mhurhangee/ep-ind-claims huggingface dataset:
Elevator car defining an interior space for accommodating passengers and/or cargo and comprising: a support frame positioned on top of the interior space; a working platform; and a support structure movably connecting the working platform with the support frame; wherein the support structure comprises at least one scissor mechanism including two scissor legs (30a, 30b) pivotably connected with each other; wherein the length of the scissor legs (30a, 30b) is variable with a first end of each scissor leg (30a, 30b) pivotably connected to the support frame, and a second end of each scissor leg (30a, 30b) pivotably connected to the working platform; characterized in that the support structure further comprises at least one gas spring element extending between the scissor legs (30a, 30b) of the at least one scissor mechanism. a support frame positioned on top of the interior space; a working platform; and a support structure movably connecting the working platform with the support frame; wherein the support structure comprises at least one scissor mechanism including two scissor legs (30a, 30b) pivotably connected with each other; wherein the length of the scissor legs (30a, 30b) is variable with a first end of each scissor leg (30a, 30b) pivotably connected to the support frame, and a second end of each scissor leg (30a, 30b) pivotably connected to the working platform; characterized in that the support structure further comprises at least one gas spring element extending between the scissor legs (30a, 30b) of the at least one scissor mechanism.
A communication control device comprising: a setting unit configured to set different timings at each of which a predetermined signal is transmitted only from a different one of a plurality of base stations, said plurality of base stations having an identical cell ID and being configured to transmit the same cell-specific reference signal, wherein the predetermined signal comprises a radio frame subframe with the reference signal disposed in a data region of the subframe, and during the timing the other base stations of the plurality of base stations transmits a subframe without the cell-specific reference signal disposed in the data region of the subframe, wherein the timing corresponds to a subframe, and wherein the setting unit sets the subframe for transmission by the other base stations as an almost blank subframe, ABS, wherein in the almost blank subframe, user data is not transmitted in the data region; and a determining unit configured to, based on reception results of a communication device at the timings, determine a combination of base stations from the plurality of base stations, the combination of the base stations being used for transmitting a signal to the communication device. a setting unit configured to set different timings at each of which a predetermined signal is transmitted only from a different one of a plurality of base stations, said plurality of base stations having an identical cell ID and being configured to transmit the same cell-specific reference signal, wherein the predetermined signal comprises a radio frame subframe with the reference signal disposed in a data region of the subframe, and during the timing the other base stations of the plurality of base stations transmits a subframe without the cell-specific reference signal disposed in the data region of the subframe, wherein the timing corresponds to a subframe, and wherein the setting unit sets the subframe for transmission by the other base stations as an almost blank subframe, ABS, wherein in the almost blank subframe, user data is not transmitted in the data region; and a determining unit configured to, based on reception results of a communication device at the timings, determine a combination of base stations from the plurality of base stations, the combination of the base stations being used for transmitting a signal to the communication device.
A method for providing restricted access to hardware component interfaces (HWCIs) of a network device by one or more software components (SWCs) of said network device, wherein an access to a hardware component interface (HWCI) requested by a software component is permitted by a mandatory access control, MAC, mechanism implemented as part of the network device's operating system on the basis of a MAC security policy (MAC-SP) comprising access rights defined as access relations between software component security labels (SWC-SL) assigned to software component types and hardware component interface security labels (HWCI-SL) assigned to hardware component interface types, wherein the hardware component interfaces (HWCI) of said network device comprise network interfaces characterized in that the network interfaces of said network device comprise at least one internal network interface to an internal control network and at least one external network interface to an external network, and wherein a second security label is assigned to the external network interface being different from a first security label assigned to the internal network interface. wherein an access to a hardware component interface (HWCI) requested by a software component is permitted by a mandatory access control, MAC, mechanism implemented as part of the network device's operating system on the basis of a MAC security policy (MAC-SP) comprising access rights defined as access relations between software component security labels (SWC-SL) assigned to software component types and hardware component interface security labels (HWCI-SL) assigned to hardware component interface types, wherein the hardware component interfaces (HWCI) of said network device comprise network interfaces characterized in that the network interfaces of said network device comprise at least one internal network interface to an internal control network and at least one external network interface to an external network, and wherein a second security label is assigned to the external network interface being different from a first security label assigned to the internal network interface.
