mhurhangee/ep-ind-claims huggingface dataset:
An imitation candle, comprising a housing, an imitation flame body provided at a top of said housing, a light source adapted to emit light onto said imitation flame body, a swing motion device, and an air blowing device, wherein a lower portion of said imitation flame body is connected with said swing motion device, said swing motion device comprising a swing driving unit and a passive swing unit, said swing driving unit being operationally coupled to said passive swing unit, wherein said passive swing unit is configured to allow said imitation flame body to pivot horizontally about at least one of a X axis and a Y axis, and said swing driving unit comprises a wind driven pendulum member, and said air blowing device is adapted to blow air toward said wind driven pendulum member causing said wind driven pendulum member to swing as well as said imitation flame body to pivot, characterized in that the wind driven pendulum member is a wind driven bowl adapted to receive blowing air, and said wind driven bowl has an air discharge hole. a housing, an imitation flame body provided at a top of said housing, a light source adapted to emit light onto said imitation flame body, a swing motion device, and an air blowing device,
Cell traverse for an aseptic area of a filling machine for filling packages with flowable products, wherein the cell traverse (1, 1', 1") comprises a frame structure (2, 2', 2") with - at least one first lateral longitudinal structure (4a, 4a', 4a"), - at least one second lateral longitudinal structure (4b, 4b', 4b") opposite the first longitudinal structure (4a, 4a', 4a"), and - a plurality of transverse elements (6, 6', 6") arranged between the first and second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") and connecting the longitudinal structures, wherein a plurality of cells (8, 8', 8") situated adjacent to one another in the longitudinal direction of the cell traverse (1, 1', 1") for receiving filled or to-be-filled packages are formed between the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") and the transverse elements (6, 6', 6"), characterized in that the cells (8, 8', 8") are each formed by the longitudinal structures (4a, 4a', 4a", 4b, 4b") and transverse elements (6, 6', 6"), wherein either - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") is formed as a substantially planar side wall and at least part of the transverse elements (6, 6', 6") is formed substantially tubular, or - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") each comprise at least one, preferably at least two tubular longitudinal struts and at least part of the transverse elements (6, 6', 6") is formed substantially planar, and wherein at least part of the transverse elements (6, 6', 6") is connected to the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") exclusively in a positive-locking and/or force-locking manner. - at least one first lateral longitudinal structure (4a, 4a', 4a"), - at least one second lateral longitudinal structure (4b, 4b', 4b") opposite the first longitudinal structure (4a, 4a', 4a"), and - a plurality of transverse elements (6, 6', 6") arranged between the first and second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") and connecting the longitudinal structures, wherein a plurality of cells (8, 8', 8") situated adjacent to one another in the longitudinal direction of the cell traverse (1, 1', 1") for receiving filled or to-be-filled packages are formed between the longitudinal structures (4a, 4a', 4a", 4b, 4b', 4b") and the transverse elements (6, 6', 6"), characterized in that the cells (8, 8', 8") are each formed by the longitudinal structures (4a, 4a', 4a", 4b, 4b") and transverse elements (6, 6', 6"), wherein either - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") is formed as a substantially planar side wall and at least part of the transverse elements (6, 6', 6") is formed substantially tubular, or - the first longitudinal structure and/or the second longitudinal structure (4a, 4a', 4a", 4b, 4b', 4b") each comprise at least one, preferably at least two tubular longitudinal struts and at least part of the transverse elements (6, 6', 6") is formed substantially planar,
A firing circuit for a blasting detonator, including: a charging source including first and second charging source terminals (3A, 3B), the charging source configured to selectively provide a charging voltage signal (VBUS) including a positive voltage at the first charging source terminal relative to the second charging source terminal; a Zener diode; a firing capacitor including a first capacitor terminal configured to be directly connected to a first electrical terminal of an ignition element, and a second capacitor terminal directly connected to the second charging source terminal of the charging source; and a switching device configured to be connected between a second electrical terminal of said ignition element and the second charging source terminal of the charging source, the switching device including a control terminal to receive a control signal (FIRE) to selectively connect said second electrical terminal of said ignition element to the second charging source terminal of the charging source to allow current to flow through said ignition element; characterized in that the Zener diode includes an anode configured to be coupled with said first electrical terminal of said ignition element, and a cathode coupled with the first charging source terminal of the charging source. a charging source including first and second charging source terminals (3A, 3B), the charging source configured to selectively provide a charging voltage signal (VBUS) including a positive voltage at the first charging source terminal relative to the second charging source terminal; a Zener diode; a firing capacitor including a first capacitor terminal configured to be directly connected to a first electrical terminal of an ignition element, and a second capacitor terminal directly connected to the second charging source terminal of the charging source; and a switching device configured to be connected between a second electrical terminal of said ignition element and the second charging source terminal of the charging source, the switching device including a control terminal to receive a control signal (FIRE) to selectively connect said second electrical terminal of said ignition element to the second charging source terminal of the charging source to allow current to flow through said ignition element; characterized in that the Zener diode includes an anode configured to be coupled with said first electrical terminal of said ignition element, and a cathode coupled with the first charging source terminal of the charging source.
