mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a circuit board extending along a plane (X-Y), the circuit board including a fence that extends upwardly from the plane and that defines a first perimeter; a heat generating component (204, 214) positioned within the first perimeter; a thermal module positioned over the heat generating component (204, 214), the thermal module including a frame that extends downwardly toward the plane (X-Y) and that defines a second perimeter that is different from the first perimeter, wherein the first perimeter and the second perimeter are offset from each other and the frame and the fence overlap in a direction perpendicular to the plane (X-Y), characterized in that the device further comprises: a gasket that is not part of either the fence or the frame, wherein the gasket is compressed between the fence and the frame in a direction parallel to the plane (X-Y) and is configured to exert a bias against the fence and the frame in the direction parallel to the plane (X-Y), in order to ensure contact to block radio frequency energy between the fence and the frame to thereby complete a Faraday cage (216; 216) around the heat generating component (204, 214). a circuit board extending along a plane (X-Y), the circuit board including a fence that extends upwardly from the plane and that defines a first perimeter; a heat generating component (204, 214) positioned within the first perimeter; a thermal module positioned over the heat generating component (204, 214), the thermal module including a frame that extends downwardly toward the plane (X-Y) and that defines a second perimeter that is different from the first perimeter, wherein the first perimeter and the second perimeter are offset from each other and the frame and the fence overlap in a direction perpendicular to the plane (X-Y), characterized in that the device further comprises: a gasket that is not part of either the fence or the frame, wherein the gasket is compressed between the fence and the frame in a direction parallel to the plane (X-Y) and is configured to exert a bias against the fence and the frame in the direction parallel to the plane (X-Y), in order to ensure contact to block radio frequency energy between the fence and the frame to thereby complete a Faraday cage (216; 216) around the heat generating component (204, 214).
A process for making a tube electrode for shaped-tube electrochemical machining (STEM), comprising: providing an electrically conductive tube; and coating an electrically insulating layer on a peripheral surface of the tube, characterized in that said coating comprises coating a ceramic layer on at least a tip adjacent area of the peripheral surface of the tube by micro arc oxidation. providing an electrically conductive tube; and coating an electrically insulating layer on a peripheral surface of the tube, characterized in that said coating comprises coating a ceramic layer on at least a tip adjacent area of the peripheral surface of the tube by micro arc oxidation.
Device for tensioning a connecting element fastened to a component (18, 20) to be tightened, comprising: - a fixation element for holding the connecting element; - a support element for supporting the device against the component; and - an actuating unit with a fluid chamber for receiving a fluid and a piston which is translationally guided in the fixation element, wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the fixation element relative to the support element; characterized in that the piston is coupled to the fixation element by means of a structural connection which comprises at least one ball or roller screw (100; 102). - a fixation element for holding the connecting element; - a support element for supporting the device against the component; and - an actuating unit with a fluid chamber for receiving a fluid and a piston which is translationally guided in the fixation element, wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the fixation element relative to the support element;
A semiconductor package comprising: a substrate configured for electrical connection to a system board; a synthesized magnetic composite layer connected to the substrate; an antenna over the magnetic composite layer; vias that extend through the magnetic composite layer; and a package cover, wherein the package cover is formed over the substrate, the magnetic composite layer and the antenna, or wherein the magnetic composite layer is screen printed over the package cover, the semiconductor package being characterised in that the magnetic composite layer is formed of magnetic nanoparticles cured in an epoxy resin, wherein the nanoparticles are magnetically aligned using a magnetic field during curing of the magnetic composite layer. a substrate configured for electrical connection to a system board; a synthesized magnetic composite layer connected to the substrate; an antenna over the magnetic composite layer; vias that extend through the magnetic composite layer; and a package cover, wherein the package cover is formed over the substrate, the magnetic composite layer and the antenna, or wherein the magnetic composite layer is screen printed over the package cover, the semiconductor package being characterised in that the magnetic composite layer is formed of magnetic nanoparticles cured in an epoxy resin, wherein the nanoparticles are magnetically aligned using a magnetic field during curing of the magnetic composite layer.
