mhurhangee/patent-ind-claim-en huggingface dataset:
A sliding bearing characterized by comprising: a bearing body ; and an elastic ring fitted on said bearing body , said bearing body having one slit extending from one axial end face towards another axial end face , another slit extending from the other axial end face towards the one axial end face , an inner surface having a sliding surface , and an outer surface on which at least one groove receiving said elastic ring and one and another projections are respectively formed with the at least one groove disposed therebetween in an axial direction, the sliding bearing being configured to be interposed between a tube and a shaft such that said bearing body is disposed in a hollow portion defined by an inner peripheral surface of the tube with an outer peripheral surface of said elastic ring brought into contact with the inner peripheral surface of the tube with an interference, and such that said bearing body is fitted on an outer peripheral surface of the shaft relatively slidingly movably in such a manner as to tighten the shaft by the sliding surface with resiliency of said elastic ring , wherein when the sliding bearing is interposed between the tube and the shaft , the one and the other projections are adapted to be brought into contact with the inner peripheral surface of the tube such that there is a cylindrical clearance in a radial direction (B) between the outer surface and the inner peripheral surface . a bearing body ; and an elastic ring fitted on said bearing body , said bearing body having one slit extending from one axial end face towards another axial end face , another slit extending from the other axial end face towards the one axial end face , an inner surface having a sliding surface , and an outer surface on which at least one groove receiving said elastic ring and one and another projections are respectively formed with the at least one groove disposed therebetween in an axial direction, the sliding bearing being configured to be interposed between a tube and a shaft such that said bearing body is disposed in a hollow portion defined by an inner peripheral surface of the tube with an outer peripheral surface of said elastic ring brought into contact with the inner peripheral surface of the tube with an interference, and such that said bearing body is fitted on an outer peripheral surface of the shaft relatively slidingly movably in such a manner as to tighten the shaft by the sliding surface with resiliency of said elastic ring , wherein when the sliding bearing is interposed between the tube and the shaft , the one and the other projections are adapted to be brought into contact with the inner peripheral surface of the tube such that there is a cylindrical clearance in a radial direction (B) between the outer surface and the inner peripheral surface .
Injector for a combustion engine, comprising - a pole piece with a penetrating opening , - an armature with a penetrating opening , - a valve needle and - a guiding element with a guiding portion and a penetrating opening , wherein at least the respective penetrating openings of the pole piece and the guiding element are configured to form a portion of a fluid channel for a fluid along a longitudinal axis (L) of the injector , - the valve needle is arranged at least partially inside the penetrating opening of the armature and is configured to be axially moveable along the longitudinal axis (L) to prevent a fluid flow in a closed position of the valve needle and to enable a fluid flow in an opened position of the valve needle , - the guiding element is arranged with the guiding portion at least partially inside the penetrating opening of the pole piece - the guiding portion is in sliding contact with the pole piece so that the guiding element is axially moveable along the longitudinal axis (L) relative to the pole piece - the guiding element comprises a contact surface that abuts an end of the valve needle and is releaseably coupled to the valve needle by means of the contact surface abutting an end of the valve needle to realize a guidance of the valve needle along the longitudinal axis (L) during operation of the injector , characterised in that the contact surface is concavely shaped. - a pole piece with a penetrating opening , - an armature with a penetrating opening , - a valve needle and - a guiding element with a guiding portion and a penetrating opening , wherein at least the respective penetrating openings of the pole piece and the guiding element are configured to form a portion of a fluid channel for a fluid along a longitudinal axis (L) of the injector , - the valve needle is arranged at least partially inside the penetrating opening of the armature and is configured to be axially moveable along the longitudinal axis (L) to prevent a fluid flow in a closed position of the valve needle and to enable a fluid flow in an opened position of the valve needle , - the guiding element is arranged with the guiding portion at least partially inside the penetrating opening of the pole piece - the guiding portion is in sliding contact with the pole piece so that the guiding element is axially moveable along the longitudinal axis (L) relative to the pole piece - the guiding element comprises a contact surface that abuts an end of the valve needle and is releaseably coupled to the valve needle by means of the contact surface abutting an end of the valve needle to realize a guidance of the valve needle along the longitudinal axis (L) during operation of the injector , characterised in that the contact surface is concavely shaped.
