mhurhangee/ep-ind-claims huggingface dataset:
A catheter comprising - a catheter shaft including a proximal end and a distal end to which a balloon is preferably fastened, and - a fitting, preferably a luer fitting, arranged at the proximal end of the catheter shaft, characterized in - that the proximal end of the catheter shaft is provided with a bending section, and - that the bending section includes a plurality of balls (19 to 23) which are mounted on the proximal end of the catheter shaft. - a catheter shaft including a proximal end and a distal end to which a balloon is preferably fastened, and - a fitting, preferably a luer fitting, arranged at the proximal end of the catheter shaft, characterized in - that the proximal end of the catheter shaft is provided with a bending section, and - that the bending section includes a plurality of balls (19 to 23) which are mounted on the proximal end of the catheter shaft.
Auxiliary device (1;201;304;402) for transferring information for a circuit breaker, said device including processing means (5;51;202) comprising: - a first input (33;57;207) to receive, in at least one configuration, a first item of information representing a state (O,F) of said circuit breaker, and - at least one control output (7,8;58,59;213,214) to control the transfer of an item of information, characterized in that the processing means include: - a second input (6;55;206) to receive at least one second item of information representing an electrical fault or an auxiliary control, - identification means (31;56) connected to the second input to identify the electrical fault (SD,SDT,SDV) in the second item of information, and - means (34;60) for initializing the at least one control output to control, in said configuration, the transfer of the first item of information representing a state (O,F) of said circuit breaker as a function of the first item of information and of the second item of information. - a first input (33;57;207) to receive, in at least one configuration, a first item of information representing a state (O,F) of said circuit breaker, and - at least one control output (7,8;58,59;213,214) to control the transfer of an item of information, - a second input (6;55;206) to receive at least one second item of information representing an electrical fault or an auxiliary control, - identification means (31;56) connected to the second input to identify the electrical fault (SD,SDT,SDV) in the second item of information, and - means (34;60) for initializing the at least one control output to control, in said configuration, the transfer of the first item of information representing a state (O,F) of said circuit breaker as a function of the first item of information and of the second item of information.
An emissive display device comprising: a permanent first pixel area which includes first pixels; a permanent second pixel area which includes the second pixels and is adjacent the first pixel area, so as to define a boundary there between; a first boundary area which is included in a region of the second pixel area that is located adjacent the boundary between the first pixel area and the second pixel area; and a luminance controller configured to modify input image data corresponding to the first boundary area to be converted into first boundary data; characterized by the display device being configured to be driven in one of a first mode and a second mode, wherein in the first mode the first pixels and the second pixels are driven corresponding to an input data signal and in the second mode the first pixels are set to be in a non-emissive state, and the second pixels are driven corresponding to an input data signal, and wherein in the second mode, the luminance controller is configured to control the luminance of the first boundary area is modified in the second mode by modulating the original data intended for the first boundary area by means of a function that gradually increases with distance from the boundary between the first pixel area and the second pixel area. a permanent first pixel area which includes first pixels; a permanent second pixel area which includes the second pixels and is adjacent the first pixel area, so as to define a boundary there between; a first boundary area which is included in a region of the second pixel area that is located adjacent the boundary between the first pixel area and the second pixel area; and a luminance controller configured to modify input image data corresponding to the first boundary area to be converted into first boundary data; characterized by the display device being configured to be driven in one of a first mode and a second mode, wherein in the first mode the first pixels and the second pixels are driven corresponding to an input data signal and in the second mode the first pixels are set to be in a non-emissive state, and the second pixels are driven corresponding to an input data signal, and wherein in the second mode, the luminance controller is configured to control the luminance of the first boundary area is modified in the second mode by modulating the original data intended for the first boundary area by means of a function that gradually increases with distance from the boundary between the first pixel area and the second pixel area.
A vehicle drive system for a vehicle including a first prime mover, a first prime mover driven transmission, and a rechargeable power source (70, 90), the vehicle drive system comprising: an electric motor in direct or indirect mechanical communication with the first prime mover at a point between the first prime mover and the first prime mover driven transmission, wherein the electric motor can receive power from the first prime mover driven transmission, and can receive power from the first prime mover; and a control system, wherein the control system causes the electric motor to rotate the first prime mover at a speed higher than an idle set point of the first prime mover while the vehicle is stopped, thereby reducing fuel consumption at idle for the vehicle. an electric motor in direct or indirect mechanical communication with the first prime mover at a point between the first prime mover and the first prime mover driven transmission, wherein the electric motor can receive power from the first prime mover driven transmission, and can receive power from the first prime mover; and a control system, wherein the control system causes the electric motor to rotate the first prime mover at a speed higher than an idle set point of the first prime mover while the vehicle is stopped, thereby reducing fuel consumption at idle for the vehicle.
