mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a ceramic honeycomb structure, the method comprising the steps of: - extrusion-molding a moldable material containing a ceramic material and a pore-forming material to obtain a predetermined molding; and - drying and sintering said molding; wherein said moldable material contains 2% to 20% by mass of said pore-forming material based on 100% by mass of said ceramic material; wherein said pore-forming material has a median diameter of 5 μm to 70 μm; said pore-forming material is solid or hollow resin particles having inorganic powder on the surface; wherein a ratio d/D of a median diameter d of said inorganic powder to a median diameter D of said resin particles is 0.5 or less; wherein said median diameters of said pore-forming material, said inorganic powder and said resin particles are measured by a particle size distribution meter; wherein said pore-forming material is produced by bringing said inorganic powder into contact with said resin particles wet with water before adding to said ceramic material; and wherein said inorganic powder is talc having a median diameter of 0.5 μm to 15 μm. - extrusion-molding a moldable material containing a ceramic material and a pore-forming material to obtain a predetermined molding; and - drying and sintering said molding; wherein said moldable material contains 2% to 20% by mass of said pore-forming material based on 100% by mass of said ceramic material; wherein said pore-forming material has a median diameter of 5 μm to 70 μm; said pore-forming material is solid or hollow resin particles having inorganic powder on the surface; wherein a ratio d/D of a median diameter d of said inorganic powder to a median diameter D of said resin particles is 0.5 or less; wherein said median diameters of said pore-forming material, said inorganic powder and said resin particles are measured by a particle size distribution meter; wherein said pore-forming material is produced by bringing said inorganic powder into contact with said resin particles wet with water before adding to said ceramic material; and wherein said inorganic powder is talc having a median diameter of 0.5 μm to 15 μm.
An antenna comprising: a radial waveguide having a structure through which a radio frequency, RF, feed wave can propagate, an aperture (1616, 202), and a slip plane, wherein the structure has an outer portion surrounding the radial waveguide such that the RF feed wave is provided to the aperture (1616, 202); wherein the aperture (1616, 202) is operable to radiate RF signals in response to the RF feed wave fed by the radial waveguide; wherein the aperture (1616, 202) forms a gap with the outer portions of the radial waveguide such that there is no physical electrical connection between the radial waveguide and the aperture (1616, 202); wherein the slip plane is placed between the top of the housing of the radial waveguide and the aperture (1616, 202) to enable lateral movement between the aperture (1616, 202) and the radial waveguide caused by heat and differences in coefficients of thermal expansion of the radial waveguide and the aperture (1616, 202); the antenna further comprising an RF choke operable to block RF energy from exiting through the gap between outer portions of the radial waveguide and the aperture (1616, 202). a radial waveguide having a structure through which a radio frequency, RF, feed wave can propagate, an aperture (1616, 202), and a slip plane, wherein the structure has an outer portion surrounding the radial waveguide such that the RF feed wave is provided to the aperture (1616, 202); wherein the aperture (1616, 202) is operable to radiate RF signals in response to the RF feed wave fed by the radial waveguide; wherein the aperture (1616, 202) forms a gap with the outer portions of the radial waveguide such that there is no physical electrical connection between the radial waveguide and the aperture (1616, 202); wherein the slip plane is placed between the top of the housing of the radial waveguide and the aperture (1616, 202) to enable lateral movement between the aperture (1616, 202) and the radial waveguide caused by heat and differences in coefficients of thermal expansion of the radial waveguide and the aperture (1616, 202); the antenna further comprising an RF choke operable to block RF energy from exiting through the gap between outer portions of the radial waveguide and the aperture (1616, 202).
A fuel cell assembly with a membrane electrode assembly, which comprises a membrane and a first electrode that is arranged on a first side of the membrane and to which a first gas diffusion layer is associated, whereas the membrane electrode assembly comprises a second electrode that is arranged on a second side opposite the first side, whereas the second electrode is associated with a second gas diffusion layer, and with a frame, whereas on an edge region of the membrane electrode assembly, the membrane electrode assembly is directly connected to the frame at least in certain regions via an adhesive layer, characterized in that the adhesive layer penetrates the first electrode, whereas the membrane is directly connected to the frame by virtue of this penetration, and that the adhesive layer comprises a first binding portion, which binds the membrane of the membrane electrode assembly at the edge region to the frame, and a second binding portion, which binds the membrane of the membrane electrode assembly at the edge region to the second gas diffusion layer.
