mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for dampening of acoustic noise generated by air-cooling of at least one wind turbine component provided with the nacelle of a wind turbine, comprising at least one acoustic dampening means, with the acoustic dampening means comprising at least one acoustic dampening channel structure having at least one acoustic dampening channel connected with at least one inlet opening of the acoustic dampening channel structure and at least one outlet opening of the acoustic dampening channel structure, characterised in that the acoustic dampening channel structure comprises a plurality of acoustic dampening channels with the acoustic dampening channels being connected with a common inlet opening and with a common outlet opening or with the acoustic dampening channels or a group of at least two acoustic dampening channels being connected with a common inlet opening and with separate outlet openings or with the acoustic dampening channels or a group of at least two acoustic dampening channels being connected with separate inlet openings and with a common outlet opening.
An assembly comprising a plurality of caps (1, 1') for being removably attached to a septum of a needle-free intravascular connector, wherein one or more of said caps (1, 1') comprise a protrusion at a first end, and a cavity at a second end distal to the first end; the protrusion has a circumferential side surface, and the cavity has a circumferential side surface with a form corresponding the side surface of the protrusion and to fit the side surface of such protrusion; the side surface of the protrusion and the side surface of the cavity have pre-formed conjugate reversible fluid-tight fastening means (111, 111' and 121, 121'), such that the cavity is hermetically sealable by introduction and fastening of an identical protrusion of a further cap thereinto, and the conjugate fastening means are screw threads (111, 121), or the conjugate fastening means are a groove around one of the side surfaces (110 or 120) and a corresponding dentation around the other side surface (120 or 110), arranged to enable a reversible snap-fit connection between the fastening means on the side surface of the cavity and that on the side surface of an identical protrusion of a further cap; further wherein the cavity of one or more of the caps is hermetically sealed by fastening of a protrusion of another of the caps introduced thereto through said fastening means (111, 111' and 121, 121').
A method for filtering noise in a sequence of pixels, each pixel having an associated pixel value, the method comprising: recursively filtering the sequence of pixels in first and second directions so as to form first and second filtered pixel values for each pixel by, for each pixel: reading a filtered pixel value for the preceding pixel of the sequence with respect to the direction of operation of the recursive filter; scaling the filtered pixel value of the preceding pixel of the sequence by a measure of similarity between a property of the pixel and a corresponding property of the preceding pixel; and forming a filtered pixel value for the pixel in dependence on the pixel value of the pixel and on the scaled filtered pixel value for the preceding pixel; forming a weight for the filtered pixel value in dependence on a measure of confidence in the pixel values which contributed to that filtered pixel value; and combining the first and second filtered pixel values formed in respect of each pixel of each sequence so as to generate a filter output for the pixel, wherein combining the first and second filtered pixel values comprises calculating a weighted average of the first and second filtered pixel values using the formed weights. recursively filtering the sequence of pixels in first and second directions so as to form first and second filtered pixel values for each pixel by, for each pixel: reading a filtered pixel value for the preceding pixel of the sequence with respect to the direction of operation of the recursive filter; scaling the filtered pixel value of the preceding pixel of the sequence by a measure of similarity between a property of the pixel and a corresponding property of the preceding pixel; and forming a filtered pixel value for the pixel in dependence on the pixel value of the pixel and on the scaled filtered pixel value for the preceding pixel; forming a weight for the filtered pixel value in dependence on a measure of confidence in the pixel values which contributed to that filtered pixel value; and reading a filtered pixel value for the preceding pixel of the sequence with respect to the direction of operation of the recursive filter; scaling the filtered pixel value of the preceding pixel of the sequence by a measure of similarity between a property of the pixel and a corresponding property of the preceding pixel; and forming a filtered pixel value for the pixel in dependence on the pixel value of the pixel and on the scaled filtered pixel value for the preceding pixel; forming a weight for the filtered pixel value in dependence on a measure of confidence in the pixel values which contributed to that filtered pixel value; and combining the first and second filtered pixel values formed in respect of each pixel of each sequence so as to generate a filter output for the pixel, wherein combining the first and second filtered pixel values comprises calculating a weighted average of the first and second filtered pixel values using the formed weights.