An optical cable comprising: an optical fiber unit including a plurality of optical fibers; a sheath configured to house the optical fiber unit in a housing portion , the sheath having a circular external form; two or more strength members embedded in the sheath on each side of the optical fiber unit, the strength members sandwiching the housing portion ; and two rip cords , wherein when a direction of connecting the intermediate position of the two or more strength members on the one side and the intermediate position of the two or more strength members on the other side is a first direction (X),and a direction intersecting the first direction (X) is a second direction (Y), in a cross section of the optical cable, a cross-sectional shape of the housing portion has a second dimension (L2) in the second direction(Y) greater than a first dimension (L1) in the first direction (X), the two rip cords are disposed to sandwich the optical fiber unit such that a direction of connecting the two rip cords is in the second direction (Y), in the cross section of the optical cable , the cross-sectional shape of the housing portion is an elliptical shape whose minor axis is in the first direction (X) and whose major axis is in the second direction (Y), the plurality of optical fibers are twisted in an SZ manner _with regard to the housing portion within which the plurality of optical fibers are twisted, and a ratio (R) of the first dimension (L1) to the second dimension (L2) is equal to or greater than 0.55. an optical fiber unit including a plurality of optical fibers; a sheath configured to house the optical fiber unit in a housing portion , the sheath having a circular external form; two or more strength members embedded in the sheath on each side of the optical fiber unit, the strength members sandwiching the housing portion ; and two rip cords , wherein when a direction of connecting the intermediate position of the two or more strength members on the one side and the intermediate position of the two or more strength members on the other side is a first direction (X),and a direction intersecting the first direction (X) is a second direction (Y), in a cross section of the optical cable, a cross-sectional shape of the housing portion has a second dimension (L2) in the second direction(Y) greater than a first dimension (L1) in the first direction (X), the two rip cords are disposed to sandwich the optical fiber unit such that a direction of connecting the two rip cords is in the second direction (Y), in the cross section of the optical cable , the cross-sectional shape of the housing portion is an elliptical shape whose minor axis is in the first direction (X) and whose major axis is in the second direction (Y), the plurality of optical fibers are twisted in an SZ manner _with regard to the housing portion within which the plurality of optical fibers are twisted, and a ratio (R) of the first dimension (L1) to the second dimension (L2) is equal to or greater than 0.55.
A bicycle element having a bicycle frame with a steerer tube and a handlebar stem connection device being at least partially arranged in a steerer tube for connecting a handlebar stem with a front wheel fork , comprising a steerer tube connectible with the front wheel fork , a handlebar stem tube connectible with the handlebar stem , the handlebar stem tube surrounding the steerer tube in a mounted state, a clamping element for a clamping connection of the steerer tube with the handlebar stem tube , the clamping element being arranged between the steerer tube and the handlebar stem tube , and a fixing element holding the clamping element in a clamped position, characterized in that the steerer tube comprises a slit and the handlebar stem tube comprises a longitudinal slit through which the fixing element is accessible. a steerer tube connectible with the front wheel fork , a handlebar stem tube connectible with the handlebar stem , the handlebar stem tube surrounding the steerer tube in a mounted state, a clamping element for a clamping connection of the steerer tube with the handlebar stem tube , the clamping element being arranged between the steerer tube and the handlebar stem tube , and a fixing element holding the clamping element in a clamped position, characterized in that the steerer tube comprises a slit and the handlebar stem tube comprises a longitudinal slit through which the fixing element is accessible.
