mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a base station in a wireless communication system, the method comprising: determining configuration information on at least one reference signal related to radio resource management, RRM; transmitting a configuration message including the determined configuration information to a terminal; and transmitting, the at least one reference signal based on the configuration information, wherein the configuration message includes first information on a cell on which the at least one reference signal is transmitted and second information on resources to which the at least one reference signal is transmitted on the cell, wherein the first information includes information on an identity, ID, of the cell and frequency information associated with a measurement of the at least one reference signal transmitted on the cell, wherein the second information includes information for indicating that a synchronization signal block is correlated with the at least one reference signal and an index of the synchronization signal block, and wherein a timing of the at least one reference signal is identified based on the synchronization signal block, in case that the synchronization signal block is configured to be correlated with the at least one reference signal. determining configuration information on at least one reference signal related to radio resource management, RRM; transmitting a configuration message including the determined configuration information to a terminal; and transmitting, the at least one reference signal based on the configuration information, wherein the configuration message includes first information on a cell on which the at least one reference signal is transmitted and second information on resources to which the at least one reference signal is transmitted on the cell, wherein the first information includes information on an identity, ID, of the cell and frequency information associated with a measurement of the at least one reference signal transmitted on the cell, wherein the second information includes information for indicating that a synchronization signal block is correlated with the at least one reference signal and an index of the synchronization signal block, and wherein a timing of the at least one reference signal is identified based on the synchronization signal block, in case that the synchronization signal block is configured to be correlated with the at least one reference signal.
An aircraft propulsion system comprising: a plurality of electrical busses comprising a propulsion bus , a critical bus , and a non-critical bus ; one or more power units configured to generate and output electrical energy via the propulsion bus ; one or more electrical machines configured to drive respective propulsors using electrical energy received via the propulsion bus ; one or more hotel loads configured to receive energy via the non-critical bus ; one or more critical loads configured to receive energy via the critical bus ; and an electrical energy storage system coupled to each of the plurality of electrical busses , characterized in that ,the electrical energy storage system includes an interface configured to receive electrical energy from the electrical energy source external to the aircraft, and in that the interface is further configured to provide energy to a load external to the aircraft. a plurality of electrical busses comprising a propulsion bus , a critical bus , and a non-critical bus ; one or more power units configured to generate and output electrical energy via the propulsion bus ; one or more electrical machines configured to drive respective propulsors using electrical energy received via the propulsion bus ; one or more hotel loads configured to receive energy via the non-critical bus ; one or more critical loads configured to receive energy via the critical bus ; and an electrical energy storage system coupled to each of the plurality of electrical busses , characterized in that ,the electrical energy storage system includes an interface configured to receive electrical energy from the electrical energy source external to the aircraft, and in that the interface is further configured to provide energy to a load external to the aircraft.
Memory card reader body of generally rectangular parallelepiped shape comprising an insertion slot for a memory card and a housing for receiving a memory card connector , said body of reader comprising an upper cover and a lower base , said insertion slot being formed by the assembly of said upper cover and of said lower base , said housing for receiving taking the form of a hole traversing through the lower base from one side to another side, said memory card reader body being characterized in that said upper cover is made of metal and in that it further comprises a printed circuit fixed on an upper face of said upper cover , said printed circuit comprising at least one protective element presenting the form of one or several intrusion detection lattice or the form of one or several intrusion detection continuous track.
An electrochromic element comprising: a first display electrode ; a second display electrode that is arranged at an interval from and opposed to the first display electrode, at least one of the first display electrode and the second display electrode being transparent; an electrolyte provided between the first display electrode and the second display electrode; a first electrochromic layer including at least one of an oxidized electrochromic compound and an oxidized electrochromic composition, and contacting the first display electrode and the electrolyte; a second electrochromic layer including at least one of a reduced electrochromic compound and a reduced electrochromic composition, and contacting the second display electrode and the electrolyte; a third auxiliary electrode that contacts the electrolyte; a fourth auxiliary electrode that contacts the electrolyte; a reduction layer provided on a surface of the third auxiliary electrode, and including a reductant of a first material that can be oxidized and reduced reversibly; and an oxidation layer provided on a surface of the fourth auxiliary electrode, and including an oxidant of a second material that can be oxidized and reduced reversibly; characterized in that the third auxiliary electrode and the fourth auxiliary electrode are configured so that a voltage can be applied between them. a first display electrode ; a second display electrode that is arranged at an interval from and opposed to the first display electrode, at least one of the first display electrode and the second display electrode being transparent; an electrolyte provided between the first display electrode and the second display electrode; a first electrochromic layer including at least one of an oxidized electrochromic compound and an oxidized electrochromic composition, and contacting the first display electrode and the electrolyte; a second electrochromic layer including at least one of a reduced electrochromic compound and a reduced electrochromic composition, and contacting the second display electrode and the electrolyte; a third auxiliary electrode that contacts the electrolyte; a fourth auxiliary electrode that contacts the electrolyte; a reduction layer provided on a surface of the third auxiliary electrode, and including a reductant of a first material that can be oxidized and reduced reversibly; and an oxidation layer provided on a surface of the fourth auxiliary electrode, and including an oxidant of a second material that can be oxidized and reduced reversibly; characterized in that the third auxiliary electrode and the fourth auxiliary electrode are configured so that a voltage can be applied between them.
