mhurhangee/patent-ind-claim-en huggingface dataset:
A device for generating a condensation aerosol, the device comprising: a vaporization chamber , wherein the vaporization chamber has an upstream first inlet and a downstream outlet ; a heater element in the vaporization chamber , wherein the heater element is located between the upstream first inlet and the downstream outlet ; and an airflow path in fluid communication with the vaporization chamber , wherein the airflow path comprises a second inlet configured to permit a substantially laminar flow of air into the airflow path , wherein the second inlet is downstream of the heater element ; characterized by a modulating apparatus for modulating air flow in the vaporization chamber , wherein modulation of air flow in the vaporization chamber modifies a particle size of a condensation aerosol produced in the vaporization chamber , wherein the modulating apparatus is a slide configured to slidably cover the upstream first inlet . a vaporization chamber , wherein the vaporization chamber has an upstream first inlet and a downstream outlet ; a heater element in the vaporization chamber , wherein the heater element is located between the upstream first inlet and the downstream outlet ; and an airflow path in fluid communication with the vaporization chamber , wherein the airflow path comprises a second inlet configured to permit a substantially laminar flow of air into the airflow path , wherein the second inlet is downstream of the heater element ; characterized by a modulating apparatus for modulating air flow in the vaporization chamber , wherein modulation of air flow in the vaporization chamber modifies a particle size of a condensation aerosol produced in the vaporization chamber , wherein the modulating apparatus is a slide configured to slidably cover the upstream first inlet .
Set of two cheese holders each having a grip element , which has an abutment surface , which is at least partially arranged in an abutment plane and, in a use position of the cheese holder , butts against a piece of cheese, and also has at least one grip surface , which is directed away from the abutment surface, is intended for gripping the cheese holder in the use position and is arranged within an imaginary space extending by 5 mm from the abutment plane , at right angles thereto, wherein the grip surface extends, in particular, parallel to the abutment plane , and also each having at least one slip-guard element , which is arranged on the grip element such that, in the use position, it extends away from the piece of cheese, counteracting any possibility of the latter slipping from the grip surface , and extends by 5 to 20 mm, preferably by 10 to 12 mm, beyond the imaginary space , wherein the grip element has a maximum width (a), measured parallel to the abutment plane , of 15 mm to 50 mm, in particular of 28 mm to 33 mm, and a maximum length (b), measured parallel to the abutment plane and perpendicularly to the width (a), of 25 mm to 70 mm, in particular of 42 mm to 47 mm, and the grip element has arranged on it at least one spike element , which extends by 4 mm to 15 mm, in particular by 7 mm to 12 mm, from the abutment surface .
A communication method of a receiver, the communication method comprising: determining a first precoding matrix indicator, PMI, and a second PMI; and transmitting, to a transmitter, the first and the second PMIs as a feedback information, wherein a precoding matrix is determined based on a first codeword W 1 and a second codeword W 2 , wherein W 1 is selected from a first codebook based on the first PMI and W 2 is selected from a second codebook based on the second PMI, wherein W 1 is a diagonal matrix of form diag (X, X) wherein X is a matrix whose vectors are selected based on the first PMI from vectors of a matrix B and is given by X k ∈ { 1 2 b 2 k mod 32 b 2 k + 1 mod 32 b 2 k + 2 mod 32 b 2 k + 3 mod 32 : k = 0,1 , ... , 15 , wherein B is given by B 1 + m , 1 + n = e j 2 nmn 32 , wherein W 2 is a matrix of form 1 2 Y a Y T , wherein a takes one of values 1, -1, j, -j depending on the second PMI and wherein Y is a matrix comprising one of 4x1 selection vectors, ẽ n , n = 1,...,4, wherein an n-th element of a selection vector is equal to 1 wherein remaining elements are equal to 0. determining a first precoding matrix indicator, PMI, and a second PMI; and transmitting, to a transmitter, the first and the second PMIs as a feedback information, wherein a precoding matrix is determined based on a first codeword W 1 and a second codeword W 2 , wherein W 1 is selected from a first codebook based on the first PMI and W 2 is selected from a second codebook based on the second PMI, wherein W 1 is a diagonal matrix of form diag (X, X) wherein X is a matrix whose vectors are selected based on the first PMI from vectors of a matrix B and is given by X k ∈ { 1 2 b 2 k mod 32 b 2 k + 1 mod 32 b 2 k + 2 mod 32 b 2 k + 3 mod 32 : k = 0,1 , ... , 15 , wherein B is given by B 1 + m , 1 + n = e j 2 nmn 32 , wherein W 2 is a matrix of form 1 2 Y a Y T , wherein a takes one of values 1, -1, j, -j depending on the second PMI and wherein Y is a matrix comprising one of 4x1 selection vectors, ẽ n , n = 1,...,4, wherein an n-th element of a selection vector is equal to 1 wherein remaining elements are equal to 0.
