mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering lactoperoxidase comprising: (a) subjecting raw milk to a cold separation at a temperature of from 8 to 15 °C and separating the cream; (b) subjecting the cold separated skimmed milk to Expanded Bed Adsorption, wherein the lactoperoxidase is adsorbed by the adsorbent in the EBA column; and then (c) the lactoperoxidase is re-eluted, desalted, dehydrated and isolated as a dry product. (a) subjecting raw milk to a cold separation at a temperature of from 8 to 15 °C and separating the cream; (b) subjecting the cold separated skimmed milk to Expanded Bed Adsorption, wherein the lactoperoxidase is adsorbed by the adsorbent in the EBA column; and then (c) the lactoperoxidase is re-eluted, desalted, dehydrated and isolated as a dry product.
Stationary lifting unit having a substantially fixed part which can be fastened to a fixed load-bearing structure by a hydraulic damper (16; 216), which can be fastened to the load-bearing structure, being fastened to the part, the hydraulic damper (16; 216) being designed for an emergency stop by way of a safety device of the lifting unit and being configured in such a way that it is substantially rigid in normal operation of the lifting unit and has a damping action in the case of a load which goes beyond this, and the hydraulic damper (16; 216) having a differential cylinder, the piston rod of which is subjected to a tensile load in the case of a nominal load (F nenn), and the hydraulic damper having a reservoir which is connected to a piston rod space of the differential cylinder.
A method of setting up a communication session in a wireless communications system, comprising: receiving a session initiation request from an access terminal (102, 108, 110, 112) on a given system and characterised by: determining whether the given system upon which the session initiation request is received corresponds to a highest-priority system among a previously registered system prioritization for a plurality of systems by which the access terminal can contact an application server, each of the plurality of systems associated with a different physical-layer; and selectively updating the system prioritization at the application server based on a registration message received from the access terminal (102,108, 110, 112) indicating the updated system prioritization, such that the system upon which the session initiation request is received corresponds to the highest-priority system in the updated system prioritization, wherein a determination is performed by the access terminal (102, 108, 110, 112) to selectively update the system prioritization in response to a triggering event related to at least one of the plurality of systems. receiving a session initiation request from an access terminal (102, 108, 110, 112) on a given system and characterised by: determining whether the given system upon which the session initiation request is received corresponds to a highest-priority system among a previously registered system prioritization for a plurality of systems by which the access terminal can contact an application server, each of the plurality of systems associated with a different physical-layer; and selectively updating the system prioritization at the application server based on a registration message received from the access terminal (102,108, 110, 112) indicating the updated system prioritization, such that the system upon which the session initiation request is received corresponds to the highest-priority system in the updated system prioritization, wherein a determination is performed by the access terminal (102, 108, 110, 112) to selectively update the system prioritization in response to a triggering event related to at least one of the plurality of systems. determining whether the given system upon which the session initiation request is received corresponds to a highest-priority system among a previously registered system prioritization for a plurality of systems by which the access terminal can contact an application server, each of the plurality of systems associated with a different physical-layer; and selectively updating the system prioritization at the application server based on a registration message received from the access terminal (102,108, 110, 112) indicating the updated system prioritization, such that the system upon which the session initiation request is received corresponds to the highest-priority system in the updated system prioritization, wherein a determination is performed by the access terminal (102, 108, 110, 112) to selectively update the system prioritization in response to a triggering event related to at least one of the plurality of systems.
A distortion correcting method for an image taken by an optical system, comprising the operations of: preparing, in advance, approximation information that is obtained when distortion aberration of said optical system (10,11) is approximated by a function (S A:A(f,d)) of a shooting condition (d,f) that is set in said optical system (10,11); wherein said shooting condition is at least one of a focal position and a focal length of said optical system, calculating distortion of an image taken by said optical system (10,11) based on said shooting condition that was set when said image was taken and said approximation information prepared in advance, and said approximation information is approximation information that is obtained when each of one or more coefficients of a function of a position in said image that represents said distortion aberration is approximated by a power function of at least one of said focal position and said focal length. preparing, in advance, approximation information that is obtained when distortion aberration of said optical system (10,11) is approximated by a function (S A:A(f,d)) of a shooting condition (d,f) that is set in said optical system (10,11); wherein said shooting condition is at least one of a focal position and a focal length of said optical system, calculating distortion of an image taken by said optical system (10,11) based on said shooting condition that was set when said image was taken and said approximation information prepared in advance, and said approximation information is approximation information that is obtained when each of one or more coefficients of a function of a position in said image that represents said distortion aberration is approximated by a power function of at least one of said focal position and said focal length.