A door assembly (100, 200, 300) for a laundry treating appliance comprising: a frame defining an opening; a window closing the opening; and a transparent or translucent plastic fishbowl (110, 210, 310) adjacent the window, the fishbowl (110, 210, 310) being convex shaped and extending away from the inner face of the door into the treating chamber when the door is closed, and comprising: a peripheral wall (112, 212, 312) defining at least a partial annulus (116, 216, 316) with a central axis; characterized in that said fishbowl (110, 210, 310) further comprises an inner wall (114, 214, 314) located within the peripheral wall (112, 212, 312) to close the at least partial annulus (116, 216, 316) and defining a surface that intersects with the peripheral wall (112, 212, 312) defining an intersection, wherein a fillet is disposed within the intersection and defines at least a portion of a circle or an arcuate surface, such that an effective radius of curvature is defined between the fillet and a center point of the circle, the radius of curvature being less than 200 mm and as low as 138 mm. a frame defining an opening; a window closing the opening; and a transparent or translucent plastic fishbowl (110, 210, 310) adjacent the window, the fishbowl (110, 210, 310) being convex shaped and extending away from the inner face of the door into the treating chamber when the door is closed, and comprising: a peripheral wall (112, 212, 312) defining at least a partial annulus (116, 216, 316) with a central axis; characterized in that said fishbowl (110, 210, 310) further comprises an inner wall (114, 214, 314) located within the peripheral wall (112, 212, 312) to close the at least partial annulus (116, 216, 316) and defining a surface that intersects with the peripheral wall (112, 212, 312) defining an intersection, wherein a fillet is disposed within the intersection and defines at least a portion of a circle or an arcuate surface, such that an effective radius of curvature is defined between the fillet and a center point of the circle, the radius of curvature being less than 200 mm and as low as 138 mm.
A honeycomb structure containing an insert within a cavity formed in the honeycomb structure and adapted to enable the attachment of a component to the honeycomb structure wherein the insert is secured to the interior walls of the cavity in the honeycomb structure by a foam provided by a heat activated adhesive provided on the insert.
A handle assembly of a cleaning device, the handle assembly comprising: a handle body having a first end and a second end, the handle body providing a user-graspable portion by which a user may grasp and hold the handle, the handle body being pivotably attached to a body of the cleaning device at a first end of the handle, and a deployment assembly for moving the handle body from a first stowed position towards a second deployed position, wherein in its first position the handle body lies against the body of the cleaning device or within a recess defined by the body of the cleaning device, and in its second position the user graspable portion of the handle is spaced from the body of the cleaning device so as to be graspable by a user, characterised in that the deployment assembly comprises a push-push mechanism. a handle body having a first end and a second end, the handle body providing a user-graspable portion by which a user may grasp and hold the handle, the handle body being pivotably attached to a body of the cleaning device at a first end of the handle, and a deployment assembly for moving the handle body from a first stowed position towards a second deployed position, wherein in its first position the handle body lies against the body of the cleaning device or within a recess defined by the body of the cleaning device, and in its second position the user graspable portion of the handle is spaced from the body of the cleaning device so as to be graspable by a user, characterised in that the deployment assembly comprises a push-push mechanism.
Device for extraction of metal or metal compounds from a material containing the metal or metal compound, comprising a furnace vessel with a first inlet for feed of the material, a first outlet for discharge of waste gas, an electric reduction furnace area with one or more electrodes, which usually operate in alternating-current operation and are optionally switchable over to direct-current operation and which project into the furnace vessel, for melting and/or reducing the fed material, a space provided in the region of the slag tap and serving as a settling zone, a base electrode which is constructed as a cathode and between which and an electrode or the electrode optionally switchable over to direct-current operation a direct-current flow can be generated, an electromagnet or permanent magnet which is so positioned at the furnace vessel that the direct-current flow generated in the furnace vessel is crossed by the magnetic field thereof so that by means of the superimposed current and magnetic fields and the forces resulting therefrom the medium present in the furnace is set in motion in such a way that a stirring action results from the combination of the effects, and a tap for removal of the molten metal or the metal compound and an overflow or tap for the slag, characterised in that the electrode is arranged in the region of the space serving as a settling zone.
