mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising: - a piston with a bearing roller adapted to receive a roller and to slide in a cylinder along a sliding axis (C-C'), said piston comprising: ∘ a body having a guide surface , ∘ an upper portion , having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller , wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller , and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), wherein the body , the at least one centering element and the upper portion consist of an integrally formed single piece, and wherein the centering element has a domed shape to come into contact with only portion of the surface (S120) of an axial end of the roller , said portion being located at least on the rolling axis (R-R') of the roller so as to limit the resisting friction torque, - a pad adapted to be positioned at the bottom of the recess , the assembly being characterized in that the pad comprises a shape complementary to the domed shape, so that it is blocked in rotation along the axis of rotation (R-R') by the domed shape of the centering element . - a piston with a bearing roller adapted to receive a roller and to slide in a cylinder along a sliding axis (C-C'), said piston comprising: ∘ a body having a guide surface , ∘ an upper portion , having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller , wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller , and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), wherein the body , the at least one centering element and the upper portion consist of an integrally formed single piece, and wherein the centering element has a domed shape to come into contact with only portion of the surface (S120) of an axial end of the roller , said portion being located at least on the rolling axis (R-R') of the roller so as to limit the resisting friction torque, ∘ a body having a guide surface , ∘ an upper portion , having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller , wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller , and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), - a pad adapted to be positioned at the bottom of the recess , the assembly being characterized in that the pad comprises a shape complementary to the domed shape, so that it is blocked in rotation along the axis of rotation (R-R') by the domed shape of the centering element .
Multi-function cleaning tool, which cleaning tool comprises a frame part , which frame part is longitudinal and substantially rectangular in shape, which cleaning tool comprises a mounting part for a handle arm, and engagement elements for a cleaning cloth, which frame part further comprises on one longitudinally extending side bristles and on other longitudinally extending side a squeegee , which frame part comprises a head surface to which the mounting part is attached by a turning joint and to which the engagement elements are attached, and which turning joint for the mounting part is located in middle part of the head surface of the frame part and configured to provide a turning movement (R) of the frame part around its center such that depending on need of cleaning either the longitudinal side of the bristles is locatable against a floor or corresponding surface to be cleaned or the longitudinal side of the squeegee is locatable against the floor or corresponding surface to be cleaned, characterized in that the frame part has a propeller-like movement (R) around its center and the turning joint .
A machine for converting coils of a material into coils of smaller size, comprising a loading unit for loading a strip (N) of material into the machine , an accumulation unit of the strip (N) being processed, and a winding unit of the strip (N) on a winding shaft to form respective coils (B), wherein the winding unit comprises: - a revolving disc , which supports two winding shafts of coils (B); - a feeding roller of the strip (N) to a winding position; - a movable accompanying member of the strip (N) and a cutting member associated in an operating manner with said feeding roller , wherein the feeding roller , the movable accompanying member , and the cutting member are placed on a carriage , movable horizontally between at least one forward or operating position and a retracted or resting position; and wherein the movable accompanying member and the cutting member are hinged on the feeding roller axis and are tiltable between a non-operating position and an operating position adapted to operate the crosswise cut of the strip (N), characterized in that the movable accompanying member comprises a body having an arc-of-circle-shaped recess of shape and size such to couple with an at least semi-cylindrical portion of the surface of a winding shaft (5, 5', wherein the recess comprises a housing which develops along its entire extension and in which an accompanying element of the strip (N) slides, the accompanying element being movable between a retracted position and an extended position, in which, by sliding in said housing, it performs a rotation of about 180° about a rotation axis parallel to the rotation axis of the winding shafts . - a revolving disc , which supports two winding shafts of coils (B); - a feeding roller of the strip (N) to a winding position; - a movable accompanying member of the strip (N) and a cutting member associated in an operating manner with said feeding roller , wherein the feeding roller , the movable accompanying member , and the cutting member are placed on a carriage , movable horizontally between at least one forward or operating position and a retracted or resting position; and wherein the movable accompanying member and the cutting member are hinged on the feeding roller axis and are tiltable between a non-operating position and an operating position adapted to operate the crosswise cut of the strip (N), characterized in that the movable accompanying member comprises a body having an arc-of-circle-shaped recess of shape and size such to couple with an at least semi-cylindrical portion of the surface of a winding shaft (5, 5', wherein the recess comprises a housing which develops along its entire extension and in which an accompanying element of the strip (N) slides, the accompanying element being movable between a retracted position and an extended position, in which, by sliding in said housing, it performs a rotation of about 180° about a rotation axis parallel to the rotation axis of the winding shafts .
