mhurhangee/patent-ind-claim-en huggingface dataset:
A wall outlet unit (100; 100') for connection to a building services appliance, comprising at least: - a wall outlet element (100; 100') including a flow channel (120; 120') comprising a flow channel inner section (121; 121') and a flow channel outer section (122; 122'), - an external wall grille including an inner frame including at least two parallel inner frame side parts with multiple louvres disposed therebetween, which are each oriented sloping obliquely downwards towards a front to be oriented towards a building outer side, and including a cover frame surrounding the inner frame , the rear side of which forms a mirror surface for resting against a wall connection plane (W); wherein - the wall outlet element (100; 100') and the external wall grille are connected via a retaining frame , - the retaining frame is mountable in the region of an outer end face of the wall outlet element (100; 100') to be arranged on the building outer side and has at least two retaining frame mounting tabs extending into the flow channel (120; 120'), and - the frame side parts of the external wall grille at least partially overlap with the retaining frame mounting tabs , wherein at least one mounting means for connecting the external wall grille to the retaining frame is disposed in the overlapping region. - a wall outlet element (100; 100') including a flow channel (120; 120') comprising a flow channel inner section (121; 121') and a flow channel outer section (122; 122'), - an external wall grille including an inner frame including at least two parallel inner frame side parts with multiple louvres disposed therebetween, which are each oriented sloping obliquely downwards towards a front to be oriented towards a building outer side, and including a cover frame surrounding the inner frame , the rear side of which forms a mirror surface for resting against a wall connection plane (W); wherein - the wall outlet element (100; 100') and the external wall grille are connected via a retaining frame , - the retaining frame is mountable in the region of an outer end face of the wall outlet element (100; 100') to be arranged on the building outer side and has at least two retaining frame mounting tabs extending into the flow channel (120; 120'), and - the frame side parts of the external wall grille at least partially overlap with the retaining frame mounting tabs , wherein at least one mounting means for connecting the external wall grille to the retaining frame is disposed in the overlapping region.
A method for analyzing a melting profile of a nucleic acid sample, comprising measuring the fluorescence of the nucleic acid sample as a function of temperature to produce a raw melting curve having a melting transition, the nucleic acid sample comprising a nucleic acid and a molecule that binds the nucleic acid to form a fluorescently detectable complex, the raw melting curve comprising a background fluorescence signal and a nucleic acid sample signal; and separating the background signal from the nucleic acid sample signal by use of a quantum algorithm to generate a corrected melting curve, the corrected melting curve comprising the nucleic acid sample signal, wherein the quantum algorithm for separating includes using the following equation: ln I / I ref = C 1 / T − 1 / T ref where: T ref is a reference temperature; I ref is the reference fluorescence intensity of the molecule at the reference temperature; and C is a calibration constant; and wherein the separating step includes rescaling an original x-axis and an original y-axis from the raw melting curve to: x = 1 / T − 1 / T REF ° K and y = ln I / I REF . T ref is a reference temperature; I ref is the reference fluorescence intensity of the molecule at the reference temperature; and C is a calibration constant;
An automatically opening box comprising: a rectangular foldable base formed from two rectangular panels joined by a spine ; with four sides , one side extending upwards from each edge of the rectangular base , wherein adjacent sides are connected at corners to define an open topped box and at least two corners include sprung hinges ; a first set of two opposed sides (20A and 20A or 20B and 20B) each having at least two first fold lines and that fold with respect to the foldable base ; a second set of two opposed sides (20A and 20A or 20B and 20B) that fold with respect to the base; and a pair of second fold lines which are provided on the opposed sides that are perpendicular to the spine of the foldable base ; wherein the automatically opening box is configurable in two configurations, a first folded configuration in which the sides are collapsed to be parallel to the foldable base and the foldable base is folded along the spine and the first folded configuration is secured by a fastener ; and a second deployed configuration in which the fastener is released and the sprung hinges act to deploy the sides and foldable base .
A kit for stabilizing a population of nucleic acids within a biological cell, comprising: at least one protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent. at least one protein translation inhibitor; at least one ribonucleic acid transcription inhibitor; and at least one electron transport chain agent comprising an electron transport chain inhibitor and/or an electron transport chain decoupling agent.