A battery pack detachably connected to an electric tool or to a charger and comprising: a housing; a cell group comprising a plurality of cells electrically connected to each other, wherein the cell group is disposed in the housing; a first voltage monitoring module configured to monitor at least one of a voltage of each of the plurality of the cells or a total voltage of the cell group; a control module (302, 106) electrically connected to the first voltage monitoring module and configured to control a charging process of the cell group; a second voltage monitoring module configured to monitor the voltage of each of the plurality of the cells to detect whether the plurality of the cells are in an overvoltage state; and a protection module electrically connected to the second voltage monitoring module and configured to, when the second voltage monitoring module monitors that any one of the plurality of the cells is in the overvoltage state, cut off a charging path formed between the battery pack and the charger; wherein the protection module comprises a fuse electrically connected to the cell group; and an electronic switch connected in series to the fuse and the cell group; and characterized in that the protection module further comprises: an optical coupler electrically connected to the second voltage monitoring module and the electronic switch and configured to control the electronic switch to turn on to blow the fuse according to a signal of the second voltage monitoring module. a housing; a cell group comprising a plurality of cells electrically connected to each other, wherein the cell group is disposed in the housing; a first voltage monitoring module configured to monitor at least one of a voltage of each of the plurality of the cells or a total voltage of the cell group; a control module (302, 106) electrically connected to the first voltage monitoring module and configured to control a charging process of the cell group; a second voltage monitoring module configured to monitor the voltage of each of the plurality of the cells to detect whether the plurality of the cells are in an overvoltage state; and a protection module electrically connected to the second voltage monitoring module and configured to, when the second voltage monitoring module monitors that any one of the plurality of the cells is in the overvoltage state, cut off a charging path formed between the battery pack and the charger; wherein the protection module comprises a fuse electrically connected to the cell group; and an electronic switch connected in series to the fuse and the cell group; and
A computer-implemented method of operating a batch inspection system through a software implementing reusable data objects representing different workpieces and elements comprising a batch inspection system, the batch inspection system comprising a coordinate measuring machine having a measuring space, a workpiece container, a robot disposed to deliver each of plurality of workpieces to the measuring space from the workpiece container, and a control computer having a display device and operably coupled to the coordinate measuring machine and the robot, the method comprising: displaying, on the display device, a graphical user interface configured to allow an operator to control execution of a batch inspection job by the batch inspection system, the graphical user interface comprising: a graphical container graphically representing a corresponding physical container, the physical container (200, 240) having a plurality of workpieces, each workpiece in the plurality of workpieces having a corresponding unique position in the container, and a plurality of graphical icons (635, 636, 639), each graphical icon of the plurality of graphical icons corresponding to a unique workpiece from among a plurality of workpieces in a batch job, and displayed in the graphical container in a graphical position corresponding to the position on the physical container of the workpiece, each such graphical icon (635, 636, 639) having indicia conveying a status of inspection of the corresponding workpiece. a graphical container graphically representing a corresponding physical container, the physical container (200, 240) having a plurality of workpieces, each workpiece in the plurality of workpieces having a corresponding unique position in the container, and a plurality of graphical icons (635, 636, 639), each graphical icon of the plurality of graphical icons corresponding to a unique workpiece from among a plurality of workpieces in a batch job, and displayed in the graphical container in a graphical position corresponding to the position on the physical container of the workpiece, each such graphical icon (635, 636, 639) having indicia conveying a status of inspection of the corresponding workpiece.
A photocurable composition comprising: a modified polyorganosiloxane compound having a photopolymerizable functional group and an SiH group; a compound having a carbon-carbon double bond; and a photopolymerization initiator; wherein component is a compound having an Si-CH=CH 2 group. a modified polyorganosiloxane compound having a photopolymerizable functional group and an SiH group; a compound having a carbon-carbon double bond; and a photopolymerization initiator; wherein component is a compound having an Si-CH=CH 2 group.
A method (500, 600) for wireless communications by a wireless node, comprising: receiving (502, 608), from a base station, a plurality of modulation and coding schemes, MCS, and interference-controlling parameters each interference-controlling parameter associated with one of the plurality of MCS, wherein the interference-controlling parameters indicate: for each of the MCS, an associated maximum duration or payload size for grant-less transmission using that MCS; determining (504, 610) a data rate and duration for a grant-less transmission based on a selected MCS from the plurality of MCS and the maximum duration or payload size indicated by the interference-controlling parameter associated with the selected MCS; selecting access resources to use for the grant-less transmission from a common pool of resources configured to be shared by a plurality of wireless nodes for grant-less transmissions; and transmitting (508, 612) the grant-less transmission using the selected access resources at the determined data rate and for the determined duration; and characterized in that: the grant-less transmission is transmitted using multiple component carriers, CCs; and the data rate and the duration for the grant-less transmission are determined per-CC. for each of the MCS, an associated maximum duration or payload size for grant-less transmission using that MCS; determining (504, 610) a data rate and duration for a grant-less transmission based on a selected MCS from the plurality of MCS and the maximum duration or payload size indicated by the interference-controlling parameter associated with the selected MCS; selecting access resources to use for the grant-less transmission from a common pool of resources configured to be shared by a plurality of wireless nodes for grant-less transmissions; and transmitting (508, 612) the grant-less transmission using the selected access resources at the determined data rate and for the determined duration; and characterized in that: the grant-less transmission is transmitted using multiple component carriers, CCs; and the data rate and the duration for the grant-less transmission are determined per-CC. the grant-less transmission is transmitted using multiple component carriers, CCs; and the data rate and the duration for the grant-less transmission are determined per-CC.
