mhurhangee/ep-ind-claims huggingface dataset:
A slope detection method for detecting a slope of a base station antenna for mobile communication comprising: calculating a horizontal plane (X-Y plane) of a horizontal coordinate system through a gravity sensor; calculating, from light quantity data of sunlight measured by multiple optical sensors provided on a spherical surface associated with the base station antenna, an incidence vector for an incidence direction of the sunlight on the basis of a local coordinate system of the base station antenna; acquiring incidence angle information of the sunlight on the horizontal coordinate system by applying a date and a time when the light quantity data is measured, latitude information, and longitude information to a sun path equation; determining the horizontal coordinate system by calculating a true north direction (N; Y-axis), on the horizontal coordinate system using the horizontal plane, the incidence vector, and the incidence angle information of the sunlight on the horizontal coordinate system; and comparing the determined horizontal coordinate system with the local coordinate system, thereby calculating three-dimensional slope information including a tilt angle, an azimuth angle, and a roll angle of the antenna on the horizontal coordinate system, wherein a roll angle of the antenna is corrected to be 0° and then a tilt angle and an azimuth for the horizontal coordinate system of the antenna are calculated. calculating a horizontal plane (X-Y plane) of a horizontal coordinate system through a gravity sensor; calculating, from light quantity data of sunlight measured by multiple optical sensors provided on a spherical surface associated with the base station antenna, an incidence vector for an incidence direction of the sunlight on the basis of a local coordinate system of the base station antenna; acquiring incidence angle information of the sunlight on the horizontal coordinate system by applying a date and a time when the light quantity data is measured, latitude information, and longitude information to a sun path equation; determining the horizontal coordinate system by calculating a true north direction (N; Y-axis), on the horizontal coordinate system using the horizontal plane, the incidence vector, and the incidence angle information of the sunlight on the horizontal coordinate system; and comparing the determined horizontal coordinate system with the local coordinate system, thereby calculating three-dimensional slope information including a tilt angle, an azimuth angle, and a roll angle of the antenna on the horizontal coordinate system, wherein a roll angle of the antenna is corrected to be 0° and then a tilt angle and an azimuth for the horizontal coordinate system of the antenna are calculated.
A method, executed by a communication terminal, including the steps of: receiving a message containing text information; providing the received message via a messaging application executed by a processor of the terminal; extracting at least one token, which is shared between a plurality of functions, from the text information included in the message, wherein the token is a piece of data composed of one or more consecutive characters in text information; based on the extracted at least one token, determining at least one function to share the extracted token; standardizing the extracted at least one token in a form applicable to the at least one function; and executing the at least one function by using the standardized at least one token as an input to the at least one function. receiving a message containing text information; providing the received message via a messaging application executed by a processor of the terminal; extracting at least one token, which is shared between a plurality of functions, from the text information included in the message, wherein the token is a piece of data composed of one or more consecutive characters in text information; based on the extracted at least one token, determining at least one function to share the extracted token; standardizing the extracted at least one token in a form applicable to the at least one function; and executing the at least one function by using the standardized at least one token as an input to the at least one function.
A plasma non-stick pan comprising: a pan body and a non-stick layer applied to the pan body, a plasma layer is provided between the non-stick layer and the pan body; the plasma layer comprises a MCrALY layer sprayed to the surface of the pan body and a mixture layer sprayed outside of the MCrALY layer, and the mixture layer is composed of MCrALY particles and metal oxide particles, characterized in that a cushion layer is provided between the MCrALY layer and the mixture layer, the cushion layer is composed of a mixture of 70-80% MCrALY and 20-30% metal oxide particles and the mixture layer is composed of a mixture of 40-50% MCrALY particles and 50-60% of metal oxide particles.
