mhurhangee/ep-ind-claims huggingface dataset:
A method of producing an optical fiber, comprising: (a) a resin application step of applying an ultraviolet curable resin, onto an outer circumference of an optical fiber; (b) a heating step of heating the ultraviolet curable resin; and (c) a light irradiation step of irradiating the ultraviolet curable resin with ultraviolet light emitted from a semiconductor light emitting element, in a state in which the ultraviolet curable resin is heated, to cure the ultraviolet curable resin into a coating resin; wherein a temperature, at which the ultraviolet curable resin is heated, is equal to or higher than the glass transition temperature of the coating resin; and wherein the light irradiation step is different from the heating step; wherein the glass transition temperature is a temperature at a maximal point of tan δ, which is obtained by the following formula: tan δ = loss elastic modulus E " / storage elastic modulus E ′ wherein the loss elastic modulus E" and the storage elastic modulus E' are obtained by the following method: first, an ultraviolet curable resin before curing is applied onto a glass plate at a thickness of 0.050 mm by a bar coater, and the resultant assembly is irradiated with ultraviolet light to be 1.0 J/cm 2 by a FUSION lamp, whereby the resin is subjected to photopolymerization on the glass plate and cured into a film form; then, this film is cut into a 6 mm-wide strip of films, and viscoelasticity is measured at a heating rate of 5°C/min in the temperature range of -100°C to 150°C, by using a dynamic viscoelasticity measuring instrument RSA3. (a) a resin application step of applying an ultraviolet curable resin, onto an outer circumference of an optical fiber; (b) a heating step of heating the ultraviolet curable resin; and (c) a light irradiation step of irradiating the ultraviolet curable resin with ultraviolet light emitted from a semiconductor light emitting element, in a state in which the ultraviolet curable resin is heated, to cure the ultraviolet curable resin into a coating resin; first, an ultraviolet curable resin before curing is applied onto a glass plate at a thickness of 0.050 mm by a bar coater, and the resultant assembly is irradiated with ultraviolet light to be 1.0 J/cm 2 by a FUSION lamp, whereby the resin is subjected to photopolymerization on the glass plate and cured into a film form; then, this film is cut into a 6 mm-wide strip of films, and viscoelasticity is measured at a heating rate of 5°C/min in the temperature range of -100°C to 150°C, by using a dynamic viscoelasticity measuring instrument RSA3.
A topical mixture of active ingredients for promoting all stages during an anagenic phase of human hair growth, the mixture comprising: a combination of synthetic peptides including sh-oligopeptide-1, sh-oligopeptide-4, sh-polypeptide-7, sh-polypeptide-11, and sh-polypeptide-71; and inactive components. a combination of synthetic peptides including sh-oligopeptide-1, sh-oligopeptide-4, sh-polypeptide-7, sh-polypeptide-11, and sh-polypeptide-71; and inactive components.
A plastic bottle, comprising: a mouth portion as a spout for liquid, a shoulder portion continuous with the mouth portion and having a diameter that gradually increases toward the bottom surface, a body portion continuous with the shoulder portion and having a cylindrical shape, and a bottom portion on the opposite side of the mouth portion provided with a plurality of depressions, wherein each of the depressions is in a direction from the bottom portion toward inside the plastic bottle, characterized in that each of the depressions is, in a plan view, in a shape of a concave hexagon with (i) four acute vertexes having respective interior angles that are each acute and (ii) two reentrant vertexes having respective interior angles that are each larger than 180° and smaller than 360°, the acute vertexes are each adjacent to another one of the acute vertexes and one of the reentrant vertexes, and the reentrant vertexes are each adjacent to two of the acute vertexes, wherein the depressions are provided with a mutually fitting arrangement. a mouth portion as a spout for liquid, a shoulder portion continuous with the mouth portion and having a diameter that gradually increases toward the bottom surface, a body portion continuous with the shoulder portion and having a cylindrical shape, and a bottom portion on the opposite side of the mouth portion provided with a plurality of depressions, wherein each of the depressions is in a direction from the bottom portion toward inside the plastic bottle, characterized in that each of the depressions is, in a plan view, in a shape of a concave hexagon with (i) four acute vertexes having respective interior angles that are each acute and (ii) two reentrant vertexes having respective interior angles that are each larger than 180° and smaller than 360°, the acute vertexes are each adjacent to another one of the acute vertexes and one of the reentrant vertexes, and the reentrant vertexes are each adjacent to two of the acute vertexes, wherein the depressions are provided with a mutually fitting arrangement.
