mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device comprising: a transmission unit configured to transmit channel state information on a physical uplink control channel, PUCCH; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of a machine type communication physical downlink control channel, MPDCCH, wherein in a case that a channel quality indicator-mask, CQI-mask, is not setup by a higher layer and the medium access control layer processing unit assumes that a subframe n is included in an Active Time in consideration of a scheduling request transmitted until and including a subframe n-5 and information received until and including the subframe n-5, the channel state information is transmitted on the PUCCH in the subframe n and a subframe n+1, irrespective of whether the subframe n+1 is included in the Active Time. a transmission unit configured to transmit channel state information on a physical uplink control channel, PUCCH; and a medium access control layer processing unit configured to perform a discontinuous reception, DRX, functionality for controlling monitoring of a machine type communication physical downlink control channel, MPDCCH, wherein in a case that a channel quality indicator-mask, CQI-mask, is not setup by a higher layer and the medium access control layer processing unit assumes that a subframe n is included in an Active Time in consideration of a scheduling request transmitted until and including a subframe n-5 and information received until and including the subframe n-5, the channel state information is transmitted on the PUCCH in the subframe n and a subframe n+1, irrespective of whether the subframe n+1 is included in the Active Time.
Sensor system for determining an absolute rotation angle (δ) of a shaft with an angular rotation range of more than one revolution, in particular for determining an absolute steering angle (δ) of a steering shaft in a vehicle with a steering angle of more than one revolution, wherein the sensor system comprises - a main rotor that can be connected rotationally synchronously with the shaft , - a first auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform first translation, - a second auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform second translation different from the first translation, - a first sensor device (SE1) which is assigned to the first auxiliary rotor and which is used to generate a first sensor signal (S1) dependent on a rotation angle of the first auxiliary rotor , - a second sensor device (SE2) which is assigned to the second auxiliary rotor and which is used to generate a second sensor signal (S2) dependent on a rotation angle of the second auxiliary rotor , - a third sensor device (SE3) which is assigned to the main rotor and which is used for generating a third sensor signal (S3) dependent on a relative rotation angle (γ) of the main rotor , and - an evaluation device for determining the absolute rotation angle (δ) of the main rotor from the sensor signals (S1, S2, S3) of the sensor devices (SE1, SE2, SE3), characterized in that the third sensor device (SE3) has a detection range (α), which is less than 360°. - a main rotor that can be connected rotationally synchronously with the shaft , - a first auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform first translation, - a second auxiliary rotor which is mechanically coupled to the main rotor with a constant and uniform second translation different from the first translation, - a first sensor device (SE1) which is assigned to the first auxiliary rotor and which is used to generate a first sensor signal (S1) dependent on a rotation angle of the first auxiliary rotor , - a second sensor device (SE2) which is assigned to the second auxiliary rotor and which is used to generate a second sensor signal (S2) dependent on a rotation angle of the second auxiliary rotor , - a third sensor device (SE3) which is assigned to the main rotor and which is used for generating a third sensor signal (S3) dependent on a relative rotation angle (γ) of the main rotor , and - an evaluation device for determining the absolute rotation angle (δ) of the main rotor from the sensor signals (S1, S2, S3) of the sensor devices (SE1, SE2, SE3),
An inspection-aid kit comprising a portable inspection-aid tool for aiding inspection of combustion chambers of gas turbines, the inspection-aid tool comprising: a frame , internally delimiting an inspection window ; an image-capture assembly (3; 3'), connected to the frame and oriented to capture images through the inspection window ; a plurality of light sources attached to an inner surface of the frame around the inspection window and configured to directionally emit light in accordance with a dark-field illumination pattern out of the inspection window and away from the image-capture assembly (3; 3'); an on-board control unit , configured to selectively activate the light sources and to synchronize image-capture of the image-capture assembly (3; 3') with activation of the light sources ; and a hand-hold portion (7; 107; 207; 307) for hold by a user; characterized by a piece of garment and strings connecting the inspection-aid tool to the piece of garment , whereby the inspection-aid tool can be hung to the piece of garment when the piece of garment is worn by a user. a frame , internally delimiting an inspection window ; an image-capture assembly (3; 3'), connected to the frame and oriented to capture images through the inspection window ; a plurality of light sources attached to an inner surface of the frame around the inspection window and configured to directionally emit light in accordance with a dark-field illumination pattern out of the inspection window and away from the image-capture assembly (3; 3'); an on-board control unit , configured to selectively activate the light sources and to synchronize image-capture of the image-capture assembly (3; 3') with activation of the light sources ; and a hand-hold portion (7; 107; 207; 307) for hold by a user; characterized by a piece of garment and strings connecting the inspection-aid tool to the piece of garment , whereby the inspection-aid tool can be hung to the piece of garment when the piece of garment is worn by a user.