An electrodialysis unit comprising at least two electrodialysis stacks ED1 and ED2 connected in series, wherein: (a) stacks ED1 and ED2 comprise anion exchange membranes and cation exchange membranes; (b) the anion exchange membranes in stack ED1 have a lower electrical resistance than the anion exchange membranes in stack ED2 and the cation exchange membranes in stack ED1 have a lower electrical resistance than the cation exchange membranes in stack ED2; (c) the water-permeability of the cation exchange membranes in stack ED2 is 2 to 20 times lower than the water-permeability of the cation exchange membranes in stack ED1; (d) the water-permeability of the anion exchange membranes in stack ED2 is 2 to 20 times lower than the water-permeability of the anion exchange membranes in stack ED1; and (e) stack ED2 is located downstream of stack ED1; wherein the electrodialysis unit is configured such that diluate exiting stack ED1 is fed into stack ED2 in order to further lower the concentration of ions dissolved therein. (a) stacks ED1 and ED2 comprise anion exchange membranes and cation exchange membranes; (b) the anion exchange membranes in stack ED1 have a lower electrical resistance than the anion exchange membranes in stack ED2 and the cation exchange membranes in stack ED1 have a lower electrical resistance than the cation exchange membranes in stack ED2; (c) the water-permeability of the cation exchange membranes in stack ED2 is 2 to 20 times lower than the water-permeability of the cation exchange membranes in stack ED1; (d) the water-permeability of the anion exchange membranes in stack ED2 is 2 to 20 times lower than the water-permeability of the anion exchange membranes in stack ED1; and (e) stack ED2 is located downstream of stack ED1; wherein the electrodialysis unit is configured such that diluate exiting stack ED1 is fed into stack ED2 in order to further lower the concentration of ions dissolved therein.
A photovoltaic tape structure for use in a textile having multiple layers, the photovoltaic tape structure comprising: a) an optically transparent upper electrode; b) a photon absorbing photoactive layer for converting light energy into electricity, wherein the photon absorbing photoactive layer is located below the optically transparent upper electrode; c) an electron absorbing layer located below the photon absorbing photoactive layer: d) a first electrically conducting layer located below the electron absorbing layer; e) an insulation layer located below the first electrically conducting layer; and f) a second electrically conducting layer located below the insulation layer. a) an optically transparent upper electrode; b) a photon absorbing photoactive layer for converting light energy into electricity, wherein the photon absorbing photoactive layer is located below the optically transparent upper electrode; c) an electron absorbing layer located below the photon absorbing photoactive layer: d) a first electrically conducting layer located below the electron absorbing layer; e) an insulation layer located below the first electrically conducting layer; and f) a second electrically conducting layer located below the insulation layer.
A method for producing a port, the port comprising: a sealing plug, through which a hollow needle can be pierced, a part to be sealed of a port body, wherein the port body includes: a part to be sealed that has a tubular shape with a first end and a second end opposite to the first end in a center axis direction thereof; a connection part that has a tubular shape, and is continuous with the first end of the part to be sealed; and a part to be fitted that is formed in any one of an inner peripheral surface of the part to be sealed, an outer peripheral surface of the part to be sealed, and the second end of the part to be sealed, the method characterized by comprising: sealingly inserting the sealing plug, wherein the sealing plug has a first surface located on a side close to a pulling-out preventing member and a second surface located opposite to the first surface, and has an extension that extends toward a side opposite to the side close to the pulling-out preventing member from the center portion of the second surface of the sealing plug, and wherein an outer peripheral surface of the extension bulges outward over the entire periphery in a circumferential direction; fitting a fitting part of the pulling-out prevention member into the part to be fitted, wherein the pulling-out prevention member includes: a body part that has a first surface and a second surface opposite to the first surface, and the fitting part that is continuous with the body part, to thereby engage the part to be fitted with the fitting part so as to be able to transmit a force which is directed in the center axis of the part to be sealed; and thereby laying the body part on the sealing plug. sealingly inserting the sealing plug, wherein the sealing plug has a first surface located on a side close to a pulling-out preventing member and a second surface located opposite to the first surface, and has an extension that extends toward a side opposite to the side close to the pulling-out preventing member from the center portion of the second surface of the sealing plug, and wherein an outer peripheral surface of the extension bulges outward over the entire periphery in a circumferential direction; fitting a fitting part of the pulling-out prevention member into the part to be fitted, wherein the pulling-out prevention member includes: a body part that has a first surface and a second surface opposite to the first surface, and the fitting part that is continuous with the body part, to thereby engage the part to be fitted with the fitting part so as to be able to transmit a force which is directed in the center axis of the part to be sealed; and thereby laying the body part on the sealing plug.
