mhurhangee/patent-ind-claim-en huggingface dataset:
Fuel/air supply device , comprising: - a fuel supply arrangement designed to convey fuel from a fuel inlet of the fuel/air supply device to a fuel outlet of the fuel/air supply device , wherein the fuel supply arrangement comprises a fuel compressor designed to take in and pressurize fuel, - a primary air supply arrangement designed to convey air from an air inlet of the fuel/air supply device to an air outlet of the fuel/air supply device , and - a secondary air supply arrangement interconnecting the primary air supply arrangement and the fuel supply arrangement by connecting the primary air supply arrangement to the fuel supply arrangement at a position upstream of the fuel compressor , wherein the secondary air supply arrangement includes an air conduit that has a restricted portion at the position of which an area for allowing air to pass through the air conduit is relatively small in the air conduit . - a fuel supply arrangement designed to convey fuel from a fuel inlet of the fuel/air supply device to a fuel outlet of the fuel/air supply device , wherein the fuel supply arrangement comprises a fuel compressor designed to take in and pressurize fuel, - a primary air supply arrangement designed to convey air from an air inlet of the fuel/air supply device to an air outlet of the fuel/air supply device , and - a secondary air supply arrangement interconnecting the primary air supply arrangement and the fuel supply arrangement by connecting the primary air supply arrangement to the fuel supply arrangement at a position upstream of the fuel compressor , wherein the secondary air supply arrangement includes an air conduit that has a restricted portion at the position of which an area for allowing air to pass through the air conduit is relatively small in the air conduit .
A packaged RF transistor device , comprising: an RF transistor die including a plurality of RF transistor cells (15A-N), each of the plurality of RF transistor cells including a control terminal (G) and an output terminal (D); an RF input lead coupled to the plurality of RF transistor cells; an RF output lead ; and an output matching network coupled between the plurality of RF transistor cells and the RF output lead, the output matching network including a plurality of capacitors (46A-N) having respective upper capacitor plates (47A-N), wherein each of the upper capacitor plates of the capacitors is coupled to a respective output terminal of a respective one of the plurality of RF transistor cells, and wherein adjacent ones of the upper capacitor plates are coupled together by electrically resistive connectors (52A-C). an RF transistor die including a plurality of RF transistor cells (15A-N), each of the plurality of RF transistor cells including a control terminal (G) and an output terminal (D); an RF input lead coupled to the plurality of RF transistor cells; an RF output lead ; and an output matching network coupled between the plurality of RF transistor cells and the RF output lead, the output matching network including a plurality of capacitors (46A-N) having respective upper capacitor plates (47A-N), wherein each of the upper capacitor plates of the capacitors is coupled to a respective output terminal of a respective one of the plurality of RF transistor cells, and wherein adjacent ones of the upper capacitor plates are coupled together by electrically resistive connectors (52A-C).
An ascending mechanised access ramp system which is suitable for providing independent access between a station platform and a floor of a train, the system including: a supporting frame mountable to the platform; a substantially planar casing box hingedly mounted to the supporting frame; a substantial planar sliding ramp , installed inside the casing box; side wheels installed on the sides of the sliding ramp, to allow the sliding ramp to skate inside the casing box; a remote controlled deployment mechanism configured to automatically move the sliding ramp between a stand-by position and a fully deployed position, such that a nose of the sliding ramp can be raised to a height equal with the train floor and can be engaged with the train floor; and wherein, in the deployed position, the sliding ramp can extend across both a vertical gap and a horizontal gap between a station platform and the floor of the train; characterised by the system including one or more sensors which can be installed on the train floor and one or more sensors installed on the nose of the sliding ramp to control the deployment of the sliding ramp. a supporting frame mountable to the platform; a substantially planar casing box hingedly mounted to the supporting frame; a substantial planar sliding ramp , installed inside the casing box; side wheels installed on the sides of the sliding ramp, to allow the sliding ramp to skate inside the casing box; a remote controlled deployment mechanism configured to automatically move the sliding ramp between a stand-by position and a fully deployed position, such that a nose of the sliding ramp can be raised to a height equal with the train floor and can be engaged with the train floor; and wherein, in the deployed position, the sliding ramp can extend across both a vertical gap and a horizontal gap between a station platform and the floor of the train; characterised by the system including one or more sensors which can be installed on the train floor and one or more sensors installed on the nose of the sliding ramp to control the deployment of the sliding ramp.