A method for controlling temperature in a temperature control system, the method comprising: determining occupancy or non-occupancy of a space; when non-occupancy is determined, determining whether to start a setback control, comprising: determining to start the setback control when based on a probability distribution of a duration of a non-occupancy period of the space, a probability that the non-occupancy period is a minimum time interval or greater, is larger than a preset value, wherein the minimum time interval is a time interval required for energy saving for the temperature control system that is to be controlled, when it is determined to start the setback control, determining whether reservation information exists, when the reservation information does not exist, determining a target temperature of the space based on previously collected data; calculating a setback temperature based on the target temperature; and performing the setback control according to the calculated setback temperature. determining occupancy or non-occupancy of a space; when non-occupancy is determined, determining whether to start a setback control, comprising: determining to start the setback control when based on a probability distribution of a duration of a non-occupancy period of the space, a probability that the non-occupancy period is a minimum time interval or greater, is larger than a preset value, wherein the minimum time interval is a time interval required for energy saving for the temperature control system that is to be controlled, when it is determined to start the setback control, determining whether reservation information exists, when the reservation information does not exist, determining a target temperature of the space based on previously collected data; calculating a setback temperature based on the target temperature; and performing the setback control according to the calculated setback temperature.
A compound for use in a method of treatment of pancreatic cancer in a subject, wherein: said compound is a sphingosine-1-phosphate lyase inhibitor, enhancing the sphingosine-1-phosphate plasmatic concentration; said compound suppresses the sprouting angiogenesis and stabilizes the blood vessels; the compound is a neoadjuvant for use in the efficacy enhancement of a sequential chemotherapy involving gemcitabine; wherein the compound for use as a neoadjuvant is administered at least once prior the sequential chemotherapy; and wherein said sphingosine-1-phosphate lyase inhibitor is 1-(4-(1,2,3,4-tetrahydroxybutyl)-1 H -imidazol-2-yl)ethanone oxime. said compound is a sphingosine-1-phosphate lyase inhibitor, enhancing the sphingosine-1-phosphate plasmatic concentration; said compound suppresses the sprouting angiogenesis and stabilizes the blood vessels; the compound is a neoadjuvant for use in the efficacy enhancement of a sequential chemotherapy involving gemcitabine; wherein the compound for use as a neoadjuvant is administered at least once prior the sequential chemotherapy; and wherein said sphingosine-1-phosphate lyase inhibitor is 1-(4-(1,2,3,4-tetrahydroxybutyl)-1 H -imidazol-2-yl)ethanone oxime.
A method performed by a station, STA, the method comprising: receiving, from an access point, AP, a trigger frame that solicits an Uplink Orthogonal Frequency-Divisional Multiple Access, UL OFDMA, transmission from the STA, wherein the trigger frame indicates one or more sub-bands that are allowed for overlapping basic service set spatial reuse, OBSS SR, by one or more OBSS STAs; and transmitting, in response to the trigger frame, to the AP, a physical, PHY, layer preamble that includes a signal field indicating the one or more sub-bands and one or more power thresholds associated with the one or more sub-bands allowed for OBSS SR by one or more OBSS STAs. receiving, from an access point, AP, a trigger frame that solicits an Uplink Orthogonal Frequency-Divisional Multiple Access, UL OFDMA, transmission from the STA, wherein the trigger frame indicates one or more sub-bands that are allowed for overlapping basic service set spatial reuse, OBSS SR, by one or more OBSS STAs; and transmitting, in response to the trigger frame, to the AP, a physical, PHY, layer preamble that includes a signal field indicating the one or more sub-bands and one or more power thresholds associated with the one or more sub-bands allowed for OBSS SR by one or more OBSS STAs.
An apparatus for dispensing paper product from a roll of paper, comprising: an encasement configured to enclose the roll of paper, said encasement having a base at a longitudinal end thereof for supporting the roll of paper therein, said base including a base opening for the paper to be inserted there through, an inner surface configured to contact the roll of paper, and an opposite outer surface; and a dispensing portion adjacent said outer surface of said base and releasably coupled to said encasement, coupling between said dispensing portion and said encasement being free of fasteners, wherein: said dispensing portion includes a housing (36, 38) and a rotatable dispensing element releasably disposed within said housing, said rotatable dispensing element having a dispensing orifice for dispensing paper from within the encasement to the exterior, and said dispensing portion has a housing first opening adjacent and in flow communication with said base opening and in flow communication with said dispensing orifice for receiving the paper there through. an encasement configured to enclose the roll of paper, said encasement having a base at a longitudinal end thereof for supporting the roll of paper therein, said base including a base opening for the paper to be inserted there through, an inner surface configured to contact the roll of paper, and an opposite outer surface; and a dispensing portion adjacent said outer surface of said base and releasably coupled to said encasement, coupling between said dispensing portion and said encasement being free of fasteners, wherein: said dispensing portion includes a housing (36, 38) and a rotatable dispensing element releasably disposed within said housing, said rotatable dispensing element having a dispensing orifice for dispensing paper from within the encasement to the exterior, and said dispensing portion has a housing first opening adjacent and in flow communication with said base opening and in flow communication with said dispensing orifice for receiving the paper there through. said dispensing portion includes a housing (36, 38) and a rotatable dispensing element releasably disposed within said housing, said rotatable dispensing element having a dispensing orifice for dispensing paper from within the encasement to the exterior, and said dispensing portion has a housing first opening adjacent and in flow communication with said base opening and in flow communication with said dispensing orifice for receiving the paper there through.