An imaging lens, comprising in an ordered way from an object side: a first lens having positive (+) refractive power; a second lens having negative (-) refractive power; a third lens having negative (-) refractive power; and a fourth lens having negative (-) refractive power, wherein an image side surface (S2) of the first lens is convexly formed, and wherein the imaging lens meets a conditional expression of -0.5 < f/f3 < 0 and -0.5 < f/f4 < 0, where f is an entire focus distance of the imaging lens, f3: a focus distance of the third lens , and f4 is a focus distance of the fourth lens , and the imaging lens meets a conditional expression of 10 < [(vl+v3)/2-v2] < 20 and v3 < 30, where v1, v2, and v3 are Abbe's numbers of the first to third lenses , characterized in that an object side surface of the second lens is convexly formed, and that the imaging lens meets a conditional expression of 10 < [(v1+v4)/2-v2] < 20 and v4 < 30, where v1, v2 and v4 are Abbe's numbers of the first, second and fourth lenses .
Accumulating roller chain conveyor, in particular for semi-trailers, having at least one accumulating roller conveyor track, at least one bi-directionally rotating motor for each accumulating roller conveyor track, and two conveyor chains per accumulating roller conveyor track, wherein the conveyor chains of each accumulating roller conveyor track at least on the upper side run in guides , are guided in a revolving manner so as to be driven by way of gear wheels, and are drivable in a synchronized manner, wherein the motor of each accumulating roller conveyor track acts by way of a motor-proximal and an end-proximal drive shaft, wherein the motor-proximal drive shaft is driven for the inward conveying of the cargo and the end-proximal drive shaft is driven for the outward conveying of the cargo in such a manner that the conveyor chains are in each case moved under tension, characterized in that the motor is connected to two reduction gears , one of which driving the motor-proximal drive shaft in the inward conveying of cargo, and the other driving the end-proximal drive shaft in the outward conveying, and the reduction gears have in each case a freewheeling unit, wherein the connection to the inward-conveying drive shaft is cancelled when the drive shaft is driven for the outward conveying of cargo, and vice versa.
A turbomachine (T) including: - a ducted fan, - a low pressure turbine shaft (A), - a reduction gearbox housed in a casing of the reduction gearbox between the fan and the low-pressure turbine shaft (A), the reduction gearbox being of epicyclic type and including a ring, - a fan rotor supplying air flow to a primary stream and a secondary stream and including a hub having a hub diameter (D1), - a low pressure compressor distinct from the fan, the reduction gearbox being interposed between the fan rotor and the low-pressure turbine shaft (A), wherein, - the diameter (D3) of the fan rotor is greater than 82 inches (2.08 meters), - the pressure ratio of the fan ranges between 1.10 and 1.35, - the casing of the reduction gearbox has an external diameter (D2) greater than the diameter (D1) of the hub , - the pitch diameter (D4) of the ring of the reduction gearbox ranges between 0.15 and 0.35 times the diameter of the fan rotor characterized in that the ratio between the external diameter (D2) and the diameter (D1) of the hub ranging from 1 to 1,04. - a ducted fan, - a low pressure turbine shaft (A), - a reduction gearbox housed in a casing of the reduction gearbox between the fan and the low-pressure turbine shaft (A), the reduction gearbox being of epicyclic type and including a ring, - a fan rotor supplying air flow to a primary stream and a secondary stream and including a hub having a hub diameter (D1), - a low pressure compressor distinct from the fan, the reduction gearbox being interposed between the fan rotor and the low-pressure turbine shaft (A), - the diameter (D3) of the fan rotor is greater than 82 inches (2.08 meters), - the pressure ratio of the fan ranges between 1.10 and 1.35, - the casing of the reduction gearbox has an external diameter (D2) greater than the diameter (D1) of the hub , - the pitch diameter (D4) of the ring of the reduction gearbox ranges between 0.15 and 0.35 times the diameter of the fan rotor
A top for a plasma storage container comprising: a top body defining the structure of the top and configured to seal an opening of the plasma storage container ; a first opening extending through the top body; a septum located at least partially within the first opening , the septum including an aperture therethrough and configured to allow a blunt cannula to pass through the aperture to access the interior of the plasma storage container ; a vent opening extending through the top body; and a hydrophobic membrane located on an underside of the top body and covering the vent opening , the hydrophobic membrane configured to allow air to vent through the vent opening during filling of the plasma storage container . a top body defining the structure of the top and configured to seal an opening of the plasma storage container ; a first opening extending through the top body; a septum located at least partially within the first opening , the septum including an aperture therethrough and configured to allow a blunt cannula to pass through the aperture to access the interior of the plasma storage container ; a vent opening extending through the top body; and a hydrophobic membrane located on an underside of the top body and covering the vent opening , the hydrophobic membrane configured to allow air to vent through the vent opening during filling of the plasma storage container .
