mhurhangee/ep-ind-claims huggingface dataset:
A terminal, comprising: a reception section configured to receive a demodulation reference signal; and a control section configured to control reception of the demodulation reference signal based on parameters related to mapping of the demodulation reference signal, wherein the parameters include both of a port number of the demodulation reference signal and a number of symbols to which the demodulation reference signal is mapped, when the port number of the demodulation reference signal is configured to a first specific value and the number of symbols to which the demodulation reference signal is mapped is configured to a second specific value, a specific multiplexing method for the demodulation reference signal is supported, the port number of the demodulation reference signal and the number of symbols to which the demodulation reference signal is mapped are determined based on a relationship between an index for specifying the port number of the demodulation reference signal and the number of symbols to which the demodulation reference signal is mapped and a number of codewords, and wherein the index is included in downlink control information, DCI. a reception section configured to receive a demodulation reference signal; and a control section configured to control reception of the demodulation reference signal based on parameters related to mapping of the demodulation reference signal, wherein the parameters include both of a port number of the demodulation reference signal and a number of symbols to which the demodulation reference signal is mapped, when the port number of the demodulation reference signal is configured to a first specific value and the number of symbols to which the demodulation reference signal is mapped is configured to a second specific value, a specific multiplexing method for the demodulation reference signal is supported, the port number of the demodulation reference signal and the number of symbols to which the demodulation reference signal is mapped are determined based on a relationship between an index for specifying the port number of the demodulation reference signal and the number of symbols to which the demodulation reference signal is mapped and a number of codewords, and wherein the index is included in downlink control information, DCI.
An adjustable cannula system for performing eye surgery, the system comprising: a bottom housing for placement on an eye, the bottom housing comprising first and second lumens (110, 140); an expandable tube configured to increase and decrease from one diameter to another, the expandable tube to be received in the first and second lumens (110, 140) of the bottom housing, the expandable tube having a distal end for insertion into the eye, the expandable tube including at least two coupling elements (114, 118) at a proximal end of the expandable tube, wherein each coupling element (114, 118) is in the form of a tab or a protrusion, and wherein the bottom housing engages one of the coupling elements (114, 118); and a top housing configured to engage the other of the two coupling elements (114, 118) and control the diameter of the expandable tube by rotating the top housing relative to the bottom housing. a bottom housing for placement on an eye, the bottom housing comprising first and second lumens (110, 140); an expandable tube configured to increase and decrease from one diameter to another, the expandable tube to be received in the first and second lumens (110, 140) of the bottom housing, the expandable tube having a distal end for insertion into the eye, the expandable tube including at least two coupling elements (114, 118) at a proximal end of the expandable tube, wherein each coupling element (114, 118) is in the form of a tab or a protrusion, and wherein the bottom housing engages one of the coupling elements (114, 118); and a top housing configured to engage the other of the two coupling elements (114, 118) and control the diameter of the expandable tube by rotating the top housing relative to the bottom housing.
A test bed set up for conducting aerodynamic measurements on an object, especially a vehicle, with a weighing plate which serves to support the weight of the object and is mounted on a bearing means relative to a stationary environment, characterised in that the bearing means of the weighing plate is configured with at least one magnetic bearing, the at least one magnetic bearing being configured with at least one magnetic coil and a power source with which electric current can be transmitted through the magnetic coil, and the test bed having an evaluation means which is set up to ascertain a change in the electric current flowing through the magnetic coil and to convert this change into information about a change in the forces acting on the weighing plate, so that the aerodynamic forces acting on the object can be measured therewith.