A system for air-conditioning and hot-water supply and configured to selectively perform a cooling operation and heating operation, comprising: an outdoor unit having a compressor and an outdoor heat exchanger ; at least one or more indoor units each of which is connected to the outdoor unit and includes an indoor heat exchanger; a hot-water supply unit connected to the outdoor unit so as to be arranged in parallel to the at least one or more indoor units and including a refrigerant-water heat exchanger; and a controller configured to monitor an occurrence of a request for hot-water supply from the hot-water supply unit during the cooling operation being performed at at least one indoor unit among the at least one or more indoor units , and then to start the heating operation in accordance with the request; wherein the controller is further configured to transmit to all of at least one indoor unit, which is turned on for said cooling operation, a fan-stop command to stop a fan arranged at each indoor unit; characterised in that the controller is further configured to transmit said fan-stop command before starting the heating operation. an outdoor unit having a compressor and an outdoor heat exchanger ; at least one or more indoor units each of which is connected to the outdoor unit and includes an indoor heat exchanger; a hot-water supply unit connected to the outdoor unit so as to be arranged in parallel to the at least one or more indoor units and including a refrigerant-water heat exchanger; and a controller configured to monitor an occurrence of a request for hot-water supply from the hot-water supply unit during the cooling operation being performed at at least one indoor unit among the at least one or more indoor units , and then to start the heating operation in accordance with the request; wherein the controller is further configured to transmit to all of at least one indoor unit, which is turned on for said cooling operation, a fan-stop command to stop a fan arranged at each indoor unit;
An apparatus for setting a setting element comprising a first plastic material in a component comprising a second plastic material, comprising a rotary feed unit by which the setting element can be set into rotation about an axis of rotation and simultaneously an axial force acting in the direction of the axis of rotation can be exerted onto the setting element to drive the setting element into the component while producing a friction welding connection between the setting element and the component ; a differential distance measuring device for measuring the differential distance between a surface of the component and a surface of the driven setting element ; and a control unit for controlling the rotary feed unit in dependence on the measured differential distance. a rotary feed unit by which the setting element can be set into rotation about an axis of rotation and simultaneously an axial force acting in the direction of the axis of rotation can be exerted onto the setting element to drive the setting element into the component while producing a friction welding connection between the setting element and the component ; a differential distance measuring device for measuring the differential distance between a surface of the component and a surface of the driven setting element ; and a control unit for controlling the rotary feed unit in dependence on the measured differential distance.
Carriage for a lift-and-slide door, having: - a roller holder , on which at least one roller is rotatably mounted, which can be moved along a running rail ; - a support part on which a door leaf can be supported and fixed; - a lifting device for raising and lowering the support part relative to the roller holder , wherein the lifting device comprises a cam guide formed on the support part and a guide part movable in the cam guide , and the guide part is fixed to the roller holder , and - a corner deflection having a rotatably mounted bell angle , which is movable via a drive rod , wherein at least one strip-shaped control element , which is connected to the lifting device , is mounted in an articulated manner on the bell angle , characterized in that an opening , recess or receptacle is formed on the at least one strip-shaped control element , into which an end of an axle for rotatably mounting a roller on the roller holder is accommodated. - a roller holder , on which at least one roller is rotatably mounted, which can be moved along a running rail ; - a support part on which a door leaf can be supported and fixed; - a lifting device for raising and lowering the support part relative to the roller holder , wherein the lifting device comprises a cam guide formed on the support part and a guide part movable in the cam guide , and the guide part is fixed to the roller holder , and - a corner deflection having a rotatably mounted bell angle , which is movable via a drive rod , wherein at least one strip-shaped control element , which is connected to the lifting device , is mounted in an articulated manner on the bell angle , characterized in that an opening , recess or receptacle is formed on the at least one strip-shaped control element , into which an end of an axle for rotatably mounting a roller on the roller holder is accommodated.
