mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for actuating a valve, the apparatus comprising: an actuator body with a proximal end and a distal end, the proximal end having a connector selectively coupled to a valve assembly; a piston assembly located within the proximal end of the actuator body that comprises a piston disposed in a piston cylinder; a telescoping port assembly with a central axis, the telescoping port assembly extending from the distal end of the actuator body to the piston assembly, the telescoping port assembly having an inner telescoping member and an outer telescoping member with an inner cavity that reciprocatingly receives an end of the inner telescoping member; and a bore that extends axially through the telescoping port assembly and that communicates pressure from a pressure source to the piston cylinder, so that when a pressure media is supplied from the pressure source to the bore, the piston is axially moved to actuate the valve assembly, and the outer telescoping member telescopes outward from the inner telescoping member. an actuator body with a proximal end and a distal end, the proximal end having a connector selectively coupled to a valve assembly; a piston assembly located within the proximal end of the actuator body that comprises a piston disposed in a piston cylinder; a telescoping port assembly with a central axis, the telescoping port assembly extending from the distal end of the actuator body to the piston assembly, the telescoping port assembly having an inner telescoping member and an outer telescoping member with an inner cavity that reciprocatingly receives an end of the inner telescoping member; and a bore that extends axially through the telescoping port assembly and that communicates pressure from a pressure source to the piston cylinder, so that when a pressure media is supplied from the pressure source to the bore, the piston is axially moved to actuate the valve assembly, and the outer telescoping member telescopes outward from the inner telescoping member.
An antitheft device comprising: a receiver configured to receive a radio wave of a predetermined frequency, a controller configured to determine whether or not the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency by the receiver, and to perform a warning operation upon determining that the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency; and a movement detector configured to detect a movement of a main body including the receiver and the controller; wherein the controller is configured to update a stored orientation angle of the main body on the basis of the data of acceleration along each axis provided from the movement detector upon detection of a movement of the main body and also detection of a radio wave of the predetermined frequency and, upon detection of a movement of the main body and also failure to detect a radio wave of the predetermined frequency, is configured to calculate an angle corresponding to the variation of the orientation of acceleration of the main body on the basis of the data of acceleration along each axis provided from the movement detector and to perform a warning operation when the calculated angle is equal to or larger than a predetermined value; wherein the controller is configured to operate the receiver upon the movement detector detecting a movement. a receiver configured to receive a radio wave of a predetermined frequency, a controller configured to determine whether or not the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency by the receiver, and to perform a warning operation upon determining that the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency; and a movement detector configured to detect a movement of a main body including the receiver and the controller; wherein the controller is configured to update a stored orientation angle of the main body on the basis of the data of acceleration along each axis provided from the movement detector upon detection of a movement of the main body and also detection of a radio wave of the predetermined frequency and, upon detection of a movement of the main body and also failure to detect a radio wave of the predetermined frequency, is configured to calculate an angle corresponding to the variation of the orientation of acceleration of the main body on the basis of the data of acceleration along each axis provided from the movement detector and to perform a warning operation when the calculated angle is equal to or larger than a predetermined value; wherein the controller is configured to operate the receiver upon the movement detector detecting a movement.
Motor vehicle system comprising: a motor vehicle ignition key; and a motor vehicle navigation device comprising: an interface for receiving movement data of a motor vehicle user that is captured by the motor vehicle ignition key worn on the body; and means for calculating a driving route while taking into account the movement data. a motor vehicle ignition key; and a motor vehicle navigation device comprising: an interface for receiving movement data of a motor vehicle user that is captured by the motor vehicle ignition key worn on the body; and means for calculating a driving route while taking into account the movement data. an interface for receiving movement data of a motor vehicle user that is captured by the motor vehicle ignition key worn on the body; and means for calculating a driving route while taking into account the movement data.
