mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel; a wavelength control layer disposed on the display panel; a light control member disposed on the wavelength control layer; and a cover layer disposed on the light control member, wherein the light control member comprises: an inorganic layer disposed on the wavelength control layer and having a first refractive index; a first light control layer disposed on the inorganic layer and having a second refractive index; a second light control layer disposed on the first light control layer and having a third refractive index; and a color filter layer disposed on the second light control layer, characterized in that the first refractive index is greater than the second refractive index and is less than a refractive index of the wavelength control layer, and the third refractive index is greater than the second refractive index and is less than a refractive index of the color filter layer. a display panel; a wavelength control layer disposed on the display panel; a light control member disposed on the wavelength control layer; and a cover layer disposed on the light control member, wherein the light control member comprises: an inorganic layer disposed on the wavelength control layer and having a first refractive index; a first light control layer disposed on the inorganic layer and having a second refractive index; a second light control layer disposed on the first light control layer and having a third refractive index; and a color filter layer disposed on the second light control layer, characterized in that the first refractive index is greater than the second refractive index and is less than a refractive index of the wavelength control layer, and the third refractive index is greater than the second refractive index and is less than a refractive index of the color filter layer. an inorganic layer disposed on the wavelength control layer and having a first refractive index; a first light control layer disposed on the inorganic layer and having a second refractive index; a second light control layer disposed on the first light control layer and having a third refractive index; and a color filter layer disposed on the second light control layer, characterized in that the first refractive index is greater than the second refractive index and is less than a refractive index of the wavelength control layer, and the third refractive index is greater than the second refractive index and is less than a refractive index of the color filter layer.
A power supply method for a wire electric discharge machine, comprising: supplying a first voltage from a main DC power source; supplying a second, variable voltage which is lower than the first voltage from an auxiliary DC power source; outputting first pulses having a first predetermined width at predetermined time intervals, stopping the output of the first pulses, and then outputting second pulses having a second predetermined width, longer than the first predetermined width, at predetermined time intervals; applying the first voltage from the main DC power source to a gap between a wire electrode and a workpiece, while the first pulses are being output from the first circuit, such that a discharge current is passed across the gap; passing a current, which is generated by inductive energy stored by an inductance (30, 32), between the wire electrode and the workpiece while the second pulses are being output and causing the auxiliary DC power source to apply the second voltage corresponding to a peak current value provided by the main DC power source such that the discharge current passed across the gap is maintained or increased; and returning the current generated by the inductive energy stored by the inductance (30, 32) in the second circuit to the main DC power source when the output of the second pulses is stopped. supplying a first voltage from a main DC power source; supplying a second, variable voltage which is lower than the first voltage from an auxiliary DC power source; outputting first pulses having a first predetermined width at predetermined time intervals, stopping the output of the first pulses, and then outputting second pulses having a second predetermined width, longer than the first predetermined width, at predetermined time intervals; applying the first voltage from the main DC power source to a gap between a wire electrode and a workpiece, while the first pulses are being output from the first circuit, such that a discharge current is passed across the gap; passing a current, which is generated by inductive energy stored by an inductance (30, 32), between the wire electrode and the workpiece while the second pulses are being output and causing the auxiliary DC power source to apply the second voltage corresponding to a peak current value provided by the main DC power source such that the discharge current passed across the gap is maintained or increased; and returning the current generated by the inductive energy stored by the inductance (30, 32) in the second circuit to the main DC power source when the output of the second pulses is stopped.
A toner for developing a toner image, the toner comprising: (i) a binder resin; (ii) an inorganic component, the inorganic component being a magnetic pigment; and (iii) a wax, finely dispersed in the binder resin, said wax being an oxidized polyalkylene wax having an acid value from 5 mg KOH/g to 50 mg KOH/g, and said wax having a wax melting transition, wherein the lower temperature limit of said wax melting transition, being the temperature at which at most 10% fraction of the solid wax is molten is between 110°C and 140°C at a time of temperature rise in a DSC thermogram measured at a heating rate of 10°C min -1 according to the ASTM D3418 Standard using a differential scanning calorimeter. (i) a binder resin; (ii) an inorganic component, the inorganic component being a magnetic pigment; and (iii) a wax, finely dispersed in the binder resin, said wax being an oxidized polyalkylene wax having an acid value from 5 mg KOH/g to 50 mg KOH/g, and said wax having a wax melting transition, wherein the lower temperature limit of said wax melting transition, being the temperature at which at most 10% fraction of the solid wax is molten is between 110°C and 140°C at a time of temperature rise in a DSC thermogram measured at a heating rate of 10°C min -1 according to the ASTM D3418 Standard using a differential scanning calorimeter.
