mhurhangee/patent-ind-claim-en huggingface dataset:
An atomizing assembly for an aerosol-generating system , comprising: a tubing section having an inlet end and an outlet end , the inlet end of the tubing section being configured to be connected to a liquid storage portion , and the outlet end of the tubing section being in fluid communication with an atomizing nozzle , the tubing section being configured for delivering a flow of liquid aerosol-forming substrate through the atomizing nozzle , wherein the atomizing nozzle comprises an air channel for establishing an air flow through the nozzle , the air flow being mixed with the flow of liquid aerosol-forming substrate delivered through the atomizing nozzle . a tubing section having an inlet end and an outlet end , the inlet end of the tubing section being configured to be connected to a liquid storage portion , and the outlet end of the tubing section being in fluid communication with an atomizing nozzle , the tubing section being configured for delivering a flow of liquid aerosol-forming substrate through the atomizing nozzle , wherein the atomizing nozzle comprises an air channel for establishing an air flow through the nozzle , the air flow being mixed with the flow of liquid aerosol-forming substrate delivered through the atomizing nozzle .
A liquid storage assembly comprising a liquid storage tube having a liquid storage chamber , a sealing member and an adjusting member received in the liquid storage tube , and a lower cover arranged at one end of the liquid storage tube , wherein the adjusting member is rotatable relative to the sealing member , the sealing member is provided with a second liquid inlet hole in communication with the liquid storage chamber , the adjusting member is provided with a communication portion corresponding to the second liquid inlet hole , the lower cover or the sealing member is provided with a stopping portion , the adjusting member is provided with an abutting portion capable of abutting against the stopping portion ; when the liquid storage assembly is detached, the adjusting member is rotated to a position at which the abutting portion abuts against the stopping portion and the adjusting member seals the second liquid inlet hole so as to close the liquid storage chamber , characterized in that the liquid storage assembly further comprises an upper cover mounted at an upper end of the liquid storage tube , the lower cover is mounted at a lower end of the liquid storage tube , the sealing member is fixedly connected between the upper cover and the lower cover , the adjusting member is rotatably received in the sealing member , the liquid storage chamber is formed by a space between an inner wall of the liquid storage tube and an outer wall of the sealing member , the second liquid inlet hole is provided in the sidewall of the sealing member , the communication portion capable of being communicated with the second liquid inlet hole is provided in the sidewall of the adjusting member .
Acoustic body for ceiling elements for reducing a reverberation time of sound, wherein the acoustic body has at least one first acoustic element and at least one second acoustic element , wherein at least one connection device is provided, with which the two acoustic elements can be detachably connected to each other, the first acoustic element has at least one sound entry opening and at least one sound exit opening spaced apart therefrom, the second acoustic element has at least one sound entry opening and a top surface spaced apart therefrom, and the two acoustic elements can be connected to each other by means of the at least one connection device in such a way that the at least one sound exit opening of the at least one first acoustic element can be brought into an overlap with the at least one sound entry opening of the at least one second acoustic element at least in areas, wherein the two acoustic elements have at least one exterior lateral surface and at least one interior lateral surface , characterized in that the at least one second acoustic element has at least one catch device on the at least one interior lateral surface and the at least one first acoustic element has at least one receiving means on the at least one exterior lateral surface , in which the at least one catch device can be engaged or is engaged, wherein the at least one second acoustic element can be put on or is put on the at least one first acoustic element .
Anti-theft device configured to be attached to merchandise to be protected, in particular textile products, comprising: - a housing and - a locking mechanism which has a needle , the needle being adjustable between a locking position, in which it engages with the merchandise to be protected, and a release position, in which detachment and removal of the anti-theft device from the merchandise to be protected are permitted, wherein the needle has a curved shape and is accommodated in the housing when in the release position, wherein the locking mechanism comprises a catch that is configured such that it can be releasably engaged with the needle in order to hold the needle in the locking position and allow it to be transferred to the release position when actuated by a release element associated with the catch , characterized in that the release element is made at least in part of a shape-memory alloy. - a housing and - a locking mechanism which has a needle , the needle being adjustable between a locking position, in which it engages with the merchandise to be protected, and a release position, in which detachment and removal of the anti-theft device from the merchandise to be protected are permitted, wherein the needle has a curved shape and is accommodated in the housing when in the release position, wherein the locking mechanism comprises a catch that is configured such that it can be releasably engaged with the needle in order to hold the needle in the locking position and allow it to be transferred to the release position when actuated by a release element associated with the catch , characterized in that the release element is made at least in part of a shape-memory alloy.
