mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method for integrating at least a first communication terminal E1 (E1) assigned to a user (T) as a preferred device (OND 1) into a static configuration of a telecommunication system and/or for dynamically assigning a first communication terminal E1 (E1) used as a preferred device (OND 1) or a second communication terminal E2 (E2) used as a preferred device (OND 2) for providing a one-number service using the preferred device (OND 1, OND 2) to which a one-number service number is assigned, wherein at least two communication terminals E1 and E2 (E1, E2) are statically assigned to the user (T); wherein the devices assigned to the user (T) are bundled in a group (MULAP); wherein a call number of the group (MULAP) serves as the call number of the one-number service; wherein a third Computer Telephony Integration Layer, CTI Layer (CTI Layer 3) adapts to the respectively selected preferred device (OND1, OND2) and dynamically displays the link of the user (T) with the respectively selected preferred device (OND1, OND2); wherein a second CTI layer (CTI layer 2) links a static virtual device E2 (E2) with the respective dynamically linked preferred device (OND 1, OND 2); wherein the second CTI layer (CTI layer 2) is arranged between a first CTI layer (CTI layer 1) and the third CTI layer (CTI layer 3); wherein the first CTI layer condenses a state of the preferably used terminal device E1 or E2 (V(E1), V(E2)) for high-level applications to a state of the user (V(T)). wherein the devices assigned to the user (T) are bundled in a group (MULAP); wherein a call number of the group (MULAP) serves as the call number of the one-number service; wherein a third Computer Telephony Integration Layer, CTI Layer (CTI Layer 3) adapts to the respectively selected preferred device (OND1, OND2) and dynamically displays the link of the user (T) with the respectively selected preferred device (OND1, OND2); wherein a second CTI layer (CTI layer 2) links a static virtual device E2 (E2) with the respective dynamically linked preferred device (OND 1, OND 2); wherein the second CTI layer (CTI layer 2) is arranged between a first CTI layer (CTI layer 1) and the third CTI layer (CTI layer 3); wherein the first CTI layer condenses a state of the preferably used terminal device E1 or E2 (V(E1), V(E2)) for high-level applications to a state of the user (V(T)).
A preparation method of an aramid-based epoxy resin, wherein the method comprises: first allowing aramid powder as a raw material to react with a metallization reagent; grafting a plurality of ethylene oxide or propylene oxide or a mixture thereof to an activated amide group of the aramid, to introduce a reactive functional group hydroxyl; and conducting a ring-opening and closure reaction by using epoxy chloropropane, to obtain a liquid aramid-based epoxy resin.
A thermoplastic resin composition used for laser direct structuring containing 10 to 100 parts by mass of a reinforcing filler, per 100 parts by mass of a crystalline thermoplastic resin, wherein the reinforcing filler contains a reinforcing fiber and a glass flake having a thickness of 0.1 to 2 μm; the reinforcing fiber/glass flake, which is mass ratio of the reinforcing fiber and the glass flake, falls into 0.1 to 1; and the thermoplastic resin composition further contains 1 to 30 parts by mass of a laser direct structuring additive, per 100 parts by mass of the crystalline thermoplastic resin. wherein the reinforcing filler contains a reinforcing fiber and a glass flake having a thickness of 0.1 to 2 μm; the reinforcing fiber/glass flake, which is mass ratio of the reinforcing fiber and the glass flake, falls into 0.1 to 1; and the thermoplastic resin composition further contains 1 to 30 parts by mass of a laser direct structuring additive, per 100 parts by mass of the crystalline thermoplastic resin.