A compound of Formula: or a stereoisomer, a tautomer, a pharmaceutically acceptable salt thereof, wherein: ring A is independently selected from ring B is independently selected from R 1 is independently selected from H and C 1-4 alkyl; R 2 is independently selected from F, Cl, CF 3, CHF 2, and COOH; R 3 is independently selected from H, CHF 2, CD 3, CH 3, and R 4 is independently selected from H and F; and R 5 is independently selected from H, F, Cl, CH 3, and OCH 3. ring A is independently selected from ring B is independently selected from R 1 is independently selected from H and C 1-4 alkyl; R 2 is independently selected from F, Cl, CF 3, CHF 2, and COOH; R 3 is independently selected from H, CHF 2, CD 3, CH 3, and R 4 is independently selected from H and F; and R 5 is independently selected from H, F, Cl, CH 3, and OCH 3.
Apparatus for inserting a spigot into a flexible tube, the apparatus including:- • means for supporting and advancing a spigot; and • means for gripping a flexible tube for insertion of the spigot; • the gripping means including a pair of jaws for gripping and releasing the tube, with sufficient strength to hold to the tube but not crush the same, • at least part of one or both jaws being moveably mounted against a resistance such that under the force of the advancing spigot at least part of one or both jaws can release sufficiently to allow the spigot to pass into the tube, while retaining the tube in the apparatus, characterized in that at least one of the jaws includes at least two sections, each moveably mounted against a resistance (25;34,35), a front section (21;31) for holding the part of the tube into which the spigot is inserted, being flared towards its front end to allow for insertion of the spigot, and a back section (22;32) contoured in accordance with the dimensions of the tube only, to maintain a grip on the tube while the spigot is being inserted into the tube. • means for supporting and advancing a spigot; and • means for gripping a flexible tube for insertion of the spigot; • the gripping means including a pair of jaws for gripping and releasing the tube, with sufficient strength to hold to the tube but not crush the same, • at least part of one or both jaws being moveably mounted against a resistance such that under the force of the advancing spigot at least part of one or both jaws can release sufficiently to allow the spigot to pass into the tube, while retaining the tube in the apparatus, characterized in that at least one of the jaws includes at least two sections, each moveably mounted against a resistance (25;34,35), a front section (21;31) for holding the part of the tube into which the spigot is inserted, being flared towards its front end to allow for insertion of the spigot, and a back section (22;32) contoured in accordance with the dimensions of the tube only, to maintain a grip on the tube while the spigot is being inserted into the tube. • at least part of one or both jaws being moveably mounted against a resistance such that under the force of the advancing spigot at least part of one or both jaws can release sufficiently to allow the spigot to pass into the tube, while retaining the tube in the apparatus, characterized in that at least one of the jaws includes at least two sections, each moveably mounted against a resistance (25;34,35), a front section (21;31) for holding the part of the tube into which the spigot is inserted, being flared towards its front end to allow for insertion of the spigot, and a back section (22;32) contoured in accordance with the dimensions of the tube only, to maintain a grip on the tube while the spigot is being inserted into the tube.
A method of wireless communication of a receiver, comprising: determining spatial directions of a plurality of transmitters (712, 714, 716) including a first transmitter and at least one other transmitter (714, 716) for detecting one or more request to send, RTS, messages transmitted in the spatial directions; transmitting information indicating that the receiver is to perform a beam sweep in K different spatial directions and indicating a duration of the beam sweep; and performing, based on the determined spatial directions, the beam sweep for receiving the one or more RTS messages, said performing the beam sweep comprises listening for a RTS message in each of the determined spatial directions. determining spatial directions of a plurality of transmitters (712, 714, 716) including a first transmitter and at least one other transmitter (714, 716) for detecting one or more request to send, RTS, messages transmitted in the spatial directions; transmitting information indicating that the receiver is to perform a beam sweep in K different spatial directions and indicating a duration of the beam sweep; and performing, based on the determined spatial directions, the beam sweep for receiving the one or more RTS messages, said performing the beam sweep comprises listening for a RTS message in each of the determined spatial directions.