Rotating piezoelectric motor (100; 101) comprising: - a piezoelectric actuator including a resonator, - a passive element comprising a cylindrical part extending substantially orthogonally to the resonator, the cylindrical part being able to be rotated by the resonator, the passive element comprising: - a lower truncated cone and an upper truncated cone, the small bases (51, 41) of the lower truncated cone and of the upper truncated cone being arranged facing each other and on either side of the resonator, the cylindrical part of the passive element at least partly axially traversing the lower truncated cone and the upper truncated cone, the upper truncated cone being movable along one portion of the cylindrical part, and at least one of the truncated cones (50, 40) being integral in rotation with the cylindrical part, - a device (70, 71; 60) for holding the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40) in contact with the resonator, characterised in that - the resonator comprises a pair of arms (31, 32) connected at one of their ends in a connection area, the other two ends (310, 320) being referred to as 'free', that - the cylindrical part of the passive element passes between the free ends (310, 320) of the arms (31, 32) and is able to be rotated by friction of the free ends (310, 320) on the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40), and that - the holding device (70, 71; 60) is able to hold the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40) in contact with each of the free ends (310, 320) of the arms (31, 32) of the resonator. - a piezoelectric actuator including a resonator, - a passive element comprising a cylindrical part extending substantially orthogonally to the resonator, the cylindrical part being able to be rotated by the resonator, - a lower truncated cone and an upper truncated cone, the small bases (51, 41) of the lower truncated cone and of the upper truncated cone being arranged facing each other and on either side of the resonator, the cylindrical part of the passive element at least partly axially traversing the lower truncated cone and the upper truncated cone, the upper truncated cone being movable along one portion of the cylindrical part, and at least one of the truncated cones (50, 40) being integral in rotation with the cylindrical part, - a device (70, 71; 60) for holding the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40) in contact with the resonator, - the resonator comprises a pair of arms (31, 32) connected at one of their ends in a connection area, the other two ends (310, 320) being referred to as 'free', that - the cylindrical part of the passive element passes between the free ends (310, 320) of the arms (31, 32) and is able to be rotated by friction of the free ends (310, 320) on the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40), and that - the holding device (70, 71; 60) is able to hold the lateral surfaces (52, 42) of the lower and upper truncated cones (50, 40) in contact with each of the free ends (310, 320) of the arms (31, 32) of the resonator.
A catalytic hydrocracking process providing for a reduction of the buildup of heavy poly-aromatic hydrocarbons in a heavy oil recycle stream of said hydrocracking process, wherein the process comprises: (a) hydrocracking in a hydrocracker reactor a heavy feedstock to yield a hydrocracked product that is separated into at least two product streams including said heavy oil recycle stream, comprising a concentration of said heavy poly-aromatic hydrocarbons; (b) passing a first portion of said heavy oil recycle stream as a recycle feed to said hydrocracker reactor; (c) passing a second portion of said heavy oil recycle stream to a solvent deasphalting unit for separating said heavy poly-aromatic hydrocarbons from said second portion of said heavy oil recycle stream to yield a deasphalted paraffinic oil and a heavy polycyclic aromatics fraction, comprising said heavy poly-aromatic hydrocarbons; and (d) passing said deasphalted paraffinic oil as a feed to said hydrocracker reactor, wherein the weight ratio of said second portion of said heavy oil recycle stream to said first portion of said heavy oil recycle stream is less than 0.5 and greater than 0.05. (a) hydrocracking in a hydrocracker reactor a heavy feedstock to yield a hydrocracked product that is separated into at least two product streams including said heavy oil recycle stream, comprising a concentration of said heavy poly-aromatic hydrocarbons; (b) passing a first portion of said heavy oil recycle stream as a recycle feed to said hydrocracker reactor; (c) passing a second portion of said heavy oil recycle stream to a solvent deasphalting unit for separating said heavy poly-aromatic hydrocarbons from said second portion of said heavy oil recycle stream to yield a deasphalted paraffinic oil and a heavy polycyclic aromatics fraction, comprising said heavy poly-aromatic hydrocarbons; and (d) passing said deasphalted paraffinic oil as a feed to said hydrocracker reactor, wherein the weight ratio of said second portion of said heavy oil recycle stream to said first portion of said heavy oil recycle stream is less than 0.5 and greater than 0.05.