Method for producing bimetallic pipes consisting of a thin-walled inner pipe made of high-alloyed or alloyed steel and an outer pipe made of non-alloyed or unalloyed steel, which pipes, after being inserted one into the other, are connected to one another in a form-fitting manner by expansion under internal pressure, characterized in that, after being inserted into the outer pipe but prior to the expansion, the inner pipe, which has a greater length than the outer pipe, is provided with a radially inwardly pointing circumferential groove close to the two pipe ends thereof that protrude beyond the length of the outer pipe, with which groove a securing means can be brought into engagement, said securing means fixing the axial position of the inner pipe relative to the outer pipe during the expansion.
Organic Rankine cycle system (100, 110) that uses an organic working fluid, and comprises - at least one feed pump of the organic working fluid in liquid phase, - at least one heat exchanger, which exchanges heat between a hot source (20, 40) and the organic working fluid, - at least one expansion turbine, which expands the vapor of the organic working fluid, - at least one condenser, wherein the condensation heat is used for energy cogeneration purposes at temperatures higher than 120°C, wherein - the organic working fluid comprises, in combination or alternatively, toluene, diphenyl oxide, diphenyl, terphenyl, quadriphenyl, linear hydrocarbons, siloxanes, alkylated aromatic hydrocarbons, phenylcycloexane, bicyclohexyl and perfluoropolyethers, - the condensation heat made available in the condenser is used to pre-heat a gas flow or to produce saturated or superheated steam at a pressure of at least 2 bar, - said hot source is constituted by combustion or recovery fumes and the organic working fluid exchanges heat directly with said combustion fumes the system being characterized in that the organic working fluid is in the liquid phase in the heat exchanger and evaporates in a flash evaporator located upstream of the turbine. - at least one feed pump of the organic working fluid in liquid phase, - at least one heat exchanger, which exchanges heat between a hot source (20, 40) and the organic working fluid, - at least one expansion turbine, which expands the vapor of the organic working fluid, - at least one condenser, wherein the condensation heat is used for energy cogeneration purposes at temperatures higher than 120°C, - the organic working fluid comprises, in combination or alternatively, toluene, diphenyl oxide, diphenyl, terphenyl, quadriphenyl, linear hydrocarbons, siloxanes, alkylated aromatic hydrocarbons, phenylcycloexane, bicyclohexyl and perfluoropolyethers, - the condensation heat made available in the condenser is used to pre-heat a gas flow or to produce saturated or superheated steam at a pressure of at least 2 bar, - said hot source is constituted by combustion or recovery fumes and the organic working fluid exchanges heat directly with said combustion fumes the system being characterized in that the organic working fluid is in the liquid phase in the heat exchanger and evaporates in a flash evaporator located upstream of the turbine.
A bar for controlling a kite, comprising - two front lines (28, 30) connectable to a chin loop, - control lines (6, 8) led out of end portions of the bar, and - a trimming device in the form of a winch or a winch mounted in or on the bar and associated with both control lines (6, 8); wherein for trimming the kite the length of the control lines (6, 8) is adjustable by means of the trimming device, characterised in that the bar comprises an electric motor and a battery held in or on the bar, wherein the trimming device is adjustable by motor by means of the electric motor supplied with energy via the battery. - two front lines (28, 30) connectable to a chin loop, - control lines (6, 8) led out of end portions of the bar, and - a trimming device in the form of a winch or a winch mounted in or on the bar and associated with both control lines (6, 8); wherein for trimming the kite the length of the control lines (6, 8) is adjustable by means of the trimming device,
A sledge with lever-steerable runners, characterised in that it comprises a pair of runners, one on each side of the sledge, each one comprising three sections: a front runner, a central runner, a rear runner and a control lever on both sides of the sledge; - on the front and rear runners (1, 3) it also comprises a crank (5, 10), a connecting rod (6, 9) and a slide on its left and right sides as well as a shell and a seat; - the control lever having a gearwheel and the slide having a rack to allow meshing of the gears without slipping of the runner or of the wheel; - the cranks (5, 10) have a triangular shape and are arranged on the front runner and on the rear runner, these cranks (5, 10) being attached to the connecting rods (6, 9), which in turn are attached to the slide; - the slide being operated with the control lever arranged in the central part that is manually operated from the sledge seat; - by