Method for assembling at least one extruded profile made of aluminium alloy and at least one strip made of plastic material to form a so-called thermal bridge breaking assembly, the strip comprising at least one protuberance made of thermoplastic material, typically at the end of the said strip, the profile being provided with at least one external wall comprising a concave zone or "groove" designed to receive the said protuberance of the strip, having the following steps: a) the said profile is provided, chosen such that the said groove exhibits a bottom and undercut side walls; b) the said profile is presented so that the said groove designed to receive the protuberance of the said strip is freely accessible; c) the said strip is provided, chosen such that the said protuberance is made of thermoplastic material; d) the said protuberance of the strip is introduced until its end reaches the bottom of the said groove and the plastic material of the said protuberance is treated such that it can be deformed plastically under the effect of stresses; e) opposing forces are applied to the said profile and to the said strip in a direction substantially perpendicular to the bottom of the said groove with an intensity which is such that the said protuberance is deformed plastically inside the said groove, characterised in that at the base of the said protuberance there is a depression which is capable of receiving the surplus thermoplastic material in the form of bulges emanating from the said protuberance and unable to flow inside the said groove. a) the said profile is provided, chosen such that the said groove exhibits a bottom and undercut side walls; b) the said profile is presented so that the said groove designed to receive the protuberance of the said strip is freely accessible; c) the said strip is provided, chosen such that the said protuberance is made of thermoplastic material; d) the said protuberance of the strip is introduced until its end reaches the bottom of the said groove and the plastic material of the said protuberance is treated such that it can be deformed plastically under the effect of stresses; e) opposing forces are applied to the said profile and to the said strip in a direction substantially perpendicular to the bottom of the said groove with an intensity which is such that the said protuberance is deformed plastically inside the said groove,
A package for a smokeless tobacco product comprising a can, a cap and a lid, wherein the cap is provided with a top cover having at least one access opening to a storage space, wherein the lid is configured to close the at least one access opening in the cap and swivelable about a central axis of rotation, which projects substantially perpendicularly to a plane of the access opening, characterized in that an additional compartment is arranged in the top cover of the cap.
A cochlear implant electrode comprising: an electrode carrier having an electrode array with notches disposed longitudinally along the electrode carrier; and a stopper positioned over the electrode carrier, the stopper having a locking pin on an inner surface of its proximal end, the locking pin configured to be positioned within each notch and movable with respect to the electrode carrier, the stopper further including a flexible region configured to allow the stopper to expand or contract in length when the locking pin is moved with respect to the electrode carrier. an electrode carrier having an electrode array with notches disposed longitudinally along the electrode carrier; and a stopper positioned over the electrode carrier, the stopper having a locking pin on an inner surface of its proximal end, the locking pin configured to be positioned within each notch and movable with respect to the electrode carrier, the stopper further including a flexible region configured to allow the stopper to expand or contract in length when the locking pin is moved with respect to the electrode carrier.
Inhibitor of the CCL7/CCR3 interaction for use to prevent or treat the extension of prostate cancer outside the prostatic capsule in a subject; with the inhibitor of the CCL7/CCR3 interaction being chosen from the group consisting of an organic molecule chosen from the group consisting of compounds having formulae I to DCCLXXXIV, a peptide, antibodies directed against CCR3 or CCL7, a peptidomimetic and a CCL7- or CCR3-recognising aptamer.
Device for filling a thin-walled transport container having an opening with security papers, having a supply unit for supplying the security papers, having a stacking unit for stacking the security papers supplied, and having a displacement unit for displacing a stack of security papers, produced with the aid of the stacking unit, into the thin-walled transport container, the displacement unit displacing the security paper stack at least so far into the transport container that there is a pre-set minimum distance between the opening of the transport container and the security paper supplied to the transport container as the last, characterized in that the displacement unit comprises at least one L-shaped element (752 to 758), wherein a contact region of a first leg (760 to 766) of the L-shaped element (752 to 758) contacts the security paper stack as the security paper stack is displaced into the transport container, and a second leg (768 to 774) of the L-shaped element (752 to 758) is at least as long as the preset minimum distance.
