mhurhangee/patent-ind-claim-en huggingface dataset:
Air pulsing device comprising an electronically switched electric motor , said motor comprising a rotor and a stator , the rotor being arranged to rotate about the stator , said stator being mounted on a support means arranged protruding from a plate , in which a shield is positioned, transversely to the output shaft, between the stator and the rotor , said shield being linked electrically to the plate which is connected electrically to an electrical ground, characterized in that the shield is connected electrically to the plate by means passing axially through the stator .
Floor or wall panel, wherein this panel has a substrate and a top layer applied thereon, wherein the substrate mainly consists of a mineral material, wherein on at least two opposite edges (3-4) the panel is provided with coupling means that allow two such panels to be coupled together at the respective edges, wherein in the coupled state there is locking in the vertical direction (V) perpendicular to the plane of the coupled panels and in the horizontal direction (H) perpendicular to the coupled edges and in the plane of the coupled panels; wherein the aforementioned coupling means comprise at least a male part in the form of a tongue , wherein this tongue comprises a sideways projection formed on the respective edge, and in that the sideways projection on the upper side thereof adjoins a surface or plane of the edge extending substantially vertically, characterized in that the junction of the upper side of the sideways projection with the surface or plane of the edge extending substantially vertically is free from roundings with a radius less than 0.2 mm and/or in that the angle (A1) between the vertices formed between adjacent surfaces of this junction is always greater than 150°, and preferably greater than 160°.
Antenna device for a radar detector , having a circuit board with an electrically insulating substrate , on which an electrically conductive layer is arranged on each of two opposing sides , wherein the layer of at least one first side is configured as at least one main antenna , wherein, in addition to the at least one main antenna , in each case at least one antenna structure integrated with the substrate is provided, wherein each antenna structure integrated with the substrate comprises: a plurality of cutouts which are formed in the substrate and arranged in a waveguide and in each of which an electrically conductive material is arranged at least partially, and a feeder cable formed by the electrically conductive layer of one of the sides for feeding an electromagnetic wave into the antenna structure integrated with the substrate, wherein a horn antenna structure or a slit antenna is designed as the respective antenna structure integrated with the substrate, and the waveguide integrated with the substrate of the respective antenna structure integrated with the substrate is guided to an edge of the substrate , characterised in that each feeder cable is connected with or formed by a supply line for the at least one main antenna , said supply line being formed by the first layer .
A method of increasing production of a stilbene derivative being a plant secondary metabolite in a stilbene composition comprising resveratrol, the method comprising producing a hairy root culture from a plant cell, and contacting said hairy root culture with a substance that elicits production of a stilbene derivative in a stilbene composition from said root culture, such that the stilbene composition comprises one or more stilbene derivatives other than resveratrol in higher amounts than resveratrol, and wherein said plant cell is selected from a plant cell naturally producing said stilbene, and a plant cell which has been genetically engineered by transformation with a nucleic acid molecule, wherein expression of said molecule results in production of said stilbene
A transmitter (1; 2) comprising: means (63; 73) for acquiring transmission data; encoding means (65; 75) arranged to output sound data obtained by encoding the transmission data, the output sound data indicating a plurality of sound sections including sound in an inaudible frequency band interspersed with soundless sections; and sound output means (66; 76) arranged to cause a DA converter to convert the output sound data so as to cause a speaker to output sound corresponding to the output sound data, characterized in that the output sound data is in a PCM format and indicates a sine curve formed by the amplitude of the inaudible sound, in which an amplitude of the inaudible sound in the sound sections increases from a start time and decreases after reaching a maximum. means (63; 73) for acquiring transmission data; encoding means (65; 75) arranged to output sound data obtained by encoding the transmission data, the output sound data indicating a plurality of sound sections including sound in an inaudible frequency band interspersed with soundless sections; and sound output means (66; 76) arranged to cause a DA converter to convert the output sound data so as to cause a speaker to output sound corresponding to the output sound data, characterized in that the output sound data is in a PCM format and indicates a sine curve formed by the amplitude of the inaudible sound, in which an amplitude of the inaudible sound in the sound sections increases from a start time and decreases after reaching a maximum.
A method for heating a metal workpiece in a metal fabrication process, said method comprising: delivering a fuel gas mixture to a torch, the fuel gas mixture comprising:85-95% by volume natural gas; and from 5% to 15% hydrogen by volume; delivering oxygen to the fuel gas mixture to form an oxy-fuel gas mixture; igniting the oxy-fuel gas mixture to form a flame; contacting the flame to the metal workpiece at a predetermined location on the metal workpiece; and heating the metal workpiece. delivering a fuel gas mixture to a torch, the fuel gas mixture comprising:85-95% by volume natural gas; and from 5% to 15% hydrogen by volume; delivering oxygen to the fuel gas mixture to form an oxy-fuel gas mixture; igniting the oxy-fuel gas mixture to form a flame; contacting the flame to the metal workpiece at a predetermined location on the metal workpiece; and heating the metal workpiece.