Apparatus to administer drugs to mechanically ventilated patients, comprising: a mechanical ventilator ; an artificial airway to be associated to a patient (P); a ventilation circuit connecting the mechanical ventilator to the artificial airway; wherein the ventilation circuit comprises: an inspiratory line ; a dry powder inhaler disposed in line on the inspiratory line ; a connector operatively connected to the dry powder inhaler and to the inspiratory line ; wherein the connector comprises: a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler ; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler ; characterised in that the connector comprises a connector body ; wherein the first duct and the second duct of the connector present respectively a first opening and a second opening placed side by side on the connector body . a mechanical ventilator ; an artificial airway to be associated to a patient (P); a ventilation circuit connecting the mechanical ventilator to the artificial airway; wherein the ventilation circuit comprises: an inspiratory line ; a dry powder inhaler disposed in line on the inspiratory line ; a connector operatively connected to the dry powder inhaler and to the inspiratory line ; an inspiratory line ; a dry powder inhaler disposed in line on the inspiratory line ; a connector operatively connected to the dry powder inhaler and to the inspiratory line ; wherein the connector comprises: a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler ; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler ; a first duct facing an outlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed downstream the dry powder inhaler ; a second duct facing an air inlet port of the dry powder inhaler and connected or configured to be connected to a tube section of the inspiratory line placed upstream the dry powder inhaler ; characterised in that the connector comprises a connector body ; wherein the first duct and the second duct of the connector present respectively a first opening and a second opening placed side by side on the connector body .
Pipeline repairing system for a pipeline , which is lined with a hose liner , and the pipeline has a connection opening in which a house connection arrangement of the pipeline repairing system can be fixed, wherein the house connection arrangement comprises an upper part and a lower part , characterised in that the upper part has a base plate and a sleeve section , wherein an internal thread and a chamber with a sealing ring are provided in the sleeve section , wherein the upper part with the sleeve section can be inserted through the connection opening , and the base plate is configured to bear against an inner wall section of the pipeline , and the lower part has a sleeve body with an external thread and a radial collar , wherein a seat with a seal is provided between the external thread and the radial collar .
A server , comprising: a memory including a verification engine that is configured to verify that a station is executing an application authorized to be assigned a first access class from a plurality of access classes and to assign the first access class to the station, and further configured to verify that a station is not executing the application authorized to be assigned the first access class and to assign a second access class from the plurality of access classes to the station; and a processor operatively coupled to the memory, the processor configured to be operatively coupled via a network to an access poin configured to transmit data from the station, in response to a verification that the station is executing the application, the processor configured to provision first quality of service, QoS, parameters to the station based on the first access class, in response to a verification that the station is not executing the application, the processor configured to provision second QoS parameters to the station based on the second access class, the second access class having a priority lower than a priority of the first access class, the processor configured to send at least one of the first QoS parameters or the second QoS parameters to the access point causing the access point to transmit the data from the station based on the at least one of the first QoS parameters or the second QoS parameters. a memory including a verification engine that is configured to verify that a station is executing an application authorized to be assigned a first access class from a plurality of access classes and to assign the first access class to the station, and further configured to verify that a station is not executing the application authorized to be assigned the first access class and to assign a second access class from the plurality of access classes to the station; and a processor operatively coupled to the memory, the processor configured to be operatively coupled via a network to an access poin configured to transmit data from the station, in response to a verification that the station is executing the application, the processor configured to provision first quality of service, QoS, parameters to the station based on the first access class, in response to a verification that the station is not executing the application, the processor configured to provision second QoS parameters to the station based on the second access class, the second access class having a priority lower than a priority of the first access class, the processor configured to send at least one of the first QoS parameters or the second QoS parameters to the access point causing the access point to transmit the data from the station based on the at least one of the first QoS parameters or the second QoS parameters.