A method for controlling a network access control system having a server, a mobile device, and a lock device, the method comprising: assigning a registered user account a first key; assigning the lock device an encryption key; encrypting, by the server, at least a first identifier related to the registered user account using the first key to generate an encrypted application token; communicating, by the server, the encrypted application token from the server to the mobile device; receiving, by the lock device, the encrypted application token and a second identifier from the mobile device, the second identifier being related to the registered user account; encrypting, by the lock device and using the assigned encryption key, the encrypted application token and the second identifier to generate lock encrypted data; communicating, by the lock device, the lock encrypted data from the lock device to the mobile device; receiving, by the server, the lock encrypted data from the mobile device; decrypting, by the server, the lock encrypted data using the assigned encryption key to extract the second identifier; decrypting, by the server and using the first key, the encrypted application token from the decrypted lock encrypted data to extract the first identifier; and comparing, by the server, the extracted first and second identifiers to verify that the second identifier is related to the first identifier for continued secure communication with the mobile device. assigning a registered user account a first key; assigning the lock device an encryption key; encrypting, by the server, at least a first identifier related to the registered user account using the first key to generate an encrypted application token; communicating, by the server, the encrypted application token from the server to the mobile device; receiving, by the lock device, the encrypted application token and a second identifier from the mobile device, the second identifier being related to the registered user account; encrypting, by the lock device and using the assigned encryption key, the encrypted application token and the second identifier to generate lock encrypted data; communicating, by the lock device, the lock encrypted data from the lock device to the mobile device; receiving, by the server, the lock encrypted data from the mobile device; decrypting, by the server, the lock encrypted data using the assigned encryption key to extract the second identifier; decrypting, by the server and using the first key, the encrypted application token from the decrypted lock encrypted data to extract the first identifier; and comparing, by the server, the extracted first and second identifiers to verify that the second identifier is related to the first identifier for continued secure communication with the mobile device.
Method for sorting contaminated material in a continuous flow, comprising steps of: - conveying contaminated material from a supply point to a sorting point by means of a first conveyor, - measuring the radioactive activity of the conveyed contaminated material using a first sensor arranged between the supply point and the sorting point, the sensing face of said sensor facing the upper face (FSUP) of the first conveyor, and - sorting the contaminated material at the sorting point by means of a sorting device, characterized in that it further comprises steps of: - measuring the radioactive activity of the contaminated material using a second sensor: - either whose sensing face faces the upper face (FSUP) of the first conveyor and is arranged upstream of the supply point, - or whose sensing face faces the lower face (FINF) of the first conveyor, - calculating a differential measurement, consisting in subtracting the value of a measurement from the second sensor from that of a measurement from the first sensor, and - slaving the sorting step to the result of the comparison between a threshold value and • the value of the measurement from the first sensor, or • the value of the differential measurement. - conveying contaminated material from a supply point to a sorting point by means of a first conveyor, - measuring the radioactive activity of the conveyed contaminated material using a first sensor arranged between the supply point and the sorting point, the sensing face of said sensor facing the upper face (FSUP) of the first conveyor, and - sorting the contaminated material at the sorting point by means of a sorting device, - measuring the radioactive activity of the contaminated material using a second sensor: - either whose sensing face faces the upper face (FSUP) of the first conveyor and is arranged upstream of the supply point, - or whose sensing face faces the lower face (FINF) of the first conveyor, - either whose sensing face faces the upper face (FSUP) of the first conveyor and is arranged upstream of the supply point, - or whose sensing face faces the lower face (FINF) of the first conveyor, - calculating a differential measurement, consisting in subtracting the value of a measurement from the second sensor from that of a measurement from the first sensor, and - slaving the sorting step to the result of the comparison between a threshold value and • the value of the measurement from the first sensor, or • the value of the differential measurement. • the value of the measurement from the first sensor, or • the value of the differential measurement.