A method for the synthesis of a compound comprising an indane moiety having a chiral carbon in the five-membered ring of the indane moiety where the compound is enantiomerically enriched with respect to the chiral carbon, the method comprising the steps of: (i) providing an indane moiety where the ring carbon of the five-membered ring of the indane moiety where chiral substitution is desired is oxo substituted at such carbon, the compound having the following structure: (ii) reacting the compound of step (i) with a chiral reagent, wherein the chiral agent is t-Bu-S(=O)NH2, thereby forming a compound of one of the following structures: (iii) forming a chiral center at the indane moiety carbon previously bound to the oxo group by reacting the compound of step (ii) with a reducing agent, thereby forming a compound of one of the following structures: (iv) converting the compound of step (iii) to a chiral amine, thereby forming a compound of one of the following structures: (v) converting the compound of step (iv) to a protected chiral amine, thereby forming a compound of one of the following structures: (vi) reacting the compound of step (v) with R"-halide wherein R" is -CH 2 CH 2 OTBS, thereby forming a compound of one of the following structures: and (vii) treating the compound of step (vi) with a hydroxylamine or a hydroxylamine hydrochloride to convert the cyano substituent to a hydroxyamidine at the 4-position of the indane moiety, thereby forming a compound of one of the following structures: (i) providing an indane moiety where the ring carbon of the five-membered ring of the indane moiety where chiral substitution is desired is oxo substituted at such carbon, the compound having the following structure: (ii) reacting the compound of step (i) with a chiral reagent, wherein the chiral agent is t-Bu-S(=O)NH2, thereby forming a compound of one of the following structures: (iii) forming a chiral center at the indane moiety carbon previously bound to the oxo group by reacting the compound of step (ii) with a reducing agent, thereby forming a compound of one of the following structures: (iv) converting the compound of step (iii) to a chiral amine, thereby forming a compound of one of the following structures: (v) converting the compound of step (iv) to a protected chiral amine, thereby forming a compound of one of the following structures: (vi) reacting the compound of step (v) with R"-halide wherein R" is -CH 2 CH 2 OTBS, thereby forming a compound of one of the following structures: and (vii) treating the compound of step (vi) with a hydroxylamine or a hydroxylamine hydrochloride to convert the cyano substituent to a hydroxyamidine at the 4-position of the indane moiety, thereby forming a compound of one of the following structures:
Method for operation of a converter circuit, in which the converter circuit has a converter unit with a multiplicity of drivable power semiconductor switches and an LCL filter which is connected to each phase connection of the converter unit, in which the drivable power semiconductor switches are driven by means of a drive signal which is formed from reference voltages (u* 1, u* 2, u* 3), wherein the reference voltages (u* 1, u* 2, u* 3) are formed by subtraction of damping voltages (u d1, u d2, u d3) from reference-phase connection voltages (u* i1, u* i2, u* i3), with the damping voltages (u d1, u d2, u d3) being formed from filter capacitance currents (i Cf1, i Cf2, i Cf3), weighted with a variable damping factor (K f) of the LCL filter, characterized in that the filter capacitance currents (i Cf1, i Cf2, i Cf3) are filtered by means of a high-pass filter.
