mhurhangee/ep-ind-claims huggingface dataset:
A method of determining data related to an operation of a combine, the method comprising: receiving, at a processing device, an input from an operator of the combine, the input comprising information related to an evaluation to perform; initializing, by the processing device, the evaluation to perform; collecting (303, 306), at a plurality of sensors (115, 125) operably connected to the processing device, data related to the operation of the combine during the evaluation; analyzing, by the processing device, the data; presenting, by the processing device, the analyzed data to the operator of the combine, and comparing, by the processing device, the analyzed data against previously obtained data from a prior evaluation, characterized in that the comparing comprises displaying, on a display device operably connected to the processing device, a first loss-curve representing the analyzed data and a second loss-curve representing the previously obtained data. receiving, at a processing device, an input from an operator of the combine, the input comprising information related to an evaluation to perform; initializing, by the processing device, the evaluation to perform; collecting (303, 306), at a plurality of sensors (115, 125) operably connected to the processing device, data related to the operation of the combine during the evaluation; analyzing, by the processing device, the data; presenting, by the processing device, the analyzed data to the operator of the combine, and comparing, by the processing device, the analyzed data against previously obtained data from a prior evaluation, characterized in that the comparing comprises displaying, on a display device operably connected to the processing device, a first loss-curve representing the analyzed data and a second loss-curve representing the previously obtained data.
Drum for building a green tyre casing, which has: - sectors (6v, 6c) that form a circumferential face of the drum, and - at least one cam for controlling a radial movement of the sectors with respect to a rotation axis of the drum, the cam having at least two main faces (66, 68) and being designed such that a monotonous movement of the cam first of all causes the radial movement of some of the sectors by virtue of ramps situated on its first face without modifying a radial position of the other sectors, and then causes the radial movement of the other sectors by virtue of ramps situated on its second face, the movement of all of the sectors (6v, 6c) then being simultaneous. - sectors (6v, 6c) that form a circumferential face of the drum, and - at least one cam for controlling a radial movement of the sectors with respect to a rotation axis of the drum,
A counter circuit (CNT_0) that counts a high period or a low period of an input signal (CDS_OUT0) using a clock signal, the counter circuit (CNT_0) comprising: a first AND gate configured to perform an AND operation on the input signal (CDS_OUT0) and the clock signal; and a ripple counter triggered by an output of the first AND gate to count a length of the input signal (CDS_OUT0), the ripple counter including a plurality of counting units (142 - 145; CU<0> - CU<n-1>) for counting up or counting down the length of the input signal (CDS_OUT0), each of the plurality of counting units (142 - 145; CU<0> - CU<n-1>) including: a D-latch configured to store an inverted counting bit in response to a first complement control signal (BWI_C); and a D-flip-flop that is set or reset by the inverted counting bit stored in the D-latch in response to a second complement control signal, characterised in that each of the plurality of counting units (142 - 145; CU<0> - CU<n-1>) further comprises a complement operation controller including: a second AND gate configured to transfer a non-inverted output signal of the D-latch to a set input terminal of the D-flip-flop in synchronization with the second complement control signal; and a third AND gate configured to transfer an inverted output signal (/Q) of the D-latch to a reset input terminal (RESET) of the D-flip-flop in synchronization with the second complement control signal. a first AND gate configured to perform an AND operation on the input signal (CDS_OUT0) and the clock signal; and a ripple counter triggered by an output of the first AND gate to count a length of the input signal (CDS_OUT0), the ripple counter including a plurality of counting units (142 - 145; CU<0> - CU<n-1>) for counting up or counting down the length of the input signal (CDS_OUT0), each of the plurality of counting units (142 - 145; CU<0> - CU<n-1>) including: a D-latch configured to store an inverted counting bit in response to a first complement control signal (BWI_C); and a D-flip-flop that is set or reset by the inverted counting bit stored in the D-latch in response to a second complement control signal, characterised in that each of the plurality of counting units (142 - 145; CU<0> - CU<n-1>) further comprises a complement operation controller including: a second AND gate configured to transfer a non-inverted output signal of the D-latch to a set input terminal of the D-flip-flop in synchronization with the second complement control signal; and a third AND gate configured to transfer an inverted output signal (/Q) of the D-latch to a reset input terminal (RESET) of the D-flip-flop in synchronization with the second complement control signal. a second AND gate configured to transfer a non-inverted output signal of the D-latch to a set input terminal of the D-flip-flop in synchronization with the second complement control signal; and a third AND gate configured to transfer an inverted output signal (/Q) of the D-latch to a reset input terminal (RESET) of the D-flip-flop in synchronization with the second complement control signal.
