mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic cigarette , comprising a device housing , an atomizing device disposed in the device housing and an airflow sensor (a), wherein an air inlet is opened and disposed at the device housing , and an aerosol passageway (b) neighboring and being connected with the atomizing device is formed and disposed in the device housing , an airflow path is formed between the air inlet and the aerosol passageway (b) so that air outside the electronic cigarette flows into the aerosol passageway (b) through the airflow path, the airflow sensor (a) is spatially communicated with the airflow path, the airflow path at least comprises a first airflow passageway (c) and a second airflow passageway (d), the first airflow passageway (c) extends along a direction from the air inlet toward the airflow sensor (a) to be spatially communicated with the airflow sensor (a), and is used to lead the air outside the electronic cigarette flowing toward the airflow sensor (a), the second airflow passageway (d) is used to be spatially communicated with the first airflow passageway (c) and the aerosol passageway (b), respectively, and is used to lead air from the first airflow passageway (c) flowing toward the aerosol passageway (b) along a reverse direction facing away from the airflow sensor (a), characterized in that the electronic cigarette further comprises a liquid storing body and an atomizing seat both of which are disposed in the device housing , the aerosol passageway (b) is disposed in the liquid storing body , the first airflow passageway (c) is formed between an outer wall of the atomizing seat and an inner wall of the device housing , the second airflow passageway (d) is opened and disposed in the atomizing seat , and extends along a direction from an end of the atomizing seat facing away from the liquid storing body toward another end of the atomizing seat in order to be spatially communicated with the aerosol passageway (b) in the liquid storing body .
A system comprising an uninterruptible power supply (UPS) comprising an inverter configured to selectively supply power to a load from an energy storage device ; a generator configured to be coupled to a power input of the UPS ; an engine ; a hydraulic motor ; a mechanical coupling mechanism configured to selectively couple the engine and the hydraulic motor to the generator ; a hydraulic accumulator ; a valve configured to fluidically couple the hydraulic accumulator to the hydraulic motor ; and a control circuit configured to control the valve , the mechanical coupling mechanism and the engine in conjunction with the UPS to supply power to the UPS . an uninterruptible power supply (UPS) comprising an inverter configured to selectively supply power to a load from an energy storage device ; a generator configured to be coupled to a power input of the UPS ; an engine ; a hydraulic motor ; a mechanical coupling mechanism configured to selectively couple the engine and the hydraulic motor to the generator ; a hydraulic accumulator ; a valve configured to fluidically couple the hydraulic accumulator to the hydraulic motor ; and a control circuit configured to control the valve , the mechanical coupling mechanism and the engine in conjunction with the UPS to supply power to the UPS .
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , a first message including information on a capability report restriction, the information on the capability report restriction including first information on a radio access technology, RAT, type, second information that requests at least one frequency band actually used by the terminal , and third information on a maximum bandwidth of the at least one frequency band; selecting at least one carrier aggregation, CA, frequency band combination supported by the terminal based on the information on the capability report restriction; and transmitting , to the base station , a second message as a response to the first message, the second message including the at least one CA frequency band combination supported by the terminal , wherein each frequency band in the at least one CA frequency band combination does not exceed the maximum bandwidth. receiving , from a base station , a first message including information on a capability report restriction, the information on the capability report restriction including first information on a radio access technology, RAT, type, second information that requests at least one frequency band actually used by the terminal , and third information on a maximum bandwidth of the at least one frequency band; selecting at least one carrier aggregation, CA, frequency band combination supported by the terminal based on the information on the capability report restriction; and transmitting , to the base station , a second message as a response to the first message, the second message including the at least one CA frequency band combination supported by the terminal , wherein each frequency band in the at least one CA frequency band combination does not exceed the maximum bandwidth.
