mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: an electrode assembly comprising an uncoated portion tab ; a current collector member connected to the uncoated portion tab protruding by a length from a side of the electrode assembly and bent together with the uncoated portion tab to the side of the electrode assembly ; and a tape member covering connected and bent regions of the uncoated portion tab and the current collector member , and a retainer (119C, 119D attached to the tape member and a region of the electrode assembly facing the side of the electrode assembly , the retainer (119C, 119D further being attached to the bent region of the current collector member or the bent region of the uncoated portion tab . an electrode assembly comprising an uncoated portion tab ; a current collector member connected to the uncoated portion tab protruding by a length from a side of the electrode assembly and bent together with the uncoated portion tab to the side of the electrode assembly ; and a tape member covering connected and bent regions of the uncoated portion tab and the current collector member , and a retainer (119C, 119D attached to the tape member and a region of the electrode assembly facing the side of the electrode assembly , the retainer (119C, 119D further being attached to the bent region of the current collector member or the bent region of the uncoated portion tab .
A subsea gas liquid cylindrical cyclone for a subsea multiphase pumping system, said gas liquid cylindrical cyclone comprising a recirculation outlet port for communicating with a subsea pump ; a cyclonic column , having an inlet ; a recombination column ; at least one conduit interconnecting said cyclonic column and said recombination column ; said recombination column having an average diameter sufficient for preserving liquid flow velocity to maintain particulates within liquid flow in suspension; and an impeding device being disposed in said recombination column and acting to prevent entrained gas and particulates, present in the liquid entering from said conduit , from going directly to the recirculation outlet port ; wherein said recirculation outlet port is disposed at a lowermost portion of said recombination column .
Process for the preparation of isocyanates and/or polyisocyanates by reacting the corresponding amines with phosgene, comprising the steps of a) feeding a first reactant stream containing the amine in gaseous or liquid form into a reactor, b) feeding a second reactant stream containing the phosgene in gaseous form into said reactor, c) mixing and reacting said first and second reactant streams in said reactor to obtain a reaction mixture, d) cooling said reaction mixture by indirect heat transfer or by quenching with cooled reaction product to obtain a liquid reaction product, e) separating said cooled reaction mixture into a liquid reaction product containing isocyanate and a gaseous reaction product, f) purifying said liquid reaction product to obtain liquid isocyanate, and h) separating said gaseous reaction product into a first gaseous product stream essentially comprising HCl and a second liquid or gaseous product stream essentially comprising phosgene, wherein no liquid solvent is used in steps a) to f) and h). a) feeding a first reactant stream containing the amine in gaseous or liquid form into a reactor, b) feeding a second reactant stream containing the phosgene in gaseous form into said reactor, c) mixing and reacting said first and second reactant streams in said reactor to obtain a reaction mixture, d) cooling said reaction mixture by indirect heat transfer or by quenching with cooled reaction product to obtain a liquid reaction product, e) separating said cooled reaction mixture into a liquid reaction product containing isocyanate and a gaseous reaction product, f) purifying said liquid reaction product to obtain liquid isocyanate, and h) separating said gaseous reaction product into a first gaseous product stream essentially comprising HCl and a second liquid or gaseous product stream essentially comprising phosgene,
Method for grinding macroalgae in a process chamber , wherein at least a first conveying device (7.1) and at least a first grinding device (7.2) are arranged in the process chamber , wherein the method comprises the steps of: filling the macroalgae into the first conveying device (7.1); feeding the macroalgae to the first grinding device (7.2) by means of the first conveying device (7.1); grinding the macroalgae in the first grinding device (7.2) by means of pressure, friction and/or shearing; and discharging the ground macroalgae from the first grinding device (7.2) by subsequently conveyed macroalgae ; characterized in that the moisture content of the macroalgae in the first conveying device (7.1) is set in such a way that the ground macroalgae are pasty when discharged from the first grinding device (7.2). filling the macroalgae into the first conveying device (7.1); feeding the macroalgae to the first grinding device (7.2) by means of the first conveying device (7.1); grinding the macroalgae in the first grinding device (7.2) by means of pressure, friction and/or shearing; and discharging the ground macroalgae from the first grinding device (7.2) by subsequently conveyed macroalgae ; characterized in that the moisture content of the macroalgae in the first conveying device (7.1) is set in such a way that the ground macroalgae are pasty when discharged from the first grinding device (7.2).