An end profile (11, 11') for insulating material elements comprising a profile body (13, 13') which extends in a longitudinal direction and which comprises a plug-in limb, wherein the plug-in limb is configured for a plugging in between an insulating material element and an adjacent structural body, in particular a base surface, and has two flat sides (31, 32) which are opposed to one another such that, in the plugged-in state of the plug-in limb, one of the flat sides faces the insulating material element and the other flat side faces the structural body, wherein at least one resilient lip is arranged at the plug-in limb, projects from one of the flat sides (31, 32) and extends in the longitudinal direction, characterized in that the profile body (13, 13') has a contact surface which is configured to contact the structural body and which defines a contact plane, with the at least one resilient lip, in particular in an undeformed starting state, projecting in the direction of the structural body beyond the contact plane. wherein the plug-in limb is configured for a plugging in between an insulating material element and an adjacent structural body, in particular a base surface, and has two flat sides (31, 32) which are opposed to one another such that, in the plugged-in state of the plug-in limb, one of the flat sides faces the insulating material element and the other flat side faces the structural body, wherein at least one resilient lip is arranged at the plug-in limb, projects from one of the flat sides (31, 32) and extends in the longitudinal direction, characterized in that the profile body (13, 13') has a contact surface which is configured to contact the structural body and which defines a contact plane, with the at least one resilient lip, in particular in an undeformed starting state, projecting in the direction of the structural body beyond the contact plane.
A junction device for a spray system, said device being arranged so as to connect, to an airbrush, at least one removable container containing a composition for spraying, the device comprising at least a composition-outlet first orifice enabling the composition to leave the container in order to be sprayed via the airbrush, and at least an air-inlet second orifice in the container enabling air intake by the container, the device including an air-intake channel that is connected to the air-inlet orifice, and said channel terminating by an air-entry orifice that is situated above the air-inlet orifice and the composition-outlet orifice during use, characterized by, the air-entry orifice opening out facing the container onto a vertical inside wall of the junction device.
An electric toothbrush comprising a power supply; a drive shaft defining a fluid conduit therein and a fluid inlet positioned at a proximal end thereof, said drive shaft extending from a proximal end of a drive assembly; a brush tip connected to a distal end of the drive shaft, wherein the brush tip includes a brush head, a fluid outlet within the brush head, and a fluid conduit defined within the brush tip that is fluidly connected to the fluid conduit in the drive shaft; an electromagnetic coil connected to the power supply; a magnet attached to the drive shaft and positioned within a magnetic field of the electromagnetic coil; a fluid tube connected at a first end to the fluid inlet on the drive shaft and configured for connection to a fluid source at a second end; and a chassis; wherein the chassis provides clearance between the power supply and the drive assembly for attachment of the fluid tube to the fluid inlet; and the proximal end of the drive shaft is formed with a shoulder, flange, or other circumferential bearing structure to interface with a bearing structure supported by the chassis while providing clearance for attachment of the fluid tube to the inlet port. a power supply; a drive shaft defining a fluid conduit therein and a fluid inlet positioned at a proximal end thereof, said drive shaft extending from a proximal end of a drive assembly; a brush tip connected to a distal end of the drive shaft, wherein the brush tip includes a brush head, a fluid outlet within the brush head, and a fluid conduit defined within the brush tip that is fluidly connected to the fluid conduit in the drive shaft; an electromagnetic coil connected to the power supply; a magnet attached to the drive shaft and positioned within a magnetic field of the electromagnetic coil; a fluid tube connected at a first end to the fluid inlet on the drive shaft and configured for connection to a fluid source at a second end; and a chassis; wherein the chassis provides clearance between the power supply and the drive assembly for attachment of the fluid tube to the fluid inlet; and the proximal end of the drive shaft is formed with a shoulder, flange, or other circumferential bearing structure to interface with a bearing structure supported by the chassis while providing clearance for attachment of the fluid tube to the inlet port.
A pleated filter preparation system, the system comprising: a pleat driver configured to move a pleated filter material through the system; a pleat counter configured to identify a target pleat to be cut and to clamp the pleat filter material, wherein the pleat to be cut is marked by way of stretching to distinguish the pleat to be cut from other pleats comprising the filter material; a punch cut station configured to cut the target pleat to form a filter strip; and a pleat compressor configured to compress the filter strip to a predetermined size. a pleat driver configured to move a pleated filter material through the system; a pleat counter configured to identify a target pleat to be cut and to clamp the pleat filter material, wherein the pleat to be cut is marked by way of stretching to distinguish the pleat to be cut from other pleats comprising the filter material; a punch cut station configured to cut the target pleat to form a filter strip; and a pleat compressor configured to compress the filter strip to a predetermined size.
