mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette comprising: an atomizer , defining a liquid storage chamber formed therein; a heating element , communicated with the liquid storage chamber ; a power supply , configured for supplying power; a controlling unit , one end of the controlling unit electrically connected with the power supply , the other end thereof electrically connected with the heating element ; and a capacitive transducer electrically connected with the controlling unit , wherein two electrodes of the capacitive transducer are disposed inside the liquid storage chamber for determining an amount of the tobacco liquid in the liquid storage chamber , characterized in that the electrodes act as a part of the heating element . an atomizer , defining a liquid storage chamber formed therein; a heating element , communicated with the liquid storage chamber ; a power supply , configured for supplying power; a controlling unit , one end of the controlling unit electrically connected with the power supply , the other end thereof electrically connected with the heating element ; and a capacitive transducer electrically connected with the controlling unit , wherein two electrodes of the capacitive transducer are disposed inside the liquid storage chamber for determining an amount of the tobacco liquid in the liquid storage chamber , characterized in that the electrodes act as a part of the heating element .
A support base for a child safety seat, comprising: a shell having an end edge ; a latch device having a distal end , the latch device being operable to releasably engage with an anchor structure provided in a vehicle at the distal end thereof; a coupling structure coupled to the latch device and the shell , the coupling structure including a carrier that is pivotally connected with the latch device and is slidable relative to the shell , the latch device being rotatable relative to the carrier and the shell between a storage position and multiple deployed positions for use, and the carrier being movable relative to the shell in a first direction for displacing the distal end of the latch device outward and away from the end edge of the shell and in an opposite second direction for displacing the distal end of the latch device toward the end edge of the shell ; and an adjustment latch movable to engage with the carrier for preventing sliding of the carrier relative to the shell in the first direction, and to disengage from the carrier for sliding of the carrier relative to the shell . a shell having an end edge ; a latch device having a distal end , the latch device being operable to releasably engage with an anchor structure provided in a vehicle at the distal end thereof; a coupling structure coupled to the latch device and the shell , the coupling structure including a carrier that is pivotally connected with the latch device and is slidable relative to the shell , the latch device being rotatable relative to the carrier and the shell between a storage position and multiple deployed positions for use, and the carrier being movable relative to the shell in a first direction for displacing the distal end of the latch device outward and away from the end edge of the shell and in an opposite second direction for displacing the distal end of the latch device toward the end edge of the shell ; and an adjustment latch movable to engage with the carrier for preventing sliding of the carrier relative to the shell in the first direction, and to disengage from the carrier for sliding of the carrier relative to the shell .
Method for producing a wall of a construction made of concrete, wherein the wall is produced by application of concrete in superposed layers without lateral formwork, wherein at least one reinforced bar which passes through at least one part of the layers is introduced into the wall , wherein this part of the layers has been at least partially solidified when the reinforced bar is introduced, wherein, during the application of the concrete, superposed regions of superposed layers of the wall are left out in such a way that a channel passing through the layers is produced, and wherein, after at least a subportion of the wall has been produced, at least one reinforced bar is introduced into the channel and the free cross section formed between the wall of the channel and the at least one reinforced bar is filled with fill material , wherein the layers extend over at least half the length (g) of the wall from one longitudinal side of the wall to the opposite longitudinal side of the wall , and wherein the fill material used is a material other than that used for the production of the layers of the wall , wherein the fill material is mortar.