A method for a first vehicle (200; V1) and for estimating a position of a second vehicle (V2) at the first vehicle (200; V1), wherein the method is carried out in a control module of the first vehicle, the method comprising obtaining information on an environmental map of the first vehicle (200, V1) that is generated based on cyclically updating a V2X environment table; receiving information on a trajectory of the second vehicle (V2), wherein the information is received via a maneuver coordination message; estimating the position of the second vehicle (V2) in the environmental map based on fitting the information on the trajectory in the environmental map; receiving dimensions of the second vehicle via at least one of a cooperative awareness message, a collective perception message, and the maneuver coordination message; and estimating the position of the second vehicle in the environmental map further based on the information on the dimensions of the second vehicle by fitting the trajectory into its environmental map while considering the dimensions of the second vehicle. obtaining information on an environmental map of the first vehicle (200, V1) that is generated based on cyclically updating a V2X environment table; receiving information on a trajectory of the second vehicle (V2), wherein the information is received via a maneuver coordination message; estimating the position of the second vehicle (V2) in the environmental map based on fitting the information on the trajectory in the environmental map; receiving dimensions of the second vehicle via at least one of a cooperative awareness message, a collective perception message, and the maneuver coordination message; and estimating the position of the second vehicle in the environmental map further based on the information on the dimensions of the second vehicle by fitting the trajectory into its environmental map while considering the dimensions of the second vehicle.
A pharmaceutical dosage form (1; 51) for the application to a mucous membrane, in particular to a buccal, gastro-intestinal, rectal or vaginal mucous membrane, preferably a gastro-intestinal membrane, more preferably an esophageal membrane comprising at least one preparation (2; 52) having an elongated shape and comprising an active pharmaceutical ingredient, the at least one preparation being capable to be arranged in a compact condition and in an expanded condition, a capsule device (3; 53) comprising a hollow space (4; 54a, 54b) for accommodating the at least one preparation being in the compact condition, the capsule device having an opening (5; 25; 35; 45.1; 45.2; 45.3; 55) and a first end (2a; 52a) of the preparation extending, in the compact condition, through the opening (5; 25; 35; 45.1; 45.2; 45.3; 55) for allowing pulling out the preparation from the hollow space into the surrounding area of the capsule device thereby transferring the preparation from the compact condition to the expanded condition, characterized in that the opening (5; 55) and the preparation (2; 52) being dimensioned such that, when the preparation is pulled out from the opening (5; 25; 35; 45.1; 45.2; 45.3; 55), a spacing (S1; S2) is provided in an opening cross section (CS) of the opening (5; 55) between the preparation (2; 52) and a surface of the capsule device defining the opening (5; 55). at least one preparation (2; 52) having an elongated shape and comprising an active pharmaceutical ingredient, the at least one preparation being capable to be arranged in a compact condition and in an expanded condition, a capsule device (3; 53) comprising a hollow space (4; 54a, 54b) for accommodating the at least one preparation being in the compact condition, the capsule device having an opening (5; 25; 35; 45.1; 45.2; 45.3; 55) and a first end (2a; 52a) of the preparation extending, in the compact condition, through the opening (5; 25; 35; 45.1; 45.2; 45.3; 55) for allowing pulling out the preparation from the hollow space into the surrounding area of the capsule device thereby transferring the preparation from the compact condition to the expanded condition, characterized in that the opening (5; 55) and the preparation (2; 52) being dimensioned such that, when the preparation is pulled out from the opening (5; 25; 35; 45.1; 45.2; 45.3; 55), a spacing (S1; S2) is provided in an opening cross section (CS) of the opening (5; 55) between the preparation (2; 52) and a surface of the capsule device defining the opening (5; 55).