An oncolytic poxvirus defective in the J2R locus comprising a nucleotide sequence encoding a cytidine deaminase (CDAse) polypeptide, preferably selected from the group consisting of CDA, CDD, EC 3.5.4.5, APOBEC, AID and cytidine deaminase-like proteins.
An apparatus, comprising: a memory ; a processor operatively coupled to the memory ; and a sensor operatively coupled to the processor , the sensor configured to intercept a wireless signal emitted by a vehicle for a purpose other than being received by the sensor , the processor configured to identify from the wireless signal a bit rate of the wireless signal, an encoding type associated with the wireless signal, and data associated with the wireless signal, the processor configured to generate an identifier associated with the vehicle based on the bit rate, the encoding type and the data, the processor configured to generate the identifier using a hash function with the bit rate, the encoding type and the data as inputs to the hash function, the processor configured to correlate within the memory the identifier with additional data associated with a user of the vehicle . a memory ; a processor operatively coupled to the memory ; and a sensor operatively coupled to the processor , the sensor configured to intercept a wireless signal emitted by a vehicle for a purpose other than being received by the sensor , the processor configured to identify from the wireless signal a bit rate of the wireless signal, an encoding type associated with the wireless signal, and data associated with the wireless signal, the processor configured to generate an identifier associated with the vehicle based on the bit rate, the encoding type and the data, the processor configured to generate the identifier using a hash function with the bit rate, the encoding type and the data as inputs to the hash function, the processor configured to correlate within the memory the identifier with additional data associated with a user of the vehicle .
A method for managing a control resource pool in wireless communications, comprising: receiving , at a user equipment, UE , an alternative resource pool information signal from a network entity to modify a control and data transmission scheme used by the UE , wherein the alternative resource pool information signal corresponds to an alternative configuration of a resource pool having the control resource pool and a data resource pool used for transmissions during wireless communications, wherein data resources are interleaved between control resources; selecting , at the UE , a first control resource from a first frequency portion of the control resource pool based on the alternative resource pool information signal , the first frequency portion corresponds to an upper frequency portion of the control resource pool; transmitting , at the UE , control information on the first control resource from the first frequency portion of the control resource pool; selecting , at the UE , a second control resource from a second frequency portion of the control resource pool based on the first control resource, the second frequency portion corresponds to a lower frequency portion of the control resource pool; re-transmitting , at the UE , the control information on the second control resource from the second frequency portion of the control resource pool; and transmitting data information on one or more data resources from the data resource pool after the transmission of the control information on the second control resource. receiving , at a user equipment, UE , an alternative resource pool information signal from a network entity to modify a control and data transmission scheme used by the UE , wherein the alternative resource pool information signal corresponds to an alternative configuration of a resource pool having the control resource pool and a data resource pool used for transmissions during wireless communications, wherein data resources are interleaved between control resources; selecting , at the UE , a first control resource from a first frequency portion of the control resource pool based on the alternative resource pool information signal , the first frequency portion corresponds to an upper frequency portion of the control resource pool; transmitting , at the UE , control information on the first control resource from the first frequency portion of the control resource pool; selecting , at the UE , a second control resource from a second frequency portion of the control resource pool based on the first control resource, the second frequency portion corresponds to a lower frequency portion of the control resource pool; re-transmitting , at the UE , the control information on the second control resource from the second frequency portion of the control resource pool; and transmitting data information on one or more data resources from the data resource pool after the transmission of the control information on the second control resource.
Hydraulic arrangement for distributing a fluid in pressure coming from a source of fluid in pressure among a plurality of hydraulic units of a work vehicle, said hydraulic arrangement comprising a priority valve configured to divide the flow of said fluid source between some of said hydraulic units on the base of an equivalent load sensing signal derived from said hydraulic units , said hydraulic arrangement further comprising by-pass means fluidly interposed between said source and said some hydraulic units and configured to allow direct passage of fluid by-passing priority valve from said source to said some hydraulic units according to a predefined condition; said hydraulic arrangement being characterized in that said predefined condition is proportional to pressure of fluid coming into priority valve from said source of fluid .