A security element transfer material, comprising - a security element layer composite which has a multiplicity of layers, including at least one feature layer developing an optically variable effect and an adhesive layer , wherein the feature layer is the layer which faces a viewer after a security element has been transferred to a value document substrate; and - a carrier substrate which is detachably connected to the feature layer of the security element layer composite; characterized in that the security element transfer material additionally comprises: - a mask layer having at least one cutout, which is configured such that the security element layer composite in the region of the at least one cutout of the mask layer can be adhesively bonded to the value document substrate by the action of pressure and possibly heat by means of the adhesive layer and then detached from the carrier substrate , wherein, in the region outside the at least one cutout of the mask layer , the security element layer composite is prevented from adhering to the value document substrate and from a subsequent detachment of the security element layer composite from the carrier substrate . - a security element layer composite which has a multiplicity of layers, including at least one feature layer developing an optically variable effect and an adhesive layer , wherein the feature layer is the layer which faces a viewer after a security element has been transferred to a value document substrate; and - a carrier substrate which is detachably connected to the feature layer of the security element layer composite; characterized in that the security element transfer material additionally comprises: - a mask layer having at least one cutout, which is configured such that the security element layer composite in the region of the at least one cutout of the mask layer can be adhesively bonded to the value document substrate by the action of pressure and possibly heat by means of the adhesive layer and then detached from the carrier substrate , wherein, in the region outside the at least one cutout of the mask layer , the security element layer composite is prevented from adhering to the value document substrate and from a subsequent detachment of the security element layer composite from the carrier substrate .
Enameled panel comprising a rigid support , said support comprising at least one surface (3 or 4) covered with at least one layer of enamel comprising one or several cavities , formed in all or part of its thickness and comprising at least one inner wall, said cavity or cavities having a trapezoidal or substantially trapezoidal longitudinal section, and being filled with one or several filler materials which are, or comprise, one or several inks or one or several enamels.
Motion speed pre-selection apparatus for motor-driven garden tools, which have a chassis provided with wheels or the like, a handlebar and a main drive for one or more working tools of the garden tool, wherein a wheel drive is derived from the main drive by means of controllable power transmission apparatuses , which comprise coupling apparatuses and/or motion speed control apparatuses , and wherein a control of the power transmission apparatuses is realized by moving and/or pivoting control elements , which are formed, at least partially, by the handlebar itself and/or by controls arranged thereon and are connected to the power transmission apparatuses by a Bowden cable , characterized in that the motion speed pre-selection apparatus has a housing attached to the handlebar , in which the end of the sheath of the Bowden cable facing the motion speed control elements is arranged freely movably and securably in a stop slide which can be moved along the axis of the Bowden cable in the housing by means of a pre-selection lever , wherein the stop slide is designed to create slack in the core of the Bowden cable during adjustment towards lower maximum motion speeds. which comprise coupling apparatuses and/or motion speed control apparatuses , and wherein a control of the power transmission apparatuses is realized by moving and/or pivoting control elements , which are formed, at least partially, by the handlebar itself and/or by controls arranged thereon and are connected to the power transmission apparatuses by a Bowden cable , characterized in that the motion speed pre-selection apparatus has a housing attached to the handlebar , in which the end of the sheath of the Bowden cable facing the motion speed control elements is arranged freely movably and securably in a stop slide which can be moved along the axis of the Bowden cable in the housing by means of a pre-selection lever , wherein the stop slide is designed to create slack in the core of the Bowden cable during adjustment towards lower maximum motion speeds.
Cleaning device for cleaning washware , comprising at least one cleaning chamber with at least one application device for applying at least one cleaning liquid to the washware in the cleaning chamber , furthermore comprising at least one transportation device for transporting the washware through the cleaning chamber in a transportation direction , wherein the cleaning device has at least one outlet region , which is arranged downstream of the cleaning chamber in the transportation direction , for removing the washware from the transportation device , and wherein the cleaning device furthermore has at least one sensor for identifying at least one prespecified type of washware , characterized in that the cleaning device furthermore has at least one slide and is designed to automatically push the washware of the prespecified type from the transportation device transversely to the transportation direction .