A snow-removal blade having a face for coming into contact with the snow to be removed from a traffic lane, said face comprising at least one concave part (C) along the largest dimension (L) of the blade , also referred to as the width of the blade, the opening of the concave part (C) facing the snow to be removed from the snow-covered traffic lane when the snow-removal blade is in a use configuration, the blade comprising a flat main body and, in the upper part of the body , a concave part , characterised in that the concave part is equipped with a means for varying the radius of curvature (R) of the concavity (C) of the part , and in that said means for varying the radius of curvature (R) of the concavity (C) comprises at least two articulated segments , the segments being mutually parallel and defining the largest dimension (L) of the snow-removal blade .
Child car seat, comprising a chair assembled on a base , fitted with means for detecting an accident situation, delivering an activation signal according to an analysis of measurements delivered by at least one element for measuring an acceleration, to activate active protection means of the child, characterised in that it comprises means for temporarily inhibiting said detection means , preventing the emission of said activation signal when an adjustment of the tilt position of said chair in relation to said base is ongoing.
Adapter for securing a wiper on an arm of a wiper system , the adapter extending in a longitudinal direction (L), the adapter being configured to be fitted such as to rotate on a connector of the wiper around an axis of rotation (R) transverse to the longitudinal direction (L), the adapter comprising at least one lateral wall and one upper wall , the lateral wall and the upper wall participating in defining an inner volume of the adapter , the adapter comprising an inner wall extending at least partly into the inner volume of the adapter , the adapter comprising a locking device which is designed to render the adapter integral longitudinally relative to the arm of the wiper system , the locking device being fitted such as to pivot on the upper wall around an axis of pivoting (P), the locking device comprising at least one thrust unit and one blocking unit , the thrust unit being incorporated in a profile of the upper wall , whereas the blocking unit extends at least partly into a receipt receptacle which is intended to receive the arm , characterized in that the locking device comprises a means for limiting the pivoting thereof which means is supported against the inner wall .
A system used for direct energy deposition of layers of a material to a pre-existing component using direct energy deposition, DED, the system comprising: a depositor configured to deposit material layer-by-layer on the pre-existing component or a previously deposited layer of material on the pre-existing component; an energy source configured to selectively direct an energized beam at the material to fuse a new layer of the material to the pre-existing component or to a previously formed layer on the pre-existing component; and a heating element extending through passageways within the pre-existing component and configured to supply heat to the pre-existing component the heating element including heated tubing with heated fluid flowing through the tubing, and a heat-controlled bath apparatus connected to the tubing. a depositor configured to deposit material layer-by-layer on the pre-existing component or a previously deposited layer of material on the pre-existing component; an energy source configured to selectively direct an energized beam at the material to fuse a new layer of the material to the pre-existing component or to a previously formed layer on the pre-existing component; and a heating element extending through passageways within the pre-existing component and configured to supply heat to the pre-existing component the heating element including heated tubing with heated fluid flowing through the tubing, and a heat-controlled bath apparatus connected to the tubing.
