mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel comprising a subpixel repeating group having subpixels in at least first, second, third and fourth primary colors; said subpixel repeating group comprising at least twelve subpixels disposed in two rows of at least six subpixels each; driver circuitry configured to send a signal to each subpixel on said display panel; and an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window, characterised in that said subpixel repeating group comprises either (a) twelve subpixels and said subpixels are arranged in the two rows as P1 P2 P4 P1 P2 P3 P2 P1 P3 P2 P1 P4; or (b) twelve subpixels and said subpixels are arranged in the two rows as P2 P4 P1 P4 P2 P3 P4 P2 P3 P2 P4 P1; or (c) twenty-four subpixels and said subpixels are arranged in the two rows as P4 P4 P1 P4 P4 P2 P4 P4 P5 P4 P4 P3 P4 P4 P5 P4 P4 P3 P4 P4 P1 P4 P4 P2 wherein P1, P2, P3, P4 and P5 respectively designate first, second, third, fourth and fifth primary colors. a display panel comprising a subpixel repeating group having subpixels in at least first, second, third and fourth primary colors; said subpixel repeating group comprising at least twelve subpixels disposed in two rows of at least six subpixels each; driver circuitry configured to send a signal to each subpixel on said display panel; and an optical directing component configured to direct light emissions from a first group of subpixels on said display panel to a first viewing window, and configured to direct light emissions from a second group of subpixels on said display panel to a second viewing window, characterised in that said subpixel repeating group comprises either (a) twelve subpixels and said subpixels are arranged in the two rows as P1 P2 P4 P1 P2 P3 P2 P1 P3 P2 P1 P4; or (b) twelve subpixels and said subpixels are arranged in the two rows as P2 P4 P1 P4 P2 P3 P4 P2 P3 P2 P4 P1; or (c) twenty-four subpixels and said subpixels are arranged in the two rows as P4 P4 P1 P4 P4 P2 P4 P4 P5 P4 P4 P3 P4 P4 P5 P4 P4 P3 P4 P4 P1 P4 P4 P2 (a) twelve subpixels and said subpixels are arranged in the two rows as P1 P2 P4 P1 P2 P3 P2 P1 P3 P2 P1 P4; or (b) twelve subpixels and said subpixels are arranged in the two rows as P2 P4 P1 P4 P2 P3 P4 P2 P3 P2 P4 P1; or (c) twenty-four subpixels and said subpixels are arranged in the two rows as P4 P4 P1 P4 P4 P2 P4 P4 P5 P4 P4 P3 P4 P4 P5 P4 P4 P3 P4 P4 P1 P4 P4 P2 wherein P1, P2, P3, P4 and P5 respectively designate first, second, third, fourth and fifth primary colors.
A semiconductor device, comprising: a first metal layer; a first dielectric layer arranged on the first metal layer; a second metal layer arranged on the first dielectric layer; a second dielectric layer arranged on the second metal layer; and a third metal layer arranged on the second dielectric layer; wherein each of the first, second and third metal layers comprises a plurality of conductive lines (114, 134, 154) embedded in a dielectric material (116, 136, 156); a magnetic tunnel junction, MTJ, device comprising a stack of a reference layer and a free layer separated by a barrier layer, the MTJ device being arranged on a conductive line of the first metal layer and extending through the first dielectric layer and into the second metal layer; and a via arranged on the MTJ device and extending through the second dielectric layer up to a conductive line of the third metal layer to electrically connect the MTJ device to the conductive line of the third metal layer, wherein the reference layer, the barrier layer and the free layer of the MTJ device and the via are arranged between the conductive line of the first metal layer and the conductive line of the third metal layer, characterized in that at least one conductive line of the second metal layer is separated, along a vertical axis, from a corresponding conductive line 25 of the first metal layer by dielectric material. a first metal layer; a first dielectric layer arranged on the first metal layer; a second metal layer arranged on the first dielectric layer; a second dielectric layer arranged on the second metal layer; and a third metal layer arranged on the second dielectric layer; wherein each of the first, second and third metal layers comprises a plurality of conductive lines (114, 134, 154) embedded in a dielectric material (116, 136, 156); a magnetic tunnel junction, MTJ, device comprising a stack of a reference layer and a free layer separated by a barrier layer, the MTJ device being arranged on a conductive line of the first metal layer and extending through the first dielectric layer and into the second metal layer; and a via arranged on the MTJ device and extending through the second dielectric layer up to a conductive line of the third metal layer to electrically connect the MTJ device to the conductive line of the third metal layer, wherein the reference layer, the barrier layer and the free layer of the MTJ device and the via are arranged between the conductive line of the first metal layer and the conductive line of the third metal layer, characterized in that at least one conductive line of the second metal layer is separated, along a vertical axis, from a corresponding conductive line 25 of the first metal layer by dielectric material.