A method for image/video decoding, comprising: receiving a block of first input values via a first interface; performing a full two-dimensional, 2D, inverse discrete cosine transform, IDCT, on the block of first input values to obtain a block of first output values, wherein the performing a full 2D IDCT transform on the block of first input values comprises: scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; receiving a block of second input values via a second interface; and performing a scaled 2D IDCT transform on the block of second input values to obtain a block of second output values, wherein the performing a scaled 2D IDCT transform on the block of second input values comprises: performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values. receiving a block of first input values via a first interface; performing a full two-dimensional, 2D, inverse discrete cosine transform, IDCT, on the block of first input values to obtain a block of first output values, wherein the performing a full 2D IDCT transform on the block of first input values comprises: scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; receiving a block of second input values via a second interface; and performing a scaled 2D IDCT transform on the block of second input values to obtain a block of second output values, wherein the performing a scaled 2D IDCT transform on the block of second input values comprises: performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values. performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values.
A computer implemented method for monitoring refrigerant gas leaks in a refrigeration system, characterized in that it comprises: - performing the following steps with at least one refrigerant gas detector: - detecting a refrigerant gas leak within a predetermined volume around said refrigeration system, - measuring, along time, a concentration of said detected refrigerant gas leak within said predetermined volume, and - providing corresponding electrical signals representative of the concentration measurements; and - estimating, by processing data representative of said concentration measurements retrieved from the electrical signals, the severity of said detected refrigerant gas leak by computing a leak severity indicator that relates said concentration measurements to refrigerant gas leak intensity represented by estimations of mass leaked over time within said predetermined volume; - providing the estimation of the severity of the leak. - performing the following steps with at least one refrigerant gas detector: - detecting a refrigerant gas leak within a predetermined volume around said refrigeration system, - measuring, along time, a concentration of said detected refrigerant gas leak within said predetermined volume, and - providing corresponding electrical signals representative of the concentration measurements; and - detecting a refrigerant gas leak within a predetermined volume around said refrigeration system, - measuring, along time, a concentration of said detected refrigerant gas leak within said predetermined volume, and - providing corresponding electrical signals representative of the concentration measurements; and - estimating, by processing data representative of said concentration measurements retrieved from the electrical signals, the severity of said detected refrigerant gas leak by computing a leak severity indicator that relates said concentration measurements to refrigerant gas leak intensity represented by estimations of mass leaked over time within said predetermined volume; - providing the estimation of the severity of the leak.
Chain comprising an alternating succession of inner chain links and outer chain links , each inner chain link having a pair of inner link plates contacting the lateral faces of two rollers and each outer chain link having a pair of two outer link plates contacting the inner link plates of adjacent inner chain links , wherein a pin connects two outer link plates and two inner link plates and a roller , wherein the inner surfaces of a pair of opposite outer link plates comprise protrusions in the area between the adjacent inner link plates , wherein the circumference and/or diameter of the protrusion is at least 60% and maximum 140% the circumference and/or diameter of the eyes of the outer link plate, characterized in that the smallest distance between the protrusion and the edge of the outer link plate is at least 0,4 mm.
