mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment positioning method, comprising: sending (S301), by a gateway mobile location center, a first positioning request message to a location management function, wherein the first positioning request message indicates the location management function to position a first user equipment UE through a second UE, and the first positioning request message comprises identification information of the first UE and identification information of the second UE; and receiving (S303), by the gateway mobile location center, a first positioning request response message from the location management function, wherein the first positioning request response message comprises first location information of the first UE, wherein the first location information of the first UE is determined by the location management function based on the location information of the second UE and relative location information between the first UE and the second UE. sending (S301), by a gateway mobile location center, a first positioning request message to a location management function, wherein the first positioning request message indicates the location management function to position a first user equipment UE through a second UE, and the first positioning request message comprises identification information of the first UE and identification information of the second UE; and receiving (S303), by the gateway mobile location center, a first positioning request response message from the location management function, wherein the first positioning request response message comprises first location information of the first UE, wherein the first location information of the first UE is determined by the location management function based on the location information of the second UE and relative location information between the first UE and the second UE.
A reciprocating piston compressor comprising: a housing ; first and second intake manifolds disposed at the housing for segregating inlet flow into the compressor ; first and second reciprocating piston compression units both disposed at the housing and configured to receive flow from the first and second intake manifolds , respectively; and an outlet manifold for collecting and distributing compressed refrigerant from the first and second compression units; characterised by : a common intake line for connecting to a discharge of a heat exchanger and including a first split line extending into the first intake manifold and a second split line extending into the second intake manifold; a first pulsing valve mounted externally of the first intake manifold in the first split line between the common intake line and the first intake manifold , and configured to regulate refrigerant flow into the first intake manifold ; and a second pulsing valve mounted externally of the second intake manifold in the second split line between the common intake line and the second intake manifold , and configured to regulate refrigerant flow into the second intake manifold . a housing ; first and second intake manifolds disposed at the housing for segregating inlet flow into the compressor ; first and second reciprocating piston compression units both disposed at the housing and configured to receive flow from the first and second intake manifolds , respectively; and an outlet manifold for collecting and distributing compressed refrigerant from the first and second compression units; characterised by : a common intake line for connecting to a discharge of a heat exchanger and including a first split line extending into the first intake manifold and a second split line extending into the second intake manifold; a first pulsing valve mounted externally of the first intake manifold in the first split line between the common intake line and the first intake manifold , and configured to regulate refrigerant flow into the first intake manifold ; and a second pulsing valve mounted externally of the second intake manifold in the second split line between the common intake line and the second intake manifold , and configured to regulate refrigerant flow into the second intake manifold . a common intake line for connecting to a discharge of a heat exchanger and including a first split line extending into the first intake manifold and a second split line extending into the second intake manifold; a first pulsing valve mounted externally of the first intake manifold in the first split line between the common intake line and the first intake manifold , and configured to regulate refrigerant flow into the first intake manifold ; and a second pulsing valve mounted externally of the second intake manifold in the second split line between the common intake line and the second intake manifold , and configured to regulate refrigerant flow into the second intake manifold .
Inkjet method of producing a spectacle lens, comprising at least a)the providing of at least one fluid, b)the providing of a substrate to be printed or of a support material to be removed again, c)the applying of at least one volume element of the fluid from step a) to the substrate or the support material from step b), d)the activating of the reaction within the at least one volume element from step c), e)the applying of at least one further volume element from step a) adjacent to and/or adjoining the at least one volume element from step c), f)the coalescence, bonding, wetting and/or contact of the at least two adjacently and/or mutually adjoiningly applied volume elements from step e), g)the repetition of steps e) and f), h)the conclusion of the reaction, and the inkjet method is characterized in that - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst. a)the providing of at least one fluid, b)the providing of a substrate to be printed or of a support material to be removed again, c)the applying of at least one volume element of the fluid from step a) to the substrate or the support material from step b), d)the activating of the reaction within the at least one volume element from step c), e)the applying of at least one further volume element from step a) adjacent to and/or adjoining the at least one volume element from step c), f)the coalescence, bonding, wetting and/or contact of the at least two adjacently and/or mutually adjoiningly applied volume elements from step e), g)the repetition of steps e) and f), h)the conclusion of the reaction, and the inkjet method is characterized in that - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst. - the coalescence, bonding, wetting and/or contact from step f) is effected with transmission of the reactivity between the adjacently and/or mutually adjoiningly applied volume elements, - the fluid from step a) comprises at least one photolatent catalyst.