A method of producing silicon compound coated oxide particles in which at least a part of a surface of a metal oxide particle is coated with a silicon compound wherein the silicon compound is a silicon compound containing an amorphous silicon oxide, and wherein (a) wettability and color characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of Si-OH bonds contained in the silicon compound coated oxide particles, wherein the ratio is an area ratio of a peak obtained by separating waveforms as a peak from Si-OH bonds relative to a total area of peaks obtained by separating waveforms in the wavenumber range of 650 cm -1 to 1300 cm -1 ; or (b) the silicon compound coated oxide particles comprise C-F bonds, and wettability and colour characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of C-F bonds / Si-OH bonds which is a ratio of C-F bonds relative to Si-OH bonds contained in the silicon compound coated oxide particles. (a) wettability and color characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of Si-OH bonds contained in the silicon compound coated oxide particles, wherein the ratio is an area ratio of a peak obtained by separating waveforms as a peak from Si-OH bonds relative to a total area of peaks obtained by separating waveforms in the wavenumber range of 650 cm -1 to 1300 cm -1 ; or (b) the silicon compound coated oxide particles comprise C-F bonds, and wettability and colour characteristics of the silicon compound coated oxide particles are controlled by controlling a ratio of C-F bonds / Si-OH bonds which is a ratio of C-F bonds relative to Si-OH bonds contained in the silicon compound coated oxide particles.
A last for forming a footwear upper configuring an article of footwear, comprising: a common portion invariable in shape and position; a movable portion invariable in shape and positionally variable with respect to the common portion ; a position adjustment mechanism that changes a position of the movable portion with respect to the common portion and fixes the movable portion in a predetermined position; further comprising an incorporable last portion incorporated into a groove formed in the common portion or a space formed between the common portion and the movable portion , wherein the incorporable last portion forms a portion corresponding to an instep of a foot of a wearer of the article of footwear, characterized in that the incorporable last portion includes a plurality of plate-shaped members extending widthwise of the article of footwear. a common portion invariable in shape and position; a movable portion invariable in shape and positionally variable with respect to the common portion ; a position adjustment mechanism that changes a position of the movable portion with respect to the common portion and fixes the movable portion in a predetermined position; further comprising an incorporable last portion incorporated into a groove formed in the common portion or a space formed between the common portion and the movable portion , wherein the incorporable last portion forms a portion corresponding to an instep of a foot of a wearer of the article of footwear, characterized in that the incorporable last portion includes a plurality of plate-shaped members extending widthwise of the article of footwear.
A method for checking the authenticity and/or the nominal value of a value document having luminescent feature substances, comprising: a1) the step of carrying out a location-specific measurement of first luminescence intensities (L1) at a first emission wavelength at different locations of the value document that have the location coordinates (O), to thereby obtain (O/L1) measurement value pairs; b1) the step of statistically analyzing the first luminescence intensities (L1) measured in dependence on the individual location coordinates (O), by determining at least one statistical parameter from the area of dispersion measures using a statistical method; and c1) the step of comparing the statistical parameter determined in the step b1) with one or more threshold values, characterized in that the luminescence intensities drawn on for the statistical analyzing step are respectively corrected luminescence intensities converted by means of an algorithm, wherein the value document has an additional, luminescent feature substance suitable as a normalizing substance, so that effects influencing the measurement of the luminescence intensities are corrected on the basis of the measured luminescence intensity of the normalizing substance. a1) the step of carrying out a location-specific measurement of first luminescence intensities (L1) at a first emission wavelength at different locations of the value document that have the location coordinates (O), to thereby obtain (O/L1) measurement value pairs; b1) the step of statistically analyzing the first luminescence intensities (L1) measured in dependence on the individual location coordinates (O), by determining at least one statistical parameter from the area of dispersion measures using a statistical method; and c1) the step of comparing the statistical parameter determined in the step b1) with one or more threshold values,
An endoscope system comprising: a light source configured to sequentially generate first illumination light and second illumination light; an imaging sensor configured to sequentially image an observation object illuminated sequentially with the first illumination light and the second illumination light at a first timing T1, thereby outputting multi-frame image signals at the first timing T1 and configured to sequentially image the observation object illuminated sequentially with the first illumination light and the second illumination light at a specific timing before the first timing T1, thereby outputting multi-frame image signals at the specific timing; an image selection unit configured to select a second image signal of which an image blurring amount satisfies a first condition from second image signals obtained in a case where the second illumination light is radiated among the multi-frame image signals at the first timing T1 and the specific timing; and a computed image signal generation unit configured to perform computation based on a first image signal obtained in a case where the first illumination light is radiated among the multi-frame image signals at the first timing T1 and the second image signal selected in the image selection unit, thereby generating a computed image signal. a light source configured to sequentially generate first illumination light and second illumination light; an imaging sensor configured to sequentially image an observation object illuminated sequentially with the first illumination light and the second illumination light at a first timing T1, thereby outputting multi-frame image signals at the first timing T1 and configured to sequentially image the observation object illuminated sequentially with the first illumination light and the second illumination light at a specific timing before the first timing T1, thereby outputting multi-frame image signals at the specific timing; an image selection unit configured to select a second image signal of which an image blurring amount satisfies a first condition from second image signals obtained in a case where the second illumination light is radiated among the multi-frame image signals at the first timing T1 and the specific timing; and a computed image signal generation unit configured to perform computation based on a first image signal obtained in a case where the first illumination light is radiated among the multi-frame image signals at the first timing T1 and the second image signal selected in the image selection unit, thereby generating a computed image signal.