A radio frequency, RF, signal transmission apparatus comprising: a plurality of transmission, Tx, chains configured to generate a plurality of RF signals; a signal detector configured to measure magnitude of a local oscillator, LO, leakage signal of a beam, wherein the beam is formed based on the plurality of RF signals; an LO ; an LO leakage suppression chain connected with the LO; and at least one processor configured to: generate an LO leakage suppression signal through the LO leakage suppression chain , based on the magnitude of the LO leakage signal , transmit the plurality of RF signals through a plurality of antennas corresponding to the plurality of Tx chains , and transmit the LO leakage suppression signal through an antenna among the plurality of antennas; wherein the LO leakage suppression chain comprises a variable gain amplifier configured to adjust magnitude of the LO leakage suppression signal and a phase shifter configured to adjust a phase of the LO leakage suppression signal . a plurality of transmission, Tx, chains configured to generate a plurality of RF signals; a signal detector configured to measure magnitude of a local oscillator, LO, leakage signal of a beam, wherein the beam is formed based on the plurality of RF signals; an LO ; an LO leakage suppression chain connected with the LO; and at least one processor configured to: generate an LO leakage suppression signal through the LO leakage suppression chain , based on the magnitude of the LO leakage signal , transmit the plurality of RF signals through a plurality of antennas corresponding to the plurality of Tx chains , and transmit the LO leakage suppression signal through an antenna among the plurality of antennas; wherein the LO leakage suppression chain comprises a variable gain amplifier configured to adjust magnitude of the LO leakage suppression signal and a phase shifter configured to adjust a phase of the LO leakage suppression signal . generate an LO leakage suppression signal through the LO leakage suppression chain , based on the magnitude of the LO leakage signal , transmit the plurality of RF signals through a plurality of antennas corresponding to the plurality of Tx chains , and transmit the LO leakage suppression signal through an antenna among the plurality of antennas; wherein the LO leakage suppression chain comprises a variable gain amplifier configured to adjust magnitude of the LO leakage suppression signal and a phase shifter configured to adjust a phase of the LO leakage suppression signal .
A series (S1) of spectacle lenses , each lens having a spherical front surface and an aspheric, atoric or freeform back surface ; wherein each lens of the series (S1) provides a focal power P x between -6 D and +4 D; and wherein at least one lens of the series (S1) provides a focal power P x between at least one of (a) -0.75 D and +2.25 D and (b) -0.5 D and +2.00 D; wherein, for an upper range of focal powers, lenses having same nominal front surface power are provided, wherein the nominal front surface power corresponds to a radius of curvature of the front surface; and wherein, for a lower range of focal powers, lenses having same minimum nominal back surface power are provided, wherein the minimum nominal back surface power corresponds to a minimum absolute value of a radius of curvature of the back surface; the spherical front surface having a nominal front surface power P f and the back surface having a minimum nominal back surface power P b ; wherein 15.5 D ≤ |P f | + |P b | + |P x | ≤ 31.5 D applies for each spectacle lens of the series.
Closure for nozzles with heat-triggered release, with a nozzle body and an outlet channel , wherein a seal sealing off the outlet channel is arranged on the nozzle body above the outlet channel wherein the seal is pressed against the outlet channel by a cover and held in the closed position, wherein the cover is detachably attached to the nozzle body and is actively or passively removed in the event of a fire, wherein the cover is connected to the nozzle body with at least two attachments and is arranged inside of the nozzle body , a first attachment is a detachable arrangement and a second attachment is a connection around which the cover is movable, the detachable arrangement comprises at least one heat-sensitive element and is released upon active or passive triggering of the heat-sensitive element, the heat-sensitive element being arranged inside of the nozzle body and either inside of the cover or on the inner side of the cover facing the outlet channel . wherein the seal is pressed against the outlet channel by a cover and held in the closed position, wherein the cover is detachably attached to the nozzle body and is actively or passively removed in the event of a fire, wherein the cover is connected to the nozzle body with at least two attachments and is arranged inside of the nozzle body , a first attachment is a detachable arrangement and a second attachment is a connection around which the cover is movable, the detachable arrangement comprises at least one heat-sensitive element and is released upon active or passive triggering of the heat-sensitive element, the heat-sensitive element being arranged inside of the nozzle body and either inside of the cover or on the inner side of the cover facing the outlet channel .