A set including a semi-finished optical element and a blocking device , said semi-finished optical element having a first face to which the blocking device is to be attached and having opposite to the first face a second face to be surfaced in a machine configured for holding the semi-finished optical element via the blocking device , characterized in that : - the blocking device has a contact face having a predetermined axisymmetric shape and is configured for enabling a retaining effect at the contact face so as to hold an element having against the contact face a surface of the same shape as the contact face ; - the set further comprises a molding device having a molding face ; and - a removable overlay of rigid material has a first face attached to the first face of the semi-finished optical element and a second face opposite to the first face having the same shape as the contact face of the blocking device , said set being configured for having a first subset configuration in which the second face of the removable overlay is in molding contact with the molding face of the molding device , then a second subset configuration in which the second face of the removable overlay is free and then a third subset configuration in which the second face of the removable overlay is retained in contact with the contact face of the blocking device, characterized in that the molding face has the same shape as the contact face of the blocking device . - the blocking device has a contact face having a predetermined axisymmetric shape and is configured for enabling a retaining effect at the contact face so as to hold an element having against the contact face a surface of the same shape as the contact face ; - the set further comprises a molding device having a molding face ; and - a removable overlay of rigid material has a first face attached to the first face of the semi-finished optical element and a second face opposite to the first face having the same shape as the contact face of the blocking device , said set being configured for having a first subset configuration in which the second face of the removable overlay is in molding contact with the molding face of the molding device , then a second subset configuration in which the second face of the removable overlay is free and then a third subset configuration in which the second face of the removable overlay is retained in contact with the contact face of the blocking device, characterized in that the molding face has the same shape as the contact face of the blocking device .
A method to be performed at an Enhanced Directional Multi-Gigabit, DMG, EDMG, wireless communication station , STA, the method comprising: encoding a sequence of EDMG Header B bits of an EDMG Header B field of an EDMG Multi-User, MU, Physical Layer, PHY, Protocol Data Unit , PPDU, into a Low Density Parity Check, LDPC, codeword and determining an encoded codeword comprising a concatenation of a plurality of encoded sequences, which are based on the LDPC codeword; and characterized by : determining a data block comprising one or more repetitions of the encoded codeword, a count of the one or more repetitions of the encoded codeword is based on a count of one or more 2.16 Gigahertz, GHz, channels in a channel bandwidth for transmission of the EDMG MU PPDU , wherein the method comprises determining a data block comprising two or more repetitions of the encoded codeword for a count of 2.16 GHz channels in the channel bandwidth being two or more; determining two or more scrambled data blocks by scrambling N STS repetitions of the data block with a Pseudo-Noise, PN, sequence without seed reset, wherein N STS ≥2 denotes a count of the two or more space-time streams for transmission of the EDMG MU PPDU ; mapping a first scrambled data block of the two or more scrambled data blocks to a first space-time stream of the two or more respective space-time streams and a second scrambled data block of the two or more scrambled data blocks, to a second space-time stream of the two or more respective space-time streams; modulating the mapped scrambled data blocks; and transmitting the EDMG MU PPDU comprising the modulated data blocks over the channel bandwidth determining a data block comprising one or more repetitions of the encoded codeword, a count of the one or more repetitions of the encoded codeword is based on a count of one or more 2.16 Gigahertz, GHz, channels in a channel bandwidth for transmission of the EDMG MU PPDU , wherein the method comprises determining a data block comprising two or more repetitions of the encoded codeword for a count of 2.16 GHz channels in the channel bandwidth being two or more; determining two or more scrambled data blocks by scrambling N STS repetitions of the data block with a Pseudo-Noise, PN, sequence without seed reset, wherein N STS ≥2 denotes a count of the two or more space-time streams for transmission of the EDMG MU PPDU ; mapping a first scrambled data block of the two or more scrambled data blocks to a first space-time stream of the two or more respective space-time streams and a second scrambled data block of the two or more scrambled data blocks, to a second space-time stream of the two or more respective space-time streams; modulating the mapped scrambled data blocks; and transmitting the EDMG MU PPDU comprising the modulated data blocks over the channel bandwidth
A catalyst article for treating a flow of a combustion exhaust gas, the article comprising: a catalytically active substrate comprising one or more channels extending along an axial length thereof through which, in use, a combustion exhaust gas flows, the one or more channels having a first surface for contacting a flow of combustion exhaust gas; wherein the substrate is formed of an extruded vanadium-containing SCR catalyst material, wherein a first layer is provided on at least a portion of said first surface, wherein the first layer comprises an ammonia slip catalyst composition comprising one or more platinum group metals supported on titania, a silica-titania mixed oxide containing 5 to 25 wt% silica, a Ce-Zr mixed oxide having a ratio of ceria to zirconia of 60:40 to 30:70 based on the total oxide, or a mixture thereof, wherein the first layer covers at least 10% of the axial length of the substrate, and wherein a second layer is provided on at least a portion of the first layer and comprises an SCR catalyst composition. a catalytically active substrate comprising one or more channels extending along an axial length thereof through which, in use, a combustion exhaust gas flows, the one or more channels having a first surface for contacting a flow of combustion exhaust gas; wherein the substrate is formed of an extruded vanadium-containing SCR catalyst material, wherein a first layer is provided on at least a portion of said first surface, wherein the first layer comprises an ammonia slip catalyst composition comprising one or more platinum group metals supported on titania, a silica-titania mixed oxide containing 5 to 25 wt% silica, a Ce-Zr mixed oxide having a ratio of ceria to zirconia of 60:40 to 30:70 based on the total oxide, or a mixture thereof, wherein the first layer covers at least 10% of the axial length of the substrate, and wherein a second layer is provided on at least a portion of the first layer and comprises an SCR catalyst composition.