Method to determine a roll angle ( λ E ) of a vehicle, wherein the roll angle (λ E ) is calculated as a combination of at least a first roll angle variable ( λ 1 ) and a second roll angle variable ( λ 2 ), wherein the first roll angle variable ( λ 1 ) is determined from an acquired rolling rate ( λ̇ m ) of the vehicle using a first method, wherein the second roll angle variable ( λ 2 ) is determined from one or more further vehicle movement dynamics characteristic variables using a second method, characterized in that the combination comprises multiple levels, wherein each level comprises at least one filtering step and at least one combination step, wherein one of the roll angle variable determination methods applies a resettable integrator in combination with a resettable high-pass filter to eliminate roll-rate offset effects.
Method for automated operation of a material extraction plant at a mining face of a material extraction site, wherein the material extraction plant comprises at least one mobile and movable mining device for producing bulk material and at least one conveyor device for transporting away the mined bulk material, wherein on the basis of sensor data obtained by means of a sensor system (200, 300 - 315), a model-based real-time simulation of the operation of the material extraction plant and of the corresponding process of mining material at the mining face of the material extraction site is performed and the material extraction plant is operated in an automated manner on the basis of the results of the real-time simulation, wherein, on the basis of the detected sensor data , suitable first control data for the automation of the process of mining at the mining face are generated in real time for the at least one mining device , characterised in that second control data are generated for plant parts or devices which are arranged in the vicinity of the mining face or in the vicinity of the at least one mining device and involved in the mining process. wherein on the basis of sensor data obtained by means of a sensor system (200, 300 - 315), a model-based real-time simulation of the operation of the material extraction plant and of the corresponding process of mining material at the mining face of the material extraction site is performed and the material extraction plant is operated in an automated manner on the basis of the results of the real-time simulation, wherein, on the basis of the detected sensor data , suitable first control data for the automation of the process of mining at the mining face are generated in real time for the at least one mining device , characterised in that second control data are generated for plant parts or devices which are arranged in the vicinity of the mining face or in the vicinity of the at least one mining device and involved in the mining process.
A pipe connector comprising tubular pin member (13;) having an outer peripheral surface and a tubular box member having an inner peripheral surface corresponding to the outer peripheral surface of the pin member and which overlies the outer surface of the pin member when the members are fully engaged together, characterised in that the members being provided with inter engaging substantially annular projections and grooves on said peripheral surfaces for axially locking the members together when they are fully engaged together, the pin member further comprising an annular collar shrink fitted onto the pin member above of the peripheral outer surface, the collar comprising a shoulder at one end of the collar adjacent the outer peripheral surface of the pin member, the arrangement being such that when the members are fully engaged together, the tubular box member abuts the shoulder of the annular collar.
An electric heating device with heating elements , disposed in a housing , wherein the housing has a housing cover , a housing base , a plastic frame , two housing side elements and two housing front elements , wherein in the housing base and in the housing cover, openings are provided in which a respective heating element with a sealing element is disposed, wherein in the respective opening , a sealing element is provided in which the respective heating element is disposed, wherein the housing has two housing half-shells (48, 50; 60, 62), wherein the housing half-shells (48, 50; 60, 62) are disposed substantially perpendicular to the housing cover and to the housing base .
A system for a turbojet engine nacelle, comprising an electric power supply circuit , a first electric power device other than a monitoring or supervising unit and at least one second electric power device other than a monitoring or supervising unit, the electric power supply circuit comprising at least one electric generator mechanically linked to a shaft of the turbojet engine, said generator electrically and directly powering the first electric power device and said generator directly and electrically powering the at least one second electric power device, and one amongst the electric power devices being a thrust reverser device , characterized in that the thrust reverser device comprises an electrodynamic braking output line adapted to at least partially power another electric device.