A high brightness composite pigment which comprises a mineral pigment and in-situ precipitated calcium carbonate and which is produced by a plurality of carbonation cycles to precipitate calcium carbonate on surfaces of particles of the mineral pigment, wherein the mineral pigment particles are delaminated kaolin clay; wherein the content of particles less than 2 microns is 90%; wherein the difference between the percentage of particles less than 2 microns and the percentage of particles less than 0.2 microns is 83.2; and wherein the total amount of calcium carbonate precipitated on the surfaces of particles of the mineral pigment is 30% based on the weight of the composite pigment.
A steer-by-wire steering system for a motor vehicle with a steerable front wheel axle comprising two steerable wheels , wherein the front wheel axle comprises a single wheel drive which, by means of a drive controller , individually drives wheel drives which are associated with the steerable wheels , characterized in that the drive controller comprises a controller which determines a target speed for a left-hand wheel (v vrl,soll ) of the steerable wheels and a target speed for a right-hand wheel (v vrr,soll ) of the steerable wheels in accordance with an accelerator pedal angle (α ped ) and a rotational angle (β SW ) of a steering shaft , and which limits said target speeds to a slip-limited speed (v s,vr ), wherein the drive controller individually drives the wheel drives in such a way that the difference (v err,r , v err,l ) between the target speed and the actual speed (v vrr,ist , v vrl,ist ) for each steerable wheel is minimal.
A system for the recovery of carbon dioxide from a gas which contains it, said system including: - pressurizing means for pressurizing the gas - an absorption tank for absorbing into water the carbon dioxide contained in a gas pressurized with the pressurizing means - a desorption tank for desorbing from water the carbon dioxide absorbed in water - means for circulating water from the absorption tank into the desorption tank and from the desorption tank back into the absorption tank - recovering means for the recovery of carbon dioxide to be desorbed from the water , characterized in that - the absorption tank and the desorption tank houses an agitator which comprises a motor , a drive shaft , and at least one propeller located close to the water surface at a depth where the hydrostatic pressure of water is nonexistent or almost nonexistent, - the agitator has its shaft and at least one propeller surrounded by a guide pipe which conducts the water upwards above the water surface, - the drive shaft of said at least one propeller is provided above the water surface with a guard for spreading the water ejected upward by said at least one propeller over an extensive area in the air space as the water strikes against the guard , the agitator having a function of enabling water to circulate in the absorption tank and the desorption tank by ejecting it into an air space of the absorption tank and the desorption tank and by spreading it in the absorption tank's and desorption tank's air space over an area as extensive as possible. - pressurizing means for pressurizing the gas - an absorption tank for absorbing into water the carbon dioxide contained in a gas pressurized with the pressurizing means - a desorption tank for desorbing from water the carbon dioxide absorbed in water - means for circulating water from the absorption tank into the desorption tank and from the desorption tank back into the absorption tank - recovering means for the recovery of carbon dioxide to be desorbed from the water , - the absorption tank and the desorption tank houses an agitator which comprises a motor , a drive shaft , and at least one propeller located close to the water surface at a depth where the hydrostatic pressure of water is nonexistent or almost nonexistent, - the agitator has its shaft and at least one propeller surrounded by a guide pipe which conducts the water upwards above the water surface, - the drive shaft of said at least one propeller is provided above the water surface with a guard for spreading the water ejected upward by said at least one propeller over an extensive area in the air space as the water strikes against the guard , the agitator having a function of enabling water to circulate in the absorption tank and the desorption tank by ejecting it into an air space of the absorption tank and the desorption tank and by spreading it in the absorption tank's and desorption tank's air space over an area as extensive as possible.
