mhurhangee/ep-ind-claims huggingface dataset:
A vaporization device comprising: a housing body; a mouthpiece configured to be attached to the housing body; and a heater, wherein the heater is arranged adjacent to the mouthpiece for vaporizing fluid ejected from the ejection head onto the heater, the vaporization device being characterised in that the heater comprises: a fluid reservoir; and a porous and fluid permeable heating element made of an electrically conductive material and located within the fluid reservoir, wherein the fluid reservoir and the heating element is configured to define a volume to capture and retain fluid ejected from an ejection head in the vaporization device, and the heating element is configured to vaporize the fluid in the fluid reservoir. a housing body; a mouthpiece configured to be attached to the housing body; and a heater, wherein the heater is arranged adjacent to the mouthpiece for vaporizing fluid ejected from the ejection head onto the heater, the vaporization device being characterised in that the heater comprises: a fluid reservoir; and a porous and fluid permeable heating element made of an electrically conductive material and located within the fluid reservoir, wherein the fluid reservoir and the heating element is configured to define a volume to capture and retain fluid ejected from an ejection head in the vaporization device, and the heating element is configured to vaporize the fluid in the fluid reservoir. a fluid reservoir; and a porous and fluid permeable heating element made of an electrically conductive material and located within the fluid reservoir, wherein the fluid reservoir and the heating element is configured to define a volume to capture and retain fluid ejected from an ejection head in the vaporization device, and the heating element is configured to vaporize the fluid in the fluid reservoir.
A method, comprising: creating a first graphical object or generating a command to create the first graphical object; indicating with an indicator, forming part of the first graphical object, that the first graphical object is one of nonvolatile or volatile, wherein the indicator indicates whether at least a portion of the first graphical object is to be discarded; passing the first graphical object or the command having the indicator to a graphics subsystem having a video memory that is virtualized by a virtual memory system (102, 405) to store the first graphical object in the video memory (102,405), such that data is paged out of and paged into the video memory by the virtual memory system, wherein the indicator representing volatility determines for the graphics subsystem a timeline for the first graphical object to be retained in the video memory; and discarding the first graphical object based on the indicator that the first graphical object is volatile to free space in the virtualized video memory (102,405) for a second graphical object without paging out data for the first graphical object. creating a first graphical object or generating a command to create the first graphical object; indicating with an indicator, forming part of the first graphical object, that the first graphical object is one of nonvolatile or volatile, wherein the indicator indicates whether at least a portion of the first graphical object is to be discarded; passing the first graphical object or the command having the indicator to a graphics subsystem having a video memory that is virtualized by a virtual memory system (102, 405) to store the first graphical object in the video memory (102,405), such that data is paged out of and paged into the video memory by the virtual memory system, wherein the indicator representing volatility determines for the graphics subsystem a timeline for the first graphical object to be retained in the video memory; and discarding the first graphical object based on the indicator that the first graphical object is volatile to free space in the virtualized video memory (102,405) for a second graphical object without paging out data for the first graphical object.
A method of wireless communication comprising: determining, by a user equipment, UE, a first Synchronization Signal Block, SSB, burst set information corresponding to a first physical cell identity, PCI; determining, by the UE, a second SSB burst set information corresponding to a second PCI, the second PCI different from the first PCI; receiving, by the UE, an RRC configuration message, the RRC configuration message indicating that a field of a particular type of message is configured to indicate a SSB index of the second SSB burst set of the second PCI; determining, by the UE, a particular SSB index of the second SSB burst set of the second PCI based on an instance of the particular type of message configured by the RRC configuration message from the second PCI; determining, by the UE, a location and timing of indices of the second SSB burst set to determine the second SSB burst set information, the location and timing of indices of the second SSB determined based on the second PCI, a half frame bit, and a periodicity; and monitoring, by the UE, at least a first SSB from the first SSB burst set and at least a second SSB from the second SSB burst set based on the first SSB burst set information and the second SSB burst set information. determining, by a user equipment, UE, a first Synchronization Signal Block, SSB, burst set information corresponding to a first physical cell identity, PCI; determining, by the UE, a second SSB burst set information corresponding to a second PCI, the second PCI different from the first PCI; receiving, by the UE, an RRC configuration message, the RRC configuration message indicating that a field of a particular type of message is configured to indicate a SSB index of the second SSB burst set of the second PCI; determining, by the UE, a particular SSB index of the second SSB burst set of the second PCI based on an instance of the particular type of message configured by the RRC configuration message from the second PCI; determining, by the UE, a location and timing of indices of the second SSB burst set to determine the second SSB burst set information, the location and timing of indices of the second SSB determined based on the second PCI, a half frame bit, and a periodicity; and monitoring, by the UE, at least a first SSB from the first SSB burst set and at least a second SSB from the second SSB burst set based on the first SSB burst set information and the second SSB burst set information.