An organic EL display panel, comprising: a wiring layer; a planarizing film above the wiring layer; a pair of first banks above the planarizing film to delimit lateral surfaces of a plurality of light-emitting cells in a row; a plurality of organic light-emitting layers, each of the plurality of organic light-emitting layers being located in one of the plurality of light-emitting cells between the pair of first banks; and a plurality of second banks, characterized in that the planarizing film includes a plurality of recesses, each of the plurality of recesses being located in a boundary region between adjacent ones of the plurality of light-emitting cells and extending across the boundary region in a direction intersecting the pair of first banks, the pair of first banks and the plurality of second banks are connected and each comprise a same material, and each of the plurality of second banks is above one of the plurality of recesses in the planarizing film and has a shape that conforms to an inner profile of the one of the plurality of recesses so that the plurality of second banks are lower in height than the pair of first banks. a wiring layer; a planarizing film above the wiring layer; a pair of first banks above the planarizing film to delimit lateral surfaces of a plurality of light-emitting cells in a row; a plurality of organic light-emitting layers, each of the plurality of organic light-emitting layers being located in one of the plurality of light-emitting cells between the pair of first banks; and a plurality of second banks,
An optical sheet comprising a base film, a first primer layer disposed on a surface of the base film, and a projection disposed on the first primer layer, and a second primer layer disposed on the other surface of the base film, characterized in that the projection is one of a prism, a micro lens and a lenticular lens and a thickness of the frst primer layer ranges from about 5nm to 300nm, wherein a refractive index of the base film is larger than that of the second primer layer, wherein a refractive index of the first primer layer and the second primer layer is different from each other, wherein a material of the projection is a resin and a material of the first primer layer is a urethane, wherein the first primer layer is cured by ultraviolet light.
A method for tempering thin planar glass sheets with a thickness of not more than 4 mm to the surface compression stress of at least 100 MPa, said method comprising heating a glass sheet to a tempering temperature and conducting a quenching step by blasting cooling air with a blasting pressure of not less than 6 kPa and a blasting distance of not more than 30 mm to both surfaces of the glass sheet, characterized in that, in order to eliminate or reduce the bi-stability of a tempered planar glass sheet, the quenching of a top surface and a bottom surface of the glass sheet's both side portions is commenced earlier or performed at the early stage of quenching with more powerful cooling effect than the quenching of a top surface and a bottom surface of the glass sheet's intermediate portion, and thereby both side portions are provided, prior to the intermediate portion, with a temperature profile in the glass thickness direction which generates said tempering degree, the surface compression stress of at least 100 MPa.
A detector system for a transmission electron microscope, comprising: • an array of pixels for converting impinging electrons into an electronic signal during an image acquisition period; • a first computer memory including multiple data storage areas for storing data captured by one or more of the pixels in the array at different times within the image acquisition period; and • a processor programmed to analyze data from one or more of the pixels in the array at different times during the image acquisition period and to modify the image acquisition process based on the analysis results while the image is being acquired, wherein • the processor is programmed to compare data read at different times during said image acquisition period from pixels in the array to determine whether the image shows effects of sample bubbling. • an array of pixels for converting impinging electrons into an electronic signal during an image acquisition period; • a first computer memory including multiple data storage areas for storing data captured by one or more of the pixels in the array at different times within the image acquisition period; and • a processor programmed to analyze data from one or more of the pixels in the array at different times during the image acquisition period and to modify the image acquisition process based on the analysis results while the image is being acquired, wherein • the processor is programmed to compare data read at different times during said image acquisition period from pixels in the array to determine whether the image shows effects of sample bubbling.
Apparatus for hot dip coating metal strip, having a dip bath vessel, a nozzle which opens into the dip bath vessel for introducing a metal strip which is heated in a continuous furnace into the dip bath, and a deflecting roller which is arranged in the dip bath vessel for deflecting the metal strip which enters into the dip bath in a direction which points out of the dip bath, characterized in that the nozzle is provided with a shaft-shaped nozzle extension piece (6.1) for increasing the nozzle dipping depth, the internal width of the nozzle extension piece (6.1) tapering toward its outlet opening (6.15) at least over a part length of said nozzle extension piece (6.1), wherein the nozzle extension piece (6.1) has a connector section (6.11), into which the lower end of the nozzle protrudes, and the connector section (6.11) has a tub-shaped or trough-shaped receiving space (6.12).
A bellows for guiding exhaust gas flow from the combustion chamber of an internal combustion engine to an exhaust pipe, said bellows comprising flanges at the ends of the bellows, for connecting the bellows into exhaust gas flow line between the internal combustion engine and the exhaust pipe, and a shell section between the flanges, characterized in that the shell is comprised of several layers (2b, 2c) and that a catalytic type coating has been applied on one or more layers (2b, 2c) of the shell.