A hand-held mixer comprising a housing with a drive unit, consisting of an electric motor and a gear unit which includes spindles , which are adapted to drive a first working member and a second working member , the first and second working member comprising respective shanks and lugs, wherein spindles have a fastening elements , that define a mounting plane , further the housing is provided with an ejector , which is arranged to apply an axial force with a first part and a second part of a working surface on shank ends of the first working member and the second working member to unlock them from the fastening elements , wherein a height (h1) of the first part and a height (h2) of the second part with respect to the mounting plane are different, characterized in that the lengths of shanks within the part from lugs to the shank ends of the working members are different, and the distances between the shank ends of the first working member and the second working member , respectively, and the working surface are approximately equal, when the working members are fixedly fastened in the spindles by fastening elements .
A method of coupling microelectronic components, comprising: selecting first and second integrated circuit dies each integrated circuit die including a surface comprising at least one conductive area ; forming a layer of a dielectric on at least one of said surfaces of the integrated circuit dies wherein: the layer of the dielectric is formed over the conductive areas and over exposed parts of the at least one surface , and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface ; and stacking the integrated circuit dies by coupling the surfaces and forming a capacitive interface, wherein the capacitive interface comprises: the or each layer of the dielectric , and respective conductive areas of the two integrated circuit dies on opposing sides of the layer of the dielectric . selecting first and second integrated circuit dies each integrated circuit die including a surface comprising at least one conductive area ; forming a layer of a dielectric on at least one of said surfaces of the integrated circuit dies wherein: the layer of the dielectric is formed over the conductive areas and over exposed parts of the at least one surface , and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface ; and the layer of the dielectric is formed over the conductive areas and over exposed parts of the at least one surface , and the layer of dielectric has a thickness less than or equal to approximately 50 nanometers; and etching, lapping or polishing the layer of the dielectric down to the exposed parts of the at least one surface to form a flat surface comprising the layer of the dielectric and the exposed parts of the at least one surface ; and stacking the integrated circuit dies by coupling the surfaces and forming a capacitive interface, wherein the capacitive interface comprises: the or each layer of the dielectric , and respective conductive areas of the two integrated circuit dies on opposing sides of the layer of the dielectric . the or each layer of the dielectric , and respective conductive areas of the two integrated circuit dies on opposing sides of the layer of the dielectric .
A method comprising, by a computing system: identifying one or more geographic areas covered by a communication network ; determining , for each identified geographic area, a network performance metric for the identified geographic area based at least on a difference between: a first average network speed of the communication network in the identified geographic area during one or more first prior time periods in which the traffic volume or demand volume in the communication network is equal to or above a first threshold, and a second average network speed of the communication network in the identified geographic area during one or more second prior time periods in which the traffic volume or demand volume in the communication network is equal to or below a second threshold, the second threshold being lower than the first threshold; comparing the respective performance metrics of the one or more geographic areas to a threshold network performance metric, wherein the threshold network performance metric is determined by a congestion analysis machine learning ML model; and identifying one or more network traffic congestions in one or more of the identified geographic areas having a determined network performance metric below the threshold network performance metric. identifying one or more geographic areas covered by a communication network ; determining , for each identified geographic area, a network performance metric for the identified geographic area based at least on a difference between: a first average network speed of the communication network in the identified geographic area during one or more first prior time periods in which the traffic volume or demand volume in the communication network is equal to or above a first threshold, and a second average network speed of the communication network in the identified geographic area during one or more second prior time periods in which the traffic volume or demand volume in the communication network is equal to or below a second threshold, the second threshold being lower than the first threshold; a first average network speed of the communication network in the identified geographic area during one or more first prior time periods in which the traffic volume or demand volume in the communication network is equal to or above a first threshold, and a second average network speed of the communication network in the identified geographic area during one or more second prior time periods in which the traffic volume or demand volume in the communication network is equal to or below a second threshold, the second threshold being lower than the first threshold; comparing the respective performance metrics of the one or more geographic areas to a threshold network performance metric, wherein the threshold network performance metric is determined by a congestion analysis machine learning ML model; and identifying one or more network traffic congestions in one or more of the identified geographic areas having a determined network performance metric below the threshold network performance metric.