A goggle reprocessing assembly comprising: at least two rigid goggle containers each comprising a porous hollow body configured for housing snugly a single pair of goggles; and a porous flexible carrier suitable for carrying the at least two rigid goggle containers, wherein the porous flexible carrier comprises a closed end, an open end and a fastening device positioned at the open end, wherein the open end is at least partially closable to a selective extent by the fastening device to confine the at least two rigid goggle containers in a cluster; configured such that in use, the single pair of goggles is slidably inserted into the porous hollow body and the at least two rigid goggle containers are passed into the porous flexible carrier through the open end and confined in the cluster by at least partially closing the open end with the fastening device. at least two rigid goggle containers each comprising a porous hollow body configured for housing snugly a single pair of goggles; and a porous flexible carrier suitable for carrying the at least two rigid goggle containers, wherein the porous flexible carrier comprises a closed end, an open end and a fastening device positioned at the open end, wherein the open end is at least partially closable to a selective extent by the fastening device to confine the at least two rigid goggle containers in a cluster; configured such that in use, the single pair of goggles is slidably inserted into the porous hollow body and the at least two rigid goggle containers are passed into the porous flexible carrier through the open end and confined in the cluster by at least partially closing the open end with the fastening device.
A method for producing endless abrasive articles, the method comprising: - providing a mandrel coil, which comprises a first complete turn (B0 A) formed of an endless mandrel belt, - feeding the endless mandrel belt to an input end of the mandrel coil and unwinding the endless mandrel belt from an output end of the mandrel coil so as to move the surface of the first complete turn (B0 A) of the mandrel coil, - forming a laminated sleeve (SLEEVE1) from one or more strips (S1, S2) such that an innermost or an outermost strip of the laminated sleeve (SLEEVE1) comprises abrasive grains, wherein a first layer of the laminated sleeve (SLEEVE1) is formed by feeding a first strip on the moving surface of the first complete turn (B0 A) of the mandrel coil, and - forming an endless abrasive article by cutting the laminated sleeve (SLEEVE1). - providing a mandrel coil, which comprises a first complete turn (B0 A) formed of an endless mandrel belt, - feeding the endless mandrel belt to an input end of the mandrel coil and unwinding the endless mandrel belt from an output end of the mandrel coil so as to move the surface of the first complete turn (B0 A) of the mandrel coil, - forming a laminated sleeve (SLEEVE1) from one or more strips (S1, S2) such that an innermost or an outermost strip of the laminated sleeve (SLEEVE1) comprises abrasive grains, wherein a first layer of the laminated sleeve (SLEEVE1) is formed by feeding a first strip on the moving surface of the first complete turn (B0 A) of the mandrel coil, and - forming an endless abrasive article by cutting the laminated sleeve (SLEEVE1).
A channel state information-reference signal, CSI-RS, transmission method, comprising: determining, by a network device, that at least two of M quantities of antenna ports respectively used by M radio remote units RRUs for sending a CSI-RS to same user equipment are not equal, wherein M is an integer greater than or equal to 2; and instructing, by the network device, the M RRUs to send P CSI-RSs on N resource elements, wherein at least one of the N resource elements bears content of at least two of the P CSI-RSs, the P CSI-RSs are CSI-RSs respectively sent by P RRUs in the M RRUs, N is a positive integer, and P is an integer less than or equal to M, wherein the instructing, by the network device, the M RRUs to send P CSI-RSs on N resource elements comprises: determining, by the network device, an RRU meeting a preset condition in the M RRUs; determining, by the network device, the N resource elements based on a quantity of antenna ports used for sending a CSI-RS by the RRU meeting the preset condition; and instructing, by the network device, the M RRUs to send the P CSI-RSs on the N resource elements. determining, by a network device, that at least two of M quantities of antenna ports respectively used by M radio remote units RRUs for sending a CSI-RS to same user equipment are not equal, wherein M is an integer greater than or equal to 2; and instructing, by the network device, the M RRUs to send P CSI-RSs on N resource elements, wherein at least one of the N resource elements bears content of at least two of the P CSI-RSs, the P CSI-RSs are CSI-RSs respectively sent by P RRUs in the M RRUs, N is a positive integer, and P is an integer less than or equal to M, wherein the instructing, by the network device, the M RRUs to send P CSI-RSs on N resource elements comprises: determining, by the network device, an RRU meeting a preset condition in the M RRUs; determining, by the network device, the N resource elements based on a quantity of antenna ports used for sending a CSI-RS by the RRU meeting the preset condition; and instructing, by the network device, the M RRUs to send the P CSI-RSs on the N resource elements. determining, by the network device, an RRU meeting a preset condition in the M RRUs; determining, by the network device, the N resource elements based on a quantity of antenna ports used for sending a CSI-RS by the RRU meeting the preset condition; and instructing, by the network device, the M RRUs to send the P CSI-RSs on the N resource elements.