A method of geotagging a digital photo on a handheld electronic device comprising a camera and GPS position-determining subsystem, the method comprising: monitoring, by a user activity monitoring application, user activity with respect to the camera in the device; determining that current position data for a current position of the device is not currently available from the position-determining subsystem; initiating acquisition of a GPS position fix prior to initiating capture of a digital photo by the camera in dependence on monitored user activity and determining that the current position data is not currently available; providing an onscreen user interface for the camera; prior to capture of the digital photo using the camera, presenting an indication of acquisition status for a GPS position fix on the user interface while displaying a viewfinder on the user interface, the indication of acquisition status comprising an indication that GPS acquisition is progressing; prior to completion of GPS acquisition and as the GPS acquisition is progressing, capturing the digital photo using the camera; and geotagging the digital photo by appending the current position data to the digital photo when available. monitoring, by a user activity monitoring application, user activity with respect to the camera in the device; determining that current position data for a current position of the device is not currently available from the position-determining subsystem; initiating acquisition of a GPS position fix prior to initiating capture of a digital photo by the camera in dependence on monitored user activity and determining that the current position data is not currently available; providing an onscreen user interface for the camera; prior to capture of the digital photo using the camera, presenting an indication of acquisition status for a GPS position fix on the user interface while displaying a viewfinder on the user interface, the indication of acquisition status comprising an indication that GPS acquisition is progressing; prior to completion of GPS acquisition and as the GPS acquisition is progressing, capturing the digital photo using the camera; and geotagging the digital photo by appending the current position data to the digital photo when available.
An electronic device, comprising: a display including a plurality of pixels to display a screen; a fingerprint sensor disposed below the display such that contacts to a finger within a sensing area of the display are detected by the fingerprint sensor through the display; and at least one processor electrically connected to the display and the fingerprint sensor, wherein the processor is configured to: in response to an event related to a sensing of a fingerprint, display an interface that functions as a visual guide identifying the sensing area with a first brightness, in response to receiving a user input applied onto the interface or after a specific period of time elapses from the display of the interface, change the screen such that pixels in an area of the screen except the interface is altered to display a black state, wherein a brightness of the interface is increased, receive a fingerprint input on the interface, and perform the fingerprint authentication based on the received fingerprint input. a display including a plurality of pixels to display a screen; a fingerprint sensor disposed below the display such that contacts to a finger within a sensing area of the display are detected by the fingerprint sensor through the display; and at least one processor electrically connected to the display and the fingerprint sensor, wherein the processor is configured to: in response to an event related to a sensing of a fingerprint, display an interface that functions as a visual guide identifying the sensing area with a first brightness, in response to receiving a user input applied onto the interface or after a specific period of time elapses from the display of the interface, change the screen such that pixels in an area of the screen except the interface is altered to display a black state, wherein a brightness of the interface is increased, in response to an event related to a sensing of a fingerprint, display an interface that functions as a visual guide identifying the sensing area with a first brightness, in response to receiving a user input applied onto the interface or after a specific period of time elapses from the display of the interface, change the screen such that pixels in an area of the screen except the interface is altered to display a black state, wherein a brightness of the interface is increased, receive a fingerprint input on the interface, and perform the fingerprint authentication based on the received fingerprint input.
Trailer coupling for a motor vehicle, with a coupling element fitted to a coupling member (18; 118) for the coupling of a trailer and with a mounting (11; 111) for the coupling member (18; 118), attachable to the motor vehicle, and with at least one screw mounting element with a screw section (51; 251) for connecting two parts of the trailer coupling (10; 110) or for connecting the mounting (11; 111) to the motor vehicle, wherein the screw mounting element or elements has an eye (53; 253; 453; 653) for attaching a trailer breakaway cable, characterised in that the coupling member (18; 118) is integral with the mounting (11; 111) and the mounting (11; 111) has at least one mounting flange which is or may be fastened to the motor vehicle or to a cross-member (91; 191) on the motor vehicle and running in its the lateral direction, and/or that it includes a cross-member (91; 191) which is provided for attaching to the motor vehicle and, when fitted to the motor vehicle, runs transversely to the direction of travel of the latter, and the mounting (11; 111) is fastened to the cross-member (91; 191) by the screw mounting element or elements.
