mhurhangee/patent-ind-claim-en huggingface dataset:
Method for fastening a plain bearing component (30; 31; 35; 36) to a sliding partner of a plain bearing location (G1; G2; G3; G4) of a hydrostatic positive displacement machine with a cylinder drum which is arranged about an axis of rotation and is provided with at least one piston recess in which in each case a piston is arranged in a longitudinally displaceable manner, wherein the piston is supported on a stroke-generating track by means of a supporting element, and the cylinder drum is supported in the region of an end side on a housing (9; 9a), wherein the plain bearing component (30; 31; 35; 36) is composed of non-ferrous metal, in particular bronze or brass, characterized in that the plain bearing component (30; 31; 35; 36) composed of non-ferrous material is connected in a materially bonded manner to the sliding partner of the plain bearing location (G1; G2; G3; G4) by magnetic pulse welding.
A wireless ranging method comprising: identifying a first interference tolerance parameter for distance estimation at a first device ; defining a first timeout condition based on the first interference tolerance parameter; for a first distance estimation session: initiating transmission and receipt of a plurality of packets to generate a plurality of time-of-flight values; in response to determining that the first timeout condition has expired, exiting the first distance estimation session without completing transmission and reception of the plurality of packets; and in response to completing the first distance estimation session: generating an effective time-of-flight value based on a combination of the plurality of the time-of-flight values; and identifying a distance between the first device and a second device based on the effective time-of-flight value. identifying a first interference tolerance parameter for distance estimation at a first device ; defining a first timeout condition based on the first interference tolerance parameter; for a first distance estimation session: initiating transmission and receipt of a plurality of packets to generate a plurality of time-of-flight values; in response to determining that the first timeout condition has expired, exiting the first distance estimation session without completing transmission and reception of the plurality of packets; and in response to completing the first distance estimation session: generating an effective time-of-flight value based on a combination of the plurality of the time-of-flight values; and identifying a distance between the first device and a second device based on the effective time-of-flight value. initiating transmission and receipt of a plurality of packets to generate a plurality of time-of-flight values; in response to determining that the first timeout condition has expired, exiting the first distance estimation session without completing transmission and reception of the plurality of packets; and in response to completing the first distance estimation session: generating an effective time-of-flight value based on a combination of the plurality of the time-of-flight values; and identifying a distance between the first device and a second device based on the effective time-of-flight value. generating an effective time-of-flight value based on a combination of the plurality of the time-of-flight values; and identifying a distance between the first device and a second device based on the effective time-of-flight value.
A top drive (TD) operated tubular running tool assembly, comprising: a housing supported by the top drive (TD); an assembly in said housing to selectively transmit rotational input from the top drive (TD) and convert such rotational input to axial movement of an actuator operably linked to at least one slip for selective grip and release of a tubular by said slip ; characterised in that said assembly is configured to rotationally lock to said housing as said slip is inserted into the tubular and then rotationally unlock with applied set down weight of said running tool such that said slip can be extended or retracted and then rotationally locked again with a further increase in applied set down weight of said running tool or fluid backpressure in the tubular to allow axial and rotational force to be applied to the tubular without relative movement of said slip . a housing supported by the top drive (TD); an assembly in said housing to selectively transmit rotational input from the top drive (TD) and convert such rotational input to axial movement of an actuator operably linked to at least one slip for selective grip and release of a tubular by said slip ; characterised in that said assembly is configured to rotationally lock to said housing as said slip is inserted into the tubular and then rotationally unlock with applied set down weight of said running tool such that said slip can be extended or retracted and then rotationally locked again with a further increase in applied set down weight of said running tool or fluid backpressure in the tubular to allow axial and rotational force to be applied to the tubular without relative movement of said slip .
Connection of drainage components having a first drainage component , to the surface of which a clamping spring is fastened, and a second drainage component , which is pushed over the clamping spring , wherein the clamping spring comprises a plate-shaped foot part and a spring part adjoining the latter; wherein the spring part comprises at least one claw at its free end facing away from the foot part ; wherein a spring force of the clamping spring presses the at least one claw into the material of the drainage component pushed over; characterized in that the spring part is folded or bent over at an angle of more than 90° relative to the foot part and is formed by at least two spring tongues (2.1, 2.2) which are arranged adjacent to each other, extend from the foot part , can resiliently engage independently from each other and each have at least one claw at their free end facing away from the foot part . wherein the spring part comprises at least one claw at its free end facing away from the foot part ; wherein a spring force of the clamping spring presses the at least one claw into the material of the drainage component pushed over; characterized in that the spring part is folded or bent over at an angle of more than 90° relative to the foot part and is formed by at least two spring tongues (2.1, 2.2) which are arranged adjacent to each other, extend from the foot part , can resiliently engage independently from each other and each have at least one claw at their free end facing away from the foot part .