A wrapper assembly comprising: a pair of supports spaced apart from one another, each of the pair of supports having positioning slots (70, 72) formed therein; a plurality of rollers disposed between the pair of supports and supported by the positioning slots (70, 72) in the pair of supports, the plurality of rollers having axes that are substantially parallel with one another; and at least one yoke, characterized in that the at least one yoke has positioning slots formed therein that support at least some of the plurality of rollers, the at least one yoke being movable relative to the pair of supports to shift the positioning slots in the at least one yoke relative to the positioning slots (70, 72) in the at least one of the pair of supports to thereby alter a position of at least some of the plurality of rollers relative to one another. a pair of supports spaced apart from one another, each of the pair of supports having positioning slots (70, 72) formed therein; a plurality of rollers disposed between the pair of supports and supported by the positioning slots (70, 72) in the pair of supports, the plurality of rollers having axes that are substantially parallel with one another; and at least one yoke, characterized in that the at least one yoke has positioning slots formed therein that support at least some of the plurality of rollers, the at least one yoke being movable relative to the pair of supports to shift the positioning slots in the at least one yoke relative to the positioning slots (70, 72) in the at least one of the pair of supports to thereby alter a position of at least some of the plurality of rollers relative to one another.
A rail vehicle, a low-floor tram in particular, comprising a connecting car connected between two car units (1, 2, 11, 12, 13) and supporting these car units and being supported on a bogie unit of its own, characterized in that the connecting car is supported on its bogie unit such that it pivots substantially freely around one fulcrum in a horizontal plane, and equipment (7; 70) is arranged between the connecting car and the car units (1, 2, 11, 12, 13) connected thereto for keeping horizontal turning angles (α, β) between both connected car units (1, 2, 11, 12, 13) and the connecting car almost equal in magnitude.
A one-hand keyboard comprising a flat housing shaped as a quadrant sector, wherein a first keyboard PCB with corresponding first keys is accommodated, the first keys being arranged on a first side of the housing in a fan-shaped way in concentric circularly arcuate rows, characterized in that a second keyboard PCB with corresponding second keys is accommodated in the housing, the second keys being on the second side of the housing facing away from the first side of the housing, the layout of the second keys being a mirror image of the layout of the first keys, and in that a detection element is also provided in the housing for determining a current orientation of the input device, the detection element, depending on the orientation, only activating the keyboard PCB pointing upward and deactivating the other keyboard PCB.
Device for cultivating plants with multiple zones, which comprises a base zone with connections and devices for supplying water and electricity (24, 25, 26, 27), a growth zone for receiving the leaf-bearing parts of the plants, and a light zone with one or more illumination units, the base zone being divided into an upper level and a lower level, the upper level having a rotatable arrangement for receiving plants or plant containers, characterized in that connections and devices (24, 25, 26, 27) for supplying water and electricity are arranged on the lower level.
A racket, comprising: a handle; a shaft; and an annular frame, the frame being connected to the handle through the shaft, the frame including: a central region; a root region located in a shaft side area relative to the central region; and a tip region located in a racket-tip side area relative to the central region, the central region is smaller in thickness in a direction perpendicular to a plane defined by the frame than the root region and the tip region, characterised in that an elastic modulus of a material of the frame in the central region is higher than an elastic modulus of a material of the frame in the tip region and is higher than an elastic modulus of a material of the frame in the root region. a handle; a shaft; and an annular frame, the frame being connected to the handle through the shaft, the frame including: a central region; a root region located in a shaft side area relative to the central region; and a tip region located in a racket-tip side area relative to the central region, the central region is smaller in thickness in a direction perpendicular to a plane defined by the frame than the root region and the tip region, characterised in that an elastic modulus of a material of the frame in the central region is higher than an elastic modulus of a material of the frame in the tip region and is higher than an elastic modulus of a material of the frame in the root region. a central region; a root region located in a shaft side area relative to the central region; and a tip region located in a racket-tip side area relative to the central region, the central region is smaller in thickness in a direction perpendicular to a plane defined by the frame than the root region and the tip region, characterised in that an elastic modulus of a material of the frame in the central region is higher than an elastic modulus of a material of the frame in the tip region and is higher than an elastic modulus of a material of the frame in the root region.
