mhurhangee/ep-ind-claims huggingface dataset:
Restraint system having two vehicle restraint systems (2, 3) of differing rigidities, of which the one exhibits at least one crash barrier and the other at least one protective wall, and having a transition construction provided between the vehicle restraint systems (2, 3) that exhibits a reinforcing part and a guide wall with an anterior wall part facing towards the vehicle restraint system with the crash barrier, wherein the guide wall is movably connected to the protective wall of the one vehicle restraint system via a drag bearing and rigidly connected to the crash barrier of the other vehicle restraint system, wherein the anterior wall part has a slope and a therewith contiguous longitudinal side on the roadway surface, wherein the slope originates at the front face of the wall part, said front face facing towards the vehicle restraint system with the crash barrier, and extends as far as to the longitudinal side on the roadway surface, wherein the reinforcing part extends both at least sectionwise along the crash barrier and at least sectionwise between the anterior wall part and the crash barrier and is rigidly connected to the anterior wall part of the guide wall, characterised in that the reinforcing part extends at least sectionwise between the roadway-surface longitudinal side of the anterior wall part and the crash barrier, and in that crash barrier and reinforcing part are affixed on the same roadway-surface longitudinal side of the anterior wall part of the guide wall.
A method for the production of a photosensitizer-containing nanoparticle suitable for use in molecular imaging assisted targeted photodynamic therapy comprising: a) providing a nanoparticle precursor molecule; b) coupling a photosensitizer to said nanoparticle precursor molecule to provide a photosensitizer-conjugated nanoparticle precursor, c) forming a nanoparticle from said photosensitizer-nanoparticle precursor mixture resulting from step b) by solution-precipitation or molecular self assembly. a) providing a nanoparticle precursor molecule; b) coupling a photosensitizer to said nanoparticle precursor molecule to provide a photosensitizer-conjugated nanoparticle precursor, c) forming a nanoparticle from said photosensitizer-nanoparticle precursor mixture resulting from step b) by solution-precipitation or molecular self assembly.
Constant-temperature equipment comprising: a temperature-controlled chamber having a closed space surrounded by walls; a sample table arranged removably in the temperature-controlled chamber, for placing a sample shelf for putting containers containing samples; a plurality of driven magnets installed on the sample table; a plurality of driving magnets arranged correspondingly to positions of the sample table having the driven magnets installed; means for installing the driving magnets from an outside through a wall of the temperature-controlled chamber, said driving magnets being magnetically combined with the driven magnets; and means for generating shifting magnetic field according to the driving magnets. a temperature-controlled chamber having a closed space surrounded by walls; a sample table arranged removably in the temperature-controlled chamber, for placing a sample shelf for putting containers containing samples; a plurality of driven magnets installed on the sample table; a plurality of driving magnets arranged correspondingly to positions of the sample table having the driven magnets installed; means for installing the driving magnets from an outside through a wall of the temperature-controlled chamber, said driving magnets being magnetically combined with the driven magnets; and means for generating shifting magnetic field according to the driving magnets.
A fireproof vibration damping structure comprising a floor steel plate of a ship and a vibration damper comprising a constrained layer and a resin layer, wherein the vibration damper is adhered at the resin layer side thereof to the floor steel plate as an adherend, wherein the constrained layer is constituted of an inorganic material, an organic mass of the resin layer is 0.6 kg/m 2 or less and 0.2 kg/m 2 or more, wherein organic mass means a composition having C-H bond in the composition constituting the resin layer, and can be measured by ignition loss measured by ignition loss test of JIS K 0067 "Loss of chemical product, and residue test method", a loss factor is 0.1 or more, wherein the loss factor is measured according to JIS G 0602 "Test methods for vibration-damping property in laminated damping steel sheets of constrained type", and the resin layer is constituted of a resin composition comprising 100 parts by weight of a chlorine-containing thermoplastic resin having a chlorine content of 20 to 70 wt% and a weight average molecular weight of 400,000 or more, and 200 to 1,000 parts by weight of a chlorinated paraffin having an average carbon atom number of 12 to 50 and a degree of chlorination of 30 to 75 wt%.
Receiver system (104, 204) for a Fresnel solar plant, having an absorber tube (108, 208, 908, 1008, 1108) defining a longitudinal direction, and a mirror arrangement (112, 212, 912, 1012, 1112), parallel to the longitudinal direction, having a mirror-symmetrical curved profile having at least one top vertex for concentrating light beams onto the absorber tube, characterized in that the mirror arrangement (112, 212, 912, 1012, 1112) has ventilation openings arranged in the region of the vertex.