Length measuring device, comprising a hollow profile extending in a longitudinal direction, which has a slot extending in the longitudinal direction and covered by sealing elements (41, 42), and which is configured in a U-shape and has two limbs (34, 35) extending parallel to each other, a base connecting the limbs (34, 35) and two projections (31, 32) located opposite the base and arranged on the limbs (34, 35), a scale arranged within the hollow profile having a measuring graduation, which can be scanned for the position measurement by a scanning unit that can be moved in the longitudinal direction relative to the hollow profile, an end piece that is connected to the hollow profile and is designed to close the hollow profile at one of its ends and to be attached to an object to be measured, the end piece having an insertion region with which it dips into the interior of the hollow profile, characterized in that the end piece is connected to the hollow profile by means of a clamping piece, which spans the slot and which, on both sides of the slot, fixes the hollow profile to the insertion region of the end piece, wherein the clamping piece is screwed to the end piece and the clamping piece forces the two projections (31, 32) of the hollow profile onto the insertion region of the end piece and fixes them to the end piece by clamping between the clamping piece and the insertion region.
A camshaft, in particular for motor vehicle engines, with a first shaft and a second shaft, which form a hollow outer shaft and an inner shaft arranged coaxially within the outer shaft, and which can rotate relative to the outer shaft, with first cams arranged in a torque-proof manner on the outer shaft, and with second cams, arranged on the outer shaft such that they can rotate, and fixed to the inner shaft, characterised in that the first shaft and the second shaft are supported against each other in the axial direction by a positive-locking element, wherein as seen in the axial direction (x) the first shaft on the one side of the positive-locking element has a first contact surface, and on the other side of the positive-locking element has a second contact surface for purposes of providing rotating support to the second shaft by way of the positive-locking element. with a first shaft and a second shaft, which form a hollow outer shaft and an inner shaft arranged coaxially within the outer shaft, and which can rotate relative to the outer shaft, with first cams arranged in a torque-proof manner on the outer shaft, and with second cams, arranged on the outer shaft such that they can rotate, and fixed to the inner shaft,
Device for pre-treating and preparing a sheet metal part, which is provided with a metallic layer, for subsequent processing, with tempering of the sheet metal part for the duration of a timespan in a temperature range and thereby transforming of the metallic layer by means of the tempering, wherein the device comprises: - an insulated housing for enclosing and keeping warm a multiplicity of the sheet metal parts which are inside the insulated housing in the form of a stack, - a heat source for controlling the temperature of sheet metal parts of the stack in a first temperature range in order to transform the layer, - a separating device for separating and preparing the sheet metal parts for the subsequent processing step. - an insulated housing for enclosing and keeping warm a multiplicity of the sheet metal parts which are inside the insulated housing in the form of a stack, - a heat source for controlling the temperature of sheet metal parts of the stack in a first temperature range in order to transform the layer, - a separating device for separating and preparing the sheet metal parts for the subsequent processing step.
Heat pump system, comprising a heat pump and a heat sink, wherein the heat sink is designed as a heating circuit (2.1) carrying the heating circuit medium and as a hot water tank (2.2), wherein the heat pump is designed in a first operating mode referred to as normal operation for supplying ambient heat to the heat sink, and a buffer storage tank that can be loaded with heat by the heat pump is designed in a second operating mode referred to as defrosting mode for supplying heat to the heat pump, wherein the buffer storage tank is designed to be integrated in a housing of the heat pump, characterized in that a switching device integrated in the heat pump is provided for switching between the operating modes for the heating circuit medium, and in that a valve for selectively supplying the heating circuit medium to the heating circuit (2.1) and/or to the hot water tank (2.2) is connected downstream of a first outlet (4.1) of the switching device as seen in the direction of flow of the heating circuit medium. a switching device integrated in the heat pump is provided for switching between the operating modes for the heating circuit medium, and in that a valve for selectively supplying the heating circuit medium to the heating circuit (2.1) and/or to the hot water tank (2.2) is connected downstream of a first outlet (4.1) of the switching device as seen in the direction of flow of the heating circuit medium.