A mounting substrate , comprising: a wiring substrate ; a fine L/S (line and space) layer formed in contact with a top surface of the wiring substrate; and a plurality of elements arranged in a matrix on a top surface of the fine L/S layer, wherein the plurality of elements are light-emitting elements or light-receiving elements, wherein the wiring substrate includes a plurality of first wiring lines extending in a predetermined direction in a layer, and a plurality of vias arranged at a period corresponding to an integral multiple of an arrangement period of the plurality of elements, two or more of the vias being provided for each of the first wiring lines, the fine L/S layer includes a plurality of second wiring lines , one or more of the second wiring lines being provided for each of the vias, and an insulating layer provided between each of the second wiring lines and the top surface of the wiring substrate, and being in contact with each of the second wiring lines and the top surface of the wiring substrate, an L/S of the fine L/S layer is smaller than an L/S of the plurality of first wiring lines, wherein the L/S indicates the narrowest wiring pitch in a plane, and two or more adjacent ones of the elements are electrically coupled to common one of the vias through one or more of the second wiring lines. a wiring substrate ; a fine L/S (line and space) layer formed in contact with a top surface of the wiring substrate; and a plurality of elements arranged in a matrix on a top surface of the fine L/S layer, wherein the plurality of elements are light-emitting elements or light-receiving elements, wherein the wiring substrate includes a plurality of first wiring lines extending in a predetermined direction in a layer, and a plurality of vias arranged at a period corresponding to an integral multiple of an arrangement period of the plurality of elements, two or more of the vias being provided for each of the first wiring lines, the fine L/S layer includes a plurality of second wiring lines , one or more of the second wiring lines being provided for each of the vias, and an insulating layer provided between each of the second wiring lines and the top surface of the wiring substrate, and being in contact with each of the second wiring lines and the top surface of the wiring substrate, an L/S of the fine L/S layer is smaller than an L/S of the plurality of first wiring lines, wherein the L/S indicates the narrowest wiring pitch in a plane, and two or more adjacent ones of the elements are electrically coupled to common one of the vias through one or more of the second wiring lines.
A hinge system for a panel including: - a hinge comprising a pivot , and - a panel-stop device , which is configured to be applied to the pivot of the hinge and to block the panel when the panel is in an open configuration, characterized in that the hinge system further includes a reinforcing device , that, in order to avoid a deformation of the hinge of the panel when the latter is blocked in the open configuration via the panel-stop device and subjected to external forces which would tend to close it, such as gusts of wind, is mountable between the panel-stop device and the hinge by means of an extractable pin on the pivot ; for this purpose, the reinforcing device being provided with fixing holes for fixing the reinforcement device to the panel and with a slot configured to be interposed between the hinge and the panel-stop device and inserted on the extractable pin . - a hinge comprising a pivot , and - a panel-stop device , which is configured to be applied to the pivot of the hinge and to block the panel when the panel is in an open configuration, the hinge system further includes a reinforcing device , that, in order to avoid a deformation of the hinge of the panel when the latter is blocked in the open configuration via the panel-stop device and subjected to external forces which would tend to close it, such as gusts of wind, is mountable between the panel-stop device and the hinge by means of an extractable pin on the pivot ; for this purpose, the reinforcing device being provided with fixing holes for fixing the reinforcement device to the panel and with a slot configured to be interposed between the hinge and the panel-stop device and inserted on the extractable pin .
Process for transferring a useful layer to a carrier substrate including a first surface , the process including the successive steps of: a) providing a donor substrate including: - a first surface , - a weakened zone (ZS) comprising implanted species, - the useful layer , which is bounded by the weakened zone (ZS) and by the first surface of the donor substrate , - an amorphous zone lying, in the useful layer , parallel to the weakened zone (ZS); b) assembling, on the side of the first surface of the donor substrate and on the side of the first surface of the carrier substrate , the donor substrate with the carrier substrate by bonding; step b) being executed so that the amorphous zone is at least partially facing at least one cavity that is partially bounded by the first surface of the donor substrate ; c) splitting the donor substrate along the weakened zone (ZS) so as to reveal the useful layer . a) providing a donor substrate including: - a first surface , - a weakened zone (ZS) comprising implanted species, - the useful layer , which is bounded by the weakened zone (ZS) and by the first surface of the donor substrate , - an amorphous zone lying, in the useful layer , parallel to the weakened zone (ZS); - a first surface , - a weakened zone (ZS) comprising implanted species, - the useful layer , which is bounded by the weakened zone (ZS) and by the first surface of the donor substrate , - an amorphous zone lying, in the useful layer , parallel to the weakened zone (ZS); b) assembling, on the side of the first surface of the donor substrate and on the side of the first surface of the carrier substrate , the donor substrate with the carrier substrate by bonding; step b) being executed so that the amorphous zone is at least partially facing at least one cavity that is partially bounded by the first surface of the donor substrate ; c) splitting the donor substrate along the weakened zone (ZS) so as to reveal the useful layer .
