mhurhangee/ep-ind-claims huggingface dataset:
Sleep posture alerting apparatus, comprising - an electronic control unit, - a body posture detecting sensor operatively connected to the control unit for detecting the posture of the body of a person, and - an alarming device operatively connected to the control unit and configured to generate different alarm stimuli, wherein, the sleep posture alerting device has a normal operational mode, in which - when the posture of the body detected by the sensor exits a predefined posture range - the control unit sends an alarm signal to the alarming device, and the alarming device generates an alarm based on the signal received from the control unit, to alert said person, wherein the body posture detecting sensor is combined with a timer to determine the reaction time of a body posture change of the person to the generated stimulus, wherein the control unit is programmed to send an alarm signal to the alarming device to repeat a certain alarm stimulus and then, to discontinue habituation, send a signal to change the stimulus based on a certain variable, wherein the variable is the event of a time increase in reaction time compared to the previous reaction time or an average of previous reaction times, and wherein the control unit is programmed to evaluate the determined reaction time of the person by the body posture detecting sensor, and to send an alarm signal to the alarming device such, that, based on said variable, a stimulus variation is effected by the alarming device. - an electronic control unit, - a body posture detecting sensor operatively connected to the control unit for detecting the posture of the body of a person, and - an alarming device operatively connected to the control unit and configured to generate different alarm stimuli,
An industrial vehicle of the type comprising at least one structure with chassis and a pair of crawler undercarriages, each of which is driven by a hydraulic motor which transmits motion and torque to a planetary gearbox on which a drive wheel is keyed; the vehicle comprises hooking-release means for releasing the undercarriages from said chassis; the hydraulic motor and the gearbox are interconnected through the interposition of at least one transmission device comprising a shaft, a hub and a hollow sleeve; the shaft and the hub are adapted to transmit motion and driving torque from the hydraulic motor to the gearbox; wherein, with the crawler undercarriage detached from the chassis, the hydraulic motor is released from the transmission device and it remains integral to the chassis, hydraulic connections of the hydraulic motor intact, while the planetary gearbox and the transmission device remain integral to the undercarriage, characterized in that said shaft and hub are interposed between a grooved male shaft of the hydraulic motor and a grooved hollow shaft of the gearbox, in that the hollow sleeve connect respective flanges of the hydraulic motor and of the gearbox and in that said shaft, said hub, said hollow sleeve, said grooved male shaft and said grooved hollow shaft are coaxial with said drive wheel.
Non-stop rack device for temporary receipt of flat elements in the form of sheets in a converting machine, the said device comprising a plurality of parallel bars which are integral with a mobile support which can be displaced between a receipt position, in which the bars can support temporarily the flat elements which are being stacked, and a released position, in which the said bars are placed spaced from any stack of flat elements, characterized in that each non-stop bar is mounted such as to be mobile in transverse displacement relative to the mobile support, and in that the non-stop rack device also comprises blocking means, which can block the transverse mobility of each non-stop bar.
Method for determining measurement locations in an energy grid having a greatly heterogeneous energy generator and energy consumer structure, wherein in the energy grid use is made of a controllable device for a wide-range voltage control, wherein, by means of a simulation device, a model of the energy grid is provided which specifies a voltage distribution within the energy grid by means of a system of equations and/or system of inequalities depending on the control position of the controllable device, and wherein, by means of the simulation device, a simulation for minimizing the number of measurement locations is carried out on the basis of the model, and in that as a result of the simulation a minimum number and the respective position of measurement locations and also the control position of the controllable device are specified in order that the energy grid complies with a predefined voltage band during operation, characterized in that during the simulation for all control positions of the controllable device and in each case for all nodes in the energy grid the following steps are repeated: - cancelling the condition in the system of equations and/or system of inequalities that a predefined voltage band must be complied with, for the respective node, and - carrying out the simulation, and - adding the respective node to the set of the measurement locations required at a minimum, if the result of the simulation reveals that the predefined voltage band was violated at the respective node. - cancelling the condition in the system of equations and/or system of inequalities that a predefined voltage band must be complied with, for the respective node, and - carrying out the simulation, and - adding the respective node to the set of the measurement locations required at a minimum, if the result of the simulation reveals that the predefined voltage band was violated at the respective node.