A method for preparing a fluorinated organic compound comprising: (a) in a first stage, fluorinating at least one compound of Formula: CF 3 CX 1 =CH 2, with hydrogen fluoride to produce a reaction stream comprising at least one compound of Formula: CF 3 CYYCH 3, (b) in a second stage, dehydrohalogenating said compound of Formula to produce at least one compound of Formula: CF 3 CF=CH 2 wherein X 1 is Cl, Br or I, and Y is independently F, Cl, Br or I, provided that at least one Y is F; and wherein unreacted hydrogen fluoride is removed from the reaction stream prior to introducing the reaction stream to the second stage. (a) in a first stage, fluorinating at least one compound of Formula: CF 3 CX 1 =CH 2, with hydrogen fluoride to produce a reaction stream comprising at least one compound of Formula: CF 3 CYYCH 3, (b) in a second stage, dehydrohalogenating said compound of Formula to produce at least one compound of Formula: CF 3 CF=CH 2 wherein X 1 is Cl, Br or I, and Y is independently F, Cl, Br or I, provided that at least one Y is F; and wherein unreacted hydrogen fluoride is removed from the reaction stream prior to introducing the reaction stream to the second stage.
Wound cleaning article comprising a composite material which has a foam layer and a fibre layer arranged on and in the foam layer, wherein the fibre layer is at least partially thermally consolidated and the foam layer and fibre layer are connected to one another by needling, where fibres of the fibre layer have penetrated into the foam layer and form capillary channels which extend from the fibre layer into the foam layer, characterized in that the fibres of the fibre layer penetrate the foam layer and protrude at least partially from that side of the foam layer that faces away from the fibre layer.
Apparatus for connecting telecommunications equipment located inside premises, to a telecommunications network outside the premises, whereby the apparatus comprises a first module including components associated with the telecommunications equipment and configured to be accessible from inside the premises and further including a first transceiver, and a second module including components associated with the telecommunications network and configured to be accessible from outside the premises, the components associated with the telecommunications network including an optical network terminal to terminate an optical cable of the telecommunications network, the second module further including a second transceiver, wherein in use the first module is separated from the second module by a dividing structure (25, 26, 45), and is connectable to the second module by a telecommunications link (326, 41) through the dividing structure over which the first and second transceiver modules communicate with one another, and wherein in use the first module is accessible from inside the premises and the second module is accessible from outside the premises.
An electric brake system comprising: an electric brake including a rotary shaft configured to be driven by an electric motor, a friction pad, a linear motion mechanism configured to convert a rotation of the rotary shaft to a linear motion of the friction pad, thereby pressing the friction pad against a brake disk; and a control means configured to receive a detection output of a load detecting means for detecting the intensity of a load applied to the brake disk, a brake load command output from a brake pedal, and a detection output of a vehicle speed detecting means (60, 61, 63) for detecting a vehicle speed, and to control the electric motor based on the outputs received, wherein the control means is provided with a dead band within which a brake load applied by the linear motion mechanism does not change even if the load command output from the brake pedal is deviated from the detection output of the load detecting means, when it is detected that a vehicle is at a stop based on the detection signal of the vehicle speed detecting means (60, 61, 63), and wherein the control means is configured to determine that the vehicle is at a stop if the detection output of the vehicle speed detecting means (60, 61, 63) for detecting the vehicle speed remains zero for a predetermined period of time. an electric brake including a rotary shaft configured to be driven by an electric motor, a friction pad, a linear motion mechanism configured to convert a rotation of the rotary shaft to a linear motion of the friction pad, thereby pressing the friction pad against a brake disk; and a control means configured to receive a detection output of a load detecting means for detecting the intensity of a load applied to the brake disk, a brake load command output from a brake pedal, and a detection output of a vehicle speed detecting means (60, 61, 63) for detecting a vehicle speed, and to control the electric motor based on the outputs received, wherein the control means is provided with a dead band within which a brake load applied by the linear motion mechanism does not change even if the load command output from the brake pedal is deviated from the detection output of the load detecting means, when it is detected that a vehicle is at a stop based on the detection signal of the vehicle speed detecting means (60, 61, 63), and wherein the control means is configured to determine that the vehicle is at a stop if the detection output of the vehicle speed detecting means (60, 61, 63) for detecting the vehicle speed remains zero for a predetermined period of time.