Central block for use in an injection moulding device which comprises a holding device for the central block , wherein the holding device comprises a lower turntable , which is rotatable about an axis of rotation , is driven by way of a motor and serves for holding the central block which is arranged so as to be rotatable about the axis of rotation , and a lower cross member , which is mounted displaceably in the longitudinal direction (x), supported by way of first bearing blocks and guide rails on a machine bed of an injection moulding machine, the central block including a main body and a lower coupling plate which is fastened thereto, wherein the main body is produced from a material with a lower density than the lower coupling plate .
Head for dispensing a fluid or powder product into the nose, comprising an axial end portion provided with a dispensing opening , said axial end portion of said head being intended to be inserted into a nostril during actuation, said head comprising a tip suitable for bearing on the nostril entrance during actuation, to define the depth to which said head is inserted into the nostril, said tip being axially movable on said head between at least two positions of use axially offset from each other, said tip comprising a hollow cylindrical axial sleeve disposed around a cylindrical portion of said head , said sleeve extending from the upper axial side by a radial flange which extends radially outwards, said radial flange bearing on the nose around the nostril entrance during actuation, characterised in that said cylindrical portion comprises at least two axially offset external radial recesses (40; 40'; 40"), and at least one flat spot extending axially into said cylindrical portion , each flat spot comprising at least two ribs (42; 42'; 42") extending radially outwards, each rib (42; 42'; 42") being disposed at a respective external radial recess (40; 40'; 40"), said sleeve comprising at least one internal radial projection , the internal diameter of said sleeve at said at least one internal radial projection being greater than the external diameter of the cylindrical portion at said at least one flat spot , almost identical to the external diameter of the cylindrical portion at each rib (42; 42'; 42") and less than the external diameter of the cylindrical portion at each external radial recess (40; 40'; 40"), such that said tip can axially slide on said head when said at least one internal radial projection is disposed at a flat spot and said tip cannot axially slide on said head when said at least one internal radial projection is disposed in an external radial recess (40; 40'; 40"), after rotation of said tip on said head , said at least one internal radial projection being disposed in a first radial recess in a first position of use and in a second radial recess in a second position of use.
A monitoring method implemented by an embedded subscriber identity module (eUICC1) capable of cooperating with a communication terminal (T), said method comprising: - receiving (C2) of at least one identifier (ID) of a respective service, of a communication profile (P), to be implemented when said communication profile is installed and in the active state in the embedded subscriber identity module; the method being characterized in that it further comprises: - determining (C4) whether each service (S) is supported by an operating system (OS1) of the embedded subscriber identity module; - if not, sending (C8) a request to update the operating system; - if an update (UPD) of the operating system is received (C10) in response to said sending (C8), installing (C12) said update allowing the operating system to at least partially implement said communication profile (P); and - after completion of said installation, sending (C14) a request to receive or continue the receipt of the communication profile (P), including said at least one service (S), to be installed in said embedded subscriber identity module. - receiving (C2) of at least one identifier (ID) of a respective service, of a communication profile (P), to be implemented when said communication profile is installed and in the active state in the embedded subscriber identity module; - determining (C4) whether each service (S) is supported by an operating system (OS1) of the embedded subscriber identity module; - if not, sending (C8) a request to update the operating system; - if an update (UPD) of the operating system is received (C10) in response to said sending (C8), installing (C12) said update allowing the operating system to at least partially implement said communication profile (P); and - after completion of said installation, sending (C14) a request to receive or continue the receipt of the communication profile (P), including said at least one service (S), to be installed in said embedded subscriber identity module.