A sensor for determining the state of a humidification chamber in a respiratory gas humidifier , the sensor comprising a transmitter for emitting an electromagnetic radiation signal, a receiver for receiving the electromagnetic radiation signal and providing an output signal, and a controller for varying the intensity of the electromagnetic radiation signal emitted by the transmitter and/or the gain setting of the receiver , the controller having two sensor configurations, a first configuration in which the transmitter emits an electromagnetic radiation signal having a first intensity, the receiver has a first gain setting, and the receiver provides a first output signal, and a second configuration in which the transmitter emits an electromagnetic radiation signal having a second intensity, the receiver has a second gain setting, and the receiver provides a second output signal, wherein the first intensity is different to the second intensity, and/or the first gain setting is different to the second gain setting, characterized in that the controller is configured to compare the first output signal with a first threshold value, and determine that the humidification chamber is in either i) a first state, or ii) one of two further states, and where it is determined that the humidification chamber is in ii) one of the two further states, the controller is configured to compare the second output signal with a second threshold value to determine whether the humidification chamber is in a second state or a third state.
A method of laundering fabric, wherein the method comprises the steps of: (a) in a main washing step, washing soiled fabric with an aqueous wash bath comprising detersive surfactant and photo-bleach; and (b) in a rinsing step, rinsing the soiled fabric with an aqueous rinsing solution comprising one or more of the following components: perfume, brighteners, hueing dyes, enzymes and any combination thereof, wherein an artificial light source is present and turned on during at least part of the main washing step (a) and provides light to the wash liquor in such a manner that activates the photo-bleach present in the wash liquor, and wherein the artificial light source is turned off during at least part of the rinsing step (b) and does not provide any light to the aqueous rinsing solution. (a) in a main washing step, washing soiled fabric with an aqueous wash bath comprising detersive surfactant and photo-bleach; and (b) in a rinsing step, rinsing the soiled fabric with an aqueous rinsing solution comprising one or more of the following components: perfume, brighteners, hueing dyes, enzymes and any combination thereof, wherein an artificial light source is present and turned on during at least part of the main washing step (a) and provides light to the wash liquor in such a manner that activates the photo-bleach present in the wash liquor, and wherein the artificial light source is turned off during at least part of the rinsing step (b) and does not provide any light to the aqueous rinsing solution.
A device for holding an electronic gadget comprising: a gadget holder mounting bracket with a height adjustable tube and a height adjustable lock wherein bottom end of height adjustable tube is secured at the gadget holder mounting bracket and top end of the height adjustable tube is constructed with a gadget rotational lock , and a gadget gripper secured to a clamp that being connected to the top end of the height adjustable tube , characterized by an E-stop and/or other switches ; a jog-wheel configured to control an actuator or cross-head movement simultaneously along with other operations; a rotary encoder and related electronic hardware that facilitate the actuator and/or the cross-head movement through the jog-wheel; wherein the device is provided with internal cavities for a concealed cabling passage for an USB cable used for charging the electronic gadget and/or other cables as well as cabling for the E-stop and/or any other hardwired button and the jog-wheel and rotary encoder. characterized by an E-stop and/or other switches ; a jog-wheel configured to control an actuator or cross-head movement simultaneously along with other operations; a rotary encoder and related electronic hardware that facilitate the actuator and/or the cross-head movement through the jog-wheel; wherein the device is provided with internal cavities for a concealed cabling passage for an USB cable used for charging the electronic gadget and/or other cables as well as cabling for the E-stop and/or any other hardwired button and the jog-wheel and rotary encoder.