mhurhangee/patent-ind-claim-en huggingface dataset:
Lock of a door, tailgate or a tank cover of a motor vehicle, having a shell forming a handle recess , wherein a cover flap which can be pivoted by hand is articulated on the outer side of the shell, said cover flap being connected to the mechanism of the lock in order to open the door, the tailgate or the tank cover, characterized - in that the shell and/or the outer edge of the shell has, as reinforcement, a composite material composed of thermoplastic polypropylene or polyester with at least one in particular textile reinforcing layer comprising strips, fibres or threads composed of polypropylene, polyester, metal, carbon or an aramid, and - in that the material of the shell and/or of the outer edge of the shell is a self-reinforced thermoplastic composite material which has layers composed of thermoplastic polypropylene, polyester or aramid that lie above one another, and - in that layers composed of homogeneous polypropylene film, copolymer-containing polyolefin film, homogeneous polyester film or copolymer-containing polyester film alternate with reinforcing layers, in the case of which either the polypropylene or the polyester is in the form of strips, fibres or threads, or in the case of which one, two or more reinforcing layers comprise polypropylene or polyester strips and/or polypropylene or polyester fibres and/or polypropylene or polyester threads. - in that the shell and/or the outer edge of the shell has, as reinforcement, a composite material composed of thermoplastic polypropylene or polyester with at least one in particular textile reinforcing layer comprising strips, fibres or threads composed of polypropylene, polyester, metal, carbon or an aramid, and - in that the material of the shell and/or of the outer edge of the shell is a self-reinforced thermoplastic composite material which has layers composed of thermoplastic polypropylene, polyester or aramid that lie above one another, and - in that layers composed of homogeneous polypropylene film, copolymer-containing polyolefin film, homogeneous polyester film or copolymer-containing polyester film alternate with reinforcing layers, in the case of which either the polypropylene or the polyester is in the form of strips, fibres or threads, or in the case of which one, two or more reinforcing layers comprise polypropylene or polyester strips and/or polypropylene or polyester fibres and/or polypropylene or polyester threads.
A method of managing test tubes , wherein test tubes are transported in a pneumatic pipe system from a test tube sample sampling location where one or more test tubes containing samples are introduced (step S1) into a carrier and are pneumatically transported (step S2) to a carrier infeed station of a test tube managing system , the carrier is opened (step S3) at the carrier infeed station and test tube(s) are removed (step S4) from the carrier, test tube(s) are individually received on a test tube conveying unit as they are removed from the carrier, each test tube is identified (step S6) according to a sample contained therein and/or a sampling location thereof, test tubes are sorted after identification and test tubes are manipulated (step S8) for further processing according to said sorting, characterized by : - detecting dimensions (step S5) of each removed test tube; and - sorting (step S7) test tubes also after the detected dimensions; wherein said detecting of dimensions (step S5) first comprises detecting dimensions of the actual test tube as well as dimensions of its designated cap and said sorting comprises moving a test tube and designated cap that are accepted by the dimension detecting to a test tube identification and analyzing unit . - detecting dimensions (step S5) of each removed test tube; and - sorting (step S7) test tubes also after the detected dimensions;
A power converter circuit comprising at least two submodules which, on the input side, are connected via an inductor in a first series connection to a battery circuit containing a battery , - wherein each submodule comprises a single-phase half-bridge on the input side and a single-phase full-bridge on the load side for supplying electrical energy to a motor phase of an electric motor , and - wherein, on the DC voltage side, the half-bridge and the full-bridge parallel to each other and together with an intermediate circuit capacitor are connected to an intermediate circuit , characterized by a supply module or a second series connection of a plurality of supply modules for storing or supplying electrical energy, the supply module or the second series connection being connected in parallel to the first series connection, wherein said or any respective supply module per se does not supply a load device, wherein said or any supply module comprises a single-phase half-bridge on the input side, to which, on the DC voltage side, an intermediate circuit capacitor and another converter are connected in parallel via an intermediate circuit , wherein an additional electrical power source is being connected or is connectable to said other converter . - wherein each submodule comprises a single-phase half-bridge on the input side and a single-phase full-bridge on the load side for supplying electrical energy to a motor phase of an electric motor , and - wherein, on the DC voltage side, the half-bridge and the full-bridge parallel to each other and together with an intermediate circuit capacitor are connected to an intermediate circuit ,
Batch dry methanisation unit comprising a loading space intended to receive a biomass to be methanised, the methanisation unit comprising a percolation means , and a discharge means for discharging a leachate , characterised in that - the methanisation unit comprises at least a first filter arranged to separate the loading space from a circulation space , - the circulation space being located between the first filter and the discharge means , - a second filter being arranged between the circulation space and the discharge means , said second filter being configured finer than the first filter , so as not to let through certain elements that the first filter lets through - said second filter being arranged so as to provide a second circulation space between said second filter and said discharge means . - the methanisation unit comprises at least a first filter arranged to separate the loading space from a circulation space , - the circulation space being located between the first filter and the discharge means , - a second filter being arranged between the circulation space and the discharge means , said second filter being configured finer than the first filter , so as not to let through certain elements that the first filter lets through - said second filter being arranged so as to provide a second circulation space between said second filter and said discharge means .