An electronic device comprising: a sensor configured to detect a gesture that does not come into contact with the electronic device ; a touch sensor ; a display configured to simultaneously display a first screen and a second screen , wherein the sensor and the display are facing in the same direction; and a controller ; the electronic device characterized in that : the controller is configured to associate, in accordance with a position where the sensor is disposed relative to the first screen and the second screen , the gesture detected by the sensor with an operation of the first screen that is farther from the position where the sensor is disposed than the second screen , and a touch detected by the touch sensor with an operation of the second screen . a sensor configured to detect a gesture that does not come into contact with the electronic device ; a touch sensor ; a display configured to simultaneously display a first screen and a second screen , wherein the sensor and the display are facing in the same direction; and a controller ;
Motor-vehicle seat, in particular a rear motor-vehicle seat, comprising a backrest frame including an upper cross-member , and a headrest (HR) connected to said upper cross-member , and tiltable between an upright operative position and an inoperative position rotated forwardly relative to the operative position, wherein said headrest (HR) is rotatably mounted on said upper cross-member of the backrest frame , so that it is adapted to tilt between said operative and inoperative positions around a transversal axis which is coincident with a longitudinal central axis of said cross-member , wherein said seat comprises a backrest with a padding body which contains therein the backrest frame , wherein said padding body has a recessed portion in its upper part, so as not to cover a portion of the upper cross-member of the frame of the backrest and that on that portion of the upper cross-member of the backrest frame a body is rotatably mounted, for supporting the headrest (HR), which is therefore adapted to tilt around the axis of the cross-member for displacing the headrest (HR) between its operative and inoperative positions, wherein - one or more supporting rods supporting the headrest (HR) are slidably mounted within said supporting body of the headrest (HR), said supporting rods are adapted to be received within through openings formed through the upper cross-member of the backrest frame when the headrest (HR) is in its operative position, said supporting rods are adapted to be received against stop seats associated to said upper cross-member of the backrest frame, on the front surface of the upper cross-member, when the headrest (HR) is in its inoperative position, - between the supporting body of the headrest (HR) and said supporting rods which are slidably mounted within said supporting body there are interposed elastic devices which tend to push the supporting rods of the headrest within said through openings of the upper cross-member of the backrest frame, when the headrest is in its upright operative position, and against said stop seats , when the headrest is in its forwardly rotated inoperative position. - one or more supporting rods supporting the headrest (HR) are slidably mounted within said supporting body of the headrest (HR), said supporting rods are adapted to be received within through openings formed through the upper cross-member of the backrest frame when the headrest (HR) is in its operative position, said supporting rods are adapted to be received against stop seats associated to said upper cross-member of the backrest frame, on the front surface of the upper cross-member, when the headrest (HR) is in its inoperative position, - between the supporting body of the headrest (HR) and said supporting rods which are slidably mounted within said supporting body there are interposed elastic devices which tend to push the supporting rods of the headrest within said through openings of the upper cross-member of the backrest frame, when the headrest is in its upright operative position, and against said stop seats , when the headrest is in its forwardly rotated inoperative position.
A sliding device for doors , provided with multiple adjustments, consisting of a carriage or slider provided with rollers or bearings and of a profile section with a substantially "L"-shaped section, constrained, when mounted, to the front side of the door facing the wall on which a passage area is created, abutted, when mounted, to a lowered portion formed at the upper edge of the same door and provided with an embossed and shaped portion having a shape complementary to the profile section of the rollers along which it slides, characterized in that the carriage or slider comprises a first body or front body , having a substantially rectangular plan, and a second body or rear body designed to be connected to the first front body and provided with opposed substantially cylindrical appendages with a vertical passing-through hole in which respective cylindrical bodies are inserted, along which an offset and passing-through threaded hole is bored, to form as many eccentrics , in each of said holes being inserted a threaded stem or screw that protrudes from the upper side of the front body on which corresponding slots are made.
A Discovery Signal, DS processing method comprising: performing configuration, by a base station, on DS resources by taking a part of available resources of specified reference signals as the DS resources (S100); and sending, by the base station, DSs according to the configuration, and measuring, by User Equipment, UE, the DSs according to the configuration (S101); the method further comprising: initializing, by the base station, a Pseudo-Noise, PN sequence for the DSs by adopting a Physical Cell Identity, PCI or an Access Point Identity, API. performing configuration, by a base station, on DS resources by taking a part of available resources of specified reference signals as the DS resources (S100); and sending, by the base station, DSs according to the configuration, and measuring, by User Equipment, UE, the DSs according to the configuration (S101); the method further comprising: initializing, by the base station, a Pseudo-Noise, PN sequence for the DSs by adopting a Physical Cell Identity, PCI or an Access Point Identity, API.