An image recording device provided with a fixed part for at least partial inclusion in and/or on the body of a motor vehicle, and a movable part which contains at least one optical element, the optical element comprising at least one optical sensor and/or a lens unit, and an adjustment device, provided with a power source, for adjusting the movable part between a first position and a second position, wherein during use in the first position the movable part is wholly or partly included in the body, and in the second position the movable part extends at an angle with respect to the body, such that at least the optical element carried by the movable part extends at least partly outside the body, wherein the movable part pivots from the second position about a axis to the first position and vice versa characterized in that: - between the fixed part and the movable part a driving part is provided which is releasably connected with the fixed part, such that in released condition it can move along with the moving part; and/or - wherein the movable part is movable between the first position and the second position with the aid of the power source, in particular a motor and a first drive, wherein the movable part, viewed from the first position, is movable beyond the second position to a third position by an external force exerted on the movable part, wherein the first position defines a fold-in position, the second position a fold-out position and the third position a fold-over position; - wherein the axis about which the movable part pivots from the second position is a substantial vertical axis. - between the fixed part and the movable part a driving part is provided which is releasably connected with the fixed part, such that in released condition it can move along with the moving part; and/or - wherein the movable part is movable between the first position and the second position with the aid of the power source, in particular a motor and a first drive, wherein the movable part, viewed from the first position, is movable beyond the second position to a third position by an external force exerted on the movable part, wherein the first position defines a fold-in position, the second position a fold-out position and the third position a fold-over position; - wherein the axis about which the movable part pivots from the second position is a substantial vertical axis.
Laundry washing machine comprising a rotatable drum having a generally horizontal axis of rotation, a tub coaxially aligned with said axis of rotation and surrounding said drum, and balancing means adapted to reduce the effects of unbalanced laundry during spinning, said balancing means comprising a cylindrical wrapper interposed between the drum and the tub, coaxially fastened to the drum wherein the cylindrical wrapper is adapted to collect at least part of liquid from spinning laundry so that at the beginning of the spinning cycle wash water passes through holes in the drum and collects into the wrapper dynamically distributing in a way as to compensate the unbalance of the load, bent edges of the wrapper preventing that water flows immediately in the tub, characterized in that the wrapper further comprises funnel-shaped apertures with bent edges directed toward the centre of the wrapper, preventing at least a part of water from flowing directly into the tub.
An inhaler, comprising a base having at least one sealed cavity containing medicament, a foil portion comprising two sides, one side being attached to the base and sealing the cavity in an air-tight manner, a separating element which is attached to the other side of the foil portion for separating the foil portion from the cavity, an actuator which is engagable with the separating element, the actuator having an energized position in which it is biased towards an unloaded position, a biasing element for moving the actuator from the energized position to the unloaded position, and a latch (56, 58, 60) having a first position, in which it latches the actuator in said energized position, and a second position, in which it allows the actuator to be in said unloaded position, wherein the latch is at least partly arranged in a flow path such that an inhalation flow through the flow path affects the latch to move from the first position to the second position, characterised in that during movement from the energized position to the unloaded position the actuator causes the separating element and the foil portion to be lifted away from the cavity.