A binder composition for a non-aqueous secondary battery electrode comprising a polymer A and a polymer B, wherein the polymer A has a THF-insoluble content of 60 mass% or less, and the polymer B has a THF-insoluble content of 80 mass% or more, and wherein the polymer A includes an aliphatic conjugated diene monomer unit in a proportion of at least 60 mass% and not more than 98 mass%, and the polymer B includes an aliphatic conjugated diene monomer unit in a proportion of at least 20 mass% and not more than 50 mass%, wherein the THF-insoluble content is measured according to the description. the polymer A has a THF-insoluble content of 60 mass% or less, and the polymer B has a THF-insoluble content of 80 mass% or more, and wherein the polymer A includes an aliphatic conjugated diene monomer unit in a proportion of at least 60 mass% and not more than 98 mass%, and the polymer B includes an aliphatic conjugated diene monomer unit in a proportion of at least 20 mass% and not more than 50 mass%, wherein the THF-insoluble content is measured according to the description.
A ceramic composition mainly composed of alumina (Al 2 O 3 ), tungsten carbide (WC) and at least one compound selected from the group consisting of compounds of transition metals except tungsten (W) belonging to groups 4 to 6 in a periodic table, yttrium compounds, scandium compounds and lanthanide compounds, together with inevitable impurities which are at least one of iron, chromium, cobalt and nickel in an amount of not higher than 0.1% by mass, wherein at least one element selected from the group consisting of transition metals except tungsten (W) belonging to the groups 4 to 6 in the periodic table, yttrium (Y), scandium (Sc) and lanthanide series is distributed in a first grain boundary as an interface where an alumina (Al 2 O 3 ) crystal grain is adjacent to a tungsten carbide (WC) crystal grain and in a second grain boundary as an interface where two alumina (Al 2 O 3 ) crystal grains are adjacent to each other, and wherein the distribution of the said at least one element is measurable by the method described in the description.
