mhurhangee/ep-ind-claims huggingface dataset:
A valve drive of an internal combustion engine comprising a camshaft with • a base shaft configured to rotate about a longitudinal axis, and • a lobe pack mounted on the base shaft and comprising at least two differently shaped cam lobes, the valve drive further comprising: • two actuator bodies (11, 12) associated with two actuator pins (13, 14), in which each pin is connected to a valve (15, 16) of a cylinder of the engine and each actuator body is configured to be moved when hit by a said cam lobe aligned therewith and by that lift at least one said valve between a closed and open positions, and • an arrangement controllable to displace the lobe pack axially along the base shaft so as to for each actuator body change cam lobe aligned therewith, and wherein the lobe pack comprises three cam lobes characterized in that a second, middle cam lobe has a shape leaving an actuator body aligned therewith uninfluenced thereby by rotation of the camshaft, and that this middle cam lobe is in common to both actuator bodies (11, 12) and the arrangement is configured to displace the lobe pack between a first position, in which a first of said actuator bodies is aligned with and hit and moved by a first said cam lobe by rotation of the camshaft and the other, second actuator body is aligned with said middle cam lobe, and a second position, in which the second actuator body is aligned with and hit and moved by a third said cam lobe by rotation of the camshaft and the first actuator body is aligned with the middle cam lobe. • a base shaft configured to rotate about a longitudinal axis, and • a lobe pack mounted on the base shaft and comprising at least two differently shaped cam lobes, • two actuator bodies (11, 12) associated with two actuator pins (13, 14), in which each pin is connected to a valve (15, 16) of a cylinder of the engine and each actuator body is configured to be moved when hit by a said cam lobe aligned therewith and by that lift at least one said valve between a closed and open positions, and • an arrangement controllable to displace the lobe pack axially along the base shaft so as to for each actuator body change cam lobe aligned therewith,
A method for generating multiple transcoded outputs based on a single video input, said method comprising: initiating in response to receiving a first request for a first output to a first device a first transcoding session for transcoding the video input into a format for viewing on the first device having first attributes describing particular video input requirements of the first device, wherein said first transcoding session comprises a plurality of video processing operations including decoding video data, performing a transcoding operation and encoding the video data; initiating in response to receiving a second request for a second output to a second device a second transcoding session for transcoding the video input into a different format associated with the second device having second attributes describing the particular video input requirements of the second device; producing at least one intermediate data associated with said transcoding operation of said first transcoding session; storing the intermediate data; and performing said second transcoding session, wherein said second transcoding session is based at least in part on said intermediate data, wherein the second transcoding session results in a further reduction of one attribute of the input video that was reduced by said first transcoding session, characterized in that % said second transcoding session selectively uses metadata produced in decoding video data in the first transcoding session to feed into an encoding portion of the second transcoding session. initiating in response to receiving a first request for a first output to a first device a first transcoding session for transcoding the video input into a format for viewing on the first device having first attributes describing particular video input requirements of the first device, wherein said first transcoding session comprises a plurality of video processing operations including decoding video data, performing a transcoding operation and encoding the video data; initiating in response to receiving a second request for a second output to a second device a second transcoding session for transcoding the video input into a different format associated with the second device having second attributes describing the particular video input requirements of the second device; producing at least one intermediate data associated with said transcoding operation of said first transcoding session; storing the intermediate data; and performing said second transcoding session, wherein said second transcoding session is based at least in part on said intermediate data, wherein the second transcoding session results in a further reduction of one attribute of the input video that was reduced by said first transcoding session, characterized in that %
Electron-emitting ceramic containing at least > 70 % by volume of the compound [Ca24Al28O64]4+(4e-)(called C12A7-electride) and a proportion of Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Re, Fe, Ru, Os, Ni, Pd, Pt, Cu, Ag, Au, Zn, Cd, In, Sn, Sb, Te, Tl, Pb or Bi as a metal individually or as a mixture or compound or alloy of these metals with one another and/or with Ti, wherein the proportion of the metals is between > 0 and < 30 vol. - %, and the ceramic has a density of at least 85 % of the theoretical density of the ceramic and the ceramic contains 0 to a maximum of 10 % by volume of production-related impurities, dopants, auxiliary materials and/or additives.