A machine part, comprising an iron-based sintered metal, the iron-based sintered metal having iron structures formed mainly of a ferrite phase, wherein the iron structures are bonded to each other with a copper-tin alloy, and wherein the iron-based sintered metal comprises 1 to 8 wt% of copper, 0.5 to 2 wt% of tin, and 0.1 to 0.5 wt% of carbon, with the balance being iron, wherein the machine part has a blending ratio of tin to copper of 1/5 or more and 1 or less in terms of weight ratio.
IS machine for the production of glass containers, comprising: a plurality of stations , each comprising a pre-mold and a finish mold ; and a lubricating tool for lubricating at least a part of the pre-molds with a lubricant, wherein the lubricating tool comprises a spray head for spraying the lubricant and a robot connection to which the spray head is attached and by means of which the spray head can be moved within the IS machine between different stations , wherein the spray head is reversibly detachably attached to the robot connection by means of a coupling , characterized in that the robot connection is provided with a sensor by means of which it is possible to detect whether the coupling is open or closed; and the sensor is connected to a switching device by means of which the operation of the station at which the spray head is currently located can be terminated and/or by means of which a robot action can be triggered if it is determined by means of the sensor that the coupling is open. a plurality of stations , each comprising a pre-mold and a finish mold ; and a lubricating tool for lubricating at least a part of the pre-molds with a lubricant, wherein the lubricating tool comprises a spray head for spraying the lubricant and a robot connection to which the spray head is attached and by means of which the spray head can be moved within the IS machine between different stations , wherein the spray head is reversibly detachably attached to the robot connection by means of a coupling , characterized in that the robot connection is provided with a sensor by means of which it is possible to detect whether the coupling is open or closed; and the sensor is connected to a switching device by means of which the operation of the station at which the spray head is currently located can be terminated and/or by means of which a robot action can be triggered if it is determined by means of the sensor that the coupling is open.
A roller shutter having multiple profiled bars arranged substantially parallel to one another and connecting elements which connect adjacent profiled bars to one another and permit a relative movement of the profiled bars, during which relative movement the distance of the adjacent profiled bars from one another changes, (a) in which at least one connecting element comprises a bar-like connector having at least one end region , the diameter of which is greater than the diameter of the connector in a central region , (b) and at least one of the profiled bars connected by the connecting element has a chamber into which the connector extends and in which the at least one end region of the connector is accommodated such that it is displaceable inside the chamber , characterised in that the chamber comprises a guide housing , which is provided with a device which prevents the at least one end region of the connector being able to leave the chamber , - wherein the guide housing encloses two stops , which can be moved therein, of two connectors and is provided on each of its sides facing an adjacent profiled bar with an opening, preferably in the form of a sleeve , through which one of the connectors extends and the clear width of which is greater than the diameter of the connector in the central region but smaller than the diameter of the stop , or - wherein the guide housing encloses an end region , which can be moved therein, of a connector and is provided on its side facing the adjacent profiled bar, to which the connector is fixedly connected, with an opening , through which the connector extends and the clear width of which is greater than the diameter of the connector in the central region but smaller than the diameter of the end region . (a) in which at least one connecting element comprises a bar-like connector having at least one end region , the diameter of which is greater than the diameter of the connector in a central region , (b) and at least one of the profiled bars connected by the connecting element has a chamber into which the connector extends and in which the at least one end region of the connector is accommodated such that it is displaceable inside the chamber , - wherein the guide housing encloses two stops , which can be moved therein, of two connectors and is provided on each of its sides facing an adjacent profiled bar with an opening, preferably in the form of a sleeve , through which one of the connectors extends and the clear width of which is greater than the diameter of the connector in the central region but smaller than the diameter of the stop , or - wherein the guide housing encloses an end region , which can be moved therein, of a connector and is provided on its side facing the adjacent profiled bar, to which the connector is fixedly connected, with an opening , through which the connector extends and the clear width of which is greater than the diameter of the connector in the central region but smaller than the diameter of the end region .