pushing the control lever forwards, it transmits the movement to the slide backwards, thereby pulling the connecting rod backwards and pushing the connecting rod backwards; both connecting rods (6, 9) transmit the movement to the cranks (5, 10); - pulling the connecting rod of the front crank causes it to rotate about a first axis causing the front runner to move counterclockwise; - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise. - on the front and rear runners (1, 3) it also comprises a crank (5, 10), a connecting rod (6, 9) and a slide on its left and right sides as well as a shell and a seat; - the control lever having a gearwheel and the slide having a rack to allow meshing of the gears without slipping of the runner or of the wheel; - the cranks (5, 10) have a triangular shape and are arranged on the front runner and on the rear runner, these cranks (5, 10) being attached to the connecting rods (6, 9), which in turn are attached to the slide; - the slide being operated with the control lever arranged in the central part that is manually operated from the sledge seat; - by pushing the control lever forwards, it transmits the movement to the slide backwards, thereby pulling the connecting rod backwards and pushing the connecting rod backwards; both connecting rods (6, 9) transmit the movement to the cranks (5, 10); - pulling the connecting rod of the front crank causes it to rotate about a first axis causing the front runner to move counterclockwise; - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise. - pushing the connecting rod over the rear crank causes it to rotate about a second axis by moving the rear runner clockwise.
A method of virtually rendering object-based audio for playback in a listening area, the method comprising: generating a binaural signal for each object signal of one or more object signals by applying a pair of binaural filter functions to each object signal; panning the or each binaural signal between a plurality of crosstalk canceller processes to generate a respective crosstalk cancelled output for each binaural signal; and transmitting each of the crosstalk cancelled outputs to a respective speaker pair (506, 508, 510) in the listening area, characterized in that the speaker pairs comprise a plurality of driver arrays within a speaker enclosure, each of the driver arrays comprising a front-firing driver and an upward-firing driver. generating a binaural signal for each object signal of one or more object signals by applying a pair of binaural filter functions to each object signal; panning the or each binaural signal between a plurality of crosstalk canceller processes to generate a respective crosstalk cancelled output for each binaural signal; and transmitting each of the crosstalk cancelled outputs to a respective speaker pair (506, 508, 510) in the listening area, characterized in that the speaker pairs comprise a plurality of driver arrays within a speaker enclosure, each of the driver arrays comprising a front-firing driver and an upward-firing driver.
A method of operating a three phase primary winding structure of an inductive power transfer system, wherein the primary winding structure comprises a first phase line, a second phase line and a third phase line, wherein in a standard operational mode a first phase input voltage, a second phase input voltage and a third phase input voltage are controlled such that a set of three predetermined phase shift values (indicating phase angles between U1/U2, U2/ U3 and U1/U3) of the phase shifts between all three phase input voltages (U1, U2, U3) is provided, characterized in that in a modified operational mode the first phase input voltage, the second phase input voltage and the third phase input voltage are controlled such that the set of phase shift values comprises one or two non-zero values and all non-zero phase shift values are equal, and in that two of the three phase input voltages (U1, U2, U3) are controlled such that their respective voltage curves are equal.
A dosimeter comprising: a first transistor that is doped in accordance with a first conductivity type; a second transistor that is doped in accordance with a second conductivity type, different than the first conductivity type, wherein the first and second transistors are configured to generate respective outputs that shift in opposite directions in response to radiation; and a circuit element configured to determine a measure of the radiation based upon a difference between the respective outputs of the first and second transistors. a first transistor that is doped in accordance with a first conductivity type; a second transistor that is doped in accordance with a second conductivity type, different than the first conductivity type, wherein the first and second transistors are configured to generate respective outputs that shift in opposite directions in response to radiation; and a circuit element configured to determine a measure of the radiation based upon a difference between the respective outputs of the first and second transistors.