An image processing apparatus comprising: a generation unit configured to generate image signals for displaying a plurality of screens on one display surface, wherein the plurality of screens includes a screen of sub display areas to display thumbnail images of a plurality of different moving images, and a screen of a main display area to display a moving image of a sub display area selected from the sub display areas; an operation signal acquisition unit configured to acquire an operation signal from a user; and a control unit configured to scale a focused one of the plurality of screens to full screen display and to erase the not focused screen, when the operation signal acquired from the user is an operation signal common to the plurality of screens to scale the screen the common operation signal being a signal to instruct full-screen display of the screen, and the control unit being further configured to reduce one of the screen of the main display area and the screen of the sub display areas synchronously with enlargement of the other of the screen of the main display area and the screen of the sub display areas when the operation signal acquired is an operation signal to synchronously scale the screen of the main display area and the screen of the sub display areas. a generation unit configured to generate image signals for displaying a plurality of screens on one display surface, wherein the plurality of screens includes a screen of sub display areas to display thumbnail images of a plurality of different moving images, and a screen of a main display area to display a moving image of a sub display area selected from the sub display areas; an operation signal acquisition unit configured to acquire an operation signal from a user; and a control unit configured to scale a focused one of the plurality of screens to full screen display and to erase the not focused screen, when the operation signal acquired from the user is an operation signal common to the plurality of screens to scale the screen the common operation signal being a signal to instruct full-screen display of the screen, and the control unit being further configured to reduce one of the screen of the main display area and the screen of the sub display areas synchronously with enlargement of the other of the screen of the main display area and the screen of the sub display areas when the operation signal acquired is an operation signal to synchronously scale the screen of the main display area and the screen of the sub display areas.
Method for generating a positionally correct insertion of additional information on a display unit for a vehicle, wherein the vehicle is equipped with a number of sensors (130, 150, 170) for detecting the surroundings and the position and orientation of the vehicle, wherein the data from the sensors (130, 150, 170) are periodically processed, wherein the position and orientation of the vehicle are precalculated, wherein for the precalculation of the position and orientation of the vehicle use is made of a calculation model which takes account of the points in time for the detection of the sensor data and also the system runtimes for the processing of the sensor data, wherein the precalculated position and orientation are transferred to a rendering process for the calculation of the image to be displayed, and wherein at least the location of the insertion of the additional information in the display image is calculated depending on the precalculation of the position and orientation of the vehicle in the rendering process, characterized in that during the rendering process the position and orientation of the vehicle are detected again, wherein the image rendered to completion in the rendering process is subjected to post-processing involving transformation of the image content by means of a time warp operation, wherein the transformation calculation is determined by the updated position and orientation of the vehicle.
A method for producing a motor vehicle license plate comprising the following method steps: a) providing a two-dimensionally extending plate blank, and b) incorporating a optically perceptible, two-dimensionally extending security pattern into the front surface of the plate blank, wherein the incorporated security pattern exhibits an optical effect, in particular a color effect, based on optical interference, and wherein wherein the incorporated security pattern is based on two-dimensionally extending, regular, raised or depressed patterns in the surface of the plate blank, characterized in that the optically perceptible security pattern is incorporated into the front surface of the plate blank by means of the interference of at least two laser beams. a) providing a two-dimensionally extending plate blank, and b) incorporating a optically perceptible, two-dimensionally extending security pattern into the front surface of the plate blank, wherein the incorporated security pattern exhibits an optical effect, in particular a color effect, based on optical interference, and wherein wherein the incorporated security pattern is based on two-dimensionally extending, regular, raised or depressed patterns in the surface of the plate blank,
A hair care composition comprising: a. a fatty alcohol; b. a cationic surfactant; and c. an aqueous base; wherein the weight ratio of the fatty alcohol to the cationic surfactant is from 1:2 to 1:20; and wherein the composition is free of any anionic surfactant. a. a fatty alcohol; b. a cationic surfactant; and c. an aqueous base; wherein the weight ratio of the fatty alcohol to the cationic surfactant is from 1:2 to 1:20; and wherein the composition is free of any anionic surfactant.
An adhesive ostomy product securing member comprising: a flexible arcuate laminate having a radial inner portion, a radial outer portion, and a proximal adhesive surface for securing the laminate simultaneously to the skin of an ostomate and to an ostomy flange; wherein the radial inner portion has a first thickness, and the radial outer portion is provided with a pattern of discrete zones having a second thickness, the first thickness being smaller than the second thickness, characterized in that the laminate has an elongated arcuate shape with two end portions located at each end of the elongated laminate, and wherein the pattern of discrete zones is absent at the end portions.