A compound having the following Formula I, or a pharmaceutically acceptable salt, solvate, or prodrug thereof selected from acetates, pivalates, methylcarbonates, benzoates, amino acid esters, and phosphates: wherein, A is N or CR 2; R 1, R 1b and R 1a are the same or different and are each independently selected from the group consisting of H, halo, C 1 -C 8 alkyl, cycloalkyl, CF 3, alkoxy, and thioalkoxy; R 2 is H or C 1 -C 8 alkyl; R 3 is H, halo, C 1 -C 8 alkyl, cycloalkyl, CF 3, C 1 -C 8 alkoxy, thioalkoxy, or CN; R 4 is -OH or -G-D-Z n; R 5 and R 5b are the same or different and are each independently selected from the group consisting of H, halo, and C 1 -C 8 alkyl; n is 1 to 3; G is O or S; D is selected from the group consisting of C 1 -C 8 alkyl, cycloalkylalkyl, cycloalkyl and wherein X is -O-, -S-, -SO- or -SO 2 -; Z is COR 16, -OH, dioxylanyl, or CF 3; and R 16 is selected from the group consisting of C 1 -C 8 alkyl, and cycloalkyl.
A communication system comprising: a plurality of satellites including one actively transmitting satellite; at least one satellite uplink station in communication with said plurality of satellites, wherein said system is adapted such that when transmission of said actively transmitting satellite is switched off, transmission of a newly active satellite is switched on at least one receiver in communication with said plurality of satellites, wherein said at least one receiver is adapted to receive a signal transmitted by said uplink satellite station from the actively transmitting satellite, and wherein said uplink station is further adapted to transmit said signal and alter a frequency of said signal based upon a location of said newly active satellite to reduce a Doppler frequency shift caused when switching off transmission of said previously active transmitting satellite and switching on transmission of said newly active satellite of said plurality of satellites. a plurality of satellites including one actively transmitting satellite; at least one satellite uplink station in communication with said plurality of satellites, wherein said system is adapted such that when transmission of said actively transmitting satellite is switched off, transmission of a newly active satellite is switched on at least one receiver in communication with said plurality of satellites, wherein said at least one receiver is adapted to receive a signal transmitted by said uplink satellite station from the actively transmitting satellite, and wherein said uplink station is further adapted to transmit said signal and alter a frequency of said signal based upon a location of said newly active satellite to reduce a Doppler frequency shift caused when switching off transmission of said previously active transmitting satellite and switching on transmission of said newly active satellite of said plurality of satellites.
A balloon, comprising: an envelope; a gas contained within the envelope; and a payload connected to the envelope, wherein the envelope has a first portion that has a first absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope, and a second portion that has a second absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope where the second absorptive or reflective property is different than the first absorptive or reflective property such that a surface of the second portion is darker than a surface of the first portion, and the darker second portion allows more solar energy to be transferred to the gas within the envelope than the first portion; the envelope is rotatable to allow a preferred ratio of the first and second portions (502a, 502b) of the envelope to be positioned facing the sun; and the balloon further comprises means configured to rotate the envelope, characterised in that the means are configured to position the first portion of the envelope towards the sun in order to decrease the altitude of the balloon. an envelope; a gas contained within the envelope; and a payload connected to the envelope, wherein the envelope has a first portion that has a first absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope, and a second portion that has a second absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope where the second absorptive or reflective property is different than the first absorptive or reflective property such that a surface of the second portion is darker than a surface of the first portion, and the darker second portion allows more solar energy to be transferred to the gas within the envelope than the first portion; the envelope is rotatable to allow a preferred ratio of the first and second portions (502a, 502b) of the envelope to be positioned facing the sun; and the balloon further comprises means configured to rotate the envelope, characterised in that the means are configured to position the first portion of the envelope towards the sun in order to decrease the altitude of the balloon.
A method of identifying engraftable human ventricular progenitor cells (HVPs), the method comprising: detecting expression of at least one engraftment marker in a day 5, day 6 or day 7 culture of HVPs obtained by culturing human pluripotent stem cells (PSCs) in a culture medium comprising a Gsk3 inhibitor on day 0 of culture, changing the culture medium on day 3 and further culturing the cells in a culture medium comprising a Porcn inhibitor on days 3 to 5 of culture to thereby identify engraftable HVPs, wherein: expression on the HVPs of at least one surface marker selected from the group consisting of: JAG1, FZD4, LIFR, FGFR3 and/or TNFSF9 is also detected and the at least one engraftment marker is at least one angiogenic marker and/or at least one extracellular matrix marker. expression on the HVPs of at least one surface marker selected from the group consisting of: JAG1, FZD4, LIFR, FGFR3 and/or TNFSF9 is also detected and the at least one engraftment marker is at least one angiogenic marker and/or at least one extracellular matrix marker.