Thermal Storage System (TSS) by Phase Change Material (PCM) comprising: - a tank intended to contain a PCM , - a circulation system intended for the circulation in the tank of a solvent in direct contact with the PCM , characterised in that it comprises a device for controlling the crystallisation of the PCM comprising: - a first injection module configured to inject, in the lower portion of the tank in the PCM , a two-phase solvent, liquid/gas to the liquid state , wherein the PCM is insoluble, - a first discharge module configured to discharge the two-phase solvent in the gaseous state in the upper portion of the tank , opposite the lower portion, - a second injection module configured to inject, in the lower portion of the tank, the solvent to the gaseous state in direct contact with the PCM , - a second discharge module configured to discharge the two-phase solvent in the liquid state in the upper portion of the tank , and - an external heat exchanger intended to transfer the thermal energy between the solvent and a heat-transfer fluid coming from an external network for circulating the heat-transfer fluid and configured to alternatively condense the gaseous solvent discharged from the tank by the first discharge module or discharge the solvent in the liquid state for the injection thereof in the vapour state overheated by the second injection module. - a tank intended to contain a PCM , - a circulation system intended for the circulation in the tank of a solvent in direct contact with the PCM , - a first injection module configured to inject, in the lower portion of the tank in the PCM , a two-phase solvent, liquid/gas to the liquid state , wherein the PCM is insoluble, - a first discharge module configured to discharge the two-phase solvent in the gaseous state in the upper portion of the tank , opposite the lower portion, - a second injection module configured to inject, in the lower portion of the tank, the solvent to the gaseous state in direct contact with the PCM , - a second discharge module configured to discharge the two-phase solvent in the liquid state in the upper portion of the tank , and - an external heat exchanger intended to transfer the thermal energy between the solvent and a heat-transfer fluid coming from an external network for circulating the heat-transfer fluid and configured to alternatively condense the gaseous solvent discharged from the tank by the first discharge module or discharge the solvent in the liquid state for the injection thereof in the vapour state overheated by the second injection module.
A radio base station comprising: a transmission section configured to transmit a downlink, DL, signal to a user terminal; and a control section configured to control transmission of the DL signal to the user terminal, characterized in that the control section is configured to control so that at least one of a cyclic prefix, CP, length and a symbol length is different between the DL signal to the user terminal and a DL signal to another user terminal multiplexed in a power domain. a transmission section configured to transmit a downlink, DL, signal to a user terminal; and a control section configured to control transmission of the DL signal to the user terminal, characterized in that the control section is configured to control so that at least one of a cyclic prefix, CP, length and a symbol length is different between the DL signal to the user terminal and a DL signal to another user terminal multiplexed in a power domain.
A cooling plate for a metallurgical furnace comprising: a body with a front face and an opposite rear face , said body having at least one cooling channel therein, said cooling channel having an opening in said rear face ; a coolant feed pipe being connected to said rear face and being in fluid communication with said cooling channel ; wherein, in use, said front face is turned towards a furnace interior, characterized in that at least one emergency cooling tube is arranged within said cooling channel , said emergency cooling tube having a cross-section smaller than a cross-section of said cooling channel ; said emergency cooling tube has an end section with connection means for connecting an emergency feed pipe thereto, said connection means being arranged within said cooling channel or said coolant feed pipe ; wherein, in an emergency operation, the emergency cooling tube is physically connected to an emergency feed pipe via the connection means ; and wherein, in a normal operation, the connection means of the emergency cooling tube is physically disconnected from the emergency feed pipe . a body with a front face and an opposite rear face , said body having at least one cooling channel therein, said cooling channel having an opening in said rear face ; a coolant feed pipe being connected to said rear face and being in fluid communication with said cooling channel ; wherein, in use, said front face is turned towards a furnace interior, characterized in that at least one emergency cooling tube is arranged within said cooling channel , said emergency cooling tube having a cross-section smaller than a cross-section of said cooling channel ; said emergency cooling tube has an end section with connection means for connecting an emergency feed pipe thereto, said connection means being arranged within said cooling channel or said coolant feed pipe ; wherein, in an emergency operation, the emergency cooling tube is physically connected to an emergency feed pipe via the connection means ; and wherein, in a normal operation, the connection means of the emergency cooling tube is physically disconnected from the emergency feed pipe .