A gas combustion type striking machine comprising: a body ; a cylinder arranged in the body ; a piston arranged slidably in a vertical direction in the cylinder ; a movable sleeve arranged in an upper portion of the cylinder ; a combustion chamber which is opened and closed by moving the movable sleeve in the vertical direction; a nose portion arranged in a lower side of the body and from which a nail is driven out; a contact member projecting from the nose portion to be slidable in the vertical direction and configured to upwardly move with respect to the body by being pressed against a workpiece so as to move the movable sleeve in a closing direction to close the combustion chamber ; a trigger ; a safety lever pivotally supported on a shaft fixed on the trigger and rotatable between a first position and a second position with respect to the trigger and arranged to be moveably linked to the movement of the contact member , wherein a torsion coil spring is supported on the shaft fixed on the trigger , wherein the safety lever is configured to be engaged with the trigger directly, a switch lever arranged to be engageable with the safety lever ; a switch disposed upwardly of the trigger configured to be switched by being pressed by the switch lever ; and a hold member rotatably connected to the trigger and arranged to be engageable with the movable sleeve . a body ; a cylinder arranged in the body ; a piston arranged slidably in a vertical direction in the cylinder ; a movable sleeve arranged in an upper portion of the cylinder ; a combustion chamber which is opened and closed by moving the movable sleeve in the vertical direction; a nose portion arranged in a lower side of the body and from which a nail is driven out; a contact member projecting from the nose portion to be slidable in the vertical direction and configured to upwardly move with respect to the body by being pressed against a workpiece so as to move the movable sleeve in a closing direction to close the combustion chamber ; a trigger ; a safety lever pivotally supported on a shaft fixed on the trigger and rotatable between a first position and a second position with respect to the trigger and arranged to be moveably linked to the movement of the contact member , wherein a torsion coil spring is supported on the shaft fixed on the trigger , wherein the safety lever is configured to be engaged with the trigger directly, a switch lever arranged to be engageable with the safety lever ; a switch disposed upwardly of the trigger configured to be switched by being pressed by the switch lever ; and a hold member rotatably connected to the trigger and arranged to be engageable with the movable sleeve .
A digital electromagnetic stylus , which is a passive stylus, comprising a system-on-chip unit , a transmission control unit and a transceiver unit that are connected, a first rectifier and filter unit and a second rectifier and filter unit that are connected in parallel between the system-on-chip unit and the transceiver unit , and a pressure and key detection unit connected to the system-on-chip unit ; wherein the transceiver unit is configured to receive an electromagnetic signal transmitted by a digitizer tablet, and convert the electromagnetic signal into a corresponding electrical signal and output the electrical signal to the first rectifier and filter unit and the second rectifier and filter unit ; and generate a resonance in response to a frequency of the electromagnetic signal approaching a resonance frequency thereof, and transmit a resonance signal to the digitizer tablet, such that the digitizer tablet acquires touch information of the electromagnetic stylus ; the first rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit , and output the shaped and filtered electrical signal to the system-on-chip unit to supply power to the system-on-chip unit ; the second rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit , and output the shaped and filtered electrical signal to the system-on-chip unit to wake up the system-on-chip unit ; the pressure and key detection unit is configured to detect stylus tip pressure data and a key state of the digital electromagnetic stylus , that is, to detect whether a key switch is pressed down or not; and the system-on-chip unit is configured to control, based on a detection result of the pressure and key detection unit , a time length within which the transmission control unit is disabled, and hence control an energy intensity of the resonance signal transmitted by the transceiver unit to the digitizer tablet. the first rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit , and output the shaped and filtered electrical signal to the system-on-chip unit to supply power to the system-on-chip unit ; the second rectifier and filter unit is configured to shape and filter the electrical signal output by the transceiver unit , and output the shaped and filtered electrical signal to the system-on-chip unit to wake up the system-on-chip unit ; the pressure and key detection unit is configured to detect stylus tip pressure data and a key state of the digital electromagnetic stylus , that is, to detect whether a key switch is pressed down or not; and the system-on-chip unit is configured to control, based on a detection result of the pressure and key detection unit , a time length within which the transmission control unit is disabled, and hence control an energy intensity of the resonance signal transmitted by the transceiver unit to the digitizer tablet.
A method for machining a bearing ring of a rolling bearing , comprising the following features: - clamping a blank provided for producing the bearing ring into a machine tool, - structuring an annular surface of the bearing ring by high-feed milling, said surface forming a sealing face. - clamping a blank provided for producing the bearing ring into a machine tool, - structuring an annular surface of the bearing ring by high-feed milling, said surface forming a sealing face.
Paper clip system comprising at least two paper clips physically separated from one another and positioned directly one above the other, with a large loop and a small loop lying in the inner region delimited by the latter, and at least one connecting element, characterized in that in that the connecting element holds the small loop of one paper clip in the region delimited by the large loop of the other paper clip and a free large loop of one paper clip lies on one side of the interlocking loops over the longitudinal broad side thereof and a free small loop of the other paper clip lies on the other side of the interlocking loops over the longitudinal broad side thereof.