A device for comminuting solids, comprising a housing with a wall and a feed opening for feeding solids into the housing , a rotor (5; 33) rotatably mounted in the housing in the area of the wall , a motor adapted for driving the rotor (5; 33) in order to comminute solids fed into the housing , the rotor being formed by a hub and chains (9; 34) attached to the hub and extending towards the wall when the rotor is driven, the rotor (5; 33) having at least one comminution element (29; 35) being attached to at least one chain (9; 34) respectively, and the housing having a discharge opening through which comminuted solids can be discharged from the housing , wherein a grinding gap (32; 36) forms between each comminution element (29; 35) and the wall when the rotor (5; 33) is driven, characterized in that the wall is formed by a plurality of interconnectable wall segments that are releasable from the housing , the wall segments being formed so that they can be fitted into each other via a groove and tongue connection, and that the wall segments are profiled in a first area facing the rotor (5; 33) and have cooling fins in a second area facing away from the rotor (5; 33). a housing with a wall and a feed opening for feeding solids into the housing , a rotor (5; 33) rotatably mounted in the housing in the area of the wall , a motor adapted for driving the rotor (5; 33) in order to comminute solids fed into the housing , the rotor being formed by a hub and chains (9; 34) attached to the hub and extending towards the wall when the rotor is driven, the rotor (5; 33) having at least one comminution element (29; 35) being attached to at least one chain (9; 34) respectively, and the housing having a discharge opening through which comminuted solids can be discharged from the housing , wherein a grinding gap (32; 36) forms between each comminution element (29; 35) and the wall when the rotor (5; 33) is driven, characterized in that the wall is formed by a plurality of interconnectable wall segments that are releasable from the housing , the wall segments being formed so that they can be fitted into each other via a groove and tongue connection, and that the wall segments are profiled in a first area facing the rotor (5; 33) and have cooling fins in a second area facing away from the rotor (5; 33).
A surface cleaning apparatus , comprising: a housing including an upright handle assembly and a cleaning head mounted to the upright handle assembly ; and a fluid recovery system, comprising: a suction source ; a suction nozzle provided on the cleaning head in fluid communication with the suction source ; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container , characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein. a housing including an upright handle assembly and a cleaning head mounted to the upright handle assembly ; and a fluid recovery system, comprising: a suction source ; a suction nozzle provided on the cleaning head in fluid communication with the suction source ; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container , characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein. a suction source ; a suction nozzle provided on the cleaning head in fluid communication with the suction source ; and a recovery tank assembly including a recovery tank container having a bottom end and a top end opposite the bottom end and a strainer assembly removably mounted within the recovery tank container , characterized in that the strainer assembly including a plurality of apertures therethrough and having a base with a centralized opening therein.
Fan assembly for a cut sheet inkjet printer, comprising: a suction box comprising a wall having an open area distributed across the surface of the wall , wherein the suction box is configured to contain an underpressure on an inner side of the wall with respect to an outer side of the wall so as to cause a sheet to adhere to a perforated transport belt moveable along the wall ; an impingement unit configured to expel air supplied to the impingement unit towards the perforated transport belt ; an air fan arranged to create and maintain the underpressure in the suction box and to supply the air to be expelled to the impingement unit via an air outlet of the suction box in fluid connection with an air inlet of the air fan and via an air outlet of the air fan in fluid connection with an air inlet of the impingement unit; a first valve arranged upstream of the air fan for conditionally and/or selectively admitting an additional air flow into the suction box ; and characterised in that the fan assembly further comprising a second valve arranged downstream of the air fan for selectively reducing the air flow from the air fan to the impingement unit in order to control the flow of air expelled from the impingement unit , characterized in that the second valve is a three-way valve comprising a valve inlet for receiving an air flow from the air fan , a first valve outlet leading to the impingement unit and a second valve outlet leading to the surroundings of the fan assembly . a suction box comprising a wall having an open area distributed across the surface of the wall , wherein the suction box is configured to contain an underpressure on an inner side of the wall with respect to an outer side of the wall so as to cause a sheet to adhere to a perforated transport belt moveable along the wall ; an impingement unit configured to expel air supplied to the impingement unit towards the perforated transport belt ; an air fan arranged to create and maintain the underpressure in the suction box and to supply the air to be expelled to the impingement unit via an air outlet of the suction box in fluid connection with an air inlet of the air fan and via an air outlet of the air fan in fluid connection with an air inlet of the impingement unit; a first valve arranged upstream of the air fan for conditionally and/or selectively admitting an additional air flow into the suction box ; and characterised in that the fan assembly further comprising a second valve arranged downstream of the air fan for selectively reducing the air flow from the air fan to the impingement unit in order to control the flow of air expelled from the impingement unit , characterized in that the second valve is a three-way valve comprising a valve inlet for receiving an air flow from the air fan , a first valve outlet leading to the impingement unit and a second valve outlet leading to the surroundings of the fan assembly .
