mhurhangee/ep-ind-claims huggingface dataset:
A subassembly for an implantable medical device, comprising: a rigid insulative core having a long axis; a core opening along the long axis; an alternating series of contacts and seals in the core opening; a plurality of contact openings in the core along and perpendicular to the long axis, wherein one of the contacts is accessible through each of the contact openings; a connector block opening in the core and perpendicular to the long axis; and a connector block in the connector block opening having a lead opening configured to receive a proximal end of a medical lead and to pass the proximal end along the long axis through the core opening, wherein the connector block contains a receptacle perpendicular to the long axis for receiving a set screw. a rigid insulative core having a long axis; a core opening along the long axis; an alternating series of contacts and seals in the core opening; a plurality of contact openings in the core along and perpendicular to the long axis, wherein one of the contacts is accessible through each of the contact openings; a connector block opening in the core and perpendicular to the long axis; and a connector block in the connector block opening having a lead opening configured to receive a proximal end of a medical lead and to pass the proximal end along the long axis through the core opening, wherein the connector block contains a receptacle perpendicular to the long axis for receiving a set screw.
A spray boom assembly for spraying a fluid on an underlying surface, comprising: a center frame (114, 804) and a left and right boom (120, 122), each coupled to the center frame (114, 804), each boom (120, 122) comprising a first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810); a spray pipe (818, 820, 822, 824) coupled to the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the spray pipe (818, 820, 822, 824) being in fluid communication with a fluid source for supplying fluid to be sprayed on a target; a tilt cylinder coupled to the center frame (114, 804) and/or the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the tilt cylinder being operably controlled between an extended position and a retracted position; characterized in that a tube assembly is coupled to the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the tube assembly comprising a first tube and a second tube, the second tube being telescopically coupled to the first tube; and a nozzle configured to spray the fluid on the target, the nozzle being coupled to the second tube; wherein, the second tube is coupled to an actuator such that as the actuator moves between its extended position and retracted position, the second tube moves relative to the first tube. a center frame (114, 804) and a left and right boom (120, 122), each coupled to the center frame (114, 804), each boom (120, 122) comprising a first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810); a spray pipe (818, 820, 822, 824) coupled to the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the spray pipe (818, 820, 822, 824) being in fluid communication with a fluid source for supplying fluid to be sprayed on a target; a tilt cylinder coupled to the center frame (114, 804) and/or the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the tilt cylinder being operably controlled between an extended position and a retracted position; characterized in that a tube assembly is coupled to the first boom frame (126, 128, 130, 132, 134, 136, 806, 808, 810), the tube assembly comprising a first tube and a second tube, the second tube being telescopically coupled to the first tube; and a nozzle configured to spray the fluid on the target, the nozzle being coupled to the second tube; wherein, the second tube is coupled to an actuator such that as the actuator moves between its extended position and retracted position, the second tube moves relative to the first tube.
A device for dispensing thread in a clipping machine for producing sausage-shaped products, comprising a transport unit having at least a first and a second transport element (110, 120) for a defined transport of a thread; a drive unit for driving the first and second transport element (110, 120); and a shifting unit for reversibly shifting the first transport element relative to the second transport element. a drive unit for driving the first and second transport element (110, 120); and a shifting unit for reversibly shifting the first transport element relative to the second transport element.
A method of generating a ceiling gas stream in the course of additively manufacturing of a three-dimensional object in a process chamber by layer-wise applying and selectively solidifying of a building material within a build area arranged in the process chamber, wherein the process chamber has a chamber wall having a process chamber ceiling located above the build area, wherein, at least temporarily prior to and/or during and/or after manufacturing of the object, a ceiling gas stream of a process gas is passed through the process chamber, which ceiling gas stream flows from the process chamber ceiling towards the build area in a controlled manner, and wherein the ceiling gas stream is supplied to the process chamber through multiple ceiling inlets (45, 53) formed in the process chamber ceiling, which ceiling inlets are distributed over a region of the process chamber ceiling and are designed and/or arranged and/or controlled such that the ceiling gas stream is directed substantially perpendicularly to the build area downwards onto the build area as it exits the ceiling inlets (45, 53), wherein the process chamber ceiling comprises a hollow space having a wall which is substantially closed in an outer wall region facing away from the process chamber and which wall comprises ceiling inlets (45, 53) in an inner wall region that is adjacent to the process chamber, wherein the inner wall region is substantially formed by a plate, preferably a perforated plate, and the ceiling inlets are at least partially formed by holes of the plate or of the perforated plate, wherein the plate or the perforated plate has at least 100 holes, preferably at least 1000 holes.