A liquid waste container delimiting an opening for receiving liquid waste through the opening into a receptacle and comprising: a bistable arrangement (130, 230) having a first stable state and a second stable state, wherein: when the bistable arrangement is in the first stable state, liquid can enter the receptacle through the opening; and when the bistable arrangement is in the second stable state, liquid is prevented from entering the receptacle through the opening; and an actuator (140, 240, 150, 250) to engage the bistable arrangement and to cause the bistable arrangement to transition from the first stable state to the second stable state by the application of a force and wherein in the absence of said force the bistable arrangement remains in the second stable state; wherein the actuator comprises an internal float constrained to travel along a pre-defined path within the receptacle, and is arranged to cause the bistable arrangement to transition from the first stable state to the second stable state when a liquid level inside the receptacle reaches a predetermined level. a bistable arrangement (130, 230) having a first stable state and a second stable state, wherein: when the bistable arrangement is in the first stable state, liquid can enter the receptacle through the opening; and when the bistable arrangement is in the second stable state, liquid is prevented from entering the receptacle through the opening; and when the bistable arrangement is in the first stable state, liquid can enter the receptacle through the opening; and when the bistable arrangement is in the second stable state, liquid is prevented from entering the receptacle through the opening; and an actuator (140, 240, 150, 250) to engage the bistable arrangement and to cause the bistable arrangement to transition from the first stable state to the second stable state by the application of a force and wherein in the absence of said force the bistable arrangement remains in the second stable state; wherein the actuator comprises an internal float constrained to travel along a pre-defined path within the receptacle, and is arranged to cause the bistable arrangement to transition from the first stable state to the second stable state when a liquid level inside the receptacle reaches a predetermined level.
A method for obtaining operating parameters for x-ray imaging a patient's maxillofacial region, the method comprising the following steps of - identifying, by an operator, a patient's maxillofacial first region of interest, - determining (S2, S2.1-S2.4) a height of a horizontal plane within said patient's maxillofacial first region of interest when the patient is in an occlusion position, the patient's head being maintained in position through a patient positioning accessory, or when the patient bites a patient positioning accessory, said horizontal plane passing through the patient's teeth roots and the bones of the jaw, once the height of the horizontal plane has been determined: - acquiring, through a slit-shaped collimator window a first set of data corresponding to at least a selected portion of said patient's maxillofacial first region of interest including the horizontal plane using x-ray CBCT imaging and a first x-ray dose, - reconstructing a CBCT slice comprising the horizontal plane based on the first set of data, and - obtaining operating parameters for adjusting an x-ray imaging apparatus based on the reconstructed CBCT slice for use in acquiring a second set of data of a patient's maxillofacial second region of interest using a second x-ray dose, the first x-ray dose being lower than the second x-ray dose. - identifying, by an operator, a patient's maxillofacial first region of interest, - determining (S2, S2.1-S2.4) a height of a horizontal plane within said patient's maxillofacial first region of interest when the patient is in an occlusion position, the patient's head being maintained in position through a patient positioning accessory, or when the patient bites a patient positioning accessory, said horizontal plane passing through the patient's teeth roots and the bones of the jaw, - acquiring, through a slit-shaped collimator window a first set of data corresponding to at least a selected portion of said patient's maxillofacial first region of interest including the horizontal plane using x-ray CBCT imaging and a first x-ray dose, - reconstructing a CBCT slice comprising the horizontal plane based on the first set of data, and - obtaining operating parameters for adjusting an x-ray imaging apparatus based on the reconstructed CBCT slice for use in acquiring a second set of data of a patient's maxillofacial second region of interest using a second x-ray dose, the first x-ray dose being lower than the second x-ray dose.
A clad material for a negative electrode collector of a secondary battery, comprising: a Ni alloy layer made of a Ni alloy that contains 0.005 mass% or more and 0.50 mass% or less of C, optionally 3.0 mass% or more and 10.0 mass% or less of Nb, 0.50 mass% or less of inevitable impurities including Si, Mn, Al, Fe, Mg, O and N and the balance being Ni; and a pair of Cu layers (52, 53) respectively bonded to opposite surfaces of the Ni alloy layer and that contain 99 mass% or more of Cu. a Ni alloy layer made of a Ni alloy that contains 0.005 mass% or more and 0.50 mass% or less of C, optionally 3.0 mass% or more and 10.0 mass% or less of Nb, 0.50 mass% or less of inevitable impurities including Si, Mn, Al, Fe, Mg, O and N and the balance being Ni; and a pair of Cu layers (52, 53) respectively bonded to opposite surfaces of the Ni alloy layer and that contain 99 mass% or more of Cu.