A method of receiving control information for sounding reference symbol, SRS, transmission by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, BS, information including a peak-to-average power ratio, PAPR, capability, related to the SRS transmission, of the UE; receiving, from the BS control information including at least one of an SRS bandwidth, BW, the number of SRS blocks, or the length of one SRS block, configured for the UE; and transmitting an SRS based on the control information, characterized in that the control information is configured, by the BS, based on the information including the PAPR capability, and wherein the at least one of the SRS BW, the number of SRS blocks, or the length of one SRS block is configured to satisfy a PAPR of the SRS transmission lower than a required PAPR corresponding to the PAPR capability. transmitting, to a base station, BS, information including a peak-to-average power ratio, PAPR, capability, related to the SRS transmission, of the UE; receiving, from the BS control information including at least one of an SRS bandwidth, BW, the number of SRS blocks, or the length of one SRS block, configured for the UE; and transmitting an SRS based on the control information, characterized in that the control information is configured, by the BS, based on the information including the PAPR capability, and wherein the at least one of the SRS BW, the number of SRS blocks, or the length of one SRS block is configured to satisfy a PAPR of the SRS transmission lower than a required PAPR corresponding to the PAPR capability.
A winch, comprising: a) a frame and a winch drum which is mounted such that it can be rotated relative to the frame; b) a gearing via which the winch drum can be rotated by means of a drive motor which is or can be attached to the winch, wherein the gearing comprises a gear shaft; c) a first brake which comprises at least one first brake body and at least one second brake body which is non-rotationally connected to the gear shaft, wherein the at least one first brake body and the at least one second brake body can be pressed against each other, in order to achieve a braking effect based on a frictional engagement; d) a second brake which comprises at least one third brake body and at least one fourth brake body which is non-rotationally connected to the gear shaft and/or the at least one second brake body, wherein the at least one third brake body and the at least one fourth brake body can be pressed against each other, in order to achieve a braking effect based on a frictional engagement, characterised in that e) the at least one third brake body is non-rotationally connected to the frame and/or the first brake body. a) a frame and a winch drum which is mounted such that it can be rotated relative to the frame; b) a gearing via which the winch drum can be rotated by means of a drive motor which is or can be attached to the winch, wherein the gearing comprises a gear shaft; c) a first brake which comprises at least one first brake body and at least one second brake body which is non-rotationally connected to the gear shaft, wherein the at least one first brake body and the at least one second brake body can be pressed against each other, in order to achieve a braking effect based on a frictional engagement; d) a second brake which comprises at least one third brake body and at least one fourth brake body which is non-rotationally connected to the gear shaft and/or the at least one second brake body, wherein the at least one third brake body and the at least one fourth brake body can be pressed against each other, in order to achieve a braking effect based on a frictional engagement, e) the at least one third brake body is non-rotationally connected to the frame and/or the first brake body.
A method for resource allocation to a Long Term Evolution, LTE, cell, comprising: generating a resource allocation random factor M for the LTE cell based on a cell identification number, cell ID, of the LTE cell; generating a resource allocation random number K using the resource allocation random factor M, the resource allocation random number K being greater than or equal to 0 and being less than or equal to N1-N2, wherein N1 is a total number of Physical Resource Blocks, PRBs, corresponding to a system bandwidth of an LTE system, and N2 is a total number of PRBs needing to be scheduled to the LTE cell currently; determining a start position for allocating PRBs to the LTE cell according to the resource allocation random number K; and allocating PRBs to the LTE cell from the determined start position. generating a resource allocation random factor M for the LTE cell based on a cell identification number, cell ID, of the LTE cell; generating a resource allocation random number K using the resource allocation random factor M, the resource allocation random number K being greater than or equal to 0 and being less than or equal to N1-N2, wherein N1 is a total number of Physical Resource Blocks, PRBs, corresponding to a system bandwidth of an LTE system, and N2 is a total number of PRBs needing to be scheduled to the LTE cell currently; determining a start position for allocating PRBs to the LTE cell according to the resource allocation random number K; and allocating PRBs to the LTE cell from the determined start position.