A method of connecting an output of a converter with an electrical grid to control inrush currents into a grid filter assembly connected with the output of the converter, the electrical grid carrying an alternating current signal having one or more phases, the method comprising: determining a voltage of the AC signal; operating, after pre-charging a direct current link of the converter to a predetermined voltage, the converter using open-loop voltage control to produce an AC output signal across the grid filter assembly that substantially matches the AC signal of the electrical grid, the open-loop voltage control based on the determined voltage of the AC signal; and closing, after a first predetermined amount of time of operating the converter using the open-loop voltage control, a switching device to thereby connect the output of the converter with the electrical grid; characterized in that: the switching device is a circuit breaker with a spring, charging the switching device upon determining that the voltage of the pre-charged DC link meets a first threshold voltage less than the predetermined voltage; and operating the converter to produce the AC output signal upon determining that the switching device is charged and that the voltage of the pre-charged DC link meets the predetermined voltage. determining a voltage of the AC signal; operating, after pre-charging a direct current link of the converter to a predetermined voltage, the converter using open-loop voltage control to produce an AC output signal across the grid filter assembly that substantially matches the AC signal of the electrical grid, the open-loop voltage control based on the determined voltage of the AC signal; and closing, after a first predetermined amount of time of operating the converter using the open-loop voltage control, a switching device to thereby connect the output of the converter with the electrical grid; characterized in that: the switching device is a circuit breaker with a spring, charging the switching device upon determining that the voltage of the pre-charged DC link meets a first threshold voltage less than the predetermined voltage; and operating the converter to produce the AC output signal upon determining that the switching device is charged and that the voltage of the pre-charged DC link meets the predetermined voltage. the switching device is a circuit breaker with a spring, charging the switching device upon determining that the voltage of the pre-charged DC link meets a first threshold voltage less than the predetermined voltage; and operating the converter to produce the AC output signal upon determining that the switching device is charged and that the voltage of the pre-charged DC link meets the predetermined voltage.
A plastic scintillator material comprising a polymeric matrix into which is incorporated at least one fluorescent compound at a mass concentration greater than or equal to 10% by mass of the total mass of the material, wherein the polymeric matrix consists of a crosslinked polymer obtainable by polymerization of a mixture comprising at least one aromatic monomer and at least one monomer playing the role of a crosslinking agent selected from among alkyl diacrylates, alkyl dimethacrylates, and mixtures thereof, the molar proportions of the monomer playing the role of a crosslinking agent and of the aromatic monomer in the mixture being from 10% to 50% and from 90% to 50%, respectively; preferably the molar proportions of the crosslinking agent and of the aromatic monomer in the mixture are from 15% to 20% and from 85% to 80%, respectively.
A storage device for a plurality of game pieces (302, 404, 408, 412, 416, 420, 436, 426, 806, 814) associated with an interactive software experience, the storage device comprising: a charging mechanism arranged to charge at least one of the game pieces; an ID collection module arranged to collect IDs of one or more game pieces which are in or on the storage device; and a communication mechanism arranged to transmit the IDs to the interactive software experience via a game piece in the storage device, wherein the storage device is represented by a virtual entity within the interactive software experience. a charging mechanism arranged to charge at least one of the game pieces; an ID collection module arranged to collect IDs of one or more game pieces which are in or on the storage device; and a communication mechanism arranged to transmit the IDs to the interactive software experience via a game piece in the storage device, wherein the storage device is represented by a virtual entity within the interactive software experience.