A method for enriching and detecting microorganisms in a biological sample, comprising the following steps: a) filtering the biological sample through a polymer-modified substrate, wherein human-derived nucleated cells in the sample are captured or separated by the polymer-modified substrate and the microorganisms in the sample pass or flow through the polymer-modified substrate into filtrate; and b) detecting the microorganisms present in the filtrate; wherein the nucleated cells include one or more of erythroblasts, leukocytes and cancer cells; and the polymer is prepared by the polymerization of one or more monomers having the structure of formula : wherein R 1 is independently selected from the group consisting of hydrogen, methyl, ethyl, hydroxyl, C 1-12 alkyl, phenyl; R 2 is independently selected from the group consisting of hydrogen, methyl, ethyl, C 1-6 alkyl, amino, phenyl; and n is an integer of 1 to 5.
An arm lifting support device, comprising a torso support , at least one artificial tendon for vertical lifting, running at least from a pulling point provided at the torso support, over a shoulder of the user and connected to an arm attachment means for attachment of the at least one artificial tendon at an arm of a user when the arm lifting support device is in use, characterised in that the pulling point is provided in a level above the collar bones of the user in use and a redirecting means is provided vertically above the major ball and socket joint, which is the glenohumeral joint, of the user in use.
A storage rail assembly comprising: a first rail extending from a left end to a right end along a first longitudinal axis, the first rail configured to be coupled to a wall; a first left end cap coupled to the left end of the rail, the left end cap including a concave pocket extending inwardly from a left face of the first left end cap and having a pocket contact surface; and a right end cap coupled to the right end of the rail, the right end cap including a projection extending outwardly from a right face of the right end cap, wherein the projection is configured to be received in a pocket of a second left end cap to form a horizontal rail assembly. a first rail extending from a left end to a right end along a first longitudinal axis, the first rail configured to be coupled to a wall; a first left end cap coupled to the left end of the rail, the left end cap including a concave pocket extending inwardly from a left face of the first left end cap and having a pocket contact surface; and a right end cap coupled to the right end of the rail, the right end cap including a projection extending outwardly from a right face of the right end cap, wherein the projection is configured to be received in a pocket of a second left end cap to form a horizontal rail assembly.
A method for wireless communication performed by a wireless communication device , comprising: receiving a sounding dataset , over a wireless channel , from a transmitting device , the sounding dataset including information carried in one or more training fields configured for channel estimation and sounding control information indicating a configuration of the transmitting device , wherein the sounding control information is prior to the one or more training fields ; acquiring channel state information, CSI, for the wireless channel based on the received sounding dataset ; and selectively transmitting a channel report to the transmitting device based at least in part on the CSI and the sounding control information . receiving a sounding dataset , over a wireless channel , from a transmitting device , the sounding dataset including information carried in one or more training fields configured for channel estimation and sounding control information indicating a configuration of the transmitting device , wherein the sounding control information is prior to the one or more training fields ; acquiring channel state information, CSI, for the wireless channel based on the received sounding dataset ; and selectively transmitting a channel report to the transmitting device based at least in part on the CSI and the sounding control information .