A curved display panel manufacturing method for manufacturing a curved display panel having a curved shape using a flat display panel having a first substrate and a second substrate facing one another, comprising: paring partially outer portions of the first substrate and the second substrate so as to reduce thicknesses thereof to predetermined thicknesses; bending the pared first and second substrates (110, 120) to a desired curved shape, wherein the desired curved shape leaves some edges of the first and second substrates unbent, wherein outer portions of the first substrate and the second substrate are partially pared so that the edge areas near said unbent edges remain without being pared; and attaching a light-transparent reinforcing plate (140, 150) having the same shape as the desired curved shape to the display panel in a state in which the first and second substrates (110, 120) are bent to the desired curved shape, characterized by forming fixing layers (191, 193) at said edge areas in the state in which the first and second substrates (110, 120) are bent to the desired curved shape, wherein the fixing layers (191, 193) are formed to cover said edge areas and portions of the pared areas of the first substrate and the second substrate wherein the fixing layers fix the first and second substrates and prevent the substrate which is disposed at a concave side of the curved display panel to be irregularly deformed. paring partially outer portions of the first substrate and the second substrate so as to reduce thicknesses thereof to predetermined thicknesses; bending the pared first and second substrates (110, 120) to a desired curved shape, wherein the desired curved shape leaves some edges of the first and second substrates unbent, wherein outer portions of the first substrate and the second substrate are partially pared so that the edge areas near said unbent edges remain without being pared; and attaching a light-transparent reinforcing plate (140, 150) having the same shape as the desired curved shape to the display panel in a state in which the first and second substrates (110, 120) are bent to the desired curved shape, characterized by forming fixing layers (191, 193) at said edge areas in the state in which the first and second substrates (110, 120) are bent to the desired curved shape, wherein the fixing layers (191, 193) are formed to cover said edge areas and portions of the pared areas of the first substrate and the second substrate wherein the fixing layers fix the first and second substrates and prevent the substrate which is disposed at a concave side of the curved display panel to be irregularly deformed.
Actuated valve (1, 48), in particular actuated valve (1, 48) for a fluid working machine, preferably actuated valve (1, 48) for a synthetically commutated hydraulic machine, comprising at least one magnetic field generating device (19, 49, 50) for actuating a valve member of the actuated valve (1, 48), wherein said actuated valve (1, 48) is designed and arranged in a way that the actuated valve (1, 48) is cyclically actuated, wherein the closing movement of said, valve member is at least in part initiated by tuning down and/or switching off said magnetic field generating device (19, 49, 50), further comprising at least one valve closing accelerating means (11, 35, 57, 58), characterised in that said valve closing accelerating means (11, 35, 57, 58) comprises at least one mechanical energy-storing unit (11, 57) and at least one driving circuit, said driving circuit comprising at least one short-circuiting device and at least one actively controlled regulating device for applying a voltage for cancelling the magnetic field of the magnetic field generating device, or at least one short-circuiting device for cancelling the magnetic field of the magnetic field generating device and an electrical energy-regenerating device, or at least one short-circuiting device and at least one actively controlled regulating device for applying a voltage for cancelling the magnetic field of the magnetic field generating device and an electrical energy-regenerating device.
Polypropylene composition comprising: a) a component A being a propylene copolymer-1 (PC-1) having a melt flow rate MFR 2, as measured at 230 °C under a load of 2.16 kg, in the range of 0.05 to 0.5 g/10min as measured according to ISO 1133, and b) a component B being a long-chain branched propylene homopolymer or copolymer having a melt flow rate MFR 2, as measured at 230 °C under a load of 2.16 kg, in the range of 0.5 to 10 g/10min as measured according to ISO 1133, characterized in that such composition has c) a v30 melt extensibility in the range of 150 to 250 mm/s wherein the v30 melt extensibility is measured according to ISO 16790:2005, d) a pressure resistance of at least 350 h under a stress level of 5 MPa at 95 °C when measured according to ISO 1167 from a pipe sample consisting of such composition and wherein such composition is not β-nucleated. a) a component A being a propylene copolymer-1 (PC-1) having a melt flow rate MFR 2, as measured at 230 °C under a load of 2.16 kg, in the range of 0.05 to 0.5 g/10min as measured according to ISO 1133, and b) a component B being a long-chain branched propylene homopolymer or copolymer having a melt flow rate MFR 2, as measured at 230 °C under a load of 2.16 kg, in the range of 0.5 to 10 g/10min as measured according to ISO 1133, characterized in that such composition has c) a v30 melt extensibility in the range of 150 to 250 mm/s wherein the v30 melt extensibility is measured according to ISO 16790:2005, d) a pressure resistance of at least 350 h under a stress level of 5 MPa at 95 °C when measured according to ISO 1167 from a pipe sample consisting of such composition