A method for transmitting a secondary cell group, SCG, failure information message by a user equipment, UE, in a wireless communication system, the method comprising: setting a total size of a hybrid automatic repeat request, HARQ, buffer; receiving, from a master node, MN, through a master cell group, MCG, signaling radio bearer, SRB, an MCG configuration including information on a first size of the HARQ buffer for the MN; receiving, from the MN through the MCG SRB or an MCG transmission of a split SRB, a SCG configuration including information on a second size of the HARQ buffer for a secondary node, SN; detecting a failure related to a SCG based on that the total size of the HARQ buffer is less than a sum of the first size of the HARQ buffer and the second size of the HARQ buffer; suspending all SCG data radio bearers, DRBs, and SCG transmission for split DRBs except an SCG SRB; transmitting, to the SN through the SCG SRB, the SCG failure information message including 1) information informing that a cause of the failure is the HARQ buffer size and 2) information on an preferred HARQ buffer size for the SN; and performing SCG reconfiguration with the SN through an RRC connection reconfiguration procedure based on the preferred HQRQ buffer size. setting a total size of a hybrid automatic repeat request, HARQ, buffer; receiving, from a master node, MN, through a master cell group, MCG, signaling radio bearer, SRB, an MCG configuration including information on a first size of the HARQ buffer for the MN; receiving, from the MN through the MCG SRB or an MCG transmission of a split SRB, a SCG configuration including information on a second size of the HARQ buffer for a secondary node, SN; detecting a failure related to a SCG based on that the total size of the HARQ buffer is less than a sum of the first size of the HARQ buffer and the second size of the HARQ buffer; suspending all SCG data radio bearers, DRBs, and SCG transmission for split DRBs except an SCG SRB; transmitting, to the SN through the SCG SRB, the SCG failure information message including 1) information informing that a cause of the failure is the HARQ buffer size and 2) information on an preferred HARQ buffer size for the SN; and performing SCG reconfiguration with the SN through an RRC connection reconfiguration procedure based on the preferred HQRQ buffer size.
An end effector (100; 200; 300), comprising: a cutting mechanism that includes a cutting set of jaws; a gripping mechanism that includes a gripping set of jaws; a pivot component, wherein the cutting mechanism and the gripping mechanism are coupled to the pivot component, wherein the cutting mechanism is coupled to a first portion of the pivot component and the gripping mechanism is coupled to a second portion of the pivot component; and an actuation connection structure, wherein the actuation connection structure includes a straight portion and a loop portion, wherein the loop portion of the actuation connection structure is coupled to the cutting mechanism via slot openings associated with the cutting mechanism and coupled to the gripping mechanism via slot openings associated with the gripping mechanism, wherein a width of the slot openings associated with the cutting mechanism is less than a width of the slot openings associated with the gripping mechanism. a cutting mechanism that includes a cutting set of jaws; a gripping mechanism that includes a gripping set of jaws; a pivot component, wherein the cutting mechanism and the gripping mechanism are coupled to the pivot component, wherein the cutting mechanism is coupled to a first portion of the pivot component and the gripping mechanism is coupled to a second portion of the pivot component; and an actuation connection structure, wherein the actuation connection structure includes a straight portion and a loop portion, wherein the loop portion of the actuation connection structure is coupled to the cutting mechanism via slot openings associated with the cutting mechanism and coupled to the gripping mechanism via slot openings associated with the gripping mechanism, wherein a width of the slot openings associated with the cutting mechanism is less than a width of the slot openings associated with the gripping mechanism.
Method for adjusting the clamping force exerted by a parking brake having an electromechanical brake device with an electric actuator for generating an electromechanical clamping force and having an additional brake device which can be activated additionally in order to generate an additional clamping force, characterized in that a characteristic variable for the electric actuator is set to a defined value, and in that at the same time a state variable, which determines the additional clamping force, of the additional brake device is adjusted to a setpoint value without feedback control.
A composition comprising boron nitride powder, the boron nitride powder having its surface treated with at least an organosilicon compound, characterized in that the organosilicon compound is a silazane having the formula NH n -(SiR 1 R 2 R 3) 3-n where R 1, R 2, R 3 is a hydrocarbyl group or H, n is 1 or 2.