Fastening device for releasably securing a wheelchair in a vehicle, comprising a mechanically stable support structure under a seat of the wheelchair , and at least two substantially rod-like securing elements , wherein the securing elements are axially displaceable from a retracted position into an extended position, wherein the securing elements are axially displaceably connected at a first end to the support structure and at a second end, opposite to the first end, contact points for securing in the vehicle are formed, wherein the securing elements are designed to be axially displaced by a user of the wheelchair such that the securing elements can be displaced into the extended position by the user of the wheelchair and the contact points can be secured to the vehicle, characterized in that the fastening device comprises at least three of the substantially rod-like securing elements , of which two securing elements are substantially horizontally displaceable, in order to secure the wheelchair to a vertical element of the vehicle, and one securing element is substantially vertically displaceable, in order to secure the wheelchair to a floor of the vehicle.
A monitoring server for remotely monitoring an inmate communication session, the monitoring server comprising: a network interface device configured to communicate with a remote monitoring station ; and at least one processor configured to: transmit the inmate communication session to the remote monitoring station ; monitor data received from the remote monitoring station ; monitor a reviewer of the inmate communication session located at the remote monitoring station based on the data received from the remote monitoring station including input data from the reviewer; transmit, to the remote monitoring station , a verification command for the remote monitoring station to perform a monitor verification process after a predetermined amount of time that no input data has been monitored; and receive, from the remote monitoring station , a response to the verification command. a network interface device configured to communicate with a remote monitoring station ; and at least one processor configured to: transmit the inmate communication session to the remote monitoring station ; monitor data received from the remote monitoring station ; monitor a reviewer of the inmate communication session located at the remote monitoring station based on the data received from the remote monitoring station including input data from the reviewer; transmit, to the remote monitoring station , a verification command for the remote monitoring station to perform a monitor verification process after a predetermined amount of time that no input data has been monitored; and receive, from the remote monitoring station , a response to the verification command. transmit the inmate communication session to the remote monitoring station ; monitor data received from the remote monitoring station ; monitor a reviewer of the inmate communication session located at the remote monitoring station based on the data received from the remote monitoring station including input data from the reviewer; transmit, to the remote monitoring station , a verification command for the remote monitoring station to perform a monitor verification process after a predetermined amount of time that no input data has been monitored; and receive, from the remote monitoring station , a response to the verification command.
A steering arrangement for a pivotable landing gear axle , the steering arrangement comprising: a steering rack ; a linear actuator assembly operable to laterally translate the steering rack ; and a steering control link including an actuator end secured to the steering rack , and an axle end opposite the actuator end , the axle end pivotable about a control link pivot point, characterised in that : the steering control link is longitudinally extendable such that a longitudinal dimension of the steering control link ranges between a first retracted length and a second extended length. a steering rack ; a linear actuator assembly operable to laterally translate the steering rack ; and a steering control link including an actuator end secured to the steering rack , and an axle end opposite the actuator end , the axle end pivotable about a control link pivot point, characterised in that : the steering control link is longitudinally extendable such that a longitudinal dimension of the steering control link ranges between a first retracted length and a second extended length.