Apparatus for preparing a solution of an active substance and a solvent and for supplying the solution to a beverage preparation machine, in particular to a coffee machine, comprising a dissolving chamber for receiving the active substance, a supply device for supplying a specific quantity of the active substance into the dissolving chamber and a liquid line system (1, 13) coupled to the dissolving chamber and having a solvent line which can be connected to a solvent supply for supplying the solvent, and a discharge line connected to the dissolving chamber, which can be connected to the beverage preparation machine, characterised by a piston unit (5, 6, 18) which has a first piston which can be introduced into the dissolving chamber, a second piston arranged movably in a front chamber and a connecting line arranged between the first piston and the second piston, wherein the connecting line connects the first piston and the second piston so that a movement of the second piston is transmitted to the first piston.
A signal processing system comprising: a preprocessing module arranged to receive a plurality of signals from respective microphones each dedicated to a respective speaker, wherein each signal is associated with a channel; a voice activity detection module arranged to determine, on the basis of the microphone signals, a dominance weight for each channel at a given time based on a duration for which a respective speaker has been active at that time, relative to other speakers; a gain control module arranged to dynamically adjust the signal level of each of the signals to a target level and means for calculating target values for automatic gain control for the plurality of signals using a target peak signal level based on the determined dominance weight of each signal's associated channel; a noise reduction module arranged to receive the adjusted signals from the gain control module and perform dynamic noise reduction on the received plurality of adjusted signals to produce noise-reduced signals, including determining a maximum attenuation for each of the plurality of signals using the dominance weights to equalise power and spectral shape of background noise for each channel; and a mixer arranged to combine the noise-reduced signals to provide an output signal. a preprocessing module arranged to receive a plurality of signals from respective microphones each dedicated to a respective speaker, wherein each signal is associated with a channel; a voice activity detection module arranged to determine, on the basis of the microphone signals, a dominance weight for each channel at a given time based on a duration for which a respective speaker has been active at that time, relative to other speakers; a gain control module arranged to dynamically adjust the signal level of each of the signals to a target level and means for calculating target values for automatic gain control for the plurality of signals using a target peak signal level based on the determined dominance weight of each signal's associated channel; a noise reduction module arranged to receive the adjusted signals from the gain control module and perform dynamic noise reduction on the received plurality of adjusted signals to produce noise-reduced signals, including determining a maximum attenuation for each of the plurality of signals using the dominance weights to equalise power and spectral shape of background noise for each channel; and a mixer arranged to combine the noise-reduced signals to provide an output signal.
A method of controlling call establishment at a user equipment, UE, comprising the following steps performed by the UE: determining to establish a call; detecting a Wireless Local Area Network, WLAN, access node; determining WLAN access node characteristics associated with a received signal from the WLAN access node; transmitting a call establishment request message including the WLAN access node characteristics to a Wireless Wide Area Network, WWAN, access node; receiving, from the WWAN access node, WWAN load-related information including WWAN load-related parameters and a redirection command indicating to establish a call with the WLAN access node; and determining, based on user equipment call establishment rules and based on the received WWAN load-related information, whether to establish the call on the WWAN access node or the WLAN access node. determining to establish a call; detecting a Wireless Local Area Network, WLAN, access node; determining WLAN access node characteristics associated with a received signal from the WLAN access node; transmitting a call establishment request message including the WLAN access node characteristics to a Wireless Wide Area Network, WWAN, access node; receiving, from the WWAN access node, WWAN load-related information including WWAN load-related parameters and a redirection command indicating to establish a call with the WLAN access node; and determining, based on user equipment call establishment rules and based on the received WWAN load-related information, whether to establish the call on the WWAN access node or the WLAN access node.
A method for sequentially translocating two non-covalently bound complementary nucleic acid strands through a nanopore, the method comprising: contacting a pair of non-covalently bound complementary nucleic acid strands with a nanopore under conditions that promote translocation of the first member of the pair of non-covalently bound complementary nucleic acid strands through the nanopore, wherein a binding site on a second member of the pair is exposed during translocation of the first member through the nanopore, and wherein the binding site reversibly binds to a tag that is present on the nanopore. contacting a pair of non-covalently bound complementary nucleic acid strands with a nanopore under conditions that promote translocation of the first member of the pair of non-covalently bound complementary nucleic acid strands through the nanopore, wherein a binding site on a second member of the pair is exposed during translocation of the first member through the nanopore, and wherein the binding site reversibly binds to a tag that is present on the nanopore.