A panel insert system, comprising: (a) an aircraft galley component door comprising a first securing mechanism on its front surface; and (b) a removable and interchangeable panel insert which forms a decorative front fascia covering substantially the entire front surface and which comprises a second securing mechanism, wherein the first securing mechanism and the second securing mechanism cooperate to releasably secure the panel insert directly onto the receiving surface. (a) an aircraft galley component door comprising a first securing mechanism on its front surface; and (b) a removable and interchangeable panel insert which forms a decorative front fascia covering substantially the entire front surface and which comprises a second securing mechanism,
Nail setting device, comprising an electrodynamic drive, in particular a highly dynamic electrodynamic drive, in particular constructed in the manner of a Thomson coil with soft-magnetic frame, wherein the electrodynamic drive comprises: - a first excitation coil, and - a short-circuit rotor mounted movably along an axis, characterized in that the electrodynamic drive comprises a soft-magnetic frame, wherein the frame has a saturation flux density of at least 1.0 T and/or an effective specific electrical conductivity of not more than 10 6 S/m. - a first excitation coil, and - a short-circuit rotor mounted movably along an axis,
A self-gelling, tunable drug delivery system comprising: a hydrophilic matrix, which is comprised of a hydrophilic polymer that swells upon contact with a hydrating agent thereby creating a hydrogel, and a first drug, wherein said hydrophilic matrix is in the form of pellets, ribbons, films, tapes, strips, tablets or granules, and a hydrophobic matrix, which is comprised of a hydrophobic polymer and a second drug wherein said hydrophobic matrix is in the form of pellets, ribbons, films, tapes, strips, or tablets wherein the hydrophilic and hydrophobic matrices may be combined, hydrated and then placed in situ, or combined, placed in situ, and then hydrated. a hydrophilic matrix, which is comprised of a hydrophilic polymer that swells upon contact with a hydrating agent thereby creating a hydrogel, and a first drug, wherein said hydrophilic matrix is in the form of pellets, ribbons, films, tapes, strips, tablets or granules, and a hydrophobic matrix, which is comprised of a hydrophobic polymer and a second drug wherein said hydrophobic matrix is in the form of pellets, ribbons, films, tapes, strips, or tablets
Truck having a cabin, said cabin having a roof and an aerodynamic roof deflector panel mounted on said roof and covering at least partly said roof thereby delimiting a space extending between said roof and said panel, wherein the panel comprises at least a member movable between a first position and a second position, wherein in the second position, an air passage is created in front of the space, whereas in the first position, the air passage is closed or substantially closed, characterized in that in the first position of the movable member, a front edge of said movable member, extending in a substantially horizontal direction, is close to or in contact with the roof, and in the second position, said front edge is remote from the roof, at a distance (W AP) of the roof larger than 30 mm.
Electrical plug connector, comprising a pin shaped plug and a sleeve shaped coupling, which envelops the plug with a gap in an inserted condition, and with one electrically conductive contact element arranged in the gap and being configured as a ring, wherein the one electrically conductive contact element is spring elastic transversal to a plug-in direction and contacts the plug in the inserted condition and electrically connects the plug and the coupling, characterized in that the plug and the coupling are made from different metals, that a bushing made from metal is arranged between the coupling and the contact element, wherein the contact element contacts the bushing, which is in electrically conductive contact with the coupling and includes a corrosion protection layer.
A method for the manufacture of mesoporous silica crystallite particles, said method comprising the steps of: a) reacting a reaction solution comprising a silicate, a micelle forming agent, an alkane, a salt under stirring at pH 2 or lower, wherein the reaction solution comprises HCl in a concentration above 1.4 M, and wherein the stirring is performed for not more than 10 minutes, and b) treating the obtained material to remove the micelle forming agent with one method selected from i) heat treating the material above 300°C, ii) treating the material with at least one selected from H 2 O 2, and H 2 SO 4, iii) treating the material with microwaves to digest the micelle forming agent, wherein the manufactured crystallite particles are separate from each other, wherein the alkane is at least one selected from the group consisting of pentane, hexane, heptane, octane, nonane, decane, undecane, and dodecane. a) reacting a reaction solution comprising a silicate, a micelle forming agent, an alkane, a salt under stirring at pH 2 or lower, wherein the reaction solution comprises HCl in a concentration above 1.4 M, and wherein the stirring is performed for not more than 10 minutes, and b) treating the obtained material to remove the micelle forming agent with one method selected from i) heat treating the material above 300°C, ii) treating the material with at least one selected from H 2 O 2, and H 2 SO 4, iii) treating the material with microwaves to digest the micelle forming agent, wherein the manufactured crystallite particles are separate from each other, wherein the alkane is at least one selected from the group consisting of pentane, hexane, heptane, octane, nonane, decane, undecane, and dodecane. i) heat treating the material above 300°C, ii) treating the material with at least one selected from H 2 O 2, and H 2 SO 4, iii) treating the material with microwaves to digest the micelle forming agent,