A self-wrapping protective textile sleeve (10; 110), comprising: a braided, tubular wall (12; 112; 212; 312; 412; 512; 612) having opposite free edges extending lengthwise between opposite ends ; said wall further including braided, heat-set yarns (20; 120; 220; 320; 420; 520; 620) imparting a bias on said wall (12; 112; 212; 312; 412; 512; 612), said bias bringing said opposite free edges into overlapped relation with one another; characterised in that said wall (12; 112; 212; 312; 412; 512; 612) is bi-stable in a first state with a decreased length (L1), increased cross-sectional area (D1), as viewed in cross-section taken generally transversely to a central longitudinal axis extending between said opposite ends , and a second state with an increased length (L2), decreased cross-sectional area (D2), as viewed in cross-section taken generally transversely to said central longitudinal axis , and the bias causes said wall (12; 112; 212; 312; 412; 512; 612) to remain substantially in said first and second states absent some externally applied force; wherein at least some of said heat-set yarns (20; 120; 220; 320; 420; 520; 620) are braided as bundles (21; 221; 321'; 321"; 421; 521; 621), said bundles (21; 221; 321'; 321"; 421; 521; 621) including a plurality of yarns (20, 24; 120; 220, 224; 320, 324; 420, 424; 520, 524; 620, 624) twisted with one another; and wherein at least some said bundles (21; 221; 321'; 321"; 421; 521; 621; 921; 1021) have loops (22; 222; 322; 422; 522) interlinked with loops (22; 222; 322; 422; 522) of another bundle (21; 221; 321'; 321"; 421; 521; 621). a braided, tubular wall (12; 112; 212; 312; 412; 512; 612) having opposite free edges extending lengthwise between opposite ends ; said wall further including braided, heat-set yarns (20; 120; 220; 320; 420; 520; 620) imparting a bias on said wall (12; 112; 212; 312; 412; 512; 612), said bias bringing said opposite free edges into overlapped relation with one another; characterised in that said wall (12; 112; 212; 312; 412; 512; 612) is bi-stable in a first state with a decreased length (L1), increased cross-sectional area (D1), as viewed in cross-section taken generally transversely to a central longitudinal axis extending between said opposite ends , and a second state with an increased length (L2), decreased cross-sectional area (D2), as viewed in cross-section taken generally transversely to said central longitudinal axis , and the bias causes said wall (12; 112; 212; 312; 412; 512; 612) to remain substantially in said first and second states absent some externally applied force; wherein at least some of said heat-set yarns (20; 120; 220; 320; 420; 520; 620) are braided as bundles (21; 221; 321'; 321"; 421; 521; 621), said bundles (21; 221; 321'; 321"; 421; 521; 621) including a plurality of yarns (20, 24; 120; 220, 224; 320, 324; 420, 424; 520, 524; 620, 624) twisted with one another; and wherein at least some said bundles (21; 221; 321'; 321"; 421; 521; 621; 921; 1021) have loops (22; 222; 322; 422; 522) interlinked with loops (22; 222; 322; 422; 522) of another bundle (21; 221; 321'; 321"; 421; 521; 621).
A method for implementing fingerprint unlocking in electronic equipment having a fingerprint sensor, a proximity sensor, and a touch screen, the method comprising: determining (S101) a first strength value of a hovering signal, sensed by the proximity sensor, generated by a hovering object, wherein the step of determining the first strength of the hovering signal generated by the hovering object comprises: determining a distance, sensed by the proximity sensor, from the hovering object and a sensed area of the hovering object on the touch screen; and determining the first strength of the hovering signal generated by the hovering object according to the distance and the sensed area; determining (SI02) a second strength value of a fingerprint signal acquired by the fingerprint sensor; and controlling (SI03) the electronic equipment to disable its fingerprint unlocking function upon the first strength value being larger than a first preset threshold value and upon the second strength value being smaller than a second preset threshold value. determining (S101) a first strength value of a hovering signal, sensed by the proximity sensor, generated by a hovering object, wherein the step of determining the first strength of the hovering signal generated by the hovering object comprises: determining a distance, sensed by the proximity sensor, from the hovering object and a sensed area of the hovering object on the touch screen; and determining the first strength of the hovering signal generated by the hovering object according to the distance and the sensed area; determining a distance, sensed by the proximity sensor, from the hovering object and a sensed area of the hovering object on the touch screen; and determining the first strength of the hovering signal generated by the hovering object according to the distance and the sensed area; determining (SI02) a second strength value of a fingerprint signal acquired by the fingerprint sensor; and controlling (SI03) the electronic equipment to disable its fingerprint unlocking function upon the first strength value being larger than a first preset threshold value and upon the second strength value being smaller than a second preset threshold value.