A motor for a washing machine comprising: a stator including a substantially annular core having a stack of steel pieces, a coil wound on the core having an AC power applied thereto and an insulator mounted on an outside surface of the core, the insulator having one edge extended to cover the coil, and a rotor on an outer side of the stator mounted so as to be rotatable by interaction of electromagnetic force with respect to the stator. a stator including a substantially annular core having a stack of steel pieces, a coil wound on the core having an AC power applied thereto and an insulator mounted on an outside surface of the core, the insulator having one edge extended to cover the coil, and a rotor on an outer side of the stator mounted so as to be rotatable by interaction of electromagnetic force with respect to the stator.
An evaporator burner for a mobile heating device operated with liquid fuel, having a mixture preparation region for the mixing of fuel with combustion air to form a fuel-air mixture, a fuel supply for the supply of liquid fuel to the mixture preparation region, a combustion-air supply for the supply of combustion air to the mixture preparation region, at least one evaporation surface to which the liquid fuel is supplied for the purposes of evaporation of the liquid fuel, a reaction region which is arranged downstream of the mixture preparation region in terms of flow and which serves for the reaction of the fuel-air mixture to form combustion exhaust gases with a release of heat, and an exhaust-gas recirculation arrangement for the recirculation of combustion exhaust gases into the mixture preparation region, characterized in that an axial body is provided which extends in the mixture preparation region along a longitudinal axis of the evaporator burner so as to be spaced apart from a side wall, and wherein the axial body has an internal cavity which is open toward the reaction region and from which at least one exhaust-gas outlet opening extends to the mixture preparation region such that combustion exhaust gases can be recirculated through the axial body to the mixture preparation region.
Method for identifying a failure of a brake circuit system of a vehicle, wherein the brake circuit system comprises at least one brake circuit which is filled with a pressurized fluid and which is connected to a master brake cylinder via an isolating valve and to a reservoir container via a pressure-regulating valve, and wherein the method comprises the following steps: - detecting (steps 200; 300) whether a fluid pressure drop in the brake circuit is present; and - when the fluid pressure drop is detected in the brake circuit, closing fluid connections during an attempt to generate an increase in pressure by means of at least one pump; characterized by the steps: - when the fluid pressure drop is detected in the brake circuit, closing fluid connections in each case to the master brake cylinder, to the reservoir container and to hydraulic units of the brake circuit at wheels of the vehicle which are to be braked by closing the isolating valve, the pressure-regulating valve and the inlet valve (60, 70) of the brake circuit, so that a closed fluid system is generated; - attempting to generate (steps 210; 310) an increase in pressure in the closed fluid system by means of the at least one pump which is connected to the reservoir container in parallel with the pressure-regulating valve; and - detecting (steps 220; 320) whether an increase in pressure has been generated in the closed fluid system. - detecting (steps 200; 300) whether a fluid pressure drop in the brake circuit is present; and - when the fluid pressure drop is detected in the brake circuit, closing fluid connections during an attempt to generate an increase in pressure by means of at least one pump; - when the fluid pressure drop is detected in the brake circuit, closing fluid connections in each case to the master brake cylinder, to the reservoir container and to hydraulic units of the brake circuit at wheels of the vehicle which are to be braked by closing the isolating valve, the pressure-regulating valve and the inlet valve (60, 70) of the brake circuit, so that a closed fluid system is generated; - attempting to generate (steps 210; 310) an increase in pressure in the closed fluid system by means of the at least one pump which is connected to the reservoir container in parallel with the pressure-regulating valve; and - detecting (steps 220; 320) whether an increase in pressure has been generated in the closed fluid system.