A system for monitoring an entrance region including an entrance to a restricted area, said system comprising: a computer vision sub-system configured to receive a stream of digital images representing at least one view of the entrance region, the computer vision sub-system being configured to process the received stream of digital images for detection of a machine-readable code displayable on a medium carried by an individual in the entrance region, a validation sub-system (222, 26) configured to initiate a validation of the machine-readable code detected by the computer vision sub-system, characterized in that the computer vision sub-system is further configured to perform, based on the received stream of digital images, a location tracking of the machine-readable code within the entrance region, and the system further comprises a feedback sub-system configured to, in dependence of the validation and position data generated by the location tracking, provide a visual indication of a result of the validation on at least one of the medium and the individual carrying the medium. a computer vision sub-system configured to receive a stream of digital images representing at least one view of the entrance region, the computer vision sub-system being configured to process the received stream of digital images for detection of a machine-readable code displayable on a medium carried by an individual in the entrance region, a validation sub-system (222, 26) configured to initiate a validation of the machine-readable code detected by the computer vision sub-system, characterized in that the computer vision sub-system is further configured to perform, based on the received stream of digital images, a location tracking of the machine-readable code within the entrance region, and the system further comprises a feedback sub-system configured to, in dependence of the validation and position data generated by the location tracking, provide a visual indication of a result of the validation on at least one of the medium and the individual carrying the medium.
Method for compressing using a fixed number of perceptual encodings a Higher Order Ambisonics representation of a sound field, denoted HOA, with input time frames ( C ( k), C̃ ( k)) of HOA coefficient sequences, said method including the following which is carried out on a frame-by-frame basis: - for a current frame ( C ( k), C ( k)), estimating a set of dominant directions and a corresponding data set of indices of detected directional signals; - decomposing (14, 15) the HOA coefficient sequences of said current frame into a non-fixed number of directional signals ( X DIR ( k - 2)) with respective directions contained in said set of dominant direction estimates and with a respective delayed data set of indices of said directional signals, wherein said non-fixed number is smaller than said fixed number, and into an ambient HOA component ( C AMB,RED ( k - 2)) that is represented by a reduced number of HOA coefficient sequences and a corresponding data set of indices of said reduced number of ambient HOA coefficient sequences, which reduced number corresponds to the difference between said fixed number and said non-fixed number; - assigning said directional signals ( X DIR ( k -2)) and the HOA coefficient sequences of said ambient HOA component (C AMB,RED ( k - 2)) to channels the number of which corresponds to said fixed number, wherein for said assigning said delayed data set of indices of said directional signals and said data set of indices of said reduced number of ambient HOA coefficient sequences are used; - perceptually encoding said channels of the related frame ( Y ( k - 2)) so as to provide an encoded compressed frame ( ( k -2)). - for a current frame ( C ( k), C ( k)), estimating a set of dominant directions and a corresponding data set of indices of detected directional signals; - decomposing (14, 15) the HOA coefficient sequences of said current frame into a non-fixed number of directional signals ( X DIR ( k - 2)) with respective directions contained in said set of dominant direction estimates and with a respective delayed data set of indices of said directional signals, wherein said non-fixed number is smaller than said fixed number, and into an ambient HOA component ( C AMB,RED ( k - 2)) that is represented by a reduced number of HOA coefficient sequences and a corresponding data set of indices of said reduced number of ambient HOA coefficient sequences, which reduced number corresponds to the difference between said fixed number and said non-fixed number; - assigning said directional signals ( X DIR ( k -2)) and the HOA coefficient sequences of said ambient HOA component (C AMB,RED ( k - 2)) to channels the number of which corresponds to said fixed number, wherein for said assigning said delayed data set of indices of said directional signals and said data set of indices of said reduced number of ambient HOA coefficient sequences are used; - perceptually encoding said channels of the related frame ( Y ( k - 2)) so as to provide an encoded compressed frame ( ( k -2)).
A direct current, DC, power supply system for a multi-rotor vehicle, comprising: a direct current, DC, powered motor coupleable to a rotor; an electronic speed controller coupled to the DC-powered motor to control the speed of the DC-powered motor by regulating electric current supplied to the DC-powered motor; and a genset subsystem (104; 300) coupled to the electronic speed controller to power the electronic speed controller through a DC motor bus (116; 312), wherein the genset subsystem (104; 300) includes: a battery set including one or more batteries; an alternator having a mechanical movement input and a multiphase alternating current, AC, output; and a motor-gen controller (318; 1000) having a phase control circuit (1100; 1200) configurable to rectify the multiphase AC output of the alternator to produce a rectified DC feed to the DC-powered motor, wherein the motor-gen controller (318; 1000) is configurable to draw DC power from the battery set to produce the rectified DC feed; and wherein the phase control circuit (1100; 1200) further comprises phase controllers implemented by transistors (1116; 1118; 1120; 1122) to thereby enable rectification. a direct current, DC, powered motor coupleable to a rotor; an electronic speed controller coupled to the DC-powered motor to control the speed of the DC-powered motor by regulating electric current supplied to the DC-powered motor; and a genset subsystem (104; 300) coupled to the electronic speed controller to power the electronic speed controller through a DC motor bus (116; 312), wherein the genset subsystem (104; 300) includes: a battery set including one or more batteries; an alternator having a mechanical movement input and a multiphase alternating current, AC, output; and a motor-gen controller (318; 1000) having a phase control circuit (1100; 1200) configurable to rectify the multiphase AC output of the alternator to produce a rectified DC feed to the DC-powered motor, wherein the motor-gen controller (318; 1000) is configurable to draw DC power from the battery set to produce the rectified DC feed; and wherein the phase control circuit (1100; 1200) further comprises phase controllers implemented by transistors (1116; 1118; 1120; 1122) to thereby enable rectification. a battery set including one or more batteries; an alternator having a mechanical movement input and a multiphase alternating current, AC, output; and a motor-gen controller (318; 1000) having a phase control circuit (1100; 1200) configurable to rectify the multiphase AC output of the alternator to produce a rectified DC feed to the DC-powered motor, wherein the motor-gen controller (318; 1000) is configurable to draw DC power from the battery set to produce the rectified DC feed; and wherein the phase control circuit (1100; 1200) further comprises phase controllers implemented by transistors (1116; 1118; 1120; 1122) to thereby enable rectification.