Scissors with a first scissor blade with a first cutting edge , with a second scissor blade with a second cutting edge , with a first handle part , which has a finger rest for at least two fingers of a hand, and with a second handle part , which has a palm rest for the hand, characterized in that the second handle part is connected at one end to the first scissor blade on the side facing away from the first cutting edge and at the other end to the second scissor blade on the side facing away from the second cutting edge , the first handle part is connected at one end to the first scissor blade on the side facing away from the tip of the first scissor blade and at the other end to the second scissor blade on the side facing away from the tip of the second scissor blade or to the second handle part , wherein in a closed position of the first scissor blade and the second scissor blade the distance between the finger rest of the first handle part and the palm rest of the second handle part is smaller than in an open position of the first scissor blade and the second scissor blade , wherein the first scissor blade and the second scissor blade are movably connected to the first handle part and the second handle part in such a way that when the distance between the palm rest and the finger rest decreases, the first scissor blade and the second scissor blade move into the closed position and into the open position when the distance increases. with a first scissor blade with a first cutting edge , with a second scissor blade with a second cutting edge , with a first handle part , which has a finger rest for at least two fingers of a hand, and with a second handle part , which has a palm rest for the hand, characterized in that the second handle part is connected at one end to the first scissor blade on the side facing away from the first cutting edge and at the other end to the second scissor blade on the side facing away from the second cutting edge , the first handle part is connected at one end to the first scissor blade on the side facing away from the tip of the first scissor blade and at the other end to the second scissor blade on the side facing away from the tip of the second scissor blade or to the second handle part , wherein in a closed position of the first scissor blade and the second scissor blade the distance between the finger rest of the first handle part and the palm rest of the second handle part is smaller than in an open position of the first scissor blade and the second scissor blade , wherein the first scissor blade and the second scissor blade are movably connected to the first handle part and the second handle part in such a way that when the distance between the palm rest and the finger rest decreases, the first scissor blade and the second scissor blade move into the closed position and into the open position when the distance increases.
Device for measuring a force, having a printed circuit board , wherein the printed circuit board has a sensor region which can be deformed relative to a base region of the printed circuit board and an electric circuit for measuring an extent and/or a direction of a deformation of the sensor region using an electrical variable which changes with the deformation, wherein the sensor region has a restoring element so that a deformation of the sensor region produced from a non-deformed state of the sensor region by means of an action of force can be restored after the end of the action of the force by means of the restoring element into the non-deformed state of the sensor region , characterised in that the restoring element is formed as an insert which is arranged at least in regions in the printed circuit board , wherein the insert is arranged only in a region of the printed circuit board which is subjected to bending load or which can be deformed. the sensor region has a restoring element so that a deformation of the sensor region produced from a non-deformed state of the sensor region by means of an action of force can be restored after the end of the action of the force by means of the restoring element into the non-deformed state of the sensor region , characterised in that the restoring element is formed as an insert which is arranged at least in regions in the printed circuit board , wherein the insert is arranged only in a region of the printed circuit board which is subjected to bending load or which can be deformed.
A method of wireless communication performed by a base station , BS, comprising: grouping and selectively multiplexing a plurality of random access channel responses, RARs, in a message B, msgB, communication; and transmitting the msgB communication to one or more user equipments , UEs; wherein multiplexing the plurality of RARs in the msgB communication comprises: multiplexing the plurality of RARs in the msgB communication based at least in part on at least one of: a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs. grouping and selectively multiplexing a plurality of random access channel responses, RARs, in a message B, msgB, communication; and transmitting the msgB communication to one or more user equipments , UEs; wherein multiplexing the plurality of RARs in the msgB communication comprises: multiplexing the plurality of RARs in the msgB communication based at least in part on at least one of: a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs. a starting symbol of a respective RAR reception window associated with each of the one or more UEs sharing a same random access occasion, a respective priority associated with each of the plurality of RARs, a respective quality of service, QoS, class associated with each of the plurality of RARs, or a respective payload size of each of the plurality of RARs.