An array antenna, wherein the array antenna comprises a dielectric substrate and a plurality of printed dipole antennas and each printed dipole antenna comprises a first printed dipole, a second printed dipole, a third printed dipole, a fourth printed dipole, a first feed line, a second feed line, a third feed line, a fourth feed line, wherein two arms of the first printed dipole, the second printed dipole, the third printed dipole, and the fourth printed dipole are disposed on an upper surface and a lower surface of the dielectric substrate respectively, and extend towards opposite directions; each feed line is a double-sided parallel-strip line such that each feed line is a waveguide, a guided wavelength is a wavelength of an electromagnetic wave travelling along the feed line in the dielectric substrate; the first printed dipole is parallel to the second printed dipole, and is perpendicular to the first feed line; the first printed dipole is connected to one end of the first feed line, and the second printed dipole is connected to the other end of the first feed line; the third printed dipole is parallel to the fourth printed dipole, and is perpendicular to the second feed line; the third printed dipole is connected to one end of the second feed line, and the fourth printed dipole is connected to the other end of the second feed line; one end of the third feed line is connected to the first feed line, the other end of the third feed line is connected to one end of the fourth feed line, and the other end of the fourth feed line is connected to the second feed line; and the third feed line comprises a first segment and a second segment, and the fourth feed line comprises a third segment and a fourth segment, wherein the first segment is parallel to the first printed dipole, and a distance from the first segment to the first printed dipole is less than a distance from a midpoint of the first feed line to the first printed dipole; the second segment is parallel to the second printed dipole, and a distance from the second segment to the second printed dipole is less than a distance from the midpoint of the first feed line to the second printed dipole; and the third segment is parallel to the third printed dipole, and a distance from the third segment to the third printed dipole is less than a distance from a midpoint of the second feed line to the third printed dipole; the fourth segment is parallel to the fourth printed dipole, and a distance from the fourth segment to the fourth printed dipole is less than a distance from the midpoint of the second feed line to the fourth printed dipole; wherein a distance from the first segment to the midpoint of the first feed line is 0.2 to 0.6 times the guided wavelength; a distance from the second segment to the midpoint of the first feed line is 0.2 to 0.6 times the guided wavelength; a distance from the third segment to the midpoint of the second feed line is 0.2 to 0.6 times the guided wavelength; and a distance from the fourth segment to the midpoint of the second feed line is 0.2 to 0.6 times the guided wavelength.
Use of a photoacoustic system together with an imaging contrast agent which has been pre-administered to a body tissue, the photoacoustic system comprising a laser, an ultrasound transducer array, and a control unit, the imaging contrast agent comprising microbubbles and a first photoacoustic contrast agent which is comprised in nanoparticles, wherein said nanoparticles are separately free-floating from said microbubbles, wherein the laser is used to repeatedly emit laser pulses to the body tissue to cause pulses of acoustic energy from the nanoparticles, wherein the ultrasound transducer array is used to receive ultrasound transmitted from oscillations of the microbubbles in the body tissue, which oscillations are caused by the pulses of acoustic energy from the nanoparticles, wherein the ultrasound transducer array is further used to transmit ultrasound pulses to the body tissue and to receive relayed ultrasound pulses which are relayed by the microbubbles in response to said transmitted ultrasound pulses, wherein the control unit is used to localize the microbubbles in the body tissue based on said received ultrasound and said received relayed ultrasound pulses.
An apparatus for predicting intracranial pressure increase in a patient, comprising: a transducer configured for attachment to the patient's head, wherein the transducer is an ultrasound transducer; at least one of a monitor and an alarm device; and a controller communicatively connected to both the transducer and the at least one of the monitor and the alarm device, the controller configured to receive information from the transducer related to at least one of a location and a motion of a first tissue portion relative to at least one of a location and a motion of a second tissue portion, the controller further configured to predict an increase in intracranial pressure of the patient based on information that motion of the first tissue portion relative to the second tissue portion has decreased, and the controller configured to output a signal to the at least one of the monitor and the alarm device if the controller predicts the increase in intracranial pressure. a transducer configured for attachment to the patient's head, wherein the transducer is an ultrasound transducer; at least one of a monitor and an alarm device; and a controller communicatively connected to both the transducer and the at least one of the monitor and the alarm device, the controller configured to receive information from the transducer related to at least one of a location and a motion of a first tissue portion relative to at least one of a location and a motion of a second tissue portion, the controller further configured to predict an increase in intracranial pressure of the patient based on information that motion of the first tissue portion relative to the second tissue portion has decreased, and the controller configured to output a signal to the at least one of the monitor and the alarm device if the controller predicts the increase in intracranial pressure.
Drawer having two side frames, a bottom, a rear wall and a front panel, wherein at least one side frame has a thin-walled casing (11, 12) which is supported by an inner core, wherein the inner core has at least two shaped parts (21, 24, 30, 90, 91, 92, 120, 202, 220, 230), which are held together in a form-fitting manner, characterized in that a groove for receiving a bottom of the drawer is formed on at least one shaped part.
A mold (1,101,201) for producing ingots and bars made of precious metal, comprising a body forming at least one cavity for forming an ingot or a bar, said cavity being closed in an upper region by at least one removable lid; said mold being characterized in that at least one of either said body or said lid comprises at least one recess (10,110,210) for forming a sample to be assayed; said recess communicating with said cavity by means of at least one access opening; with respect to the bottom of said cavity, said access opening being formed at a level that is higher than the level reached, at the end of the casting process, by the material to be cast introduced in said cavity; said sample to be assayed being separate from said ingot or bar; said sample to be assayed being produced simultaneously with said ingot or bar.