A partial discharge detecting device, comprising: an electric field sensor comprising: a first electrode configured to detect by capacitive coupling a partial discharge signal (S PD) generated by an electric object and provide a corresponding first electrical signal (S 1PD), and a second electrode isolated from the first electrode and structured to detect an environmental noise and to provide a corresponding second electrical signal (S 1N); a transmission line structured to propagate an output signal (S 5PD) obtained from the electric field sensor towards an external analysis apparatus; and an electronic module connected to the first and second electrodes (404, 405) and structured to process the first and second electrical signals (S 1PD, S 1N) and to provide the output signal to the transmission line; wherein the electronic module is structured to decouple the electric field sensor from the transmission line and substantially avoid resonance of the electric field sensor with the transmission line while propagating the output signal (S 5PD) by the transmission line. an electric field sensor comprising: a first electrode configured to detect by capacitive coupling a partial discharge signal (S PD) generated by an electric object and provide a corresponding first electrical signal (S 1PD), and a second electrode isolated from the first electrode and structured to detect an environmental noise and to provide a corresponding second electrical signal (S 1N); a first electrode configured to detect by capacitive coupling a partial discharge signal (S PD) generated by an electric object and provide a corresponding first electrical signal (S 1PD), and a second electrode isolated from the first electrode and structured to detect an environmental noise and to provide a corresponding second electrical signal (S 1N); a transmission line structured to propagate an output signal (S 5PD) obtained from the electric field sensor towards an external analysis apparatus; and an electronic module connected to the first and second electrodes (404, 405) and structured to process the first and second electrical signals (S 1PD, S 1N) and to provide the output signal to the transmission line; wherein the electronic module is structured to decouple the electric field sensor from the transmission line and substantially avoid resonance of the electric field sensor with the transmission line while propagating the output signal (S 5PD) by the transmission line.
Heat exchanger for an absorption machine comprising a metal wall coated with a metal oxide layer, intended to be in contact with a working fluid circulating in the heat exchanger, the metal oxide layer of the metal wall being coated with a coating comprising: - an adhesion layer bonded covalently to the metal oxide layer, the adhesion layer being a layer of alkoxysilane having a carbon chain of at least 4 carbon atoms or a layer of acetoxysilane having a carbon chain of at least 4 carbon atoms, - a polymer layer disposed between the carbon chains of the adhesion layer, the polymer being PMMA, PVC or a polycaprolactone. - an adhesion layer bonded covalently to the metal oxide layer, the adhesion layer being a layer of alkoxysilane having a carbon chain of at least 4 carbon atoms or a layer of acetoxysilane having a carbon chain of at least 4 carbon atoms, - a polymer layer disposed between the carbon chains of the adhesion layer, the polymer being PMMA, PVC or a polycaprolactone.
An agent for use in treating low-grade serous ovarian cancer, the agent comprising an antibody or fragment thereof that specifically binds to an Epidermal Growth Factor Receptor (EGFR) family member or an siRNA that inhibits signaling of the EGFR family member, wherein the siRNA is directed against NRG1 or HER3.
A pant-type absorbent article such as a pant diaper, a sanitary pant or incontinence pant, said article comprising an outer cover being disposed on a garment facing side of said absorbent article, said article having a front portion, a back portion and a crotch portion therebetween, said article comprising an absorbent core arranged in said crotch portion on a wearer facing side of said outer cover, said outer cover comprising a nonwoven fibrous material on a garment-facing side thereof and wherein a disposal tape comprising a tape adhesive zone is permanently attached at said tape adhesive zone to said outer cover in an attachment zone on said nonwoven fibrous material of said outer cover in said back portion of said article, said disposal tape having a folded pre-disposal configuration and an unfolded disposal configuration, characterized in that said outer cover attachment zone is constituted by a modified portion of said nonwoven fibrous material wherein a bond strength between said tape adhesive zone and said modified attachment zone is greater than a bond strength between said tape adhesive zone and a non-modified portion of said nonwoven fibrous material, and wherein said modified attachment zone has a modified cross section appearance, such that said nonwoven fibers are at least partly consolidated and/or flattened within said attachment zone.
A printer, comprising: a media control system, the media control system having at least one motor (110,A, 110B, 110C) coupled to a media moving device (102, 104, 108): characterized by a memory to store motor characteristics for the at least one motor: the media control system to control the tension in media loaded in a paper path using the at least one motor, the media control system using the stored motor characteristics to adjust a control signal to the at least one motor. a media control system, the media control system having at least one motor (110,A, 110B, 110C) coupled to a media moving device (102, 104, 108): characterized by a memory to store motor characteristics for the at least one motor: the media control system to control the tension in media loaded in a paper path using the at least one motor, the media control system using the stored motor characteristics to adjust a control signal to the at least one motor.