A cell aspiration support system that supports operation of aspirating a specific cell or cell component, from a group of cells in a cell culture container, comprising: an image acquisition unit configured to acquire a microscopic image of the group of cells; an image processing unit configured to identify a cell from the acquired image to calculate feature quantities of each cell, and to detect a cell whose feature quantities satisfy predetermined conditions; a display unit configured to display information relating to the group of cells in a state in which the detected cell is distinguishable; an operation control unit configured to, when receiving designation of the specific cell based on the information relating to the group of cells, move the cell culture container such that a specific cell is placed at a predetermined aspiration position and move an aspiration tip to the aspiration position; characterised in that the system further comprises a cooling unit configured to hold a specimen rack including a plurality of holes storing an aspirated tip after aspiration and to cool the tip ; wherein said cooling unit comprises: a cooler configured to cool the tip containing the specimen at the tip end; and a heat transfer member that contacts with the cooler and that includes holes corresponding to the holes of the specimen rack and for containing tip ends of the tips . an image acquisition unit configured to acquire a microscopic image of the group of cells; an image processing unit configured to identify a cell from the acquired image to calculate feature quantities of each cell, and to detect a cell whose feature quantities satisfy predetermined conditions; a display unit configured to display information relating to the group of cells in a state in which the detected cell is distinguishable; an operation control unit configured to, when receiving designation of the specific cell based on the information relating to the group of cells, move the cell culture container such that a specific cell is placed at a predetermined aspiration position and move an aspiration tip to the aspiration position; characterised in that the system further comprises a cooling unit configured to hold a specimen rack including a plurality of holes storing an aspirated tip after aspiration and to cool the tip ; wherein said cooling unit comprises: a cooler configured to cool the tip containing the specimen at the tip end; and a heat transfer member that contacts with the cooler and that includes holes corresponding to the holes of the specimen rack and for containing tip ends of the tips . a cooler configured to cool the tip containing the specimen at the tip end; and a heat transfer member that contacts with the cooler and that includes holes corresponding to the holes of the specimen rack and for containing tip ends of the tips .
A method for managing radio resources between a mobile wireless device and a wireless network , the method comprising: detecting by a radio network subsystem in the wireless network simultaneous voice and data connections between the mobile wireless device and the wireless network using separate radio access bearers; and delaying by the radio network subsystem transmission of a signaling message for the data connection until the voice connection terminates, wherein the data connection uses a packet switched radio access bearer, and the signaling message is a radio bearer reconfiguration message, wherein the signaling message requires a plurality of data link layer protocol data units for transmission from the radio network subsystem to the mobile wireless device. detecting by a radio network subsystem in the wireless network simultaneous voice and data connections between the mobile wireless device and the wireless network using separate radio access bearers; and delaying by the radio network subsystem transmission of a signaling message for the data connection until the voice connection terminates, wherein the data connection uses a packet switched radio access bearer, and the signaling message is a radio bearer reconfiguration message, wherein the signaling message requires a plurality of data link layer protocol data units for transmission from the radio network subsystem to the mobile wireless device.
A distributed antenna system DAS, comprising: a plurality of head-end units configured to receive mobile communication signals from different base stations , wherein each of the mobile communication signals includes a plurality of sub-band signals respectively corresponding to a plurality of mobile communication service bands; a hub unit connected to each of the plurality of head-end units HEU through a transport medium, the hub unit distributing mobile communication signals respectively received from the plurality of head-end units to a plurality of remote units branch-connected thereto through a transport medium; and the plurality of remote units remotely disposed to transmit the mobile communication signals to a terminal in a service coverage, wherein the hub unit includes: a band extractor configured to extract sub-band signals corresponding to a same mobile communication service band from the mobile communication signals; and a signal summer configured to digitally sum all of the extracted sub-band signals in the same mobile communication service band . a plurality of head-end units configured to receive mobile communication signals from different base stations , wherein each of the mobile communication signals includes a plurality of sub-band signals respectively corresponding to a plurality of mobile communication service bands; a hub unit connected to each of the plurality of head-end units HEU through a transport medium, the hub unit distributing mobile communication signals respectively received from the plurality of head-end units to a plurality of remote units branch-connected thereto through a transport medium; and the plurality of remote units remotely disposed to transmit the mobile communication signals to a terminal in a service coverage, wherein the hub unit includes: a band extractor configured to extract sub-band signals corresponding to a same mobile communication service band from the mobile communication signals; and a signal summer configured to digitally sum all of the extracted sub-band signals in the same mobile communication service band . a band extractor configured to extract sub-band signals corresponding to a same mobile communication service band from the mobile communication signals; and a signal summer configured to digitally sum all of the extracted sub-band signals in the same mobile communication service band .