An extended authentication method for a generic bootstrapping architecture, for deriving a key, comprising: generating, by a user equipment, UE, a second key based on a key in an authentication process; and generating, by the UE, a key, Ks, based on the second key, wherein the generating, by a user equipment, UE, a second key based on a key in an authentication process comprises: generating, by a user equipment, UE, the second key based on a key, Kausf, which is generated in an authentication process. generating, by a user equipment, UE, a second key based on a key in an authentication process; and generating, by the UE, a key, Ks, based on the second key, wherein the generating, by a user equipment, UE, a second key based on a key in an authentication process comprises: generating, by a user equipment, UE, the second key based on a key, Kausf, which is generated in an authentication process.
A method for operating a shoulder Speaker Microphone, SM, device coupled to a radio, comprising: using a speaker and a microphone of the shoulder SM device to facilitate auditory communications to and from a user of the radio; activating a thermal imaging device integrated with the shoulder SM device when the shoulder SM device resides at a location of an incident event; capturing thermal images by the thermal imaging device of the shoulder SM device; and performing operations by the shoulder SM device to cause the thermal images to be streamed over a network, characterized in that: the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio. using a speaker and a microphone of the shoulder SM device to facilitate auditory communications to and from a user of the radio; activating a thermal imaging device integrated with the shoulder SM device when the shoulder SM device resides at a location of an incident event; capturing thermal images by the thermal imaging device of the shoulder SM device; and performing operations by the shoulder SM device to cause the thermal images to be streamed over a network, characterized in that: the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio. the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio.
A vehicle communication method carried out by a first vehicle, the method comprising: detecting (S110, S210) whether a target vehicle exists within a preset range, the target vehicle being equipped with an ultra-wideband communication system; determining (S120, S220), when it is detected that the target vehicle exists within the preset range, whether a communication connection request is received from a first user, the first user being in the first vehicle; sending (S130, S230) the communication connection request to the target vehicle if the communication connection request is received from the first user; determining (S140, S240) whether a communication permission request sent by the target vehicle via the ultra-wideband communication system is received; establishing (S150, S250) a communication connection between the first vehicle and the target vehicle if the communication permission request sent by the target vehicle is received; acquiring content input by the first user, sending the content to the target vehicle, and instructing the target vehicle to output the content, wherein the content comprises a communication means extension request to instruct the target vehicle to indicate a communication number, wherein different communication numbers correspond to different communication means other than the ultra-wideband communication system; and establishing, using the communication number, another communication connection between the first vehicle and the target vehicle for communicating at a distance that exceeds the preset range. detecting (S110, S210) whether a target vehicle exists within a preset range, the target vehicle being equipped with an ultra-wideband communication system; determining (S120, S220), when it is detected that the target vehicle exists within the preset range, whether a communication connection request is received from a first user, the first user being in the first vehicle; sending (S130, S230) the communication connection request to the target vehicle if the communication connection request is received from the first user; determining (S140, S240) whether a communication permission request sent by the target vehicle via the ultra-wideband communication system is received; establishing (S150, S250) a communication connection between the first vehicle and the target vehicle if the communication permission request sent by the target vehicle is received; acquiring content input by the first user, sending the content to the target vehicle, and instructing the target vehicle to output the content, wherein the content comprises a communication means extension request to instruct the target vehicle to indicate a communication number, wherein different communication numbers correspond to different communication means other than the ultra-wideband communication system; and establishing, using the communication number, another communication connection between the first vehicle and the target vehicle for communicating at a distance that exceeds the preset range.