A multi-time-segment-based resource indication method, applied to a wireless local area network, WLAN, wherein the method comprises: sending, by an access point, a trigger frame, wherein the trigger frame carries a plurality of time segment information fields, and each of the plurality of time segment information fields comprises common information and station-specific information of one or more stations; receiving, by the access point, a multi-time-segment uplink physical protocol data unit, PPDU, wherein the multi-time-segment uplink PPDU comprises uplink data sent by a plurality of stations in a plurality of time segments; and sending, by the access point, an acknowledgement frame. sending, by an access point, a trigger frame, wherein the trigger frame carries a plurality of time segment information fields, and each of the plurality of time segment information fields comprises common information and station-specific information of one or more stations; receiving, by the access point, a multi-time-segment uplink physical protocol data unit, PPDU, wherein the multi-time-segment uplink PPDU comprises uplink data sent by a plurality of stations in a plurality of time segments; and sending, by the access point, an acknowledgement frame.
Method for the encryption of raw data, wherein the raw data bytes (bi) comprise a predetermined number B of bits, and the bytes are present in a predetermined order, - wherein an encryption engine comprising a transformation unit is used to determine a type of encryption in the form of a transformation rule (g i) for the replacement of the raw data byte (b i) by an encrypted byte (c i) as a function of its inner state, - wherein the individual bytes (b i) of the raw data are encrypted separately and by different transformation rules (g i), and an encrypted byte (c i) is determined respectively by the transformation unit for each byte (b i) of the raw data, - wherein, optionally, the data memory containing the respective byte (b i) of the raw data is overwritten with the encrypted byte (c i), and - wherein the transformation unit is previously brought into an initial state as a function of a password (W 0), while a deterministic random number generator associated with an encryption engine is also brought into an initial state as a function of the password (W 0), characterized in that the inner state of the transformation unit as well as the inner state of the random number generator after a number of encryptions of bytes, in particular after the encryption of each byte, is changed and updated as a function of the respective raw data byte to be encrypted and/or by the respective final result of the encryption, wherein this new inner state is the basis for the next encryption, wherein, in particular, the random number generator creates random numbers that are used to select the transformation rules, and/or the random number generator creates random numbers that are used to update the inner states of the random number generator and the transformation unit. - wherein an encryption engine comprising a transformation unit is used to determine a type of encryption in the form of a transformation rule (g i) for the replacement of the raw data byte (b i) by an encrypted byte (c i) as a function of its inner state, - wherein the individual bytes (b i) of the raw data are encrypted separately and by different transformation rules (g i), and an encrypted byte (c i) is determined respectively by the transformation unit for each byte (b i) of the raw data, - wherein, optionally, the data memory containing the respective byte (b i) of the raw data is overwritten with the encrypted byte (c i), and - wherein the transformation unit is previously brought into an initial state as a function of a password (W 0), while a deterministic random number generator associated with an encryption engine is also brought into an initial state as a function of the password (W 0),
A signal processing device, comprising: a first integration unit that intermittently integrates a signal train corresponding to a reception signal by using a plurality of systems to obtain a plurality of pieces of integrated data, the signal train corresponding to the reception signal is a signal train of a difference between a frequency of the reception signal and a frequency of a transmission signal, the reception signal being obtained when a reflected signal of the transmission signal is received, the transmission signal including successive pulse trains emitted into an atmosphere; a Doppler detection unit that divides each of the plurality of pieces of integrated data into a plurality of range bins in time series, obtains a relationship between a frequency and intensity in each of the range bins for each of the pieces of integrated data, and detects a Doppler shift amount from the relationship; and a reliability index calculation unit that calculates a reliability index of the reception signal by comparing on the Doppler shift amounts of the plurality of pieces of integrated data. a first integration unit that intermittently integrates a signal train corresponding to a reception signal by using a plurality of systems to obtain a plurality of pieces of integrated data, the signal train corresponding to the reception signal is a signal train of a difference between a frequency of the reception signal and a frequency of a transmission signal, the reception signal being obtained when a reflected signal of the transmission signal is received, the transmission signal including successive pulse trains emitted into an atmosphere; a Doppler detection unit that divides each of the plurality of pieces of integrated data into a plurality of range bins in time series, obtains a relationship between a frequency and intensity in each of the range bins for each of the pieces of integrated data, and detects a Doppler shift amount from the relationship; and a reliability index calculation unit that calculates a reliability index of the reception signal by comparing on the Doppler shift amounts of the plurality of pieces of integrated data.