A drive control method applicable to a drive system comprising a driver, a bus and a motor, wherein said driver comprises an inverter, and wherein said motor is directly connected to said bus by first switches in a first connection mode or connected to said driver by second switches in a second connection mode, characterized in that said drive control method comprises: said driver feeding an electric signal to the motor through an output port of the driver, wherein said electric signal is a current signal or voltage signal, and simultaneously detecting an actual output feature of said driver based on the fed electrical signal; subsequently, said driver determining whether said output port is connected to said bus according to said actual output feature; if said output port is not connected to said bus, said driver starting said motor normally; if said output port is connected to said bus, said driver disconnecting the output port. said driver feeding an electric signal to the motor through an output port of the driver, wherein said electric signal is a current signal or voltage signal, and simultaneously detecting an actual output feature of said driver based on the fed electrical signal; subsequently, said driver determining whether said output port is connected to said bus according to said actual output feature; if said output port is not connected to said bus, said driver starting said motor normally; if said output port is connected to said bus, said driver disconnecting the output port.
Lighting equipment for a motorcycle, comprising: a bulb having a base portion and a light emitting portion provided in front of the base portion; and a side lens provided laterally of the bulb a reflector having a bulb supporting portion supporting the base portion, a reflection surface portion extending forward from the bulb supporting portion, an annular bottom portion extending radially outward from the bulb supporting portion and a cutout formed in the reflection surface portion; for supplying part of light from the light emitting portion to the side lens while holding the bulb, a lens cover covering the side lens while constituting part of an outer shape of the motorcycle, characterized in that the bulb is disposed so that a direction in which the light emitting portion is oriented from the base portion is the motorcycle's fore-aft direction; the cutout reaches as far as the bulb supporting portion and allows part of light from the bulb to travel from the bulb in an obliquely rearward direction. a bulb having a base portion and a light emitting portion provided in front of the base portion; and a side lens provided laterally of the bulb a reflector having a bulb supporting portion supporting the base portion, a reflection surface portion extending forward from the bulb supporting portion, an annular bottom portion extending radially outward from the bulb supporting portion and a cutout formed in the reflection surface portion; for supplying part of light from the light emitting portion to the side lens while holding the bulb, a lens cover covering the side lens while constituting part of an outer shape of the motorcycle, characterized in that the bulb is disposed so that a direction in which the light emitting portion is oriented from the base portion is the motorcycle's fore-aft direction; the cutout reaches as far as the bulb supporting portion and allows part of light from the bulb to travel from the bulb in an obliquely rearward direction.
A shovel, comprising: a first pump configured to suck hydraulic oil from a hydraulic oil tank and to discharge a first hydraulic oil; a second pump configured to suck hydraulic oil from the hydraulic oil tank and to discharge a second hydraulic oil; a pump/motor configured to discharge a third hydraulic oil; a first hydraulic actuator; and a second hydraulic actuator configured such that at least the second hydraulic oil can flow into the second hydraulic actuator; characterized in that the first hydraulic actuator is configured such that at least the first hydraulic oil and the second hydraulic oil can flow into the first hydraulic actuator, and when the first hydraulic actuator and the second hydraulic actuator operate simultaneously, the first hydraulic actuator is actuated by the first hydraulic oil or the third hydraulic oil, and the second hydraulic actuator is actuated by the second hydraulic oil. a first pump configured to suck hydraulic oil from a hydraulic oil tank and to discharge a first hydraulic oil; a second pump configured to suck hydraulic oil from the hydraulic oil tank and to discharge a second hydraulic oil; a pump/motor configured to discharge a third hydraulic oil; a first hydraulic actuator; and a second hydraulic actuator configured such that at least the second hydraulic oil can flow into the second hydraulic actuator; characterized in that the first hydraulic actuator is configured such that at least the first hydraulic oil and the second hydraulic oil can flow into the first hydraulic actuator, and when the first hydraulic actuator and the second hydraulic actuator operate simultaneously, the first hydraulic actuator is actuated by the first hydraulic oil or the third hydraulic oil, and the second hydraulic actuator is actuated by the second hydraulic oil. the first hydraulic actuator is configured such that at least the first hydraulic oil and the second hydraulic oil can flow into the first hydraulic actuator, and when the first hydraulic actuator and the second hydraulic actuator operate simultaneously, the first hydraulic actuator is actuated by the first hydraulic oil or the third hydraulic oil, and the second hydraulic actuator is actuated by the second hydraulic oil.
