the pin terminal is urged or plugged into the open end of the female terminal, and wherein on a side substantially facing away from the material interengagement, the receptacle portion is partially formed with an axially extending slot that starts at the open end.