A method of controlling a screen of a display, the method comprising: binding each of a plurality of sub-screens displayed on a screen of a display apparatus to at least one of input devices communicable with the display apparatus ; in response to receiving a control instruction with respect to the display apparatus , determining a target sub-screen that is bound to an input device that has transmitted the control instruction, from among the plurality of sub-screens ; and performing the control instruction received from one of the input devices on the determined target sub-screen, independently of other sub-screens ; characterised by: when one or more of the plurality of sub-screens are bound to the input device, performing, according to a user input from the input device, conversion between a multi-screen mode displaying all of the sub-screens bound to the input device and a tab mode displaying content of only one of corresponding sub-screens on a single screen having a size corresponding to a sum of the sub-screens bound to the input device. binding each of a plurality of sub-screens displayed on a screen of a display apparatus to at least one of input devices communicable with the display apparatus ; in response to receiving a control instruction with respect to the display apparatus , determining a target sub-screen that is bound to an input device that has transmitted the control instruction, from among the plurality of sub-screens ; and performing the control instruction received from one of the input devices on the determined target sub-screen, independently of other sub-screens ; characterised by: when one or more of the plurality of sub-screens are bound to the input device, performing, according to a user input from the input device, conversion between a multi-screen mode displaying all of the sub-screens bound to the input device and a tab mode displaying content of only one of corresponding sub-screens on a single screen having a size corresponding to a sum of the sub-screens bound to the input device.
An arrangement for self-opening or closing of a pair of frames of a device for hairstyling, the pair of frames are physically coupled to each other to be either in a first position or a second position , wherein the frames are adapted to be pressed against each other in the first position and to be placed at a distance from each other in the second position , wherein at least one of the frames comprises a heating plate , such that whenever any object is in contact to the heating plate and the frames are in the first position , the object gets heated and pressed, the arrangement further comprises: - a sensing unit adapted to sense presence of the object between the pair of the frames , and to generate a presence data , - a processor adapted to receive and process the presence data , and to generate a first position signal , and - an automation means coupled to the pair of frames , adapted to receive the first position signal , and to move the pair of frames to be in the first position . - a sensing unit adapted to sense presence of the object between the pair of the frames , and to generate a presence data , - a processor adapted to receive and process the presence data , and to generate a first position signal , and - an automation means coupled to the pair of frames , adapted to receive the first position signal , and to move the pair of frames to be in the first position .
A method for transmitting an uplink signal at a user equipment, UE, in a wireless communication system, the method comprising: when a first parameter n ID PUSCH and a second parameter N ID csh _ DMRS for a reference signal for demodulation of a physical uplink shared channel, PUSCH, is provided, generating, by the UE the reference signal on the basis of n ID PUSCH and N ID csh _ DMRS ; and transmitting, by the UE , the generated reference signal, wherein, when n ID PUSCH is provided, sequence group hopping for the reference signal is disabled and sequence hopping for the reference signal is enabled, a pseudo-random sequence generator used to determine a basic sequence number v for the reference signal is initialized according to c init = ⌊ n ID PUSCH 30 ⌋ ⋅ 2 5 + f ss PUSCH at the start of each radio frame based on n ID PUSCH , instead of a physical layer cell ID, N ID cell ∈ 0 , ... , 503 , where a sequence shift pattern f ss PUSCH of the reference signal is determined according to f ss PUSCH = n ID PUSCH mod 30 , wherein, when N ID csh _ DMRS is provided, a pseudo-random sequence generator used to determine cyclic shift hopping of the reference signal is initialized according to c init , csh = ⌊ N ID csh _ DMRS 30 ⌋ ⋅ 2 5 + N ID csh _ DMRS mod 30 at the start of each radio frame based on N ID csh _ DMRS instead of N ID cell , wherein mod denotes a modulo operation, and wherein n ID PUSCH ∈ 0 , ... , 509 and N ID csh _ DMRS ∈ 0 , ... , 509 are separate parameters provided by a higher layer. when a first parameter n ID PUSCH and a second parameter N ID csh _ DMRS for a reference signal for demodulation of a physical uplink shared channel, PUSCH, is