Method of making a composite material part comprising the steps of: - producing a mandrel; - braiding around the mandrel a fibre covering espousing the shapes of the mandrel as closely as possible; - locally applying over the braided covering at least one fibre patch (12a, 12b, 12c; 14), each patch being conformed to be sufficiently deformable to espouse intimately the braided covering or the patch over which it is applied; - repeating the two steps of braiding and patch application as needed until a preform is obtained; - braiding an external braided covering to cover everything; - introducing resin into the preform and polymerizing it. - producing a mandrel; - braiding around the mandrel a fibre covering espousing the shapes of the mandrel as closely as possible; - locally applying over the braided covering at least one fibre patch (12a, 12b, 12c; 14), each patch being conformed to be sufficiently deformable to espouse intimately the braided covering or the patch over which it is applied; - repeating the two steps of braiding and patch application as needed until a preform is obtained; - braiding an external braided covering to cover everything; - introducing resin into the preform and polymerizing it.
A method of fabricating a bypass diode for a solar cell, the method comprising: forming a first conductive region of a first conductivity type on a first dielectric layer on a substrate of the solar cell; forming a second dielectric layer on the first conductive region; removing a portion of the second dielectric layer; forming a second conductive region of a second conductivity type above a portion of the first conductive region exposed by the removed portion of the second dielectric layer; removing a portion of the second conductive region to separate the second conductive region into first and second portions (345, 347) of the second conductive region; and coupling metal of the second conductivity type to the first conductive region and metal of the first conductivity type to the first portion of the second conductive region. forming a first conductive region of a first conductivity type on a first dielectric layer on a substrate of the solar cell; forming a second dielectric layer on the first conductive region; removing a portion of the second dielectric layer; forming a second conductive region of a second conductivity type above a portion of the first conductive region exposed by the removed portion of the second dielectric layer; removing a portion of the second conductive region to separate the second conductive region into first and second portions (345, 347) of the second conductive region; and coupling metal of the second conductivity type to the first conductive region and metal of the first conductivity type to the first portion of the second conductive region.
Method for representing the machining operations in the machining area of a machine tool, in which machining of a workpiece is carried out by means of a tool through movement of the tool relative to the workpiece, a. wherein, before beginning machining, a scanning unit scans at least the workpiece and/or the tool, and b. a three-dimensional data model is created of the object scanned in step a., wherein in the case of the scanned workpiece the data model is supplemented by existing data on the contour of the tool and in the case of the scanned tool the data model is supplemented by existing data on the contour of the workpiece, c. the model created in step b. is stored in a memory and d. during the machining of the workpiece, which is accompanied by a relative change in position of workpiece and tool, the respective position information of workpiece or tool, or workpiece and tool, is continuously fed to an image data processing unit, and e. the image data processing unit continuously updates the three-dimensional data model created in step b. from the memory with position information supplied in step d. and generates a virtual image based on the data model, and f. the virtual image of workpiece and tool updated in this way, is displayed on a display unit. a. wherein, before beginning machining, a scanning unit scans at least the workpiece and/or the tool, and b. a three-dimensional data model is created of the object scanned in step a., wherein in the case of the scanned workpiece the data model is supplemented by existing data on the contour of the tool and in the case of the scanned tool the data model is supplemented by existing data on the contour of the workpiece, c. the model created in step b. is stored in a memory and d. during the machining of the workpiece, which is accompanied by a relative change in position of workpiece and tool, the respective position information of workpiece or tool, or workpiece and tool, is continuously fed to an image data processing unit, and e. the image data processing unit continuously updates the three-dimensional data model created in step b. from the memory with position information supplied in step d. and generates a virtual image based on the data model, and f. the virtual image of workpiece and tool updated in this way, is displayed on a display unit.
A door opening device, comprising a reversible motor and two shafts (23, 24) arranged coaxially, one of which is in engagement with the motor for driving, the other shaft being provided to be fastened to the door, the two shafts being configured to cooperate with each other for the rotational driving of the door by the motor towards its open position, each by means of a drive finger (23', 24') axially extending the shaft so as to form thereon an angular sector moving over an angular range common to both angular sectors of the drive fingers, these angular sectors leaving free part of the angular range, to allow manual opening of the door and decoupling of the door and the motor on closing the door, the door following the shaft in engagement with the motor for driving on closing, without any driving by the motor, or the motor returning into into initial position faster than the door on closing, characterized in that the shaft on the door side comprises a disc extended by the drive finger, while the shaft on the motor side comprises a column extended by the drive finger, each drive finger occupying part of the circular section of one of the longitudinal ends of the disc and of the column, respectively.