Horizontal drilling process comprising the following working steps: 1) Producing of a pilot drilling for which a drilling head on a drill string with a multitude of drill rods coupled the one behind the other is driven into the ground from a starter pit to a target pit and bentonite is transported via the drill string to the drilling head so that a drill hole is formed, 3) Replacement of the drilling head by a reamer in the target pit and widening of the drill hole by pulling the reamer from the target pit to the starter pit and 4) Optional repeat of step 3) with further reamers for the stepwise widening of the drill hole further characterized by 2) integration of several jet grouting elements coupled with one another into the drill string with which a binder agent, in particular a cement grout, additionally introduced to the bentonite in the drill string is injected into the ground surrounding the drill hole with a jet grouting process before step 3) or during step 1) so that a hardened binder agent column is formed. 1) Producing of a pilot drilling for which a drilling head on a drill string with a multitude of drill rods coupled the one behind the other is driven into the ground from a starter pit to a target pit and bentonite is transported via the drill string to the drilling head so that a drill hole is formed, 3) Replacement of the drilling head by a reamer in the target pit and widening of the drill hole by pulling the reamer from the target pit to the starter pit and 4) Optional repeat of step 3) with further reamers for the stepwise widening of the drill hole further characterized by 2) integration of several jet grouting elements coupled with one another into the drill string with which a binder agent, in particular a cement grout, additionally introduced to the bentonite in the drill string is injected into the ground surrounding the drill hole with a jet grouting process before step 3) or during step 1) so that a hardened binder agent column is formed.
A method of determining a quantization parameter for coding a captured image, the method comprising: determining an adjustment range of a quantization parameter correction value such that the adjustment range of a quantization parameter correction value becomes wider when a size of a motion area of an input image is increasing, and the adjustment range of a quantization parameter correction value becomes narrower when a size of the motion area of an input image is decreasing; calculating an average bitrate value of the input image; and adjusting the quantization parameter correction value by decreasing the quantization parameter correction value within the adjustment range in response to determining that the average bitrate value is greater than an upper limit value at a time point, and by increasing the quantization parameter correction value within the adjustment range in response to determining that the average bitrate value is equal to or less than a lower limit value at the time point, wherein each quantization parameter correction value has a corresponding preselected bitrate value and each of the upper limit value and lower limit value at the time point is a bitrate value corresponding to an upper and a lower quantization parameter correction value, respectively, adjacent to the quantization parameter correction value at another time point previous to the time point. determining an adjustment range of a quantization parameter correction value such that the adjustment range of a quantization parameter correction value becomes wider when a size of a motion area of an input image is increasing, and the adjustment range of a quantization parameter correction value becomes narrower when a size of the motion area of an input image is decreasing; calculating an average bitrate value of the input image; and adjusting the quantization parameter correction value by decreasing the quantization parameter correction value within the adjustment range in response to determining that the average bitrate value is greater than an upper limit value at a time point, and by increasing the quantization parameter correction value within the adjustment range in response to determining that the average bitrate value is equal to or less than a lower limit value at the time point, wherein each quantization parameter correction value has a corresponding preselected bitrate value and each of the upper limit value and lower limit value at the time point is a bitrate value corresponding to an upper and a lower quantization parameter correction value, respectively, adjacent to the quantization parameter correction value at another time point previous to the time point.
A machine comprising an excavation device for receiving a ballast of a track, consisting of a continuous excavation chain, which is guided in chain channels on a rotation plane, which chain is provided with a plurality conveying shovels comprising finger-shaped, protruding loosening elements, wherein the chain channels consist of a lower clearing channel - positioned in a ballast bed when in operation -, an ascending transport channel comprising a discharge end and a descending emptying channel, characterized in that when the excavation device is in operation, the lower clearing channel is arranged behind the discharge end with respect to the working direction of the machine, wherein the loosening elements point radially inwards in a deviation section of the excavation chain from the clearing channel to the transport channel (15, 17).
A method for displaying a musical score on a screen of an electronic device, comprising: loading a file having a digital score in a piece of memory of said electronic device; scrolling said digital score on the screen of the electronic device; capturing an audio signal corresponding to said musical score being played by a musician; repeatedly selecting frames (frame_i) of the captured audio signal and, for each selected frame (frame_i): obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value; adjusting the scrolling speed of the digital score according to the estimated tempo. loading a file having a digital score in a piece of memory of said electronic device; scrolling said digital score on the screen of the electronic device; capturing an audio signal corresponding to said musical score being played by a musician; repeatedly selecting frames (frame_i) of the captured audio signal and, for each selected frame (frame_i): obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value; adjusting the scrolling speed of the digital score according to the estimated tempo. obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value; adjusting the scrolling speed of the digital score according to the estimated tempo.