A method for fabricating a micro-optical bench device, comprising: providing a substrate ; etching the substrate to form a permanent structure including at least two optical elements and a temporary structure , wherein etching the substrate to form the permanent structure and the temporary structure includes controlling a profile of a first optical element of the at least two optical elements in an out-of-plane direction at different locations on a first surface of the first optical element in the in-plane direction, by selecting the shape of the temporary structure and the gap between the temporary structure and the permanent structure during etching thereof; and wherein controlling a profile of the first optical element further comprises controlling a roughness or an inclination angle of at least one surface of at least one of the at least two optical elements with respect to a plane of the substrate or with respect to an optical axis of the micro-optical bench device; removing the temporary structure by releasing or etching the temporary structure to produce the micro-optical bench device; wherein the at least two optical elements lie within an optical path of the micro-optical bench device. providing a substrate ; etching the substrate to form a permanent structure including at least two optical elements and a temporary structure , wherein etching the substrate to form the permanent structure and the temporary structure includes controlling a profile of a first optical element of the at least two optical elements in an out-of-plane direction at different locations on a first surface of the first optical element in the in-plane direction, by selecting the shape of the temporary structure and the gap between the temporary structure and the permanent structure during etching thereof; and wherein controlling a profile of the first optical element further comprises controlling a roughness or an inclination angle of at least one surface of at least one of the at least two optical elements with respect to a plane of the substrate or with respect to an optical axis of the micro-optical bench device; wherein etching the substrate to form the permanent structure and the temporary structure includes controlling a profile of a first optical element of the at least two optical elements in an out-of-plane direction at different locations on a first surface of the first optical element in the in-plane direction, by selecting the shape of the temporary structure and the gap between the temporary structure and the permanent structure during etching thereof; and wherein controlling a profile of the first optical element further comprises controlling a roughness or an inclination angle of at least one surface of at least one of the at least two optical elements with respect to a plane of the substrate or with respect to an optical axis of the micro-optical bench device; removing the temporary structure by releasing or etching the temporary structure to produce the micro-optical bench device; wherein the at least two optical elements lie within an optical path of the micro-optical bench device.
A drive mechanism for a medicinal inhaler , the inhaler comprising: a patient port ; a canister actuable by the drive mechanism to deliver a dose of medicament to the patient port, the drive mechanism comprising: a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port. a patient port ; a canister actuable by the drive mechanism to deliver a dose of medicament to the patient port, the drive mechanism comprising: a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port. a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port.
Valve for switching a fluid flow (F), having a valve inlet and a valve outlet which are integrally formed on a common valve body and through which the fluid flow (F) can flow axially along a main flow direction (H) and are arranged coaxially with respect to one another, wherein at least two separately actuable valve units , which are designed as servo valves which can be actuated by their own medium, for switching partial quantities (F1, F2) of the fluid flow (F) being arranged between the valve inlet and the valve outlet , wherein the valve body being designed in the manner of a tube, the tube ends of which are formed by the valve inlet and the valve outlet , wherein the valve units each having an actuating device (4. 4, 5.4) which is arranged on the tubular casing of the valve body , characterized in that the actuating devices (4.4, 5.4) have coils (4.5, 5.5) which extend parallel to the main flow direction (H).
An irreversible electroporation (IRE) system , comprising: a user interface configured for setting IRE protocols for applying IRE pulses by electrodes of a catheter placed in contact with tissue in an organ; and a processor , characterised in that the processor is configured to: issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input. a user interface configured for setting IRE protocols for applying IRE pulses by electrodes of a catheter placed in contact with tissue in an organ; and a processor , characterised in that the processor is configured to: issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input. issue a notification to a user upon determining that an initial IRE protocol is expected to cause bubbles in blood; receive via the user interface, in response to the notification, user input that selects between the initial IRE protocol and an alternative protocol that is not expected to cause the bubbles; and apply the IRE pulses according to the initial IRE protocol or the alternative IRE protocol, depending on the user input.
A surgical instrument comprising: a handle ; a shaft attached to the handle , the shaft being in the form of an outer cylindrical sleeve having a proximal end and a distal end ; at least one flexibly movable member positioned at the distal end of the shaft , the at least one flexibly movable member being movable between an operative position in which the at least one flexibly movable member extends radially in a direction substantially transverse to a longitudinal axis of the shaft and an inoperative position in which the at least one flexibly movable member extends substantially parallel to the longitudinal axis of the shaft ; an actuating mechanism provided at the proximal end of the shaft , the actuating mechanism including an inner rod , which is attached to the handle and to the at least one flexibly movable member the inner rod extending coaxially within the outer cylindrical sleeve , wherein the inner rod is slidably moveable relative to the outer cylindrical sleeve in a first direction away from the handle and a second direction toward the handle ; wherein moving the inner rod in the first direction away from the handle causes the at least one flexibly movable member to bend and fold to form wings on both sides of the outer cylindrical sleeve to be in the inoperative position, and moving the inner rod in the second direction retracts the at least one flexibly movable member to the inoperative position. a handle ; a shaft attached to the handle , the shaft being in the form of an outer cylindrical sleeve having a proximal end and a distal end ; at least one flexibly movable member positioned at the distal end of the shaft , the at least one flexibly movable member being movable between an operative position in which the at least one flexibly movable member extends radially in a direction substantially transverse to a longitudinal axis of the shaft and an inoperative position in which the at least one flexibly movable member extends substantially parallel to the longitudinal axis of the shaft ; an actuating mechanism provided at the proximal end of the shaft , the actuating mechanism including an inner rod , which is attached to the handle and to the at least one flexibly movable member the inner rod extending coaxially within the outer cylindrical sleeve , wherein the inner rod is slidably moveable relative to the outer cylindrical sleeve in a first direction away from the handle and a second direction toward the handle ; wherein moving the inner rod in the first direction away from the handle causes the at least one flexibly movable member to bend and fold to form wings on both sides of the outer cylindrical sleeve to be in the inoperative position, and moving the inner rod in the second direction retracts the at least one flexibly movable member to the inoperative position.