mhurhangee/patent-ind-claim-en huggingface dataset:
A method of inhibiting damage to a saccharide sensor that can result from a radiation sterilization process, the method comprising combining the saccharide sensor with an aqueous radioprotectant formulation during the sterilization process, wherein: the saccharide sensor comprises a saccharide binding polypeptide having a carbohydrate recognition domain; the aqueous radioprotectant formulation comprises a saccharide selected for its ability to bind the saccharide binding polypeptide, the aqueous radioprotectant formulation further comprises a reactive oxygen species that reactive oxygen species being sodium nitrate; and performing the sterilization process under conditions selected so that the saccharide binds the saccharide binding polypeptide and the reactive oxygen species absorbs free electron energy generated by the radiation sterilization process, thereby inhibiting damage to the saccharide sensor. the saccharide sensor comprises a saccharide binding polypeptide having a carbohydrate recognition domain; the aqueous radioprotectant formulation comprises a saccharide selected for its ability to bind the saccharide binding polypeptide, the aqueous radioprotectant formulation further comprises a reactive oxygen species that reactive oxygen species being sodium nitrate; and performing the sterilization process under conditions selected so that the saccharide binds the saccharide binding polypeptide and the reactive oxygen species absorbs free electron energy generated by the radiation sterilization process, thereby inhibiting damage to the saccharide sensor.
A terminal device positioning method, comprising: receiving (S601), by a first network device, first assistance information of at least one first access network device; receiving (S602), by the first network device, first measurement information sent from a terminal device, wherein the first measurement information is obtained by the terminal device by measuring a signal sent from the at least one first access network device, wherein the first measurement information comprises reference signal received power, RSRP, information, which comprises RSRPs in directions of a plurality of beams of each of the at least one first access network device ; and determining (S603), by the first network device, first intermediate information based on the first assistance information and the first measurement information, wherein the first assistance information comprises configuration information of a plurality of beams of the first access network device, the configuration information of the plurality of beams of the first access network device includes directions of the plurality of beams of the first access network device. receiving (S601), by a first network device, first assistance information of at least one first access network device; receiving (S602), by the first network device, first measurement information sent from a terminal device, wherein the first measurement information is obtained by the terminal device by measuring a signal sent from the at least one first access network device, wherein the first measurement information comprises reference signal received power, RSRP, information, which comprises RSRPs in directions of a plurality of beams of each of the at least one first access network device ; and determining (S603), by the first network device, first intermediate information based on the first assistance information and the first measurement information, wherein the first assistance information comprises configuration information of a plurality of beams of the first access network device, the configuration information of the plurality of beams of the first access network device includes directions of the plurality of beams of the first access network device.
An in vitro method of culturing a segmented filamentous bacterium (SFB) strain, comprising co-culturing said SFB strain with a vertebrate host cell, wherein the culture is performed at an O 2 level inferior to 5% in a rich tissue culture liquid medium containing bacterial medium components including iron at a concentration between 0.015 and 0.05 mM.
A fungal cell, wherein said fungal cell lacks a gene encoding Tda3p or comprises a disrupted endogenous gene encoding Tda3p; said fungal cell comprises a heterologous gene encoding a heterologous protein; and said fungal cell has disrupted transport between the Golgi and the endosome. said fungal cell lacks a gene encoding Tda3p or comprises a disrupted endogenous gene encoding Tda3p; said fungal cell comprises a heterologous gene encoding a heterologous protein; and said fungal cell has disrupted transport between the Golgi and the endosome.