A glazing for a vehicle , in particular a road or rail vehicle, especially a windshield or a back window, in particular bent, of given thickness, comprising: - a first glass sheet intended to be the exterior glazing with a first external main face F1 and a second internal main face F2 oriented toward the passenger compartment - a lamination interlayer made of polymer material with a main face Fa oriented toward F2 and with a main face Fb opposite to Fa - a second glass sheet intended to be the interior glazing with a third main face F3 , side, and a fourth internal main face F4 F2 oriented toward the passenger compartment characterized in that : the first glass sheet comprises, on the face F2, an antireflective coating , antireflective at at least one "working" wavelength in the infrared in a range extending from 800 nm to 1800 nm, with a surface which is free by means of a traversing hole in the thickness of the lamination interlayer and in the thickness of the second glass sheet, the first glass sheet exhibits a content by weight of total iron oxide of at most 0.05%, the second glass sheet exhibits a content by weight of total iron oxide of at least 0.4%. - a first glass sheet intended to be the exterior glazing with a first external main face F1 and a second internal main face F2 oriented toward the passenger compartment - a lamination interlayer made of polymer material with a main face Fa oriented toward F2 and with a main face Fb opposite to Fa - a second glass sheet intended to be the interior glazing with a third main face F3 , side, and a fourth internal main face F4 F2 oriented toward the passenger compartment
Cutting apparatus comprising: - at least one abutting element conformed and arranged so that a capsule (C) for closing containers can roll against said abutting element along a rolling path; - at least one blade arranged on said abutting element to make a cut on a capsule (C) which rolls against said abutting element to form a preferential fracture line between a closure portion of the capsule (C) and a guarantee band of the capsule (C); - at least one spindle rotatable about its rotation axis (X), said spindle being configured to engage with at least one inner surface of a capsule (C), said spindle being movable along said abutting element so as to cause the capsule (C) to roll when the latter is engaged between said spindle and said abutting element , so that the cut is performed on the capsule (C) to form the preferential fracture line; characterized by comprising at least one contact surface made of plastics arranged on said abutting element and/or on a side wall of said spindle so that said at least one contact surface is engageable in contact with a side wall of the capsule (C) wherein said contact surface is conformed as a revolution surface geometrically obtained by rotating a line around a rotation axis and said contact surface is made of plastics with a surface roughness Ra > 0.8 μm and Ra < 13.8 μm and with a Shore hardness between 48 and 68. - at least one abutting element conformed and arranged so that a capsule (C) for closing containers can roll against said abutting element along a rolling path; - at least one blade arranged on said abutting element to make a cut on a capsule (C) which rolls against said abutting element to form a preferential fracture line between a closure portion of the capsule (C) and a guarantee band of the capsule (C); - at least one spindle rotatable about its rotation axis (X), said spindle being configured to engage with at least one inner surface of a capsule (C), said spindle being movable along said abutting element so as to cause the capsule (C) to roll when the latter is engaged between said spindle and said abutting element , so that the cut is performed on the capsule (C) to form the preferential fracture line;
- Holder for accommodating at least two solid pieces of at least one insulating material, said at least two solid pieces being adapted for maintaining serpentine shaped air heating elements of an air heater , in a debit of air flowing through the air heater and for maintaining said serpentine shaped air heating elements at distance from each other in the air heater ; said holder presenting a bottom and two lateral walls extending from longitudinal sides of the bottom in two planes parallel to each other and orthogonal to the plane of the bottom , and defining a U-shaped transversal section of the holder , characterized in that said holder is made of one unique piece and presents at least one partition extending between the lateral walls, from the bottom in a plane parallel to the planes of the lateral walls and delimiting with the bottom and the lateral walls , at least two compartments of the holder , each compartment being designed to accommodate and secure one of said solid pieces of insulating material. said holder presenting a bottom and two lateral walls extending from longitudinal sides of the bottom in two planes parallel to each other and orthogonal to the plane of the bottom , and defining a U-shaped transversal section of the holder , characterized in that said holder is made of one unique piece and presents at least one partition extending between the lateral walls, from the bottom in a plane parallel to the planes of the lateral walls and delimiting with the bottom and the lateral walls , at least two compartments of the holder , each compartment being designed to accommodate and secure one of said solid pieces of insulating material.
A polymer for use as a cement additive, wherein the polymer is produced by copolymerisation of monomers of formula (I), (II) and (III): and wherein: R 1 , R 2 and R 8 are each independently selected from -H, -CH 3 , and -CH 2 CH 3 ; R 3 , R 4 , R 5 , R 6 , R 7 , R 9 and R 10 are each independently selected from -H, -(C 2 -C 6 )alkyl and -(C 1 -C 8 )alkyl; m is 1, 2, 3, 4, 5, 6, 7 or 8; n is 0, 1, 2, 3, 4, 5, 6, 7 or 8; and each of M 1 , M 2 and M 3 is independently H or a cation, and wherein the polymer comprises 1-98 wt% of (I), 1-98 wt% of (II) and 1-98 wt% of (III), wherein the polymer is substantially linear. R 1 , R 2 and R 8 are each independently selected from -H, -CH 3 , and -CH 2 CH 3 ; R 3 , R 4 , R 5 , R 6 , R 7 , R 9 and R 10 are each independently selected from -H, -(C 2 -C 6 )alkyl and -(C 1 -C 8 )alkyl; m is 1, 2, 3, 4, 5, 6, 7 or 8; n is 0, 1, 2, 3, 4, 5, 6, 7 or 8; and each of M 1 , M 2 and M 3 is independently H or a cation, and wherein the polymer comprises 1-98 wt% of (I), 1-98 wt% of (II) and 1-98 wt% of (III), wherein the polymer is substantially linear.