Method for determining an indicator of a combustion knock in at least one cylinder of an internal combustion engine , notably a controlled-ignition engine, said cylinder being provided with a pressure sensor , characterized in that the following steps are implemented: a) a local pressure in said cylinder at a measurement point of said cylinder is measured by means of said pressure sensor ; b) a modal breakdown of said local-pressure measurement signal is performed in order to determine the modes of oscillation of said local pressure; c) an overall pressure in said cylinder is determined by means of said modal breakdown of said local-pressure measurement signal, by performing the following steps: i) a model of said overall pressure that is a function of the amplitude of the modes of said overall pressure is defined; ii) the model of the overall pressure at the coordinates (x0, y0, z0) of said measurement point of said pressure sensor is calculated; iii) said amplitude of said modes of said overall pressure is determined by identifying oscillations of each mode of said modal breakdown of said local pressure at said local-pressure measurement point; and d) a knock indicator is determined, said knock indicator being a direct or indirect function of said overall pressure in the cylinder . a) a local pressure in said cylinder at a measurement point of said cylinder is measured by means of said pressure sensor ; b) a modal breakdown of said local-pressure measurement signal is performed in order to determine the modes of oscillation of said local pressure; c) an overall pressure in said cylinder is determined by means of said modal breakdown of said local-pressure measurement signal, by performing the following steps: i) a model of said overall pressure that is a function of the amplitude of the modes of said overall pressure is defined; ii) the model of the overall pressure at the coordinates (x0, y0, z0) of said measurement point of said pressure sensor is calculated; iii) said amplitude of said modes of said overall pressure is determined by identifying oscillations of each mode of said modal breakdown of said local pressure at said local-pressure measurement point; and i) a model of said overall pressure that is a function of the amplitude of the modes of said overall pressure is defined; ii) the model of the overall pressure at the coordinates (x0, y0, z0) of said measurement point of said pressure sensor is calculated; iii) said amplitude of said modes of said overall pressure is determined by identifying oscillations of each mode of said modal breakdown of said local pressure at said local-pressure measurement point; and d) a knock indicator is determined, said knock indicator being a direct or indirect function of said overall pressure in the cylinder .
Clutch actuator for operating a clutch wherein said actuator comprises: a preload plunger movable from a clutch-engaged position (x1) for exerting a preload onto a clutch operating pushrod to a clutch-disengaging position (x3) and movable back from the clutch-disengaging position (x3) to the preloaded clutch-engaged position (x1); a movable body movable into contact with said preload plunger for moving said preload plunger to and from the clutch-engaged position to the clutch-disengaging position; and, characterized in that it comprises a preload spring connecting said movable body to said preload plunger wherein said preload spring is adapted to exert a preload on said preload plunger; and, when said preload plunger is in the preloaded clutch-engaged position, said movable body is spaced from said preload plunger by a force-reducing gap in order to reduce the transmission of force to the actuator when it is in the clutch-engaged position; determining if the preload plunger is in the clutch-engaged position and, if the preload plunger is determined to be in the clutch-engaged position, moving said movable body away from said preload plunger so that there is a force-reducing gap between said preload plunger and said movable body. a preload plunger movable from a clutch-engaged position (x1) for exerting a preload onto a clutch operating pushrod to a clutch-disengaging position (x3) and movable back from the clutch-disengaging position (x3) to the preloaded clutch-engaged position (x1); a movable body movable into contact with said preload plunger for moving said preload plunger to and from the clutch-engaged position to the clutch-disengaging position; and, characterized in that it comprises a preload spring connecting said movable body to said preload plunger wherein said preload spring is adapted to exert a preload on said preload plunger; and, when said preload plunger is in the preloaded clutch-engaged position, said movable body is spaced from said preload plunger by a force-reducing gap in order to reduce the transmission of force to the actuator when it is in the clutch-engaged position; determining if the preload plunger is in the clutch-engaged position and, if the preload plunger is determined to be in the clutch-engaged position, moving said movable body away from said preload plunger so that there is a force-reducing gap between said preload plunger and said movable body.