A process comprising: pumping a first volume of fracturing fluid through at least a portion of a liner positioned in an open hole of a subterranean well bore at a rate for a period of time sufficient to allow a majority of movement of the liner due to a change in temperature and pressure caused by the fracturing fluid to occur; thereafter, increasing the rate at which the first volume of fracturing fluid is pumped to a first velocity sufficient to deform at least one first packer that is carried on said liner into sealing engagement with the well bore , wherein each of the at least one first packer that is positioned on the exterior of said liner is not set until movement of said liner due to the change in temperature and pressure has occurred; and thereafter, pumping said first volume of fracturing fluid at a first pressure sufficient to fracture a subterranean environs . pumping a first volume of fracturing fluid through at least a portion of a liner positioned in an open hole of a subterranean well bore at a rate for a period of time sufficient to allow a majority of movement of the liner due to a change in temperature and pressure caused by the fracturing fluid to occur; thereafter, increasing the rate at which the first volume of fracturing fluid is pumped to a first velocity sufficient to deform at least one first packer that is carried on said liner into sealing engagement with the well bore , wherein each of the at least one first packer that is positioned on the exterior of said liner is not set until movement of said liner due to the change in temperature and pressure has occurred; and thereafter, pumping said first volume of fracturing fluid at a first pressure sufficient to fracture a subterranean environs .
A battery module comprising: a cell assembly comprising a plurality of secondary batteries and a plurality of cartridges , the secondary batteries being vertically arranged and comprising electrode leads , the cartridges being vertically stacked to accommodate the secondary batteries in an inner space thereof; and a sensing assembly mounted on a front side of the cell assembly and comprising an insulation housing formed of an electrically insulative material and a sensing bus bar formed of an electrically conductive material, the sensing assembly being coupled to the electrode leads so as to sense voltages of the secondary batteries , wherein the insulation housing comprises a plurality of penetration holes vertically spaced apart from each other to allow the electrode leads to penetrate therethrough, and a plurality of housing slant portions arranged in the penetration holes and sloped at a predetermined angle from a horizontal direction; characterized in that: the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion . a cell assembly comprising a plurality of secondary batteries and a plurality of cartridges , the secondary batteries being vertically arranged and comprising electrode leads , the cartridges being vertically stacked to accommodate the secondary batteries in an inner space thereof; and a sensing assembly mounted on a front side of the cell assembly and comprising an insulation housing formed of an electrically insulative material and a sensing bus bar formed of an electrically conductive material, the sensing assembly being coupled to the electrode leads so as to sense voltages of the secondary batteries , wherein the insulation housing comprises a plurality of penetration holes vertically spaced apart from each other to allow the electrode leads to penetrate therethrough, and a plurality of housing slant portions arranged in the penetration holes and sloped at a predetermined angle from a horizontal direction; characterized in that: the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion . the housing slant portions have a height decreasing in an inward direction; and at least one electrode lead is placed along the slant surface of the housing slant portion .
A solar cell apparatus comprising: • a substrate , • a p-i-n structure comprising ∘ a p-type layer , ∘ a i-type layer , ∘ a n-type layer , • the n-type layer comprising n-type donors including phosphorus atoms, characterized in that the n-type donors comprise oxygen atoms at an atomic concentration comprised between 5% and 25% of the overall atomic composition of the n-type layer . • a substrate , • a p-i-n structure comprising ∘ a p-type layer , ∘ a i-type layer , ∘ a n-type layer , ∘ a p-type layer , ∘ a i-type layer , ∘ a n-type layer , • the n-type layer comprising n-type donors including phosphorus atoms,
An currentless monostable electromagnetic actuating device comprising an armature unit , which has permanent magnetic means and is movable relative to stationary coil means in reaction to energization thereof along a movement longitudinal axis between at least two actuation positions, which armature unit has an engagement section for interacting with a plunger section , which provides an actuation partner and which armature unit can be moved from a first of the actuation positions, which is stable in the currentless state as result of an effect of the permanent magnetic means , into a second of the actuation positions against a restoring force of force storage means , in particular spring means, wherein the coil means have a first coil unit , which is connected or can be connected in order to bring about a force, which acts on the armature unit and which releases the armature unit from the first actuation position, wherein the coil means have a second coil unit , which is provided in addition to the first coil unit and is connected or can be connected in such a way that during the movement, the second coil unit applies to the armature unit a force , which accelerates the armature unit , and wherein the coil means have restoring coil means (50; 28, 36), which are embodied and/or connected in such a way that when the armature unit is returned from the second into the first actuation position, said restoring coil means (50; 28, 36) boost the restoring force of the force storage means , characterized in that the restoring coil means are realized as an additional coil unit .