provided, generating, by the UE the reference signal on the basis of n ID PUSCH and N ID csh _ DMRS ; and transmitting, by the UE , the generated reference signal, wherein, when n ID PUSCH is provided, sequence group hopping for the reference signal is disabled and sequence hopping for the reference signal is enabled, a pseudo-random sequence generator used to determine a basic sequence number v for the reference signal is initialized according to c init = ⌊ n ID PUSCH 30 ⌋ ⋅ 2 5 + f ss PUSCH at the start of each radio frame based on n ID PUSCH , instead of a physical layer cell ID, N ID cell ∈ 0 , ... , 503 , where a sequence shift pattern f ss PUSCH of the reference signal is determined according to f ss PUSCH = n ID PUSCH mod 30 , wherein, when N ID csh _ DMRS is provided, a pseudo-random sequence generator used to determine cyclic shift hopping of the reference signal is initialized according to c init , csh = ⌊ N ID csh _ DMRS 30 ⌋ ⋅ 2 5 + N ID csh _ DMRS mod 30 at the start of each radio frame based on N ID csh _ DMRS instead of N ID cell , wherein mod denotes a modulo operation, and wherein n ID PUSCH ∈ 0 , ... , 509 and N ID csh _ DMRS ∈ 0 , ... , 509 are separate parameters provided by a higher layer.
A method for cleaning a flat object comprising the step of providing a flat object and subjecting the flat object to the following steps: (a) a loading module for loading said flat object onto a conveyor ; (b) a vibration module for contacting the flat object with at least one beat roller to dislodge matter from the flat object; (c) a washing module for washing and rinsing the flat object; (d) a drying module for drying the flat object; and (e) a discharge module for unloading the flat object, characterised in that the flat object is conveyed on a conveyor through the washing module and prevented or restricted from flipping over by an anti-flip roller bar at one end of the conveyor . (a) a loading module for loading said flat object onto a conveyor ; (b) a vibration module for contacting the flat object with at least one beat roller to dislodge matter from the flat object; (c) a washing module for washing and rinsing the flat object; (d) a drying module for drying the flat object; and (e) a discharge module for unloading the flat object, characterised in that the flat object is conveyed on a conveyor through the washing module and prevented or restricted from flipping over by an anti-flip roller bar at one end of the conveyor .
A method for setting a password for an electronic cigarette, comprising: receiving (S10), at the electronic cigarette from a mobile terminal, a request for setting a password of a target application of the electronic cigarette, wherein the request carries an application identifier of the target application; searching (S20), by the electronic cigarette, for a corresponding target application password information according to the received application identifier, and feeding back a first information to the mobile terminal, in which a password for the target application of the electronic cigarette is not set, when the corresponding target application password information is not found at the electronic cigarette; receiving (S40), at the electronic cigarette, a password sent from the mobile terminal for the target application, wherein when the mobile terminal receives the first information, the mobile terminal displays a password setting interface for the user to set the target application password and wherein the mobile terminal sends the target application password set by the user to the electronic cigarette receiving (S40), by the electronic cigarette, the target application password, and saving the target application password in association with the application identifier to generate the password information of the corresponding target application. receiving (S10), at the electronic cigarette from a mobile terminal, a request for setting a password of a target application of the electronic cigarette, wherein the request carries an application identifier of the target application; searching (S20), by the electronic cigarette, for a corresponding target application password information according to the received application identifier, and feeding back a first information to the mobile terminal, in which a password for the target application of the electronic cigarette is not set, when the corresponding target application password information is not found at the electronic cigarette; receiving (S40), at the electronic cigarette, a password sent from the mobile terminal for the target application, wherein when the mobile terminal receives the first information, the mobile terminal displays a password setting interface for the user to set the target application password and wherein the mobile terminal sends the target application password set by the user to the electronic cigarette receiving (S40), by the electronic cigarette, the target application password, and saving the target application password in association with the application identifier to generate the password information of the corresponding target application.