A method for wireless communication by a User Equipment, UE, comprising: receiving a command to handover the UE from a source base station, BS, to a target BS, the command including at least an indication to generate at least one key specific to the target BS and a freshness parameter for generating the at least one key, wherein: at least a portion of a control plane, CP, protocol layer is implemented at the target BS and the source BS, wherein the at least the portion of the CP protocol layer implemented at the target BS and the source BS comprises a portion responsible for radio resource control, RRC, signaling and for CP security, and user plane protocol layers are implemented at a Radio Access Network, RAN, network entity controlling at least the source BS; generating the at least one key based at least on the indication to generate the at least one key specific to the target BS, the freshness parameter, and a master key, the master key associated with the RAN network entity controlling at least the source BS; and exchanging control signaling with the target BS based on the CP protocol layer using the at least one key. receiving a command to handover the UE from a source base station, BS, to a target BS, the command including at least an indication to generate at least one key specific to the target BS and a freshness parameter for generating the at least one key, wherein: at least a portion of a control plane, CP, protocol layer is implemented at the target BS and the source BS, wherein the at least the portion of the CP protocol layer implemented at the target BS and the source BS comprises a portion responsible for radio resource control, RRC, signaling and for CP security, and user plane protocol layers are implemented at a Radio Access Network, RAN, network entity controlling at least the source BS; at least a portion of a control plane, CP, protocol layer is implemented at the target BS and the source BS, wherein the at least the portion of the CP protocol layer implemented at the target BS and the source BS comprises a portion responsible for radio resource control, RRC, signaling and for CP security, and user plane protocol layers are implemented at a Radio Access Network, RAN, network entity controlling at least the source BS; generating the at least one key based at least on the indication to generate the at least one key specific to the target BS, the freshness parameter, and a master key, the master key associated with the RAN network entity controlling at least the source BS; and exchanging control signaling with the target BS based on the CP protocol layer using the at least one key.
A polymeric composition with anti-icing and self-cleaning properties for the coating of surfaces comprising based on the total weight of the composition: - from 20 to 25 wt % of a hybrid polymeric matrix of siloxane and epoxy; - from 1. 5 to 3.5 wt % a polydimethyl siloxane-based hydrophobic additive; - from 3 to 15 wt % of silica nanoparticles; - from 45 to 60 wt % of an organic solvent; - from 1 to 2% wt % of UV protecting additive; - from 10 to 13% of a curing agent or a mixture of curing agents. - from 20 to 25 wt % of a hybrid polymeric matrix of siloxane and epoxy; - from 1. 5 to 3.5 wt % a polydimethyl siloxane-based hydrophobic additive; - from 3 to 15 wt % of silica nanoparticles; - from 45 to 60 wt % of an organic solvent; - from 1 to 2% wt % of UV protecting additive; - from 10 to 13% of a curing agent or a mixture of curing agents.
A nonwoven electret web comprising fibers made from a thermoplastic polymer material comprising a polymer, a first additive (a) and a second additive (b), wherein the first additive (a) comprises a hindered amine and the second additive (b) comprises an organic bis-amide derived from organic diamines which are reacted with two carboxylic acids.
A microfluidic device comprising a structure on an optically transparent surface where the structure comprises (i) at least one flow channel comprising endothelial cells, (ii) at least three adjacent channels comprising cell-laden or cell-free 3D (3 dimensional) matrices, neighboring each flow channel on each long side of it, in total at least six channels comprising 3D cell-laden or cell free matrix (24, 25, 26, 27, 28, 29), (iii) at least two fluid reservoirs (31, 32) each neighbouring one of the channels comprising 3D cell-laden or cell free matrix (24, 29) furthest from the flow channel, (iv) borders comprising at least twelve posts that separate neighboring channels (24, 25, 26, 27, 28, 29, 30) from each other, and channels (24, 29) from neighboring fluid reservoirs (31, 32). (v) at least five different cell types in total. (i) at least one flow channel comprising endothelial cells, (ii) at least three adjacent channels comprising cell-laden or cell-free 3D (3 dimensional) matrices, neighboring each flow channel on each long side of it, in total at least six channels comprising 3D cell-laden or cell free matrix (24, 25, 26, 27, 28, 29), (iii) at least two fluid reservoirs (31, 32) each neighbouring one of the channels comprising 3D cell-laden or cell free matrix (24, 29) furthest from the flow channel, (iv) borders comprising at least twelve posts that separate neighboring channels (24, 25, 26, 27, 28, 29, 30) from each other, and channels (24, 29) from neighboring fluid reservoirs (31, 32). (v) at least five different cell types in total.