Transport trolley which is intended for transporting and storing goods and has a rectangular carrying frame, on the underside of which one supporting roller (7a-7d) is arranged at each of the four corner regions, said supporting rollers being used to support the transport trolley on a roadway, wherein supporting elements (10a; 10b; 10c; 10d), which extend vertically downwards and to which the supporting rollers (7a; 7b; 7c; 7d) are fastened, are arranged on the carrying frame, wherein the supporting elements (10a; 10b; 10c; 10d) are arranged at the corner regions of the carrying frame and the supporting elements (10a; 10b; 10c; 10d) each have at least one supporting carrier (11a, 11b; 11c), which runs vertically downwards and is arranged in the corner region of the carrying frame so as to be spaced apart inwards from at least one outer edge (AK, LK, SK) of the carrying frame, characterized in that the supporting elements (10a; 10b; 10c; 10d) are C-shaped, with an upper carrying element and a lower carrying element, wherein the carrying elements (15, 16) are connected by means of the at least one supporting carrier (11a; 11b; 11c), wherein the upper carrying element is fastened to the carrying frame and the supporting roller (7a; 7b; 7c; 7d) is fastened to the lower carrying element.
A modified method of agglutination to detect infections caused by microorganisms comprising: staining the test serum, plasma or blood or purified antibodies with a protein stain; mixing serum, plasma or blood with stained antibodies with equal quantity of colored/white antigen particles or antigen-coated latex beads or microparticles on a glass slide; adding diluted Antiglobulin conjugated with Biotin to the said mixture; subjecting the mixture to the step of mixing; and adding diluted Avidin to the mixture and thoroughly mixing all the ingredients, wherein preferably Avidin is tagged with a visible indicator. staining the test serum, plasma or blood or purified antibodies with a protein stain; mixing serum, plasma or blood with stained antibodies with equal quantity of colored/white antigen particles or antigen-coated latex beads or microparticles on a glass slide; adding diluted Antiglobulin conjugated with Biotin to the said mixture; subjecting the mixture to the step of mixing; and adding diluted Avidin to the mixture and thoroughly mixing all the ingredients, wherein preferably Avidin is tagged with a visible indicator.
A wireless communications system comprising: a base station; a plurality of intermediate devices (520, 530); and a terminal device; wherein the base station is operable to wirelessly transmit downlink signals to the terminal device, the downlink signals comprising terminal control signals identifying one of the intermediate devices as a target device to which the terminal device is to direct uplink signals intended for the base station; and the terminal device is operable to wirelessly transmit the uplink signals to the base station via the intermediate device identified by the terminal control signals. a base station; a plurality of intermediate devices (520, 530); and a terminal device; wherein the base station is operable to wirelessly transmit downlink signals to the terminal device, the downlink signals comprising terminal control signals identifying one of the intermediate devices as a target device to which the terminal device is to direct uplink signals intended for the base station; and the terminal device is operable to wirelessly transmit the uplink signals to the base station via the intermediate device identified by the terminal control signals.
A connecting body for producing a connection between a first building component and a second building component, wherein the connecting body has a contact surface for resting on the first building component, wherein a first lateral surface defining a first plane adjoins a straight first edge of the contact surface, wherein the entire connecting body is arranged only on one side of the first plane, wherein a fastening device for connecting the connecting body to the first building component is provided, wherein at least one connecting screw guide having a connecting screw guide central axis is provided with a first diameter for accommodating a connecting screw for connecting the connecting body to the second building element, wherein a distance of a point of intersection of the connecting screw guide central axis with the first plane from the first edge is less than a fifth of the first diameter, characterized in that the connecting screw guide central axis leads to the guidance of the connecting screw past the first building element through the first lateral surface.
A liquid printing ink for flexographic and/or gravure printing, at least comprising, based in each case on the sum of all constituents, 50-80% by weight of a solvent or of a mixture of different solvents, 5-25% by weight of at least one colorant, 5-30% by weight of one or more binders and optionally 0-20% by weight of further additives, wherein at least one of the binders is a molecularly and structurally nonuniform hyperbranched polymer which has functional groups selected from hyperbranched polyurethanes, hyperbranched polyurea polyurethanes, hyperbranched polyureas, hyperbranched polyethers, hyperbranched polyamines, hyperbranched polyamides, hyperbranched polyesteramides and hyperbranched polyetheramide.