A dry powder inhalation device comprising: a housing defining a chamber; a patient port in communication with said chamber; an elongate carrier carrying medicament; an advancement mechanism for advancing a length of the elongate carrier into the chamber; a displacement sensor that advances in association with continuous advancement of the elongate carrier; and characterised by a transfer component that converts the advancement of the displacement sensor into intermittent motion of a units dose display; wherein the displacement sensor has a range of movably engaged positions wherein the displacement sensor movably engages the transfer component, and wherein the dry powder inhalation device further comprises a discrete alignment mechanism (412,414, 416) capable of moving the displacement sensor backwards to one of a plurality of spatially defined positions that are not within said range of movably engaged positions. a housing defining a chamber; a patient port in communication with said chamber; an elongate carrier carrying medicament; an advancement mechanism for advancing a length of the elongate carrier into the chamber; a displacement sensor that advances in association with continuous advancement of the elongate carrier; and characterised by a transfer component that converts the advancement of the displacement sensor into intermittent motion of a units dose display; wherein the displacement sensor has a range of movably engaged positions wherein the displacement sensor movably engages the transfer component, and wherein the dry powder inhalation device further comprises a discrete alignment mechanism (412,414, 416) capable of moving the displacement sensor backwards to one of a plurality of spatially defined positions that are not within said range of movably engaged positions.
A method of learning a duration of a variable-duration activity for a user and providing media content for the duration of the variable-duration activity, the method carried out by an electronic device and comprising: receiving a plurality of start cues each indicating a start of a variable-duration activity for the user, wherein each of the start cues is based on a detected sound input which is not generated by a user voice telling the electronic device that the variable-duration activity is beginning; receiving a plurality of respective stop cues indicating an end of the variable-duration activity for the user; determining an average duration for the variable-duration activity based on time differences between the start cues and the respective stop cues; receiving a third input including a second start cue indicating another start of the variable-duration activity; identifying one or more media content items (318, 328, 368, 388) to provide during the further variable-duration activity, having a total runtime that is substantially the same as the average duration for the variable-duration activity; and providing the one or more media content items (318, 328, 368, 388) for consumption during the further session of the variable-duration activity; and receiving a fourth input including a second stop cue indicating another end of the variable-duration activity, identifying the second stop cue and updating the average duration for the variable-duration activity based on a second time difference between the second start cue and the second stop cue. receiving a plurality of start cues each indicating a start of a variable-duration activity for the user, wherein each of the start cues is based on a detected sound input which is not generated by a user voice telling the electronic device that the variable-duration activity is beginning; receiving a plurality of respective stop cues indicating an end of the variable-duration activity for the user; determining an average duration for the variable-duration activity based on time differences between the start cues and the respective stop cues; receiving a third input including a second start cue indicating another start of the variable-duration activity; identifying one or more media content items (318, 328, 368, 388) to provide during the further variable-duration activity, having a total runtime that is substantially the same as the average duration for the variable-duration activity; and providing the one or more media content items (318, 328, 368, 388) for consumption during the further session of the variable-duration activity; and receiving a fourth input including a second stop cue indicating another end of the variable-duration activity, identifying the second stop cue and updating the average duration for the variable-duration activity based on a second time difference between the second start cue and the second stop cue.
A method performed by a wireless network for a stationary wireless link, wherein the method comprises: transmitting, to a user equipment, UE, a message indicating an activation of a demodulation reference signal, DM-RS, overhead reduction mode in case that a predetermined condition is met; determining a number of adjacent allocated physical resource blocks; and in case that the number exceeds a predetermined threshold, removing a DM-RS from at least one of the adjacent allocated physical resource blocks; and in case that a phase tracking reference signal, PT-RS, is allocated, based on a radio network temporary identifier, RNTI, and a resource block offset, in a physical resource block without the DM-RS, allocating the PT-RS, in a nearest physical resource block with the DM-RS. transmitting, to a user equipment, UE, a message indicating an activation of a demodulation reference signal, DM-RS, overhead reduction mode in case that a predetermined condition is met; determining a number of adjacent allocated physical resource blocks; and in case that the number exceeds a predetermined threshold, removing a DM-RS from at least one of the adjacent allocated physical resource blocks; and in case that a phase tracking reference signal, PT-RS, is allocated, based on a radio network temporary identifier, RNTI, and a resource block offset, in a physical resource block without the DM-RS, allocating the PT-RS, in a nearest physical resource block with the DM-RS.