A communication system, comprising: a first server having a plurality of user devices linked to one another via the first server wherein a media stream is shared among the plurality of user devices, the media stream including at least a first partial media stream (141, 143) and a second partial media stream (142, 144) being different partial versions of the media stream which can be used by one of the user devices to output a lower quality version of the media stream to a user, but which can be combined to output a full-quality version of the media stream to the user, the first server sending, to the plurality of user devices, the first partial media stream; characterized in that the communication system comprises: a second server having the plurality of user devices linked to one another via the second server, the second server sending, to the plurality of user devices, the second partial media stream. a first server having a plurality of user devices linked to one another via the first server wherein a media stream is shared among the plurality of user devices, the media stream including at least a first partial media stream (141, 143) and a second partial media stream (142, 144) being different partial versions of the media stream which can be used by one of the user devices to output a lower quality version of the media stream to a user, but which can be combined to output a full-quality version of the media stream to the user, the first server sending, to the plurality of user devices, the first partial media stream; characterized in that the communication system comprises: a second server having the plurality of user devices linked to one another via the second server, the second server sending, to the plurality of user devices, the second partial media stream.
Irsogladine or a pharmaceutically acceptable salt thereof for use in the treatment and/or prevention of eosinophilic gastrointestinal diseases in mammals.
A spectrometer comprising at least one Virtually Imaged Phased Array member (V; V1, V2), hereinafter VIPA member, configured to receive an input electromagnetic radiation and generate an output electromagnetic radiation, wherein a spectrum of the output electromagnetic radiation is dispersed along a dispersion axis (x) transverse to an optical axis (z) of propagation of the output electromagnetic radiation, a Fourier lens adapted to convert the output electromagnetic radiation into a spectral pattern on a spectral plane placed at a distance from the Fourier lens equal to the focal length ( f 1) of the Fourier lens, and an image sensor adapted to detect said spectral pattern, further comprising at least one diffraction mask (MSK1; MSK1, MSK2) arranged along the optical axis (z) for propagating the electromagnetic exit radiation, said diffraction mask comprising a material blocking the transmission of the electromagnetic radiation, and through which an aperture is obtained which allows the transmission of the electromagnetic radiation, said opening having a polygonal shape characterized by: - said diffraction mask being arranged in a position not coinciding with the spectral plane, and - the opening having an edge comprising at least one segment inclined, with respect to said dispersion axis (x), by an angle α such that 10° ≤ α ≤ 80°. - said diffraction mask being arranged in a position not coinciding with the spectral plane, and - the opening having an edge comprising at least one segment inclined, with respect to said dispersion axis (x), by an angle α such that 10° ≤ α ≤ 80°.
A flat gate system serving as an automatic ticket gate, wherein the system comprises a pass determination device, a ticket gate passage including a plurality of floor panels and an authentication area, and an authentication device carried by a user, wherein each floor panel is a rectangular plate tightly laid so that a floor surface of the ticket gate passage is constituted by the plurality of floor panels, wherein surfaces of the plurality of floor panels arranged at predetermined positions on the ticket gate passage define the authentication area, wherein display units are provided on both sides in the width direction of each of the floor panels constituting the authentication area, wherein each display unit includes a plurality of light emitting diodes arranged at regular intervals along a length direction of the corresponding floor panel at each of both sides in the width direction of the corresponding floor panel, and wherein the pass determination device comprises: a receiving unit configured for receiving authentication information from the authentication device; a determining unit configured for determining whether or not to permit the user to pass on a basis of the authentication information received by the receiving unit; and the display units; wherein the display units are configured for displaying a position of the authentication area in a first display mode from before the user enters the authentication area, the authentication area being an area through which the user having the authentication device is to pass so that an authentication process based on the authentication information of the authentication device is performed by the determining unit. a receiving unit configured for receiving authentication information from the authentication device; a determining unit configured for determining whether or not to permit the user to pass on a basis of the authentication information received by the receiving unit; and the display units; wherein the display units are configured for displaying a position of the authentication area in a first display mode from before the user enters the authentication area, the authentication area being an area through which the user having the authentication device is to pass so that an authentication process based on the authentication information of the authentication device is performed by the determining unit.