Radiation protection device for an opening (E, A) for inspection objects (23, 24, 25) on a radiation tunnel of an inspection apparatus, wherein the radiation protection device is formed from a plurality of radiation protection curtains (30a, 30b) arranged one behind the other at a distance in a transport direction of the radiation tunnel, wherein a first radiation protection curtain comprises a first shielding radiation protection curtain section (30a-1) covering only a first area of the opening (E, A), and is formed from individual first radiation protection elements, and at least one second radiation protection curtain arranged behind the first radiation protection curtain in the transport direction comprises a second shielding radiation protection curtain section (30b-1), is formed from individual second radiation protection elements, and covers the area of the opening (E, A) not covered by the first radiation protection curtain, characterized in that a second radiation protection element has, in its longitudinal direction, a shielding radiation protection curtain section (30b-1) and a non-shielding support section (30b-2), wherein the non-shielding support section (30b-2) being dimensioned such that, when the second radiation protection element is arranged on the radiation protection device as intended, it extends in the area of the opening (E, A) already covered by means of the first radiation protection curtain and possibly preceding second radiation protection curtains, and carries the shielding section (30b-1), which in turn extends completely in the area of the opening (E, A) to be covered by means of the radiation protection device when the second radiation protection element is arranged on the radiation protection device as intended.
A computer-implemented method comprising: receiving first positron emission tomography measurement data from an image scanning system, the first PET measurement data being obtained with no patient within the image scanning system; determining a reference level of radiation of the image scanning system based on the first PET measurement data; receiving magnetic resonance measurement data and second PET measurement data from the image scanning system, the second PET measurement data being obtained with a patient within the image scanning system; generating a first attenuation map based on the first PET measurement data and the second PET measurement data; training a neural network with the first attenuation map and the MR measurement data; and storing the trained neural network in a database. receiving first positron emission tomography measurement data from an image scanning system, the first PET measurement data being obtained with no patient within the image scanning system; determining a reference level of radiation of the image scanning system based on the first PET measurement data; receiving magnetic resonance measurement data and second PET measurement data from the image scanning system, the second PET measurement data being obtained with a patient within the image scanning system; generating a first attenuation map based on the first PET measurement data and the second PET measurement data; training a neural network with the first attenuation map and the MR measurement data; and storing the trained neural network in a database.
A production method of a rubber composition comprising a step of mixing a polyether rubber which is dissolved in a solvent at 0.1 to 30 wt% of concentration and a liquid ethylenically unsaturated nitrile-conjugated diene copolymer rubber in a solution.
Orthosis for supporting the foot, in particular in the case of peroneal paralysis as a result of damage to the peroneal muscle or to the peroneal nerve, consisting of a relatively rigid forefoot plate, the forefoot plate covering less than 45% of the surface of the sole of the foot, a spring-elastic connecting element and a relatively rigid lower-leg part, characterized in that the forefoot plate is arranged only in the region of the metatarsophalangeal joints and is designed to receive only metatarsophalangeal joints D2-D5.
Vehicle system comprising a driving module, at least one mission module and at least one container, wherein the driving module comprises a receptacle which is capable of receiving at least one mission module, wherein the container is cuboidal in design and is closed on all sides, with the exception of a top, by walls, wherein the mission module is selectively received in the container or in the receptacle in the driving module, wherein superstructures are assigned to the mission module, and the top of the mission module is designed to be closed by means of a wall and the superstructures, and the top forms the top of the container when being received in the container, characterized in that the mission module is designed to be open on all sides with the exception of the top. wherein the driving module comprises a receptacle which is capable of receiving at least one mission module, wherein the container is cuboidal in design and is closed on all sides, with the exception of a top, by walls, wherein the mission module is selectively received in the container or in the receptacle in the driving module, wherein superstructures are assigned to the mission module, and the top of the mission module is designed to be closed by means of a wall and the superstructures, and the top forms the top of the container when being received in the container, characterized in that the mission module is designed to be open on all sides with the exception of the top.
A coated cutting tool comprising a cemented carbide body and a PVD coating, the cemented carbide body has a composition of 5-18 wt% Co, 0.1-2.5 wt% Cr, 0-10 wt% carbides or carbonitrides, apart from WC, of metals from groups 4, 5 and 6 in the periodic table of elements, and balance WC, the PVD coating is a (Ti,Al,Cr)N nanolayered PVD coating with an average composition Ti a Al b Cr c N, wherein a=0.25-0.7, b=0.3-0.7 and c=0.01-0.2, a+b+c=1, the PVD coating is a nanolayered PVD coating A/B/A/B/A... wherein the sublayers A and B consist of respectively A: Ti u Al v Cr w N, u=0.1-0.4, v=0.5-0.8, w=0.01-0.3, u+v+w=1, and B: Ti x Al y Cr z N, x=0.4-0.7, y=0.3-0.6, z=0-0.05, x+y+z=1, u<x and v>y, and wherein the Ti/AI atomic ratio of the average composition Ti a Al b Cr c N of the nanolayered PVD coating is 0.5-0.75, the thickness of the nanolayered PVD coating is 0.5-10 μm.