A method performed by a distributed unit, DU, the method comprising: generating a control plane, C-plane, message including control information for data transmission with an extension field for multiple extended antenna-carrier, eAxC, ports; and transmitting the C-plane message to a radio unit, RU, via a fronthaul interface, wherein the information includes information on a beam identifier, ID, for a representative eAxC port of the multiple eAxC ports, wherein the extension field includes: beam group type information, and information on a number N of eAxC ports indicated by the extension filed, and wherein eAxC refers to an antenna-specific data flow for each carrier in a sector. generating a control plane, C-plane, message including control information for data transmission with an extension field for multiple extended antenna-carrier, eAxC, ports; and transmitting the C-plane message to a radio unit, RU, via a fronthaul interface, wherein the information includes information on a beam identifier, ID, for a representative eAxC port of the multiple eAxC ports, wherein the extension field includes: beam group type information, and information on a number N of eAxC ports indicated by the extension filed, and beam group type information, and information on a number N of eAxC ports indicated by the extension filed, and wherein eAxC refers to an antenna-specific data flow for each carrier in a sector.
Method for compressed air blasting using at least one solid blasting agent in order to treat at least one surface, in particular in order to clean the at least one surface from contamination, wherein at least one lightweight granulate with lightweight granulate particles is used as the at least one solid blasting agent, wherein the lightweight granulate particles are expanded particles, wherein at least the lightweight granulate particles are suctioned off and recycled after they have struck the at least one surface, characterised in that the at least one lightweight granulate comprises closed-cell expanded perlite sand, wherein a predominant proportion of the suctioned-off lightweight granulate particles is undestroyed. wherein at least the lightweight granulate particles are suctioned off and recycled after they have struck the at least one surface, characterised in that the at least one lightweight granulate comprises closed-cell expanded perlite sand, wherein a predominant proportion of the suctioned-off lightweight granulate particles is undestroyed.
Method for detecting an isolation fault in an electrical installation by means of a detecting device associated with an electrical load supplied by the electrical installation, the electrical installation comprising an isolation monitor configured to inject a measurement signal into the electrical installation, said injected signal comprising a first component oscillating periodically at a predefined first frequency and a second component oscillating periodically at a predefined second frequency, the electrical phases (P1, P2, P3, N) of the installation being normally isolated from ground, the method comprising steps consisting in: - measuring an AC electrical voltage (U p) between phase conductors of the electrical load to be monitored and ground, and an electric fault current flowing between said electrical load and ground; - identifying, in the measured electrical voltage (Up), at least one first component oscillating at the predefined first frequency and one second component oscillating at the predefined second frequency; - calculating an impedance (Zd) of the electrical fault from the fault current measurements and from the measured electrical voltage (Up); - calculating an overall impedance (Zg) of the electrical installation from the first and second components identified in the measured electrical voltage; - selecting a predetermined case from a predefined list, depending on the calculated impedances, on the measured electrical voltage and on the measured fault current; - identifying an operating condition of the electrical installation on the basis of the selected predetermined case. - measuring an AC electrical voltage (U p) between phase conductors of the electrical load to be monitored and ground, and an electric fault current flowing between said electrical load and ground; - identifying, in the measured electrical voltage (Up), at least one first component oscillating at the predefined first frequency and one second component oscillating at the predefined second frequency; - calculating an impedance (Zd) of the electrical fault from the fault current measurements and from the measured electrical voltage (Up); - calculating an overall impedance (Zg) of the electrical installation from the first and second components identified in the measured electrical voltage; - selecting a predetermined case from a predefined list, depending on the calculated impedances, on the measured electrical voltage and on the measured fault current; - identifying an operating condition of the electrical installation on the basis of the selected predetermined case.
A pressing device for pressing a braided tube onto a component core extending along a core axis, comprising pressure rollers which, during operation of said device, load said braided tube against said component core, wherein at least one pressing roller extending transversely to said core axis is provided, characterized in that said pressing roller is rotatably supported by means of two spherical plain bearings, which are spaced apart from each other, in such a way that said spherical plain bearings of said pressing roller can be moved in relation to each other in order to move said pressing roller.