A computer-implemented method for controlling and regulating of forming machines for the purpose of determining instability states during the forming of flat semi-finished products aiming at avoiding instability states by accompanying numerical calculations within a software-implemented optimization environment during production, comprising the steps: (a) providing characteristics of the flat semi-finished product and/or the material from which the flat semi-finished product is made to determine deformation parameters in a database of a computer; (b) determining the equivalent plastic deformation (ε p ) as a function of the triaxiality p σ vm on at least one predetermined load path comprising proportional and/or non-proportional load components, where p = tr(σ)/3 is the hydrostatic component of the stresses and σ vm represents the comparative stresses of Mises, using the characteristics stored in the database or the deformation parameters determined therefrom; (c) spanning a three-dimensional space with coordinate axes p σ vm , t/t 0 , ε p , where t/t 0 is an exemplary measure of the change in thickness of the flat semi-finished product and − 2 3 ≤ p σ vm ≤ 2 3 ; 0 ≤ t t 0 ≤ 1 ; ε p ≥ 0 ; and (d) generating the surface ε p = f ln t t o p σ vm in the three-dimensional space. (a) providing characteristics of the flat semi-finished product and/or the material from which the flat semi-finished product is made to determine deformation parameters in a database of a computer; (b) determining the equivalent plastic deformation (ε p ) as a function of the triaxiality p σ vm on at least one predetermined load path comprising proportional and/or non-proportional load components, where p = tr(σ)/3 is the hydrostatic component of the stresses and σ vm represents the comparative stresses of Mises, using the characteristics stored in the database or the deformation parameters determined therefrom; (c) spanning a three-dimensional space with coordinate axes p σ vm , t/t 0 , ε p , where t/t 0 is an exemplary measure of the change in thickness of the flat semi-finished product and − 2 3 ≤ p σ vm ≤ 2 3 ; 0 ≤ t t 0 ≤ 1 ; ε p ≥ 0 ; and (d) generating the surface ε p = f ln t t o p σ vm in the three-dimensional space.
A transmitter, comprising: a driver to output a polar-modulated signal according to a phase-modulation signal and an amplitude-modulation signal ; a voltage regulator connected to the driver, wherein the voltage regulator is a low dropout regulator a replica circuit that has a same circuit structure as the driver, but with a lower current consumption, which feeds into the voltage regulator, and which takes the amplitude-modulation signal as input; with the amplitude-modulation signal controlling an input of the voltage regulator and with the amplitude-modulation signal further being combined with an output of the voltage regulator to control an amplitude of the output of the driver to compensate for bandwidth cutoff noise in the voltage regulator, by combining the output of the voltage regulator with a replica of the amplitude modulation signal from the replica circuit before the combined signal is used to control the amplitude output of the driver. a driver to output a polar-modulated signal according to a phase-modulation signal and an amplitude-modulation signal ; a voltage regulator connected to the driver, wherein the voltage regulator is a low dropout regulator a replica circuit that has a same circuit structure as the driver, but with a lower current consumption, which feeds into the voltage regulator, and which takes the amplitude-modulation signal as input; with the amplitude-modulation signal controlling an input of the voltage regulator and with the amplitude-modulation signal further being combined with an output of the voltage regulator to control an amplitude of the output of the driver to compensate for bandwidth cutoff noise in the voltage regulator, by combining the output of the voltage regulator with a replica of the amplitude modulation signal from the replica circuit before the combined signal is used to control the amplitude output of the driver.