A method performed by a test-optimizing system for supporting shadow mode testing of automated driving system, ADS, software comprised in an ADS-provided vehicle , said method comprising: retrieving one or more potential vehicle routes ; obtaining for a geographical area covering said one or more potential vehicle routes , data of crucial locations associated with past vehicle situations identified as critical and/or challenging; retrieving respective operational design domain , ODD, for one or more candidate software respectively adapted to run in the background of said vehicle ; determining ODD-compliant locations for respective candidate software , by identifying locations out of said data of crucial locations lying within respective candidate software's ODD ; and determining at least a first test-compliant location along at least a first route out of said one or more potential vehicle routes , by identifying for at least a first candidate software , locations out of said ODD-compliant locations , situated along said at least first route . retrieving one or more potential vehicle routes ; obtaining for a geographical area covering said one or more potential vehicle routes , data of crucial locations associated with past vehicle situations identified as critical and/or challenging; retrieving respective operational design domain , ODD, for one or more candidate software respectively adapted to run in the background of said vehicle ; determining ODD-compliant locations for respective candidate software , by identifying locations out of said data of crucial locations lying within respective candidate software's ODD ; and determining at least a first test-compliant location along at least a first route out of said one or more potential vehicle routes , by identifying for at least a first candidate software , locations out of said ODD-compliant locations , situated along said at least first route .
Use of a moisture-curable polyurethane hot-melt resin composition containing an urethane prepolymer (i) having an isocyanate group, which is a reaction product of a polyol (A) and a polyisocyanate (B), the polyol (A) comprising a polyester polyol (a1) which uses a polybasic acid (x) derived from biomass and a glycol (y) derived from biomass as raw materials as an adhesive for producing moisture-permeable waterproof functional clothing, wherein the biomass-derived polybasic acid (x) is sebacic acid and/or succinic acid, and wherein the biomass-derived glycol (y) is 1,3-propanediol and/or 1,4-butanediol. as an adhesive for producing moisture-permeable waterproof functional clothing, wherein the biomass-derived polybasic acid (x) is sebacic acid and/or succinic acid, and wherein the biomass-derived glycol (y) is 1,3-propanediol and/or 1,4-butanediol.
A communication apparatus comprising: a receiver adapted to receive a control message including an unicast resource assignment information and multicast resource assignment information, a part of the unicast resource assignment information is mapped to a first zone and the multicast resource assignment information is mapped to a second zone ; and a processing section adapted to process a data message based on the control message characterized in that a remaining part of the unicast resource assignment information is mapped to a third zone ; the first zone including a plurality of unicast Information Elements, IE; the second zone including a plurality of multicast lEs; the third zone including another plurality of unicast IEs; and the third zone , the second zone and the first zone are located in a frequency domain in this order. a receiver adapted to receive a control message including an unicast resource assignment information and multicast resource assignment information, a part of the unicast resource assignment information is mapped to a first zone and the multicast resource assignment information is mapped to a second zone ; and a processing section adapted to process a data message based on the control message characterized in that a remaining part of the unicast resource assignment information is mapped to a third zone ; the first zone including a plurality of unicast Information Elements, IE; the second zone including a plurality of multicast lEs; the third zone including another plurality of unicast IEs; and the third zone , the second zone and the first zone are located in a frequency domain in this order.