Sensor device for examining the coating of a disc as part of a coating process, comprising a first optical sensor system for determining the layer thickness of the coating applied to the disc , comprising a rotation apparatus for rotating the disc, and comprising a control and analysis apparatus, wherein the first optical sensor system is designed to identify at least one first position-based measured value and one second position-based measured value, wherein the first and the second position-based measured value describe the distance between the first sensor system and the surface of the disc, wherein the first sensor system is configured to identify the first position-based measured value of a coated region of the disc and the second position-based measured value of an uncoated region of the disc , wherein a control and analysis apparatus is configured for calculating a layer thickness of the disc at the position of the first position-based measured value with the aid of the first and the second position-based measured value, characterized in that the first optical sensor system is designed to simultaneously identify at least the first position-based measured value and the second position-based measured value, and in that the first optical sensor system comprises at least one linear guide , which extends from a central region of the disc to an edge region. comprising a first optical sensor system for determining the layer thickness of the coating applied to the disc , comprising a rotation apparatus for rotating the disc, and comprising a control and analysis apparatus, wherein the first optical sensor system is designed to identify at least one first position-based measured value and one second position-based measured value, wherein the first and the second position-based measured value describe the distance between the first sensor system and the surface of the disc, wherein the first sensor system is configured to identify the first position-based measured value of a coated region of the disc and the second position-based measured value of an uncoated region of the disc , wherein a control and analysis apparatus is configured for calculating a layer thickness of the disc at the position of the first position-based measured value with the aid of the first and the second position-based measured value, characterized in that the first optical sensor system is designed to simultaneously identify at least the first position-based measured value and the second position-based measured value, and in that the first optical sensor system comprises at least one linear guide , which extends from a central region of the disc to an edge region.
Container , containing a pumpable medium, with an opening, which is closed by an insert , which can be punctured by a suction intake by means of an intake fitting , wherein the insert has at least two regions with different hardnesses, preferably one overlaid on the other, wherein the harder region of the insert abuts the opening of the container and the softer region covers at least a part of the suction intake , wherein the harder region has properties which are adapted to supporting the softer region when the insert is punctured, and wherein the softer region has properties which are adapted to a sealing function for the intake fitting , wherein, in the harder region of the insert , at least a part of the suction intake is recessed and is covered by the softer region , characterized in that the suction intake has a slot , the edge of which forms a shearing edge, along which the softer region can be severed.
A dental milling machine comprising a closed milling space , which has an inlet opening and an outlet , which are substantially opposite each other in relation to the milling space and generating an air flow, which sweeps across a machining area , where a milling tool carries out a milling operation on a milling workpiece, one side of the milling space , especially the front side, having an openable door , and the bottom wall of the milling space being designed to extend at least partially obliquely, and wherein the outlet is located diametrally opposite to the supply-air opening , which is provided on a top side of the closed milling space , characterized in that the bottom wall of the milling space is designed in the manner of a fillet which extends transversely through the milling space , and the milling space has a U-shaped or V-shaped configuration in the region of the bottom wall , as viewed in lateral vertical view, wherein the bottom wall of the milling space is inclined such that it inclines towards the outlet , wherein the outlet is connected to the lowermost region of the bottom wall and the lowermost point of the bottom wall opens to a suction connection.
A method of digitally imaging a secure portion and a non-secure portion of scratch-off-coating protected documents of at least one game using middleware, the documents including secure variable indicia and non-secure variable indicia, the documents and the at least one game being associated with at least one overall print run, each print run including (i) a plurality of non-winning documents and (ii) a plurality of winning documents determined by revealing secure variable indicia according to predetermined game programming, and wherein at least the secure variable indicia portion of digital imaging is hidden under the scratch-off coating, the method comprising: (a) generating the secure variable indicia in at least one non-vector raster format; (b) generating vector graphics to be imaged on physical locations of the documents; (c) assigning the secure variable indicia in at least one non-vector raster format to documents in a print run and shuffling the documents throughout the print run; and (d) linking via middleware the secure variable indicia in the at least one non-vector raster format to associated vector graphics variable indicia to be digitally imaged on the documents and to generate vector graphics-formatted data for each document in the print run; wherein the secure variable indicia assignment and shuffling are executed by non-vector raster game generation software output that is reinterpreted by the middleware to produce related vector graphic output for the secure variable indicia. (a) generating the secure variable indicia in at least one non-vector raster format; (b) generating vector graphics to be imaged on physical locations of the documents; (c) assigning the secure variable indicia in at least one non-vector raster format to documents in a print run and shuffling the documents throughout the print run; and (d) linking via middleware the secure variable indicia in the at least one non-vector raster format to associated vector graphics variable indicia to be digitally imaged on the documents and to generate vector graphics-formatted data for each document in the print run; wherein the secure variable indicia assignment and shuffling are executed by non-vector raster game generation software output that is reinterpreted by the middleware to produce related vector graphic output for the secure variable indicia.