Method for setting a pitch angle of rotor blades, in which - a thermographic image is created for rotor blades exposed to a flow - a resultant pattern in the thermographic image is evaluated - on the basis of the evaluation, an adjustment of the pitch angle is carried out until the transition from laminar flow to turbulent flow lies at the intended location on the rotor blade surface. - a thermographic image is created for rotor blades exposed to a flow - a resultant pattern in the thermographic image is evaluated - on the basis of the evaluation, an adjustment of the pitch angle is carried out until the transition from laminar flow to turbulent flow lies at the intended location on the rotor blade surface.
A method for processing an actuation of an operating element in a motor vehicle, more especially an operating lever, wherein the operating element is actuatable at least by the driver of the motor vehicle and a plurality of sensors (S1, S2, S3, S4) is arranged on the operating element, said plurality of sensors being at least partially activated when the operating element is actuated, wherein - the time sequence of activation of the sensors (S1, S2, S3, S4) when the operating element is actuated is detected and, on the basis of the time sequence, it is determined whether an undesired actuation is occurring, wherein undesired actuations comprise unintended actuations and/or actuations by a front-seat passenger; and - in the event that it is determined that an undesired actuation is occurring, the implementation in the vehicle of one or more actions coupled to the actuation of the operating element is blocked. - the time sequence of activation of the sensors (S1, S2, S3, S4) when the operating element is actuated is detected and, on the basis of the time sequence, it is determined whether an undesired actuation is occurring, wherein undesired actuations comprise unintended actuations and/or actuations by a front-seat passenger; and - in the event that it is determined that an undesired actuation is occurring, the implementation in the vehicle of one or more actions coupled to the actuation of the operating element is blocked.
A liquid immersion member for forming, in an exposure apparatus, a liquid immersion space through which exposure light emitted from an optical member passes, the liquid immersion member comprising: a first member that is disposed at at least one portion of a space around the optical member and that includes a first lower surface, the first lower surface facing an object which is movable below the optical member; and a second member that is movable relative to the first member and to the optical member and that includes a second lower surface, the second lower surface being disposed at an outer side than the first lower surface viewed from an optical axis of the optical member, the second lower surface facing the object; characterized in that the second member includes a third lower surface, the third lower surface being disposed at an inner side than the second lower surface viewed from the optical axis, and at least one portion of the third lower surface being disposed above at least one portion of the first lower surface. a first member that is disposed at at least one portion of a space around the optical member and that includes a first lower surface, the first lower surface facing an object which is movable below the optical member; and a second member that is movable relative to the first member and to the optical member and that includes a second lower surface, the second lower surface being disposed at an outer side than the first lower surface viewed from an optical axis of the optical member, the second lower surface facing the object;
Method for operating a fitness bicycle having a wheel, which bicycle has an electric drive and two pedals (4a, 4b) for electrically and mechanically driving the wheel, by a user with a physical impairment in one of his two lower extremities (21a, 21b), - according to which, in a measure a), at least one measurement parameter (M1, M2, M3) characterizing the movement of the wheel is determined by means of a sensor system while a first of the two pedals (4a, 4b) is actuated by the lower extremity of the user which does not have the physical impairment, - according to which, in a measure b), the electric drive is actuated by a control/regulating device of the fitness bicycle as a function of the at least one determined measured variable (M1, M2, M3), while a second of the two pedals (4a, 4b) is actuated by the lower extremity of the user which has the physical impairment. - according to which, in a measure a), at least one measurement parameter (M1, M2, M3) characterizing the movement of the wheel is determined by means of a sensor system while a first of the two pedals (4a, 4b) is actuated by the lower extremity of the user which does not have the physical impairment, - according to which, in a measure b), the electric drive is actuated by a control/regulating device of the fitness bicycle as a function of the at least one determined measured variable (M1, M2, M3), while a second of the two pedals (4a, 4b) is actuated by the lower extremity of the user which has the physical impairment.