A method operating at a client recording device disposed in an adaptive bitrate (ABR) communications network , the method comprising: receiving ABR program fragments of a particular program from a network node for recording at the client recording device via an ABR streaming session, the ABR program fragments comprising segments of varying bitrate quality; and after a predetermined amount of time, applying a constant bitrate quality requirement for receiving ABR program fragments encoded at a specified bitrate, thereby allowing a recording time pointer (RTP) associated with the client recording device's video buffer to vary with respect to the particular program's real-time content time parameter (CTP) , wherein the RTP is configured to lag behind the CTP depending on complexity of ABR program content and bandwidth available for the ABR streaming session. receiving ABR program fragments of a particular program from a network node for recording at the client recording device via an ABR streaming session, the ABR program fragments comprising segments of varying bitrate quality; and after a predetermined amount of time, applying a constant bitrate quality requirement for receiving ABR program fragments encoded at a specified bitrate, thereby allowing a recording time pointer (RTP) associated with the client recording device's video buffer to vary with respect to the particular program's real-time content time parameter (CTP) , wherein the RTP is configured to lag behind the CTP depending on complexity of ABR program content and bandwidth available for the ABR streaming session.
A turbidity calibration-correction apparatus configured for an automated calibration-correction of the turbidity of a turbidity calibration standard , associated with both a turbidity measurement apparatus and the calibration standard , the calibration-correction apparatus comprising: the turbidity calibration standard , configured for calibration of the turbidity measurement apparatus ; a memory , configured to store an attribute-value comprising at least a correction-value that is a function of a turbidity value of the turbidity calibration standard , associated with both the turbidity measurement apparatus and the calibration standard , measured by the turbidity measurement apparatus , wherein the calibration-correction is based on the correction-value; and a communicator , configured to receive at least an identity of the turbidity measurement apparatus and the correction-value from the turbidity measurement apparatus and transfer at least the identity of the turbidity measurement apparatus and the correction-value to the calibration-correction apparatus . the turbidity calibration standard , configured for calibration of the turbidity measurement apparatus ; a memory , configured to store an attribute-value comprising at least a correction-value that is a function of a turbidity value of the turbidity calibration standard , associated with both the turbidity measurement apparatus and the calibration standard , measured by the turbidity measurement apparatus , wherein the calibration-correction is based on the correction-value; and a communicator , configured to receive at least an identity of the turbidity measurement apparatus and the correction-value from the turbidity measurement apparatus and transfer at least the identity of the turbidity measurement apparatus and the correction-value to the calibration-correction apparatus .
Motor vehicle (K) having at least one sound-generating system for generating artificial engine noise, which system has at least one electrically controllable vibration exciter and one component to which the vibration exciter is attached, wherein the vibration exciter serves to excite vibrations of the component , and the component is decoupled from the bodywork of the motor vehicle (K) acoustically and/or in terms of vibrations, characterized in that the component is of planar design and is itself secured to the motor vehicle by means of a securing device , which device at least for the most part covers the component , and in that the vibration exciter is attached to a side of the component which is at least for the most part covered by the securing device .
A voltage converter comprising; a voltage converter circuit ; a first voltage sensor and a second voltage sensor both configured to measure an output voltage of the voltage converter circuit ; and a controller configured to execute a feedback control for the voltage converter circuit such that a voltage difference between a target voltage (VLO) and a measured value of the first voltage sensor becomes zero and configured to execute a predetermined error process in a case where a measured value of the second voltage sensor exceeds a predetermined voltage upper limit value (Vx), wherein the predetermined error process is any one of a process of stopping the voltage converter circuit and a process of limiting an upper limit of an output of the voltage converter circuit , the controller executes the feedback control for the voltage converter circuit such that a voltage difference between a correction target voltage (VLOc) and the measured value of the first voltage sensor becomes zero while the measured value of the second voltage sensor exceeds a voltage threshold (Vth) which is less than the voltage upper limit value (Vx), the correction target voltage (VLOc) obtained by subtracting an offset voltage (Voff) from the target voltage (VLO), the offset voltage (Voff) is a value obtained by subtracting the voltage threshold (Vth) from the measured value of the second voltage sensor , and the voltage threshold (Vth) is a value obtained by subtracting a measurement tolerance of the second voltage sensor from the voltage upper limit value (Vx), wherein the measurement tolerance is a maximum value of a measurement error of the second voltage sensor .