A method for utilizing an unmanned aerial vehicle, UAV, to monitor hazards for a user, the method comprising: maintaining the UAV at a monitoring position relative to the user; monitoring, by the UAV, an area surrounding the user for approaching objects; detecting, by the UAV, an approaching object; determining, by the UAV, whether the approaching object poses a danger to the user; and performing, by the UAV, one or more actions to mitigate the danger of the approaching object in response to determining that the approaching object poses a danger to the user. maintaining the UAV at a monitoring position relative to the user; monitoring, by the UAV, an area surrounding the user for approaching objects; detecting, by the UAV, an approaching object; determining, by the UAV, whether the approaching object poses a danger to the user; and performing, by the UAV, one or more actions to mitigate the danger of the approaching object in response to determining that the approaching object poses a danger to the user.
Printing ink composition comprising - at least one solvent, - a binder system, - optional defoaming, humectant and conductivity control agents, and - at least one inorganic luminescent pigment selected from the group of crystalline compounds comprising activator-doped zinc sulfides, oxysulfides, vanadates, fluorides, oxides and oxyfluorides of yttrium and the rare-earths, or mixtures thereof, the composition comprising at least one flocculating agent, which flocculating agent is capable of forming a re-dispersible sediment of said pigment in said composition. - at least one solvent, - a binder system, - optional defoaming, humectant and conductivity control agents, and - at least one inorganic luminescent pigment selected from the group of crystalline compounds comprising activator-doped zinc sulfides, oxysulfides, vanadates, fluorides, oxides and oxyfluorides of yttrium and the rare-earths, or mixtures thereof,
A ladder comprising; a first rail assembly including at least one pair of rails (101, 105) and a plurality of rungs (103, 107) coupled therewith; a second rail assembly including a pair of inner rails and a pair of outer rails slidably coupled with the pair of inner rails; and a locking mechanism associated with a cross-brace and configured to selectively engage the pair of inner rails and the pair of outer rails of the second rail assembly to lock the pair of inner rails relative to the pair of outer rails, the locking mechanism comprising; a pivoting structure disposed between the pair of inner rails of the second rail assembly; a handle coupled with the pivoting structure; and a pair of pins (162A, 162B) selectively displaceable and configured to engage aligned openings in respective inner and outer rails (109, 111) of the second rail assembly, wherein the pivoting structure is selectively positionable between a first position and at least a second position, the pair of pins (162A, 162B) each being engaged with the aligned openings in respective inner and outer rails (109, 111) of the second rail assembly while the pivoting structure is in a first position, and the pair of pins (162A, 162B) each being disengaged from the openings in at least the outer rails of the second assembly when the pivoting structure is in the at least a second position; characterised in that the handle is selectively positionable between a first position and a second position with respect to said pivoting structure and has a shoulder portion that abuts an undersurface of the cross-brace when in the first position.
Method for identifying and regulating or controlling linear or non-linear dynamic systems for an active ventilation system in the field of ventilation and air-conditioning technology using a soft sensor which is formed by a computer or is integrated in the ventilation system as a circuit, wherein the soft sensor is implemented with a suitable artificial neuronal network, characterised in that • the input variables air exchange flow, rotational speed and PWM signal to the input of the soft sensor are given, • the soft sensor is trained with a suitable learning algorithm, • the input variables are approximated and electric current and pressure loss are stored as output variables on a storage medium, • the underlying dynamic of the ventilation system is predicted with the output variables and the ventilation system is regulated or controlled. • the input variables air exchange flow, rotational speed and PWM signal to the input of the soft sensor are given, • the soft sensor is trained with a suitable learning algorithm, • the input variables are approximated and electric current and pressure loss are stored as output variables on a storage medium, • the underlying dynamic of the ventilation system is predicted with the output variables and the ventilation system is regulated or controlled.