A method for transmitting uplink control information, UCI, performed by user equipment in a wireless communication system, the method comprising: receiving a first parameter and a second parameter; and transmitting a first combination of ACK/NACK information and a channel quality indicator, CQI, through a first PUCCH format or a second combination of ACK/NACK information and the CQI through a second PUCCH format, wherein the first parameter indicates whether simultaneous transmission of the first combination of ACK/NACK information and the CQI is allowed, and the second parameter indicates whether the user equipment performs simultaneous transmission of the second combination of ACK/NACK information multiplexed with the CQI on the second PUCCH format, wherein if the first parameter has a value of FALSE, if the second parameter has a value of TRUE and if one resource is determined by a specific field of a physical downlink control channel, PDCCH, among four resources configured in advance by a radio resource control, RRC, message, then the UE transmits the second combination of ACK/NACK information and the CQI through the second PUCCH format. receiving a first parameter and a second parameter; and transmitting a first combination of ACK/NACK information and a channel quality indicator, CQI, through a first PUCCH format or a second combination of ACK/NACK information and the CQI through a second PUCCH format, wherein the first parameter indicates whether simultaneous transmission of the first combination of ACK/NACK information and the CQI is allowed, and the second parameter indicates whether the user equipment performs simultaneous transmission of the second combination of ACK/NACK information multiplexed with the CQI on the second PUCCH format, wherein if the first parameter has a value of FALSE, if the second parameter has a value of TRUE and if one resource is determined by a specific field of a physical downlink control channel, PDCCH, among four resources configured in advance by a radio resource control, RRC, message, then the UE transmits the second combination of ACK/NACK information and the CQI through the second PUCCH format.
A method comprising: examining whether a depth block co-located with a texture block of a depth-enhanced multiview video is available for inter prediction of the texture block being coded or decoded; characterized in that if the examination indicates that a co-located depth sample within the co-located depth block is unavailable for inter prediction of the texture block, the method comprises: padding or interpolating the co-located depth sample on the basis of one or more available depth samples; treating the co-located depth block as available; determining an inter prediction method of the texture block, which uses the co-located depth block; and deriving a prediction block for the texture block on the basis of the inter prediction method by using the co-located depth block. examining whether a depth block co-located with a texture block of a depth-enhanced multiview video is available for inter prediction of the texture block being coded or decoded; characterized in that if the examination indicates that a co-located depth sample within the co-located depth block is unavailable for inter prediction of the texture block, the method comprises: padding or interpolating the co-located depth sample on the basis of one or more available depth samples; treating the co-located depth block as available; determining an inter prediction method of the texture block, which uses the co-located depth block; and deriving a prediction block for the texture block on the basis of the inter prediction method by using the co-located depth block. padding or interpolating the co-located depth sample on the basis of one or more available depth samples; treating the co-located depth block as available; determining an inter prediction method of the texture block, which uses the co-located depth block; and deriving a prediction block for the texture block on the basis of the inter prediction method by using the co-located depth block.
Outlet device for draining waste water, having an upper edge surface forming an outer enclosure of the outlet device, a supporting surface for supporting a cover element such that its walkable surface is substantially flush with the upper edge surface, and a bottom for collecting and directing waste water into an opening of a drain pipe in the bottom of the outlet device, wherein at least part of the supporting surface is designed to slope down towards the bottom in such a way that, in use, waste water that reaches the supporting surface flows towards the bottom, wherein the upper edge surface, the supporting surface and the bottom are connected to one another by connecting walls (25, 50) that extend essentially vertically in use, wherein the bottom has a plurality of bottom elements (16, 16') that are inclined at an angle to one another and slope down towards the opening of the drain pipe, wherein the bottom elements (16, 16') are connected to one another via connecting edges, wherein the connecting edges between the bottom elements (16, 16') of the bottom are each aligned perpendicular to one another when viewed from above. a supporting surface for supporting a cover element such that its walkable surface is substantially flush with the upper edge surface, and a bottom for collecting and directing waste water into an opening of a drain pipe in the bottom of the outlet device, wherein at least part of the supporting surface is designed to slope down towards the bottom in such a way that, in use, waste water that reaches the supporting surface flows towards the bottom, wherein the upper edge surface, the supporting surface and the bottom are connected to one another by connecting walls (25, 50) that extend essentially vertically in use, wherein the bottom has a plurality of bottom elements (16, 16') that are inclined at an angle to one another and slope down towards the opening of the drain pipe, wherein the bottom elements (16, 16') are connected to one another via connecting edges, wherein the connecting edges between the bottom elements (16, 16') of the bottom are each aligned perpendicular to one another when viewed from above.