A light emitting device, comprising: a substrate; a light emitting element disposed on the substrate; a wavelength conversion member disposed on or above the substrate, the wavelength conversion member covering the light emitting element spacing apart therefrom, and comprising a level difference on an inner peripheral side of a lower end of the wavelength conversion member, the lower end being joined to the substrate via a light transmitting member; and a light blocking member disposed on the substrate and disposed between the light emitting element and the light transmitting member, the wavelength conversion member being configured so that the lower end thereof extends from a top of the light transmitting member to a side of the light transmitting member, wherein the light blocking member is provided with a recess in an inside of the light blocking member facing a side of the light emitting element, the recess extending in a vertical direction to an upper surface of the substrate between the upper surface of the substrate and a ceiling plane which is a part of an inner wall surface of the recess and in a plane direction along the upper surface of the substrate, a size of the recess in the plane direction being larger than a size of the recess in the vertical direction. a substrate; a light emitting element disposed on the substrate; a wavelength conversion member disposed on or above the substrate, the wavelength conversion member covering the light emitting element spacing apart therefrom, and comprising a level difference on an inner peripheral side of a lower end of the wavelength conversion member, the lower end being joined to the substrate via a light transmitting member; and a light blocking member disposed on the substrate and disposed between the light emitting element and the light transmitting member, the wavelength conversion member being configured so that the lower end thereof extends from a top of the light transmitting member to a side of the light transmitting member, wherein the light blocking member is provided with a recess in an inside of the light blocking member facing a side of the light emitting element, the recess extending in a vertical direction to an upper surface of the substrate between the upper surface of the substrate and a ceiling plane which is a part of an inner wall surface of the recess and in a plane direction along the upper surface of the substrate, a size of the recess in the plane direction being larger than a size of the recess in the vertical direction.
An article for negative pressure wound therapy comprising: a porous elastomeric material comprising a first major surface; and an elastomeric material integrated into the first major surface of the porous elastomeric material, the elastomeric material coating the first major surface, a first portion of the elastomeric material being disposed within a plurality of pores defined by the first major surface of the porous elastomeric material and extending into the plurality of pores to a depth of at least 300 micrometers (μm), wherein the first portion of the elastomeric material provides fluid communication through the porous elastomeric material via holes formed in the elastomeric material and extending into the thickness of the porous elastomeric material through the voids of the pores of the porous elastomeric material, further comprising a second portion of the elastomeric material being disposed within a plurality of pores defined by the first major surface of the porous elastomeric material and extending into the plurality of pores to an average depth of less than 300 μm, wherein the second portion of the elastomeric material blocks communication into the porous elastomeric material in a direction normal to the first major surface. a porous elastomeric material comprising a first major surface; and an elastomeric material integrated into the first major surface of the porous elastomeric material, the elastomeric material coating the first major surface, a first portion of the elastomeric material being disposed within a plurality of pores defined by the first major surface of the porous elastomeric material and extending into the plurality of pores to a depth of at least 300 micrometers (μm), wherein the first portion of the elastomeric material provides fluid communication through the porous elastomeric material via holes formed in the elastomeric material and extending into the thickness of the porous elastomeric material through the voids of the pores of the porous elastomeric material, further comprising a second portion of the elastomeric material being disposed within a plurality of pores defined by the first major surface of the porous elastomeric material and extending into the plurality of pores to an average depth of less than 300 μm, wherein the second portion of the elastomeric material blocks communication into the porous elastomeric material in a direction normal to the first major surface.
A gas turbine engine compressor unit having a row of blades which rotate about an axis, and a liner extending about the axis; the liner having an abradable body with a radially inner surface over which an blade tip passes in use; a plurality of abradable depth indicators (55,56,57, 58) extending into the body from the surface; the depth indicators being arranged in two or more groups each group being circumferentially spaced on the surface from another group; and each group having a plurality of axially spaced depth indicators aligned to respectively correspond with a leading edge, a trailing edge and a mid-chord of the blade tip; characterised in that each group has a first subgroup of depth indicators that are circumferentially offset from each depth indicator in the first subgroup and one depth indicator is axially aligned to correspond with the leading edge, a second depth indicator is axially aligned to correspond with a trailing edge and third depth indicator is axially aligned to correspond with a mid-chord of the aerofoil tip; each group further having a second subgroup of depth indicators circumferentially offset from the first subgroup, the depth indicators in the second subgroup being circumferentially aligned with each other.
End mill comprising four straight end cutting edges (24-1 to 24-4) arranged on an end face and a corresponding number of circumferential cutting edges (28-1 to 28-4) that each proceed from the outer nose (26-1 to 26-4) of the end cutting edges (24-1 to 24-4) and are separated from one another by flutes, one of the end cutting edges passing over a flank intersecting line into a second cutting edge and the other end cutting edges (24-2, 24-4), which lie between said two cutting edges in the cutting direction and are offset relative to one another by a first angular pitch of 180°, ending before the middle (point 36), characterised in that the second end cutting edge is offset relative to the first end cutting edge in the cutting direction by a second angular pitch in the range between 173 and 177°, preferably between 174° and 176°, and in that the first end cutting edge is offset relative to the additional end cutting edge that is next in the cutting direction by a third angular pitch in the range between 90° and 94°, preferably in the range between 91° and 93°.