A surface mount circuit protection device comprising: (a) a laminar PTC resistive element having first and second major surfaces and a thickness(t) therebetween; (b) a first electrode layer formed at the first major surface and being substantially coextensive therewith, and comprising a first metal material of a type adapted to be soldered to a printed circuit substrate for effecting surface mounting of the device; (c) a second electrode layer formed at the second major surface and being substantially coextensive therewith; and characterized in that the surface mount circuit protection device further comprises: (d) weld plate means of metal material extending from the second electrode layer and having a thermal mass capable of withstanding resistance micro spot welding of a strap interconnect means without resultant damage to the laminar PTC resistive element, wherein the laminar PTC resistive element comprises a conductive polymer composition. (a) a laminar PTC resistive element having first and second major surfaces and a thickness(t) therebetween; (b) a first electrode layer formed at the first major surface and being substantially coextensive therewith, and comprising a first metal material of a type adapted to be soldered to a printed circuit substrate for effecting surface mounting of the device; (c) a second electrode layer formed at the second major surface and being substantially coextensive therewith; and characterized in that the surface mount circuit protection device further comprises: (d) weld plate means of metal material extending from the second electrode layer and having a thermal mass capable of withstanding resistance micro spot welding of a strap interconnect means without resultant damage to the laminar PTC resistive element, wherein the laminar PTC resistive element comprises a conductive polymer composition.
An apparatus, in particular a document container, comprising a base plate and an at least regionally transparent cover plate, for the closable storage of a sheet of paper between a front side of the base plate and a rear side of the cover plate, wherein the cover plate is held at the base plate in a state assembled with the base plate and is displaceably guided between a blocking position, in which a removal of the sheet from the apparatus is prevented, and a release position, in which the removal of the sheet is made possible, wherein the cover plate can be fixed to the base plate in the blocking position by means of locking elements, namely padlocks, and wherein the base plate has, at its front side at two mutually oppositely disposed sides, reception grooves which extend in the displacement direction and in which the cover plate is guided in the state assembled with the base plate.
Quick coupler for automatically changing an attachment on a construction machine, comprising first receptacles arranged on one side of a carrier for receiving a first coupling element, second receptacles, arranged on the other side of the carrier, having at least one locking element, which can be moved between a release position for coupling or uncoupling the attachment and a locking position for holding the attachment on the quick coupler, for receptacle of a second coupling element, and a display device, arranged on the carrier, for checking the locking, characterized in that the display device arranged on the carrier contains an electrical lock status indicator and an electrical control unit which activates the lock status indicator in an extended locking position of the locking element and deactivates it in a retracted release position and an extended position of the locking element which differs from the locking position.
A method of creating an adeno-associated virus virion comprising contacting cells, under conditions for formation of AAV virions, with a first nucleic acid sequence and a second nucleic acid sequence, wherein the AAV virion is formed from at least AAV8 viral protein 1, and AAV2 viral protein 3 viral structural proteins, wherein the first nucleic acid encodes VP1 from AAV8 serotype only but is not capable of expressing VP3, and the second nucleic acid sequence encodes VP3 from a AAV2 serotype only and further is not capable of expressing VP1, and wherein, the AAV virion comprises VP1 from AAV8 serotype only and VP3 from AAV2 serotype only, and wherein if viral protein 2 is expressed, it is only from AAV8 serotype.
A method for traffic light detection, comprising: obtaining a color image; calculating pixel response values for pixels of the color image, respectively, where each pixel response value is calculated using R, G, and B values of the corresponding pixel, identifying pixels whose pixel response values are distributed on the first side or the second side of a predetermined range in a pixel response value distribution as candidate pixels; identifying candidate blobs based on the candidate pixels; and verifying whether the candidate blobs are traffic lights, characterised in that: each pixel response value is calculated by multiplying a first value and a second value for the corresponding pixel, where the first value is a sum of the three weighted components R, G and B of the corresponding pixel, the weight applied on the R component having a first sign and the respective weights applied on the G and B components having the opposite sign, and the second value is a sum of the two weighted components R and G of the corresponding pixel, the two weights having the same sign. obtaining a color image; calculating pixel response values for pixels of the color image, respectively, where each pixel response value is calculated using R, G, and B values of the corresponding pixel, identifying pixels whose pixel response values are distributed on the first side or the second side of a predetermined range in a pixel response value distribution as candidate pixels; identifying candidate blobs based on the candidate pixels; and verifying whether the candidate blobs are traffic lights, characterised in that: each pixel response value is calculated by multiplying a first value and a second value for the corresponding pixel, where the first value is a sum of the three weighted components R, G and B of the corresponding pixel, the weight applied on the R component having a first sign and the respective weights applied on the G and B components having the opposite sign, and the second value is a sum of the two weighted components R and G of the corresponding pixel, the two weights having the same sign. each pixel response value is calculated by multiplying a first value and a second value for the corresponding pixel, where the first value is a sum of the three weighted components R, G and B of the corresponding pixel, the weight applied on the R component having a first sign and the respective weights applied on the G and B components having the opposite sign, and the second value is a sum of the two weighted components R and G of the corresponding pixel, the two weights having the same sign.