A temperature traceable indicator comprising a substrate, temperature indicators that irreversibly change color when the temperature deviates from a set temperature range, wherein plural temperature indicators are arranged on the substrate, and temperatures at which the temperature indicators change color are within ±2°C of each other, and the different temperature indicators change color after different periods of time of temperature deviation from the set temperature range, wherein each of the temperature indicators contains: a first ink in which decoloring initiation temperature T a1 upon temperature elevation and color development initiation temperature T d1 upon temperature lowering are different; and a second ink in which the decoloring initiation temperature T a2 upon temperature elevation and color development initiation temperature upon temperature lowering T d2 are different, and the decoloring initiation temperature T a1 , the color development initiation temperature T d1 , the decoloring initiation temperature T a2 , and the color development initiation temperature T d2 are in a relation: T d1 < T d2 < T a1 < T a2 . a first ink in which decoloring initiation temperature T a1 upon temperature elevation and color development initiation temperature T d1 upon temperature lowering are different; and a second ink in which the decoloring initiation temperature T a2 upon temperature elevation and color development initiation temperature upon temperature lowering T d2 are different, and the decoloring initiation temperature T a1 , the color development initiation temperature T d1 , the decoloring initiation temperature T a2 , and the color development initiation temperature T d2 are in a relation: T d1 < T d2 < T a1 < T a2 .
Method for processing a holding element for a motor vehicle , comprising - providing a holding element having a bearing surface which is designed to bear against a window , - providing a pumpable substance having predetermined material properties, and - mechanically applying the provided substance at at least one predetermined position to the bearing surface of the holding element and thus initiating a self-foaming process, such that, depending on the material properties of the substance, a plastic moulding with predetermined elasticity is formed in order, when the window bears against the holding element , to form a predetermined distance between a window and the holding element and to counteract stress forces between the window and the holding element , wherein the plastic moulding is formed in such way that, when the window bears against the holding element , said moulding extends only between the window and the holding element . - providing a holding element having a bearing surface which is designed to bear against a window , - providing a pumpable substance having predetermined material properties, and - mechanically applying the provided substance at at least one predetermined position to the bearing surface of the holding element and thus initiating a self-foaming process, such that, depending on the material properties of the substance, a plastic moulding with predetermined elasticity is formed in order, when the window bears against the holding element , to form a predetermined distance between a window and the holding element and to counteract stress forces between the window and the holding element , wherein the plastic moulding is formed in such way that, when the window bears against the holding element , said moulding extends only between the window and the holding element .
A composition comprising calcium nitrate, at least one epoxy resin and at least one amine of the formula (I), (H 2 N) m -A-(NH-Y) n (I) where m is 0 or 1, n is 1 or 2 and (m+n) is 2, A is an alkylene radical that optionally contains nitrogen atoms or cyclic or aromatic components and has 2 to 10 carbon atoms, and Y is an alkyl, cycloalkyl or aralkyl radical having 1 to 20 carbon atoms. m is 0 or 1, n is 1 or 2 and (m+n) is 2, A is an alkylene radical that optionally contains nitrogen atoms or cyclic or aromatic components and has 2 to 10 carbon atoms, and Y is an alkyl, cycloalkyl or aralkyl radical having 1 to 20 carbon atoms.
A starch-based cooling material, characterized in that , the starch-based cooling material is exclusively prepared by 5.0 to 15.0 parts of a starch, 0.2 to 5.0 parts of polylactic acid, and 0.3 to 3.0 parts of glycerol, wherein the starch-based cooling material is prepared by I) melting and mixing materials: 1) heating and melting a polylactic acid, controlling temperature in four temperature zones: from zone 1 to zone 2, rapidly heating up to be melted, so as to reduce damages to a molecular structure in the process; from zone 2 to zone 3, slightly heating up to be fully melted without decomposition; and from zone 3 to zone 4, the melt has a stable state; 2) adding starch: adding the starch in the temperature control zone 3, and fully mixing; and 3) adding glycerol: adding the glycerol in the temperature control zone 4; II) extruding: twin-screw extrusion; III) sizing in vacuum; IV) cooling and sizing; V) pulling; and VI) cutting: length control. I) melting and mixing materials: 1) heating and melting a polylactic acid, controlling temperature in four temperature zones: from zone 1 to zone 2, rapidly heating up to be melted, so as to reduce damages to a molecular structure in the process; from zone 2 to zone 3, slightly heating up to be fully melted without decomposition; and from zone 3 to zone 4, the melt has a stable state; 2) adding starch: adding the starch in the temperature control zone 3, and fully mixing; and 3) adding glycerol: adding the glycerol in the temperature control zone 4; 1) heating and melting a polylactic acid, controlling temperature in four temperature zones: from zone 1 to zone 2, rapidly heating up to be melted, so as to reduce damages to a molecular structure in the process; from zone 2 to zone 3, slightly heating up to be fully melted without decomposition; and from zone 3 to zone 4, the melt has a stable state; 2) adding starch: adding the starch in the temperature control zone 3, and fully mixing; and 3) adding glycerol: adding the glycerol in the temperature control zone 4; II) extruding: twin-screw extrusion; III) sizing in vacuum; IV) cooling and sizing; V) pulling; and VI) cutting: length control.