Method of manufacturing a winding mass for a watch movement, said winding mass comprising an axis of geometric rotation , a peripheral portion and a connecting portion between the peripheral portion and the axis of rotation , the connecting portion being provided with bird feather portions , each feather portion being obtained by stamping a bird feather, each portion comprising a portion of the rachis of said bird feather, and barbs , said method comprising the following steps: selecting feathers ; stamping a feather portion from the vane of each selected feather , each stamped portion comprising said portion of the rachis and said barbs, a base and an end, said rachis becoming progressively narrower from said base to said tip, the angle between the barbs and the rachis becoming increasingly smaller from said base to said end; gluing the rachis of the stamped feather portions onto a winding mass , oriented radially with the rachis close to the axis of geometric rotation. selecting feathers ; stamping a feather portion from the vane of each selected feather , each stamped portion comprising said portion of the rachis and said barbs, a base and an end, said rachis becoming progressively narrower from said base to said tip, the angle between the barbs and the rachis becoming increasingly smaller from said base to said end; gluing the rachis of the stamped feather portions onto a winding mass , oriented radially with the rachis close to the axis of geometric rotation.
A learning method for a smartwatch to prevent a metal hand from lightening a screen by an unintended touch, wherein the smartwatch comprises a mainboard chip, a touch FPC , a display screen , and at least one metal hand , when the touch FPC is triggered, the display screen is lightened; a memory module is in the mainboard chip, and the memory module contains time sets T1, T2, ......, Tn, where n is an integer greater than 2; the learning method comprises the following steps: Step I, in a first rotation period of each metal hand, the mainboard chip records a first time data generated by the metal hand on a dial plate when the display screen is lightened, and puts the first time data into the time set T1; Step II, in a next rotation period after the first one, namely, a second rotation period, the mainboard chip records a second time data generated by the metal hand on the dial plate when the display screen is lightened, and puts the second time data into the time set T2; Step III, Step II is repeated until in an n th rotation period, the mainboard chip records an n th time data generated by the metal hand on the dial plate when the display screen is lightened, and puts the n th time data into the time set Tn; Step IV, all the time data in the time sets T1, T2, ......, Tn are processed, if an appearance frequency of a time data Tm on the dial plate in all time sets T1, T2, ......, Tn is greater than or equal to a%n, wherein a∈(10-100], the mainboard chip learns that the time data Tm on the dial plate is a time when the display screen is triggered to be lightened; if the appearance frequency of the time data Tm in all time sets T1, T2, ......, Tn is less than a%n, the mainboard chip learns that the time data Tm on the dial plate is not the time when the display screen is triggered to be lightened. Step I, in a first rotation period of each metal hand, the mainboard chip records a first time data generated by the metal hand on a dial plate when the display screen is lightened, and puts the first time data into the time set T1; Step II, in a next rotation period after the first one, namely, a second rotation period, the mainboard chip records a second time data generated by the metal hand on the dial plate when the display screen is lightened, and puts the second time data into the time set T2; Step III, Step II is repeated until in an n th rotation period, the mainboard chip records an n th time data generated by the metal hand on the dial plate when the display screen is lightened, and puts the n th time data into the time set Tn; Step IV, all the time data in the time sets T1, T2, ......, Tn are processed, if an appearance frequency of a time data Tm on the dial plate in all time sets T1, T2, ......, Tn is greater than or equal to a%n,
Pressure relief device , in particular for explosion-protected housings , having a porous, gas-permeable body that comprises a first side, which, in use, faces a volume that contains at least one potential ignition source , and a second side which, in use, faces away from the volume, having a membrane that is attached to the porous body in such a manner that it is in abutment against the porous body , characterized in that the membrane includes a foil that abuts against the porous body . having a porous, gas-permeable body that comprises a first side, which, in use, faces a volume that contains at least one potential ignition source , and a second side which, in use, faces away from the volume, having a membrane that is attached to the porous body in such a manner that it is in abutment against the porous body , characterized in that the membrane includes a foil that abuts against the porous body .