A method for predicting the risk of getting cancer in a female subject that does not suffer from cancer comprising: • determining the level of Pro-Enkephalin or fragments thereof in a bodily fluid obtained from said female subject; and • correlating said level of Pro-Enkephalin or fragments thereof with the risk for getting cancer, wherein a reduced level is predictive for an enhanced risk of getting cancer; wherein a reduced level means a level below a certain threshold; wherein said Pro-Enkephalin or fragment thereof are selected from the group comprising SEQ ID No. 1, SEQ ID No. 2, SEQ ID No. 5, SEQ ID No. 6, SEQ ID No. 8, SEQ ID No. 9, SEQ ID No. 10 and SEQ ID No. 11. • determining the level of Pro-Enkephalin or fragments thereof in a bodily fluid obtained from said female subject; and • correlating said level of Pro-Enkephalin or fragments thereof with the risk for getting cancer, wherein a reduced level is predictive for an enhanced risk of getting cancer;
Wheel-guiding suspension arm for a motor vehicle, comprising: at least one wheel-side connecting point and one or more assembly-side connecting points (12, 13) as well as a supporting structure connecting these connecting points (11, 12, 13), and an air guiding device which is configured to simultaneously guide a part of the incoming flow on the wheel-guiding suspension arm over the supporting structure and a part of the incoming flow under the supporting structure, characterized in that the supporting structure has a flank pointing in the forward direction of travel as well as an upper side wall which adjoins this flank and a lower side wall which adjoins this flank in order to form a predominantly closed profile cross-section, and the air guiding device is arranged as a separate component on the flank of the supporting structure and fastened to the supporting structure, said flank pointing in the forward direction of travel. at least one wheel-side connecting point and one or more assembly-side connecting points (12, 13) as well as a supporting structure connecting these connecting points (11, 12, 13), and an air guiding device which is configured to simultaneously guide a part of the incoming flow on the wheel-guiding suspension arm over the supporting structure and a part of the incoming flow under the supporting structure, characterized in that the supporting structure has a flank pointing in the forward direction of travel as well as an upper side wall which adjoins this flank and a lower side wall which adjoins this flank in order to form a predominantly closed profile cross-section, and the air guiding device is arranged as a separate component on the flank of the supporting structure and fastened to the supporting structure, said flank pointing in the forward direction of travel.
An air conditioner comprising: a compressor configured to have an inlet through which a refrigerant is sucked in, the sucked refrigerant being compressed by the compressor, and an outlet through which the compressed refrigerant is discharged; a four-way valve configured to switch flow paths in a cooling operation and a heating operation, the four-way valve having a valve body, a D port protruding from the valve body in a first direction to be connected to the outlet, and an S port protruding from the valve body in a second direction, which is opposite of the first direction, to be connected to the inlet; and a compressor pipe having a discharging pipe to connect the outlet and the D port, and a sucking pipe to connect the inlet and the S port, characterised in that one of the discharging pipe and the sucking pipe has only two curved portions (44, 45, 53) and the other one of the discharging pipe and the sucking pipe has only one curved portion (44, 45, 53). a compressor configured to have an inlet through which a refrigerant is sucked in, the sucked refrigerant being compressed by the compressor, and an outlet through which the compressed refrigerant is discharged; a four-way valve configured to switch flow paths in a cooling operation and a heating operation, the four-way valve having a valve body, a D port protruding from the valve body in a first direction to be connected to the outlet, and an S port protruding from the valve body in a second direction, which is opposite of the first direction, to be connected to the inlet; and a compressor pipe having a discharging pipe to connect the outlet and the D port, and a sucking pipe to connect the inlet and the S port, characterised in that one of the discharging pipe and the sucking pipe has only two curved portions (44, 45, 53) and the other one of the discharging pipe and the sucking pipe has only one curved portion (44, 45, 53).