An automatic gain adjustment and control method for eliminating the interference between Global System for Mobile Communication, GSM, and Long-Term Evolution, LTE, in Multi-Standard Radio, MSR, receiver, comprising: setting, in an MSR receiver, an upper threshold and a lower threshold which are used for starting up gain control function; detecting an Analogue-to-Digital Converter, ADC, power of an ADC of the MSR receiver when a LTE Orthogonal Frequency Division Multiplexing, OFDM, starts; comparing the detected ADC power with the upper threshold and the lower threshold respectively; and based on a comparison result representing that the ADC power is larger than the upper threshold or the ADC power is smaller than the lower threshold, starting up the gain control function of the MSR receiver to control the LTE and GSM signal power within a certain range, and otherwise, not starting up the gain control function of the MSR receiver, wherein in a period during which the gain control function of the MSR receiver is enabled, a gain compensation is performed on a GSM signal in a digital domain in an inverse proportion to the gain control of the MSR receiver. setting, in an MSR receiver, an upper threshold and a lower threshold which are used for starting up gain control function; detecting an Analogue-to-Digital Converter, ADC, power of an ADC of the MSR receiver when a LTE Orthogonal Frequency Division Multiplexing, OFDM, starts; comparing the detected ADC power with the upper threshold and the lower threshold respectively; and based on a comparison result representing that the ADC power is larger than the upper threshold or the ADC power is smaller than the lower threshold, starting up the gain control function of the MSR receiver to control the LTE and GSM signal power within a certain range, and otherwise, not starting up the gain control function of the MSR receiver,
An ultrasound transducer for a handheld ultrasound imager device comprising a transducer element comprising an array of piezoelectric Micromachined Ultrasound Transducers (pMUTs), wherein the transducer element is integrated onto an application-specific integrated circuit (ASIC) forming a transducer tile, and characterized in that dam around a perimeter of the transducer element extends down to the ASIC and forms a cavity between the transducer element and the ASIC to provide acoustic isolation of the ultrasound transducer element from the ASIC . wherein the transducer element is integrated onto an application-specific integrated circuit (ASIC) forming a transducer tile, and characterized in that dam around a perimeter of the transducer element extends down to the ASIC and forms a cavity between the transducer element and the ASIC to provide acoustic isolation of the ultrasound transducer element from the ASIC .
An ultra-high pressure pump suitable for water-jet cutting apparatuses and adapted to supply a constant flow of very high-pressure water for the cutting apparatuses of a water-jet processing machine with or without the addition of abrasive, comprising: a control unit comprising a hydraulic pump connected to a servomotor (15"), a hydraulic switching and compensation unit comprising at least one progressive opening cartridge and at least one high-speed solenoid valve (16"), an output pressure control device and an attenuator unit cooperating with a pressure intensifier unit ; characterized in that the hydraulic switching and compensation unit further comprises a hydraulic accumulator , and the attenuator unit is supplied by means of a low-pressure water circuit connected with said attenuator unit and functional to bring the water to said pressure intensifier unit 14. the hydraulic switching and compensation unit further comprises a hydraulic accumulator , and the attenuator unit is supplied by means of a low-pressure water circuit connected with said attenuator unit and functional to bring the water to said pressure intensifier unit 14.
Insulating composite product comprising mineral wool and a material with superior insulating property , wherein the insulating composite product is in the form of a slab, the mineral wool forms a cell structure, said cell structure comprises a bottom , a top and four outer side edges , and the material with superior insulating property is aerogel which is located within said cell structure of the mineral wool, whereby said material with said superior insulating property is obtained by pouring aerogel granules in said cell structure, characterized in that the cell structure comprises two or more cells , which are separated from each other by partition(s) , said partitions being formed from said mineral wool.
Process for determining the affinity between ligands and a target whereby: a mixture is prepared with a target and a sample formed from a mixture of ligands so that the ligands that have an affinity for the target bind to it, the mixture is filtered to only keep the target-ligand complexes, the target-ligand complexes are made to separate, the ligands are separated from the targets, and the ligands are retrieved by filtering in a treated solution and said treated solution is analysed to determine the presence of the ligands, characterised by the fact the initial mixture of ligands includes ligands in proportions not exceeding a ratio of 5 to 1 between them, by the fact a reference ligand whose affinity for the target is known is added to the sample, by the fact the analysis of the treated solution includes the relative quantification of the ligands, the ligands in a greater quantity having the greatest affinity for the target, the ratios of molar concentration between the ligands and the target being higher than 1.56. a mixture is prepared with a target and a sample formed from a mixture of ligands so that the ligands that have an affinity for the target bind to it, the mixture is filtered to only keep the target-ligand complexes, the target-ligand complexes are made to separate, the ligands are separated from the targets, and the ligands are retrieved by filtering in a treated solution and said treated solution is analysed to determine the presence of the ligands,
An apparatus comprising: a plurality of transmitting antennas ; a plurality of receiving antennas ; a plurality of wireless transmitters configured to transmit a respective plurality of transmit signals from a respective transmitting antenna of the plurality of transmitting antennas; a plurality of wireless receivers configured to receive a respective plurality of receive signals from a respective receiving antenna of the plurality of receiving antennas; a self-interference noise calculator coupled to the plurality of transmitting antennas and the plurality of receiving antennas, the self-interference noise calculator configured to generate a plurality of adjusted signals , the self-interference noise calculator comprising: a network of processing elements configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and wherein each wireless receiver is configured to receive the corresponding adjusted signal. a plurality of transmitting antennas ; a plurality of receiving antennas ; a plurality of wireless transmitters configured to transmit a respective plurality of transmit signals from a respective transmitting antenna of the plurality of transmitting antennas; a plurality of wireless receivers configured to receive a respective plurality of receive signals from a respective receiving antenna of the plurality of receiving antennas; a self-interference noise calculator coupled to the plurality of transmitting antennas and the plurality of receiving antennas, the self-interference noise calculator configured to generate a plurality of adjusted signals , the self-interference noise calculator comprising: a network of processing elements configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and a network of processing elements configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and wherein each wireless receiver is configured to receive the corresponding adjusted signal.