A high performance liquid chromatography analysis method, comprising: a sample preparation step of preparing a sample for high performance liquid chromatography comprising reduced pyrroloquinoline quinone or a salt thereof from a specimen; and a separation step of separating the reduced pyrroloquinoline quinone or a salt thereof comprised in the sample for high performance liquid chromatography from the specimen using interaction between a stationary phase and a mobile phase by a high performance liquid chromatography method using a reversed phase column as the stationary phase and using an eluent comprising 0.050 to 1.5% by mass of phosphoric acid and/or hydrochloric acid and 20 to 50% by volume of methanol and/or acetonitrile as the mobile phase; wherein when the sample for high performance liquid chromatography further comprises oxidized pyrroloquinoline quinone, in the separation step, the reduced pyrroloquinoline quinone and the oxidized pyrroloquinoline quinone comprised in the sample for high performance liquid chromatography are separated. a sample preparation step of preparing a sample for high performance liquid chromatography comprising reduced pyrroloquinoline quinone or a salt thereof from a specimen; and a separation step of separating the reduced pyrroloquinoline quinone or a salt thereof comprised in the sample for high performance liquid chromatography from the specimen using interaction between a stationary phase and a mobile phase by a high performance liquid chromatography method using a reversed phase column as the stationary phase and using an eluent comprising 0.050 to 1.5% by mass of phosphoric acid and/or hydrochloric acid and 20 to 50% by volume of methanol and/or acetonitrile as the mobile phase; wherein when the sample for high performance liquid chromatography further comprises oxidized pyrroloquinoline quinone, in the separation step, the reduced pyrroloquinoline quinone and the oxidized pyrroloquinoline quinone comprised in the sample for high performance liquid chromatography are separated.
A polyurethane or polyisocyanurate foam composition comprising: a polyol or a mixture thereof; an isocyanate; a polyurethane catalyst or a mixture thereof; a modified phenolic resin, the modified phenolic resin being an oxyalkylated phenolic resin in which at least 50 mol %, preferably 75 mol % or greater, of the phenolic hydroxyl groups have been modified to provide primary hydroxyl groups, wherein the phenolic resin is modified with an alkylene carbonate; and the composition has an isocyanate index of about 250 or less; a surfactant; one or more blowing agents chosen from a physical blowing agent or a mixture thereof, a chemical blowing agent or a mixture thereof, or any combination thereof; and optionally, a fire retardant additive or a mixture thereof. a polyol or a mixture thereof; an isocyanate; a polyurethane catalyst or a mixture thereof; a modified phenolic resin, the modified phenolic resin being an oxyalkylated phenolic resin in which at least 50 mol %, preferably 75 mol % or greater, of the phenolic hydroxyl groups have been modified to provide primary hydroxyl groups, wherein the phenolic resin is modified with an alkylene carbonate; and the composition has an isocyanate index of about 250 or less; a surfactant; one or more blowing agents chosen from a physical blowing agent or a mixture thereof, a chemical blowing agent or a mixture thereof, or any combination thereof; and optionally, a fire retardant additive or a mixture thereof.
A mobile power tool, in particular a hand-held power tool or a construction robot, for example for carrying out work in building construction and/or civil engineering, with a drive unit , characterized in that the drive unit has an aqueous lubricant and/or in that the drive unit is set up for operation with the aqueous lubricant , wherein, before the start of a running-in phase of the drive unit , a bond roughness sigma of two interacting contact surfaces of the drive unit is greater than 0.01 μm, preferably at least 0.1 μm, wherein the bond roughness sigma is the square root of the sum of the squared root mean square values of the profile ordinates Rq of the interacting contact surfaces and wherein the profile ordinates Rq are calculated in accordance with DIN EN ISO 4287.
Underlay mat for floor coverings, comprising: - a polyurethane layer , - a nonwoven fabric on the underside of the polyurethane layer , - a self-adhesive film on the upper side of the polyurethane layer , comprising a carrier film , an adhesive layer applied to the carrier film , - and a peelable protective film on the upper side of the self-adhesive film , wherein the adhesive of the adhesive layer of the self-adhesive film is an acrylate adhesive, the carrier film is applied directly to the upper side of the polyurethane layer , the nonwoven fabric is applied directly to the underside of the polyurethane layer and forms the underside of the underlay mat , characterised in that a mesh structure of fibres is embedded in the adhesive layer. - a polyurethane layer , - a nonwoven fabric on the underside of the polyurethane layer , - a self-adhesive film on the upper side of the polyurethane layer , comprising a carrier film , an adhesive layer applied to the carrier film , - and a peelable protective film on the upper side of the self-adhesive film ,