A method for wireless communication, comprising: receiving , within a subframe, a first portion of a downlink control region scheduling at least a first data unit to be received in the subframe, wherein the subframe comprises at least two transmission time intervals, TTIs, and wherein each subframe comprises the downlink control region, a data region, and an uplink control region; receiving the first data unit in a first TTI of the data region; receiving a second data unit in a second TTI of the data region; separately acknowledging receipt of the first and second data units, wherein the first data unit is acknowledged in the uplink control region; and dynamically receiving, in the first portion of the downlink control region, an indication of a second control region of the downlink control region. receiving , within a subframe, a first portion of a downlink control region scheduling at least a first data unit to be received in the subframe, wherein the subframe comprises at least two transmission time intervals, TTIs, and wherein each subframe comprises the downlink control region, a data region, and an uplink control region; receiving the first data unit in a first TTI of the data region; receiving a second data unit in a second TTI of the data region; separately acknowledging receipt of the first and second data units, wherein the first data unit is acknowledged in the uplink control region; and dynamically receiving, in the first portion of the downlink control region, an indication of a second control region of the downlink control region.
A fully automatic machine (M) for applying rhinestones (S) to an element to be decorated, comprising: - a pickup station configured to supply a succession of rhinestones (S); - a release station , arranged downstream of said pickup station , configured to allow a deposit of said rhinestone (S) on said element to be decorated; - a gluing station , interposed between said pickup station and said release station , configured to apply a predetermined amount of adhesive substance on said at least one picked up rhinestone (S); - a transfer conveyor provided with a succession of heads , each head being configured to cyclically pick up a rhinestone (S) from said pickup station and release the rhinestone (S) in said release station , each head being movable along a closed feed path (A) passing through said gluing station , wherein said transfer conveyor comprises a turret rotating about a rotation axis (X), preferably horizontal, so that said closed feed path (A) is a circular path along which said stations are distributed; wherein said transfer conveyor is intermittently movable so that the picking up of a first rhinestone (S) in the pickup station by a head is simultaneous with the application of the adhesive substance on a second rhinestone (S), retained by a further head in the gluing station , and is also simultaneous with the release of a third rhinestone (S) by a further head in the release station . - a pickup station configured to supply a succession of rhinestones (S); - a release station , arranged downstream of said pickup station , configured to allow a deposit of said rhinestone (S) on said element to be decorated; - a gluing station , interposed between said pickup station and said release station , configured to apply a predetermined amount of adhesive substance on said at least one picked up rhinestone (S); - a transfer conveyor provided with a succession of heads , each head being configured to cyclically pick up a rhinestone (S) from said pickup station and release the rhinestone (S) in said release station , each head being movable along a closed feed path (A) passing through said gluing station , wherein said transfer conveyor comprises a turret rotating about a rotation axis (X), preferably horizontal, so that said closed feed path (A) is a circular path along which said stations are distributed; wherein said transfer conveyor is intermittently movable so that the picking up of a first rhinestone (S) in the pickup station by a head is simultaneous with the application of the adhesive substance on a second rhinestone (S), retained by a further head in the gluing station , and is also simultaneous with the release of a third rhinestone (S) by a further head in the release station .
A non-therapeutic method, preferably a cosmetic method, of protecting keratin materials from pollutants, comprising: applying the keratin materials with at least one composition, preferably at least one cosmetic composition, comprising at least one particle having a wet point for oil being at least 100 ml/100 g, preferably at least 150 ml/100 g, and more preferably at least 200 ml/100 g, and a wet point for water being at least 100 ml/100 g, preferably at least 200 ml/100 g, and more preferably at least 300 ml/100 g, wherein the keratin materials are hair. applying the keratin materials with at least one composition, preferably at least one cosmetic composition, comprising at least one particle having a wet point for oil being at least 100 ml/100 g, preferably at least 150 ml/100 g, and more preferably at least 200 ml/100 g, and a wet point for water being at least 100 ml/100 g, preferably at least 200 ml/100 g, and more preferably at least 300 ml/100 g, wherein the keratin materials are hair.