Flanged radial bearing with rolling elements, the bearing having a first central axis, and comprising: - an outer ring radially defined by an outer surface; - an inner ring mounted inside and coaxially with the outer ring; - a row of rolling elements between the two rings (20, 30) to allow the two rings (20, 30) to rotate relative to one another; and - a flange secured to the outer ring; wherein the outer ring has an assembly groove made around said outer surface, and the flange is assembled, in such a way that it cannot be disengaged, to the outer ring at the assembly groove the bearing being characterized in that the assembly groove has a surface with a cylindrical bottom about a respective second central axis that is parallel to but different from the first central axis, and the flange comprises structural mounting means, placed around the outer ring at the assembly groove so that the bearing may be assembled using external mechanical means, and anchoring means partially inserted in the assembly groove and incorporated in the structural mounting means so as to anchor the flange to the outer ring. - an outer ring radially defined by an outer surface; - an inner ring mounted inside and coaxially with the outer ring; - a row of rolling elements between the two rings (20, 30) to allow the two rings (20, 30) to rotate relative to one another; and - a flange secured to the outer ring; wherein
An apparatus for supplying power to at least one load device via a two-wire data communication cable, said apparatus being adapted to repeatedly apply a pulsed powering voltage of a predetermined polarity and amplitude for a fraction of time to said two-wire data communication cable, said predetermined amplitude being different from an amplitude of a voltage used for transferring data via said two-wire data communication cable, characterized in that said predetermined polarity and amplitude of said powering voltage are chosen such that the application of said powering voltage is detected as a collision of data on said two-wire communication cable, and that a distortion of data communication, originating from the application of said powering voltage is handled by a collision detection and arbitration procedure of an applied data communication protocol.
Sulphated hyaluronic acid for topical use for the treatment of clots of fibrin and thrombi which are formed at the skin level, wherein sulphated hyaluronic acid is for use in the fibrinolysis/debridement of clots and thrombi and wherein said sulphated hyaluronic acid has a sulphation degree equal to 1 or 3, intended as the number of sulfate groups per disaccharide unit, said sulphated hyaluronic acid being prepared starting from a hyaluronic acid having a molecular weight ranging from 10,000 to 50,000 Da or from 150,000 to 250,000 Da or from 500,000 to 750,000 Da, the sulphation involving the alcohol hydroxyls present in the polysaccharide chain.
Window assembly for an aircraft, comprising: a window frame for being arranged bordering a window opening in a hull of the aircraft; a window seal being attached to the window frame; a window being supported by the window frame and sealed to the window frame by the window seal; a window retainer covering the window seal and the window frame from the inside of the aircraft; and a transparent vapor barrier being supported by the window retainer and covering the window from the inside of the aircraft such that an air gap is formed between the window and the transparent vapor barrier, characterized in that the transparent vapor barrier is configured as a transparent air-tight foil. a window frame for being arranged bordering a window opening in a hull of the aircraft; a window seal being attached to the window frame; a window being supported by the window frame and sealed to the window frame by the window seal; a window retainer covering the window seal and the window frame from the inside of the aircraft; and a transparent vapor barrier being supported by the window retainer and covering the window from the inside of the aircraft such that an air gap is formed between the window and the transparent vapor barrier,
Measurement system having a flat measurement element receptacle having substantially parallel cover surfaces, suitable for installation between torque- and/or force-transmitting machine parts, having at least one piezoelectric measurement element (10, 20), wherein the measurement element (10, 20) is arranged in a through-opening of the measurement element receptacle, characterised in that the at least one measurement element (10, 20) is mechanically fixed with defined play in the through-opening, such that the at least one measurement element (10, 20) comprises structures on its circumferential surface which engage with play in at least one spatial direction parallel to the cover surfaces and/or normal to the cover surfaces in corresponding structures on the circumferential wall of the through-opening.
A display device (101, 102), comprising: a backlight arranged to output light; a first substrate on a path of the light output from the backlight; a second substrate facing the first substrate; a light amount control layer adapted to control the transmittance of the light output from the backlight and formed between the first and second substrates; a colour filter layer on the surface of the second substrate facing the first substrate at a pixel area (PX1, PX2, PX3); a light conversion layer between the light amount control layer and the colour filter layer, wherein the light conversion layer is arranged to output white light and is unpatterned; and a polarizer; and characterized in that the polarizer is arranged between the light amount control layer and the light conversion layer, and in that the light conversion layer and the polarizer are in direct contact. a backlight arranged to output light; a first substrate on a path of the light output from the backlight; a second substrate facing the first substrate; a light amount control layer adapted to control the transmittance of the light output from the backlight and formed between the first and second substrates; a colour filter layer on the surface of the second substrate facing the first substrate at a pixel area (PX1, PX2, PX3); a light conversion layer between the light amount control layer and the colour filter layer, wherein the light conversion layer is arranged to output white light and is unpatterned; and a polarizer; and characterized in that the polarizer is arranged between the light amount control layer and the light conversion layer, and in that the light conversion layer and the polarizer are in direct contact.