A method of in-situ calibration of a wafer polishing process, comprising the steps of: forming on a test region of a substrate a plurality of calibration features (76-1 to 76-n) of different known heights (hc1 to hcn), at least one of the known heights being approximately the same height as a desired final height for a deposited material layer; forming on a product region of the substrate a product feature; depositing the material layer onto the product feature and plurality of calibration features (76-1 to 76-n), such that a height of the material layer is greater than the desired final height for the deposited material layer and the heights (hc1 to hcn) of the plurality of calibration features, and that the calibration features (76-1 to 76-n) are visually observable through the deposited material layer: polishing under approximately the same polishing conditions the test region and the product region of the material layer; and determining the height to which the material layer has been polished through optical observation of changes from rough to smooth of one or more of the calibration features (76-1 to n), each change of a particular calibration feature appearance from rough to smooth indicating reduction of the material layer height to the known height (hc1 to hcn) of said particular calibration feature (76-1 to 76-n). forming on a test region of a substrate a plurality of calibration features (76-1 to 76-n) of different known heights (hc1 to hcn), at least one of the known heights being approximately the same height as a desired final height for a deposited material layer; forming on a product region of the substrate a product feature; depositing the material layer onto the product feature and plurality of calibration features (76-1 to 76-n), such that a height of the material layer is greater than the desired final height for the deposited material layer and the heights (hc1 to hcn) of the plurality of calibration features, and that the calibration features (76-1 to 76-n) are visually observable through the deposited material layer: polishing under approximately the same polishing conditions the test region and the product region of the material layer; and determining the height to which the material layer has been polished through optical observation of changes from rough to smooth of one or more of the calibration features (76-1 to n), each change of a particular calibration feature appearance from rough to smooth indicating reduction of the material layer height to the known height (hc1 to hcn) of said particular calibration feature (76-1 to 76-n).
Method for producing a solar collector having a housing with a light-receiving side and a base plate, having an absorber which is arranged between the light-receiving side and the base plate, particles being put into the housing, characterized in that the particles are compacted by vibrations and thus a densely packed layer (5, 12) of the particles, in which the absorber is embedded, is obtained, wherein, in a first method step, a first partial layer is put into the housing, wherein, in a second method step, the absorber is laid on the first partial layer, wherein, in a third method step, the absorber is excited to vibrate, wherein, in a fourth method step, a second partial layer of particles is put onto the absorber, wherein, in a fifth method step, a transparent covering is laid on the second partial layer, and wherein the transparent covering is connected to the housing in a sixth method step.
A method of manufacturing a damper assembly configured to open and close a discharge duct for discharging ice from a dispenser of a refrigerator door, the method comprising: molding a case constituting an appearance of the damper assembly and having an open surface; inserting the case into a mold and injecting a thermal insulating material into the case, thereby integrally forming the case with a thermal insulating member; and coupling a closing plate to the case to cover the open surface of the case, the closing plate configured to contact the discharge duct when the damper assembly closes the discharge duct, wherein the coupling of the closing plate comprises inserting the case filled with the thermal insulating material into another mold to integrally form the closing plate with the case through insert injection molding. molding a case constituting an appearance of the damper assembly and having an open surface; inserting the case into a mold and injecting a thermal insulating material into the case, thereby integrally forming the case with a thermal insulating member; and coupling a closing plate to the case to cover the open surface of the case, the closing plate configured to contact the discharge duct when the damper assembly closes the discharge duct, wherein the coupling of the closing plate comprises inserting the case filled with the thermal insulating material into another mold to integrally form the closing plate with the case through insert injection molding.
A method for reporting power headroom of a terminal supporting a plurality of radio communication systems, comprising: measuring a current power headroom for one of the plurality of radio communication systems; detecting a change of a power headroom between the current power headroom and a previously measured power headroom; and determining whether to report the current power headroom to a base station based on whether a time duration of the change of the power headroom is longer than a predetermined time, wherein the predetermined time is configured by the base station. measuring a current power headroom for one of the plurality of radio communication systems; detecting a change of a power headroom between the current power headroom and a previously measured power headroom; and determining whether to report the current power headroom to a base station based on whether a time duration of the change of the power headroom is longer than a predetermined time, wherein the predetermined time is configured by the base station.