Passive electrical component, especially a coil, having an interlayer, wherein the interlayer has a lower coefficient of thermal expansion than the surface of the electrical component covered with the interlayer, and disposed atop that a plasma-polymeric carbon-containing coating having a carbon content measured at a depth of 80 nm away from the side of the plasma-polymeric coating remote from the interlayer, wherein the plasma-polymeric coating comprises a carbon content of 50 to 100 atom%, preferably 50 to 90 atom%, or is configured as an organometallic coating a carbon content of 2 to 50 atom%, in each case measured by means of XPS and based on the atoms detected by XPS, and wherein the plasma-polymeric layer has a thickness of 100 nm to 100 μm.
A method for enabling a multi-mode device to establish a session through multiple networks in a communication system, the method comprising: registering, at the same time, each of a plurality of sub-clients (112,114,116) of a single multi-mode device with a single application server, wherein each sub-client (112,114,116) is separately registered with the application server through a different network (120,130,140), using a different individual logical identity sent to the application server over a connection formed by a transceiver (212, 214, 216) in the multi-mode device, wherein the individual logical identities are separate from physical contact addresses used on the networks (120,130,140), and the individual logical identities cause the sub-clients (112,114,116) to register with the application server as different devices; detecting an invitation including session parameters to establish a session using the single application server; and selecting at least one of the sub-clients (112,114,116) to process the invitation based on the session parameters to establish the session through the networks (120,130,140) corresponding to the selected sub-clients (112,114,116). registering, at the same time, each of a plurality of sub-clients (112,114,116) of a single multi-mode device with a single application server, wherein each sub-client (112,114,116) is separately registered with the application server through a different network (120,130,140), using a different individual logical identity sent to the application server over a connection formed by a transceiver (212, 214, 216) in the multi-mode device, wherein the individual logical identities are separate from physical contact addresses used on the networks (120,130,140), and the individual logical identities cause the sub-clients (112,114,116) to register with the application server as different devices; detecting an invitation including session parameters to establish a session using the single application server; and selecting at least one of the sub-clients (112,114,116) to process the invitation based on the session parameters to establish the session through the networks (120,130,140) corresponding to the selected sub-clients (112,114,116).
An in vitro method of inducing death of a cell, comprising contacting a cell with an isolated water-soluble VP1 polypeptide of foot-and-mouth disease virus, wherein the polypeptide contains SEQ ID NO: 4, or with a nucleic acid encoding said polypeptide.
A computer-implemented method for estimating a broadband wavelet associated with a given seismic data set, the method comprising: collecting broadband seismic data of a surveyed subsurface; receiving the collected broadband seismic data; constructing and populating a misfit function; calculating the broadband wavelet based on the misfit function and the broadband seismic data; and estimating physical reservoir properties of a surveyed subsurface based on the broadband wavelet, characterized in that: the broadband wavelet is constrained, through the misfit function, by an amplitude only long wavelet, and an amplitude and phase short wavelet, and wherein the amplitude and phase short wavelet is shorter in time than the amplitude only long wavelet. collecting broadband seismic data of a surveyed subsurface; receiving the collected broadband seismic data; constructing and populating a misfit function; calculating the broadband wavelet based on the misfit function and the broadband seismic data; and estimating physical reservoir properties of a surveyed subsurface based on the broadband wavelet, characterized in that: the broadband wavelet is constrained, through the misfit function, by an amplitude only long wavelet, and an amplitude and phase short wavelet, and wherein the amplitude and phase short wavelet is shorter in time than the amplitude only long wavelet. the broadband wavelet is constrained, through the misfit function, by an amplitude only long wavelet, and an amplitude and phase short wavelet, and wherein the amplitude and phase short wavelet is shorter in time than the amplitude only long wavelet.
A method comprising carrying out the following by means of a processor: identifying an enhanced control channel element, E-CCE, of an enhanced physical downlink control channel, E-PDCCH; determining an identity of an antenna port used for transmitting the E-PDCCH based at least in part on an identity of the E-CCE of the E-PDCCH; and decoding the E-PDCCH via the antenna port. identifying an enhanced control channel element, E-CCE, of an enhanced physical downlink control channel, E-PDCCH; determining an identity of an antenna port used for transmitting the E-PDCCH based at least in part on an identity of the E-CCE of the E-PDCCH; and decoding the E-PDCCH via the antenna port.