A process for the extraction, from bauxite and from red mud resulting from the processing of bauxite, of products of industrial interest, separated from each other, said process comprising the following steps: - optional grinding and/or drying of the to be treated material at a temperature from 60 to 250°C; - optional roasting of the dried material; - melting of the resulting material; - keeping of the melting bath at a temperature higher than 1350°C; - blowing inside of the melting bath of chlorine, or at least an in situ chlorine generating compound, optionally together with at least an inert gas; - optional stirring of the melted bath in order to favour the chlorine diffusion and kinetics of the process reactions; - collecting of the gaseous flow exiting from the melting bath and sending thereof, keeping the temperature above 1500°C, to a controlled cooling system; - controlled cooling of the gaseous flow with selective condensation of chlorides of the different elements of industrial interest, like sodium chloride, iron chloride, gallium chloride, aluminum chloride, titanium chloride and silicon chloride; - separated collection of individual chlorides - optional further purification of each of collected chlorides by fractional distillation. - optional grinding and/or drying of the to be treated material at a temperature from 60 to 250°C; - optional roasting of the dried material; - melting of the resulting material; - keeping of the melting bath at a temperature higher than 1350°C; - blowing inside of the melting bath of chlorine, or at least an in situ chlorine generating compound, optionally together with at least an inert gas; - optional stirring of the melted bath in order to favour the chlorine diffusion and kinetics of the process reactions; - collecting of the gaseous flow exiting from the melting bath and sending thereof, keeping the temperature above 1500°C, to a controlled cooling system; - controlled cooling of the gaseous flow with selective condensation of chlorides of the different elements of industrial interest, like sodium chloride, iron chloride, gallium chloride, aluminum chloride, titanium chloride and silicon chloride; - separated collection of individual chlorides - optional further purification of each of collected chlorides by fractional distillation.
A method for manufacturing a microelectromechanical component, in which method a microelectromechanical chip part is sealed by a cover part, which cover part contains first lead-in structures for bringing electric connections through the cover part, wherein on top the cover part, a conductive redistribution layer in electric connection with the first lead-in structures is manufactured; on top the redistribution layer, one or more electronic circuit layers are attached, each electronic circuit layer including: an electronic circuit part (78, 83) within dielectric layers, a dielectric layer below (62, 82) the electronic circuit part, and a dielectric layer on top (79, 84) of the electronic circuit part, a wiring layer on the dielectric layer on top (79, 84) of the electronic circuit part (78, 83); at least two second lead-ins, wherein one second lead-in extends from the wiring layer through the dielectric layers (62, 79) to the conductive redistribution layer on the underlying cover part, or through the dielectric layers (82, 84) to a wiring layer (80, 81) on an underlying electronic circuit layer, and the other second lead-in extends from the wiring layer to a contact surface of the electronic circuit part (78, 83); a protection layer with openings to contact surfaces of the wiring layer of the topmost electronic circuit layer is manufactured; bonding members are manufactured into the openings for external connections of the microelectromechanical component. an electronic circuit part (78, 83) within dielectric layers, a dielectric layer below (62, 82) the electronic circuit part, and a dielectric layer on top (79, 84) of the electronic circuit part, a wiring layer on the dielectric layer on top (79, 84) of the electronic circuit part (78, 83); at least two second lead-ins, wherein one second lead-in extends from the wiring layer through the dielectric layers (62, 79) to the conductive redistribution layer on the underlying cover part, or through the dielectric layers (82, 84) to a wiring layer (80, 81) on an underlying electronic circuit layer, and the other second lead-in extends from the wiring layer to a contact surface of the electronic circuit part (78, 83); a protection layer with openings to contact surfaces of the wiring layer of the topmost electronic circuit layer is manufactured; bonding members are manufactured into the openings for external connections of the microelectromechanical component.
A device for the supply of a gas from a gas source to an operational space configured to adjoin a temporarily open inner portion of a mammal during surgical operations, wherein the device comprises a supply conduit, which is connectable to the gas source and includes an outlet end, a body having an outer side, an interior channel, and having an opening to allow the gas to enter the interior channel of the body from the supply conduit, and a stiffening member of a plastically deformable material, wherein the body is manufactured in foam rubber-like material having a large number of open cells functioning as supply nozzles permitting the supply of a laminar, continuous gas stream into the operational space enabling the formation of a gas cushion in the operational space, characterised in that the body has at least partly an annular shape extending along a circumferential path around a centre axis (x), the body enclosing the operational space and having an inner side facing the operational space, and that the stiffening member extends in parallel with the circumferential path of the body and permits bending of the body to any suitable shape adapted to the specific body part of the mammal to be operated and is adapted to remain in said suitable shape.