A vapor generating system for an electronic cigarette , the vapor generating system comprising: a main liquid store configured to contain a liquid to be vaporised; a dosing chamber configured to receive liquid from the main liquid store ; a liquid regulating arrangement , wherein the liquid regulating arrangement is configured to transfer a metered dose of liquid from the main liquid store to the dosing chamber ; a vaporizing unit configured to transform said metered dose of liquid into a vapor; and a controller ; wherein: the main liquid store and the dosing chamber are arranged in a replaceable cartridge , the cartridge is connectable to a cartridge seating of the electronic cigarette , and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating ; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette ; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette , to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit . a main liquid store configured to contain a liquid to be vaporised; a dosing chamber configured to receive liquid from the main liquid store ; a liquid regulating arrangement , wherein the liquid regulating arrangement is configured to transfer a metered dose of liquid from the main liquid store to the dosing chamber ; a vaporizing unit configured to transform said metered dose of liquid into a vapor; and a controller ; wherein: the main liquid store and the dosing chamber are arranged in a replaceable cartridge , the cartridge is connectable to a cartridge seating of the electronic cigarette , and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating ; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette ; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette , to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit . the main liquid store and the dosing chamber are arranged in a replaceable cartridge , the cartridge is connectable to a cartridge seating of the electronic cigarette , and a fluidic connection between the main liquid store and the dosing chamber is only established when the cartridge is connected to the cartridge seating ; and the controller is configured to activate the liquid regulating arrangement in response to an activation of the electronic cigarette ; characterized in that the controller is configured, upon detecting a first activation of the electronic cigarette , to provide a delay between the supply of a first metered dose of said liquid and activation of the vaporizing unit .
An agricultural vehicle comprising a step assembly , said step assembly comprising: a step having a flat and horizontally-oriented top side and an angled side extending obliquely from said top side, said step being fixedly mounted to a body of the agricultural vehicle; and a tank that is movably mounted to said step and is configured to move between a stowed position and a deployed position, wherein, in the stowed position of the tank, a first side of the tank is aligned with and parallel to said angled side to form a continuous angled surface , and, in the deployed position of the tank, a second side of the tank is aligned with and parallel to said top side to form a continuous horizontal step surface . a step having a flat and horizontally-oriented top side and an angled side extending obliquely from said top side, said step being fixedly mounted to a body of the agricultural vehicle; and a tank that is movably mounted to said step and is configured to move between a stowed position and a deployed position, wherein, in the stowed position of the tank, a first side of the tank is aligned with and parallel to said angled side to form a continuous angled surface , and, in the deployed position of the tank, a second side of the tank is aligned with and parallel to said top side to form a continuous horizontal step surface .
Hammer crusher grate with the following features: (a) a rectangular shape in a top view; (b) two outer longitudinal sides (L1, L2) and two outer broad sides (B1, B2); (c) a first device (E1) which forms part of a fixed bearing for fixing the hammer crusher grate to a housing (GH) of an associated hammer crusher; (d) a second device (E2) which forms part of a first movable bearing, along which the hammer crusher grate can be movably guided on the housing (GH) of the hammer crusher in the direction of the longitudinal sides (L1, L2) or the broad sides (B1, B2). (a) a rectangular shape in a top view; (b) two outer longitudinal sides (L1, L2) and two outer broad sides (B1, B2); (c) a first device (E1) which forms part of a fixed bearing for fixing the hammer crusher grate to a housing (GH) of an associated hammer crusher; (d) a second device (E2) which forms part of a first movable bearing, along which the hammer crusher grate can be movably guided on the housing (GH) of the hammer crusher in the direction of the longitudinal sides (L1, L2) or the broad sides (B1, B2).