A process that for recovering lead in form of metal, soluble and insoluble silicates, silica, and soluble silicates, from lead glass resulting from cathode ray tube TV sets disposal, the process including the following operations: a) heat etching at a temperature above 180 °C of ground glass with a sodium hydroxide aqueous solution of concentration between 20 and 50% by weight and a weight ratio between lead glass and 100% sodium hydroxide between 2.8 and 3.5, to obtain a suspension consisting of a liquid phase including soluble silicates, sodium plumbite and soluble lead silicate, and a solid insoluble phase consisting of silicates of all polyvalent cations and part of the lead originally present in the lead glass; b) treating the liquid phase of the suspension in an electrolytic cell to recover the lead in the form of metal and to obtain a solution of soluble silicates and the insoluble silicates in solid state without lead; c) possible treatment of the soluble silicate with an acid to form insoluble silica; and d) reaction of the silica with the silicates to increase the silica/oxide ratio. a) heat etching at a temperature above 180 °C of ground glass with a sodium hydroxide aqueous solution of concentration between 20 and 50% by weight and a weight ratio between lead glass and 100% sodium hydroxide between 2.8 and 3.5, to obtain a suspension consisting of a liquid phase including soluble silicates, sodium plumbite and soluble lead silicate, and a solid insoluble phase consisting of silicates of all polyvalent cations and part of the lead originally present in the lead glass; b) treating the liquid phase of the suspension in an electrolytic cell to recover the lead in the form of metal and to obtain a solution of soluble silicates and the insoluble silicates in solid state without lead; c) possible treatment of the soluble silicate with an acid to form insoluble silica; and d) reaction of the silica with the silicates to increase the silica/oxide ratio.
A method for temporally energizing lights of a trailer that can be electrically connected to the towing vehicle, in which method the energizing of the lights will be initialized by a user in the towing vehicle, in which the lights are then connected to the power supply of the towing vehicle by connecting the electric system of the trailer to the trailer connecting device on the side of the towing vehicle, and in which the lights are energized individually in sequence for a predeterminable time interval.
A method of identifying and detecting sand inflow into a wellbore , the method comprising: obtaining a sample data set, wherein the sample data set is a sample of an acoustic signal originating within a wellbore comprising a fluid; detecting a broadband signal within the sample data set, wherein the broadband signal at least includes a portion of the sample data set at frequencies above 0.5 kHz, determining frequency domain features of the broadband signal, wherein the frequency domain features are indicative of the acoustic signal across a frequency spectrum; comparing the frequency domain features with an acoustic signature, wherein the acoustic signature comprises thresholds or ranges for the frequency domain features; determining that the frequency domain features meet or exceed the thresholds or ranges of the acoustic signature; and determining the presence of sand inflow into the wellbore based on determining that the frequency domain features meet or exceed the thresholds or ranges of the acoustic signature. obtaining a sample data set, wherein the sample data set is a sample of an acoustic signal originating within a wellbore comprising a fluid; detecting a broadband signal within the sample data set, wherein the broadband signal at least includes a portion of the sample data set at frequencies above 0.5 kHz, determining frequency domain features of the broadband signal, wherein the frequency domain features are indicative of the acoustic signal across a frequency spectrum; comparing the frequency domain features with an acoustic signature, wherein the acoustic signature comprises thresholds or ranges for the frequency domain features; determining that the frequency domain features meet or exceed the thresholds or ranges of the acoustic signature; and determining the presence of sand inflow into the wellbore based on determining that the frequency domain features meet or exceed the thresholds or ranges of the acoustic signature.
A system for adjusting the spacing between ground engaging tools of an agricultural implement , the system comprising a plurality of ground engaging tools configured to rotate relative to and engage soil within a field as an agricultural implement is moved across the field, the plurality of ground engaging tools including a first end tool , a second end tool , and at least one intermediate tool positioned between the first and second end tools , an adjustable ground engaging width (W) being defined between the first and second end tools , a plurality of biasing elements , each biasing element of the plurality of biasing elements being positioned between a respective pair of adj acent tools of the plurality of ground engaging tools , each biasing element being configured to apply a biasing force against its respective pair of adj acent tools such that an inter-tool spacing (X) between each respective pair of adjacent tools is maintained substantially uniform across the plurality of ground engaging tools as the ground engaging width (W) is adjusted; and an actuator configured to actuate the first end tool relative to the second end tool between a first tool position and a second tool position. a plurality of biasing elements , each biasing element of the plurality of biasing elements being positioned between a respective pair of adj acent tools of the plurality of ground engaging tools , each biasing element being configured to apply a biasing force against its respective pair of adj acent tools such that an inter-tool spacing (X) between each respective pair of adjacent tools is maintained substantially uniform across the plurality of ground engaging tools as the ground engaging width (W) is adjusted; and an actuator configured to actuate the first end tool relative to the second end tool between a first tool position and a second tool position.