Mobile accommodation, in particular a recreational vehicle such as a caravan or camper, comprising an accommodation enclosed by walls, wherein at least one of the walls is provided with a wall opening with a window, wherein the window is arranged in a surrounding casing frame and placed with interposing hereof in the wall and wherein on a side facing toward the accommodation a framework is arranged adjacently of the wall opening and connected by a snap connection to the casing frame while enclosing an edge part of the wall of the accommodation adjacent to the wall opening, wherein the casing frame comprises a flanged edge at least substantially all around with which the casing frame lies on the edge part of the wall on a side remote from the accommodation, characterized in that the casing frame is provided along a periphery thereof with a number of fixation members which in the mounted state of the window engage on the edge part of the wall on a side facing toward the accommodation, and that the snap connection between the framework and the casing frame extends from mutually registering and co-acting snap means provided on both which are provided on one side on the framework and on the other on the fixation members.
A urine collection device , comprising: a collection member extending from a proximal end to a distal end , wherein the proximal end comprises an opening () that provides access to an internal cavity of the collection member , wherein the internal cavity comprises a first chamber and a second chamber , wherein the first chamber is in fluid communication with the second chamber ; a spacer in the second chamber , the spacer configured to maintain a penis in an elevated position above a bottom wall of the collection member ; attachment members suitable to secure the urine collection device to a user; and an outlet for egressing urine from the internal cavity of the collection member , wherein the outlet is at a distalmost point of the collection chamber and comprises a tube , wherein the collection member is suitable to (i) direct urine from the first chamber to the second chamber , and (ii) direct the urine in the second chamber (, 1638B) distally toward the outlet characterized in that the attachment members comprise: a first attachment member extending from a bottom wall of the collection member at the proximal end , wherein the first attachment member defines an aperture ; and a second attachment member extending from a top wall of the collection member at the proximal end , and further characterized in that the tube extends through a seam at the distal end of the collection member . a collection member extending from a proximal end to a distal end , wherein the proximal end comprises an opening () that provides access to an internal cavity of the collection member , wherein the internal cavity comprises a first chamber and a second chamber , wherein the first chamber is in fluid communication with the second chamber ; a spacer in the second chamber , the spacer configured to maintain a penis in an elevated position above a bottom wall of the collection member ; attachment members suitable to secure the urine collection device to a user; and an outlet for egressing urine from the internal cavity of the collection member , wherein the outlet is at a distalmost point of the collection chamber and comprises a tube , wherein the collection member is suitable to (i) direct urine from the first chamber to the second chamber , and (ii) direct the urine in the second chamber (, 1638B) distally toward the outlet characterized in that the attachment members comprise: a first attachment member extending from a bottom wall of the collection member at the proximal end , wherein the first attachment member defines an aperture ; and a second attachment member extending from a top wall of the collection member at the proximal end , and further characterized in that the tube extends through a seam at the distal end of the collection member . a first attachment member extending from a bottom wall of the collection member at the proximal end , wherein the first attachment member defines an aperture ; and a second attachment member extending from a top wall of the collection member at the proximal end , and further characterized in that the tube extends through a seam at the distal end of the collection member .