A method for acquiring a random number for a blockchain, applied by a blockchain node and comprising: in a process of executing a business transaction request, calling an oracle contract to generate a random number acquisition request; processing (S 120) the random number acquisition request through the oracle contract, and making at least two oracle nodes arranged outside the blockchain generate random factors based on private keys of the at least two oracle nodes; acquiring (S 130) the random factors fed back by the at least two oracle nodes through the oracle contract; verifying a signature of the random factor of each of the at least two oracle nodes using a public key of each of the at least two oracle nodes through the oracle contract, wherein the signature is obtained by signing a request parameter of the random number acquisition request and the random factor by each of the at least two oracle nodes using the private key, and the request parameter is a parameter capable of characterizing the random number acquisition request; aggregating (S 140) the random factors through the oracle contract to form an aggregation factor, and generating a random number according to the aggregation factor and an on-chain random algorithm; and feeding back (S 150) the random number to the business transaction request through the oracle contract. in a process of executing a business transaction request, calling an oracle contract to generate a random number acquisition request; processing (S 120) the random number acquisition request through the oracle contract, and making at least two oracle nodes arranged outside the blockchain generate random factors based on private keys of the at least two oracle nodes; acquiring (S 130) the random factors fed back by the at least two oracle nodes through the oracle contract; verifying a signature of the random factor of each of the at least two oracle nodes using a public key of each of the at least two oracle nodes through the oracle contract, wherein the signature is obtained by signing a request parameter of the random number acquisition request and the random factor by each of the at least two oracle nodes using the private key, and the request parameter is a parameter capable of characterizing the random number acquisition request; aggregating (S 140) the random factors through the oracle contract to form an aggregation factor, and generating a random number according to the aggregation factor and an on-chain random algorithm; and feeding back (S 150) the random number to the business transaction request through the oracle contract.
A surgical lamp for illuminating an operating area , comprising - a plurality of individual lamps which, in an activated state, form a respective light beam bundle extending along a longitudinal axis and generating a light field region in an illumination plane , wherein the light field regions of the individual lamps are arranged next to one another and/or at least partially over one another in the illumination plane in such way that a total light field is formed, - a brightness detection device which is designed to determine an actual brightness value in the total light field , as well as - a control unit which acts on the individual lamps such that the illumination intensity is controlled in accordance with the determined actual brightness value, wherein the brightness detection device and the control unit are designed in such way and the control unit is connected to the individual lamps in such way that an illumination intensity of a first individual lamp is adjustable in a targeted manner depending on the actual brightness value and is adjustable for brightening or dimming a first light field region independently of an illumination intensity of a second individual lamp , characterized in that the brightness detection device includes a camera , wherein the camera includes a lens having a fixedly set focal length. - a plurality of individual lamps which, in an activated state, form a respective light beam bundle extending along a longitudinal axis and generating a light field region in an illumination plane , wherein the light field regions of the individual lamps are arranged next to one another and/or at least partially over one another in the illumination plane in such way that a total light field is formed, - a brightness detection device which is designed to determine an actual brightness value in the total light field , as well as - a control unit which acts on the individual lamps such that the illumination intensity is controlled in accordance with the determined actual brightness value,
A system for sensing radio frequency (RF) electromagnetic radiation, the system comprising: a receiver formed of dielectric material and comprising: a photonic crystal structure having an elongated slot disposed therein, an antenna structure extending from the photonic crystal structure and configured to couple to a target RF electromagnetic radiation having a frequency in a range from 100 MHz - 1 THz, and a vapor or source of the vapor in the elongated slot , the vapor comprising a vapor of Rydberg atoms; a laser system configured to provide input optical signals to the elongated slot that interact with one or more electronic transitions of the vapor; and an optical detection system configured to detect the target RF electromagnetic radiation based on output optical signals from the elongated slot . a receiver formed of dielectric material and comprising: a photonic crystal structure having an elongated slot disposed therein, an antenna structure extending from the photonic crystal structure and configured to couple to a target RF electromagnetic radiation having a frequency in a range from 100 MHz - 1 THz, and a vapor or source of the vapor in the elongated slot , the vapor comprising a vapor of Rydberg atoms; a photonic crystal structure having an elongated slot disposed therein, an antenna structure extending from the photonic crystal structure and configured to couple to a target RF electromagnetic radiation having a frequency in a range from 100 MHz - 1 THz, and a vapor or source of the vapor in the elongated slot , the vapor comprising a vapor of Rydberg atoms; a laser system configured to provide input optical signals to the elongated slot that interact with one or more electronic transitions of the vapor; and an optical detection system configured to detect the target RF electromagnetic radiation based on output optical signals from the elongated slot .