A work vehicle comprising: right and left first wheels that are provided on one side of a vehicle body in a front-rear direction thereof; right and left second wheels that are provided on the other side of the vehicle body in the front-rear direction thereof; a work apparatus that is provided for the vehicle body; and an engine that transmits power to the right and left first wheels, the right and left second wheels and the work apparatus, wherein, in plan view of the vehicle body, the engine is supported by the vehicle body between the right first wheel and the right second wheel or between the left first wheel and the left second wheel, characterized in that in the right-left direction of the vehicle body, the width of the first wheel on the opposite side to the engine is set to be greater than the width of the first wheel on the engine side, and in the right-left direction of the vehicle body, the width of the second wheel on the opposite side to the engine is set to be greater than the width of the second wheel on the engine side. right and left first wheels that are provided on one side of a vehicle body in a front-rear direction thereof; right and left second wheels that are provided on the other side of the vehicle body in the front-rear direction thereof; a work apparatus that is provided for the vehicle body; and an engine that transmits power to the right and left first wheels, the right and left second wheels and the work apparatus, wherein, in plan view of the vehicle body, the engine is supported by the vehicle body between the right first wheel and the right second wheel or between the left first wheel and the left second wheel, characterized in that in the right-left direction of the vehicle body, the width of the first wheel on the opposite side to the engine is set to be greater than the width of the first wheel on the engine side, and in the right-left direction of the vehicle body, the width of the second wheel on the opposite side to the engine is set to be greater than the width of the second wheel on the engine side.
A heat pump system with a water heating function, comprising a compressor, an indoor heat exchanger, a throttling device and an outdoor heat exchanger which are connected by a pipeline to form a circulation flow passage, wherein the circulation flow passage is provided with a first control device to switch a flow direction of a refrigerant in the circulation flow passage; the indoor heat exchanger comprises a first heat exchanger for exchanging heat of an indoor airflow and a second heat exchanger for exchanging heat of a water tank of a water heater, and the circulation flow passage is provided with a second control device, so that the first heat exchanger or the second heat exchanger is separately connected into the circulation flow passage, or the first heat exchanger and the second heat exchanger are jointly connected into the circulation flow passage; the first switching device comprises a first four-way valve and the second switching device comprises a second four-way valve, the first four-way valve has four ports a, b, c and d, the second four-way valve has four ports e, f, g and h, and each port is correspondingly connected with a corresponding component in the heat pump system by a corresponding pipeline so as to control the flow direction of the refrigerant in the circulation flow passage, characterized in that, the port a of the first four-way valve is connected with an outlet of the compressor by a pipeline, the port b of the first four-way valve is connected with the port e of the second four-way valve, the port c of the first four-way valve is connected with an inlet of the compressor by a pipeline, and the port d of the first four-way valve is connected with a first port of the first heat exchanger; the port e of the second four-way valve is connected with the port b of the first four-way valve, the port f of the second four-way valve is connected with an inlet of the second heat exchanger, the port g of the second four-way valve is connected, by a fourth connecting pipeline, to a pipeline connected between the port c of the first four-way valve and the inlet of the compressor, the port h of the second four-way valve is connected with an outlet of the second heat exchanger by a second connecting pipeline, and the port h of the second four-way valve is connected with a first port of the outdoor heat exchanger by a pipeline.
A hydrostatic drive device for a generator, comprising: 1.1 a variable displacement pump for generating a flow rate of a working fluid; 1.2 a fixed displacement motor driven by the flow rate of the working fluid for driving the generator, 1.3 a flow rate regulator having an orifice plate for controlling the flow rate of the variable displacement pump, wherein 1.4 a bypass having a control valve for a flow rate through the bypass is arranged around the fixed displacement motor; characterized in that 1.5 a second bypass having a two-way valve is disposed around the fixed displacement motor, the control valve and the two-way valve being formed to be integrated in one constructional unit. 1.1 a variable displacement pump for generating a flow rate of a working fluid; 1.2 a fixed displacement motor driven by the flow rate of the working fluid for driving the generator, 1.3 a flow rate regulator having an orifice plate for controlling the flow rate of the variable displacement pump, wherein 1.4 a bypass having a control valve for a flow rate through the bypass is arranged around the fixed displacement motor; 1.5 a second bypass having a two-way valve is disposed around the fixed displacement motor, the control valve and the two-way valve being formed to be integrated in one constructional unit.