Composition for treating a concrete surface, characterized in that the composition contains the following ingredients: - at least 35.0 % by weight of water; - 20.0-35.0 % by weight of an emulsion containing one or more fatty acid alkyl ester(s); - 20.0-35.0 % by weight of a wax dispersion; - 0.5-1.5 % by weight of polyether-modified siloxane; - 0.1-0.3 % by weight of defoamer; - 0.05-0.3 % by weight of thickener; - 0.05-0.3 % by weight of preservative; - < 10 % by weight of a sugar and/or an organic acid and/or a derivative of an organic acid. - at least 35.0 % by weight of water; - 20.0-35.0 % by weight of an emulsion containing one or more fatty acid alkyl ester(s); - 20.0-35.0 % by weight of a wax dispersion; - 0.5-1.5 % by weight of polyether-modified siloxane; - 0.1-0.3 % by weight of defoamer; - 0.05-0.3 % by weight of thickener; - 0.05-0.3 % by weight of preservative; - < 10 % by weight of a sugar and/or an organic acid and/or a derivative of an organic acid.
A remote management method for a mobile broadband router, wherein the mobile broadband router is adapted to a network system with a plurality of Access Point Names, APNs, the method comprising in response to a TCP/UDP port number of an IP packet received by the mobile broadband router, looking up a plurality of predetermined port numbers in a setting module, and when the TCP/UDP port number matches one of the plurality of predetermined TCP/UDP port numbers for identifying a type of an interface, performing remote management on the interface specified by the port number of the mobile broadband router via Internet when the mobile broadband router is in a bridge mode in which it bridges a given network IP address to a back-end Internet service server to allow the server to link to the Internet. in response to a TCP/UDP port number of an IP packet received by the mobile broadband router, looking up a plurality of predetermined port numbers in a setting module, and when the TCP/UDP port number matches one of the plurality of predetermined TCP/UDP port numbers for identifying a type of an interface, performing remote management on the interface specified by the port number of the mobile broadband router via Internet when the mobile broadband router is in a bridge mode in which it bridges a given network IP address to a back-end Internet service server to allow the server to link to the Internet.
A razor cartridge comprising: - a housing extending along a longitudinal axis (x), wherein the housing comprises a leading longitudinal side, a trailing longitudinal side, and a cutting member mounting portion provided in between the leading longitudinal side and the trailing longitudinal side; and - three or more substantially parallel cutting members disposed in the cutting member mounting portion in a shaving direction of the razor cartridge; wherein at least one of the cutting members comprises a blade support, wherein the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane, and a blade attached to the blade mounting portion, wherein the cutting members are disposed to define a plurality of inter-blade spans between cutting edges of the blades; and wherein a span defined between the rearmost portion of the substantially parallel cutting member that is closest to the trailing longitudinal side and the rearmost portion of the trailing longitudinal side of the housing is less than 2.35mm, wherein the leading inter-blade span is in the range 1.6 mm to 2.20 mm and wherein the trailing inter-blade span is in the range 1.4 mm to 1.8 mm. - a housing extending along a longitudinal axis (x), wherein the housing comprises a leading longitudinal side, a trailing longitudinal side, and a cutting member mounting portion provided in between the leading longitudinal side and the trailing longitudinal side; and - three or more substantially parallel cutting members disposed in the cutting member mounting portion in a shaving direction of the razor cartridge; wherein at least one of the cutting members comprises a blade support, wherein the blade support comprises a blade mounting portion disposed on an inner surface of the respective blade support that, in use, faces away from a shaving plane, and a blade attached to the blade mounting portion, wherein the cutting members are disposed to define a plurality of inter-blade spans between cutting edges of the blades; and wherein a span defined between the rearmost portion of the substantially parallel cutting member that is closest to the trailing longitudinal side and the rearmost portion of the trailing longitudinal side of the housing is less than 2.35mm, wherein the leading inter-blade span is in the range 1.6 mm to 2.20 mm and wherein the trailing inter-blade span is in the range 1.4 mm to 1.8 mm.
Joining apparatus for joining joining elements onto workpieces, comprising a joining element holding device, which is configured to radially hold a joining element, and comprising a loading pin arrangement, which is configured to slide a joining element axially into a holding position in the joining element holding device, and/or to axially support the joining element during a joining process, wherein the loading pin arrangement has a loading pin, which is slidable by means of a loading pin actuator arrangement in the direction of the joining element holding device, wherein the loading pin arrangement is designed to variably establish a loading pin stroke (100, 106) of the loading pin between at least two stages, so that in a first stage the loading pin is displaceable less far in the direction of the joining element holding device than in a second stage, wherein the loading pin is coupled with a loading pin piston of a loading pin cylinder which defines a first piston stroke for the loading pin piston, wherein the loading pin piston is displaceable in a first cylinder chamber of the loading pin cylinder, characterized in that the loading pin cylinder is displaceable on a housing of the loading pin arrangement (40,) by means of a second piston, between at least two different axial positions (104, 110), and in that the second piston is displaceable in a second cylinder chamber of the loading pin cylinder