An apparatus comprising at least one processing core , at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core , cause the apparatus , when the computer program code is executed by the at least one processing core , at least to: - participate in establishment of a secured protocol connection , the establishment being initiated by transmitting an initial secured protocol packet, over a first interface, to a correspondent node; and in response to the establishment being initiated: - receive over the first interface a certificate during the establishment of the secured protocol connection; - receive, over a second interface , information concerning the certificate, and - compare the certificate to the information concerning the certificate, the information concerning the certificate being received during the establishment of the secured protocol connection, and the apparatus being configured to receive the certificate and the information concerning the certificate via a network access device external to the apparatus , and the apparatus being configured to, responsive to the information concerning the certificate being determined to be inconsistent with the certificate, abort the establishment of the secured protocol connection, alert the user, or participate in establishing the secured protocol connection over the second interface by restarting the establishment of the secured protocol connection over the second interface or by completing the establishment of the secured protocol connection, started over the first interface , by transmitting a response to the certificate via the second interface . - participate in establishment of a secured protocol connection , the establishment being initiated by transmitting an initial secured protocol packet, over a first interface, to a correspondent node; and in response to the establishment being initiated: - receive over the first interface a certificate during the establishment of the secured protocol connection; - receive, over a second interface , information concerning the certificate, and - compare the certificate to the information concerning the certificate, the information concerning the certificate being received during the establishment of the secured protocol connection, and the apparatus being configured to receive the certificate and the information concerning the certificate via a network access device external to the apparatus , and the apparatus being configured to, responsive to the information concerning the certificate being determined to be inconsistent with the certificate, abort the establishment of the secured protocol connection, alert the user, or participate in establishing the secured protocol connection over the second interface by restarting the establishment of the secured protocol connection over the second interface or by completing the establishment of the secured protocol connection, started over the first interface , by transmitting a response to the certificate via the second interface .
Method for filtering a response signal of a geophone, said geophone including a magnet surrounded by a coil mounted so as to be able to move with respect to the magnet, the coil being able to move following vibrations of an environment of said coil, the geophone having an intrinsic damping (m) and an intrinsic natural frequency (f 0 ), said method including: - determining the intrinsic damping (m) and the intrinsic natural frequency (f 0 ) of the geophone (S110), comprising: ∘ supplying the coil with an excitation current for a predetermined period (S111), ∘ determining, by means of the response signal of the geophone measured when the excitation current disappears, said signal representing the current induced in the coil by the movement of the coil with respect to the magnet, the intrinsic natural frequency and the intrinsic damping of the geophone (S112), - determining a digital filter configured for modifying a natural frequency of the geophone from an intrinsic natural frequency (f 0 ) to a set natural frequency (f 1 ), the set natural frequency (f 1 ) being lower than the intrinsic natural frequency (fo), and adjusting the gain of the geophone so that said gain is substantially constant for frequencies lying between the set natural frequency (f 1 ) and the intrinsic natural frequency (S120), - applying said filter to said response signal of the geophone (S130). - determining the intrinsic damping (m) and the intrinsic natural frequency (f 0 ) of the geophone (S110), comprising: ∘ supplying the coil with an excitation current for a predetermined period (S111), ∘ determining, by means of the response signal of the geophone measured when the excitation current disappears, said signal representing the current induced in the coil by the movement of the coil with respect to the magnet, the intrinsic natural frequency and the intrinsic damping of the geophone (S112), ∘ supplying the coil with an excitation current for a predetermined period (S111), ∘ determining, by means of the response signal of the geophone measured when the excitation current disappears, said signal representing the current induced in the coil by the movement of the coil with respect to the magnet, the intrinsic natural frequency and the intrinsic damping of the geophone (S112), - determining a digital filter configured for modifying a natural frequency of the geophone from an intrinsic natural frequency (f 0 ) to a set natural frequency (f 1 ), the set natural frequency (f 1 ) being lower than the intrinsic natural frequency (fo), and adjusting the gain of the geophone so that said gain is substantially constant for frequencies lying between the set natural frequency (f 1 ) and the intrinsic natural frequency (S120), - applying said filter to said response signal of the geophone (S130).
A composition for use in treating cancer, the composition comprising: nanoparticles comprising an anionic polymer and a trivalent metal compound salt; and a cationic anti-cancer drug, wherein the anionic polymer is a mixture of carboxymethyl cellulose or a salt thereof and a dextran-based compound, and wherein the treatment is by vascular embolization. nanoparticles comprising an anionic polymer and a trivalent metal compound salt; and a cationic anti-cancer drug, wherein the anionic polymer is a mixture of carboxymethyl cellulose or a salt thereof and a dextran-based compound, and wherein the treatment is by vascular embolization.