A method for wireless communication, characterised by : identifying , by a wireless device , a characteristic of a first beam from a set of analog beams associated with a first antenna array; determining , by the wireless device , a second beam associated from a set of digital beams with a second antenna array as a quasi-co-located beam with respect to the first beam based on the characteristic, wherein the characteristic comprises at least a radiation pattern and wherein the determining comprises adjusting beam weights of the second beam to substantially match the radiation pattern of the first beam; and designating the second beam as a cross-band quasi-co-located beam with respect to the first beam; and communicating , by the wireless device , on the first and second beams based on the determining. identifying , by a wireless device , a characteristic of a first beam from a set of analog beams associated with a first antenna array; determining , by the wireless device , a second beam associated from a set of digital beams with a second antenna array as a quasi-co-located beam with respect to the first beam based on the characteristic, wherein the characteristic comprises at least a radiation pattern and wherein the determining comprises adjusting beam weights of the second beam to substantially match the radiation pattern of the first beam; and designating the second beam as a cross-band quasi-co-located beam with respect to the first beam; and communicating , by the wireless device , on the first and second beams based on the determining. adjusting beam weights of the second beam to substantially match the radiation pattern of the first beam; and designating the second beam as a cross-band quasi-co-located beam with respect to the first beam; and communicating , by the wireless device , on the first and second beams based on the determining.
A polymer composition comprising a polyethylene and a crosslinking agent, characterized in that the polymer composition contains a total amount of vinyl groups which is B vinyl groups per 1000 carbon atoms, and B 1 ≤ B, wherein B 1 is 0.88, when measured prior to crosslinking according to method ASTM D6248-98; and in that the crosslinking agent is present in an amount which is Z wt%, based on the total amount (100 wt%) of the polymer composition, and Z ≤ Z 2 , wherein Z 2 is 0.30.
A method of transmitting and receiving a signal for a 2-step random access channel, RACH, procedure by a user equipment, UE, in a wireless communication system, the method being characterized by : receiving configuration information including information on a maximum number of transmissions of a message A; transmitting (S1901), to a base station, BS, the message A including a physical random access channel, PRACH, and a physical uplink shared channel, PUSCH; and receiving (S1903) a message B related to contention resolution from the BS in response to the message A, wherein a retransmission of the message A is performed based on a power counter related to the message A and the configuration information, and wherein a value of the power counter is maintained based on a change of a transmission spatial filter for the PRACH, and wherein the value of the power counter is incremented based on the transmission spatial filter for the PRACH not changed. receiving configuration information including information on a maximum number of transmissions of a message A; transmitting (S1901), to a base station, BS, the message A including a physical random access channel, PRACH, and a physical uplink shared channel, PUSCH; and receiving (S1903) a message B related to contention resolution from the BS in response to the message A, wherein a retransmission of the message A is performed based on a power counter related to the message A and the configuration information, and wherein a value of the power counter is maintained based on a change of a transmission spatial filter for the PRACH, and wherein the value of the power counter is incremented based on the transmission spatial filter for the PRACH not changed.