A glazing arrangement for a balcony, terrace, or a corresponding space, which comprises a frame structure with a bottom rail and a top rail and which glazing arrangement comprises sideways movable window elements (111 to 114) equipped with a bottom strip (111a to 114a), said window elements being provided between the top and bottom rails of the frame structure of the glazing arrangement, and the glazing arrangement also comprises a locking arrangement (L, L1, L55) that comprises a locking device with a locking tongue and a counter-part for the locking tongue, and the locking device of the locking arrangement is at the bottom strip of the window element and the operating interface of the locking device is on the side of the window element, wherein the locking arrangement preventing the sideways movement of the window element in the longitudinal direction of the bottom rail is of a type in which the counter-piece for the locking tongue of the locking device at the bottom strip of the window element is on the bottom rail of the glazing arrangement, and the dimensions and positioning of the locking device on the side of the bottom strip are small in dimension such that the operating interface of the locking remains between the window elements so that the relative movement of the window elements is not restricted, and wherein the bottom rail comprises parallel guide ridges (141 to 144) for different window elements (111 to 114), and the counter-piece of the locking arrangement for the locking tongue of the locking device is then located in the area between the guide ridges (141, 142; 143, 144) on the bottom rail, characterised in that the counter-piece is a chamber in the bottom rail, and that the chamber forming the counter-piece in the bottom rail is formed to the inner bottom of the bottom rail directed toward the bottom of the bottom strip of the window element. the locking arrangement preventing the sideways movement of the window element in the longitudinal direction of the bottom rail is of a type in which the counter-piece for the locking tongue of the locking device at the bottom strip of the window element is on the bottom rail of the glazing arrangement, and the dimensions and positioning of the locking device on the side of the bottom strip are small in dimension such that the operating interface of the locking remains between the window elements so that the relative movement of the window elements is not restricted, and wherein the bottom rail comprises parallel guide ridges (141 to 144) for different window elements (111 to 114), and the counter-piece of the locking arrangement for the locking tongue of the locking device is then located in the area between the guide ridges (141, 142; 143, 144) on the bottom rail, characterised in that the counter-piece is a chamber in the bottom rail, and that the chamber forming the counter-piece in the bottom rail is formed to the inner bottom of the bottom rail directed toward the bottom of the bottom strip of the window element.
An apparatus for monitoring one or more athletic performance characteristic of a user, the apparatus comprising: a sensing unit adapted to be attachable to a shoe of a user, the sensing unit comprising: (i) a first sensor adapted to monitor a movement of a foot of the user while the user is in motion, the first sensor comprising a gyroscopic sensor adapted to measure an angular velocity of the foot of the user; (ii) processing means for determining a first performance characteristic of the user based upon an output from the first sensor, the first performance characteristic comprising a foot strike location of a foot of the user upon striking a ground surface, the processing means being configured to use a periodic trigger to determine whether or not a foot strike has occurred, the periodic trigger being determined by the processing means adding measured angular velocity samples to a sum when the rotational velocity is negative and, when the sum reaches a preset level, setting a flag and resetting the sum, the processor being configured to start looking for a maximum value after the flag is set and, once found, to find the minimum value within a set window, the processing means being configured to determine a ratio of the maximum and minimum values and to determine whether the resulting calculated value lies in a range indicating a heel strike, in a range indicating a midfoot strike, or in a range indicating a forefoot strike; and (iii) transmitting means for transmitting a data package representative of the performance characteristic to a remote receiver, the data package indicating whether a heel strike, a midfoot strike, or a forefoot strike has occurred. (i) a first sensor adapted to monitor a movement of a foot of the user while the user is in motion, the first sensor comprising a gyroscopic sensor adapted to measure an angular velocity of the foot of the user; (ii) processing means for determining a first performance characteristic of the user based upon an output from the first sensor, the first performance characteristic comprising a foot strike location of a foot of the user upon striking a ground surface, the processing means being configured to use a periodic trigger to determine whether or not a foot strike has occurred, the periodic trigger being determined by the processing means adding measured angular velocity samples to a sum when the rotational velocity is negative and, when the sum reaches a preset level, setting a flag and resetting the sum, the processor being configured to start looking for a maximum value after the flag is set and, once found, to find the minimum value within a set window, the processing means being configured to determine a ratio of the maximum and minimum values and to determine whether the resulting calculated value lies in a range indicating a heel strike, in a range indicating a midfoot strike, or in a range indicating a forefoot strike; and (iii) transmitting means for transmitting a data package representative of the performance characteristic to a remote receiver, the data package indicating whether a heel strike, a midfoot strike, or a forefoot strike has occurred.
PIN structure semiconductor optical receiver comprising as semiconductor layers a first contact layer, a second contact layer and an intrinsic layer in the form of a stud disposed between the first electrical contact layer and the second electrical contact layer, the first and second contact layers (3, 5) having dimensions in a plane perpendicular to the axis of the stud greater than the cross section of the stud, characterized in that the first and second electrical contact layers (3, 5) are of elongate shape and are offset angularly relative to each other to minimize the facing areas of the two electrical contact layers (3, 5).