A method for producing a crystal of reduced glutathione, comprising allowing a crystal of reduced glutathione to exist in an aqueous solution containing reduced glutathione, and then adding continuously or dividedly an aqueous solution containing reduced glutathione in a supersaturated state to the aqueous solution, thereby precipitating and/or growing a crystal of reduced glutathione, and thereafter collecting the crystal of reduced glutathione contained in the aqueous solution.
A turbomachine hollow vane , comprising at least one blade having lateral walls which are intended to guide a flow in a duct around the vane and which are attached on a first platform at a first longitudinal end of the blade , the blade further comprising an internal cavity between the lateral walls , which cavity is intended for passing a fluid for cooling the blade, with an opening for the inlet of the fluid opening through said first platform , characterised in that a gyroid surface array fills at least one portion of the cavity and is arranged to guide the cooling fluid therein and is in contact with at least one portion of the lateral walls .
A computer-implemented method for extracting an excerpt of a media object without requiring human input, the method comprising: computing , for each bar within a search zone (S, 104) of a media object having musical content, a pitch vector of the bar and a timbre vector of the bar; computing , by moving one bar at a time, a distance between bar i and bar i+N of the media object, for each of the pitch vector and the timbre vector, where N and i are integers and N is an adjustable number of bars for extracting the excerpt of the media object, and i=1, 2, ... , N; sorting the bars by pitch distance in increasing order and retaining P% of top bars, and sorting the retained bars by timbre distance in increasing order and retaining T% of top bars, to generate a sorted list of bars of the media object; selecting , from the top part of the sorted list of bars, N bars with the highest energy; and extracting the portion of the media object corresponding to the selected N bars with the highest energy as the excerpt of the media object, for at least one of playback of the extracted excerpt of the media object on an electronic device and searching for similar media objects. computing , for each bar within a search zone (S, 104) of a media object having musical content, a pitch vector of the bar and a timbre vector of the bar; computing , by moving one bar at a time, a distance between bar i and bar i+N of the media object, for each of the pitch vector and the timbre vector, where N and i are integers and N is an adjustable number of bars for extracting the excerpt of the media object, and i=1, 2, ... , N; sorting the bars by pitch distance in increasing order and retaining P% of top bars, and sorting the retained bars by timbre distance in increasing order and retaining T% of top bars, to generate a sorted list of bars of the media object; selecting , from the top part of the sorted list of bars, N bars with the highest energy; and extracting the portion of the media object corresponding to the selected N bars with the highest energy as the excerpt of the media object, for at least one of playback of the extracted excerpt of the media object on an electronic device and searching for similar media objects.
A device for determining a position of an object, in particular a moving object, comprising - at least two switchable transmitting antenna arrays , each transmitting antenna array having a number of transmitting antennas which differ from one another as regards their main beam directions, - a receiving antenna arrangement comprising a plurality of receiving antennas , wherein the transmitting antennas and the receiving antennas are made in the form of patch antennas which extend in an x-y-plane, wherein the main beam directions of transmitting antennas differ from one another as regards the y-direction and wherein the receiving antennas in x-direction are arranged next to one another in a continuous row starting from a first and ending at a last, the transmitting antenna arrays being arranged such that the distance between two transmitting antennas with the same main beam direction as regards the y-direction - is equal to the distance (D) between the first receiving antennas and the last receiving antenna or - is equal to the sum of the distance (D) between the first receiving antennas and the last receiving antenna and of the distance (dx) between two adjacent receiving antennas , wherein the transmitting antennas are arranged in any position to the side of opposite the receiving antennas within the x-y-plane, wherein the distances respectively relating to the focal points of the transmitting antennas and the receiving antennas and respectively to a direction running from the last to the first. - at least two switchable transmitting antenna arrays , each transmitting antenna array having a number of transmitting antennas which differ from one another as regards their main beam directions, - a receiving antenna arrangement comprising a plurality of receiving antennas , wherein the transmitting antennas and the receiving antennas are made in the form of patch antennas which extend in an x-y-plane, wherein the main beam directions of transmitting antennas differ from one another as regards the y-direction and wherein the receiving antennas in x-direction are arranged next to one another in a continuous row starting from a first and ending at a last, the transmitting antenna arrays being arranged such that the distance between two transmitting antennas with the same main beam direction as regards the y-direction - is equal to the distance (D) between the first receiving antennas and the last receiving antenna or - is equal to the sum of the distance (D) between the first receiving antennas and the last receiving antenna and of the distance (dx) between two adjacent receiving antennas ,