A background noise estimation method for supporting sound activity detection in an audio signal segment, the method comprising: calculating a possible new background noise estimate for the audio signal segment and updating a current background noise estimate with the new background noise estimate if the new value is lower than the current value; and when the energy level of the audio signal segment is less than a threshold higher (202:2) than a long-term minimum energy level It_min, which is determined over a plurality of preceding audio signal segments, but no pause is detected (204:1) in the audio signal segment: - reducing the current background noise estimate when the audio signal segment is determined (203:2) to comprise music and the current background noise estimate exceeds a minimum value (205:1). calculating a possible new background noise estimate for the audio signal segment and updating a current background noise estimate with the new background noise estimate if the new value is lower than the current value; and when the energy level of the audio signal segment is less than a threshold higher (202:2) than a long-term minimum energy level It_min, which is determined over a plurality of preceding audio signal segments, but no pause is detected (204:1) in the audio signal segment: - reducing the current background noise estimate when the audio signal segment is determined (203:2) to comprise music and the current background noise estimate exceeds a minimum value (205:1). - reducing the current background noise estimate when the audio signal segment is determined (203:2) to comprise music and the current background noise estimate exceeds a minimum value (205:1).
An apertured protection system for an opening in a wall, this system comprising at least one metal grille, characterised in that the metal grille is a steel sheet with a thickness of 6 to 20mm, advantageously 8 to 15mm, said steel sheet being pierced with openings of an equivalent diameter of between 3 and 25 cm, said openings being spaced apart from the edges (1A, 1B, 1C, 1D) by a distance of at least 2 cm and spaced apart from each other by a distance of at least 4 cm, said steel sheet being made of steel having a Brinell hardness of 400 to 650 HBD, a carbon content of between 0.21 and 0.40% by weight, a carbon equivalent content CEV (according to the International Institute of Welding) of between 0.41 and 0, 60% CEV % = % C + (% Mn /6) + ((% Cr+ % Mo + % V) / 5) + ((% Ni + % Cu) / 15) and an equivalent carbon content CET, CET% = % C + (( % Mn + %Mo) / 10) + ((%Cr + %Cu) / 20) + %Ni/40 of between 0.28 and 0.42%, said steel having a P + S impurities content of less than 0.05%, advantageously less than 0.03% by weight.
A transmitting side terminal, comprising: a packet classifier configured to classify input service packets generated at the transmitting side terminal for performing an actual communication service as probing packets or non-probing packets, based on one or more respective features of the service packets; and a packet transmitter configured to selectively transmit the probing packets and the non-probing packets, wherein the packet classifier is further configured to classify a given input service packet of the input service packets as one of the probing packets when the given input service packet has a respective size greater than a predetermined probing size threshold, and to classify the given input service packet as a non-probing packet when the respective size is less than the predetermined probing size threshold. a packet classifier configured to classify input service packets generated at the transmitting side terminal for performing an actual communication service as probing packets or non-probing packets, based on one or more respective features of the service packets; and a packet transmitter configured to selectively transmit the probing packets and the non-probing packets, wherein the packet classifier is further configured to classify a given input service packet of the input service packets as one of the probing packets when the given input service packet has a respective size greater than a predetermined probing size threshold, and to classify the given input service packet as a non-probing packet when the respective size is less than the predetermined probing size threshold.
Method for activating a rate-of-rotation sensor comprising at least one oscillator element which can be excited to perform a mechanical oscillation movement, wherein, in order to control the operation of the rate-of-rotation sensor, a signal (v(t), x(t)) proportional to the current speed or deflection of the oscillator element is amplified and is used as a drive signal (F(t)) for driving the oscillator element, characterized in that, during the operation of switching on the rate-of-rotation sensor, the amplitude (A F) of the drive signal (F(t)) is set to a constant presettable value (A Fc)), wherein the excitation frequency of the drive signal (F(t)) is increased substantially continuously from a starting value (f 1) below the main resonant frequency of the oscillation movement to a final value (f 2) above the main resonant frequency and below a secondary resonant frequency, and the deflection (x(t)) and/or the speed (v(t)) of the oscillator element is/are observed at the same time in order to determine the main resonant frequency of the oscillation movement, wherein, after the final value (f 2) has been reached and the main resonant frequency has been determined, the excitation frequency of the drive signal (F(t)) is set to the main resonant frequency, and the operational control of the amplitude (A F) and of the excitation frequency of the drive signal (F(t)) is enabled.