mhurhangee/ep-ind-claims huggingface dataset:
A multi-directional fluid velocity measurement device for measuring three dimensional characteristics of fluid flow, the device comprising: a main body having a substantially spherical outer surface; a plurality of pressure sensors, arranged within the main body; a support for supporting the main body; a plurality of Pitot tubes, each of the Pitot tubes extending outwardly from a proximal end at the main body to a distal end; a plurality of pressure sensors, each pressure sensor being in fluid communication with a respective one of the Pitot tubes, wherein the Pitot tubes are distributed about the outer surface in three dimensions wherein the distal end of each Pitot tube is a sufficient distance from the outer surface of the main body such that the pressure readings taken by the Pitot tubes are not substantially corrupted by the localized pressure variations created by the wind flowing over the main body, further comprising a plurality of sockets arranged about the main body, wherein each socket is in fluid communication with a pressure sensor and where the Pitot tubes are removably engageable with the sockets. a main body having a substantially spherical outer surface; a plurality of pressure sensors, arranged within the main body; a support for supporting the main body; a plurality of Pitot tubes, each of the Pitot tubes extending outwardly from a proximal end at the main body to a distal end; a plurality of pressure sensors, each pressure sensor being in fluid communication with a respective one of the Pitot tubes, wherein the Pitot tubes are distributed about the outer surface in three dimensions wherein the distal end of each Pitot tube is a sufficient distance from the outer surface of the main body such that the pressure readings taken by the Pitot tubes are not substantially corrupted by the localized pressure variations created by the wind flowing over the main body, further comprising a plurality of sockets arranged about the main body, wherein each socket is in fluid communication with a pressure sensor and where the Pitot tubes are removably engageable with the sockets.
A system for fastening and tilting image capturing devices to lighting devices of priority vehicles, characterised in that it comprises: - an adjusting screw; - an intermediate support which in turn comprises an internally-threaded adjusting support; - a perimeter adapter with a stepped shape joining one end of the intermediate support to a lighting device; - fastening means which fasten the perimeter adapter and the end of the intermediate support to the lighting device; - a tilting plate fastened to an image capturing device (4,5); wherein the tilting plate (14,19) additionally comprises: - pivoting means (14a, 18) tipping on slits comprised on the other end of the intermediate support; and, - a protrusion joined to the head of the adjusting screw, which is configured to tilt the image capturing device (4,5) at a predetermined angle by means of the threading of the adjusting screw on the adjusting support. - an adjusting screw; - an intermediate support which in turn comprises an internally-threaded adjusting support; - a perimeter adapter with a stepped shape joining one end of the intermediate support to a lighting device; - fastening means which fasten the perimeter adapter and the end of the intermediate support to the lighting device; - a tilting plate fastened to an image capturing device (4,5); - pivoting means (14a, 18) tipping on slits comprised on the other end of the intermediate support; and, - a protrusion joined to the head of the adjusting screw, which is configured to tilt the image capturing device (4,5) at a predetermined angle by means of the threading of the adjusting screw on the adjusting support.
A refrigerator comprising a cabinet wherein the foodstuffs to be cooled are placed, a door that provides access into the cabinet, having an inner wall and an outer wall between which heat insulating material is injected and at least one handle that provides the door to be opened/closed, characterized by two cut-outs situated on the outer wall such that a distance remains therebetween and a fixing element having - a body disposed between the handle and the outer wall, - two locking elements, each having a leg disposed in the body, connected to the body so as to rotate around the point to which it is connected and a foot disposed at the end of the leg and which extends between the outer wall and the inner wall by passing through the cut-out, - a channel disposed on at least one leg and which extends in the same direction as the legs, - a locking housing disposed on at least one leg, connected to the channel and which extends almost perpendicularly to the channel and - a latch situated on the body so as to remain between the legs and rotate around its own axis, having a free position wherein it is seated into the channel and which allows the two opposite edges of the legs to overlap and a locking position wherein it is seated into the locking housing by being rotated and which provides the legs to be opened by rotating around the point they are connected and each foot to bear against the edge of the cut-out through which it passes. - a body disposed between the handle and the outer wall, - two locking elements, each having a leg disposed in the body, connected to the body so as to rotate around the point to which it is connected and a foot disposed at the end of the leg and which extends between the outer wall and the inner wall by passing through the cut-out, - a channel disposed on at least one leg and which extends in the same direction as the legs, - a locking housing disposed on at least one leg, connected to the channel and which extends almost perpendicularly to the channel and - a latch situated on the body so as to remain between the legs and rotate around its own axis, having a free position wherein it is seated into the channel and which allows the two opposite edges of the legs to overlap and a locking position wherein it is seated into the locking housing by being rotated and which provides the legs to be opened by rotating around the point they are connected and each foot to bear against the edge of the cut-out through which it passes.
An imaging apparatus capable of outputting pixel signals to two or more output destinations; comprising: an imager having a plurality of pixels that are arrayed in two dimensions and respectively can generate pixel signals; an identifier adding unit configured to add a predetermined identifier to each pixel associated with a first output destination or a second output destination to the pixel signals of at least a part of pixels among the plurality of pixels; and an image processing unit configured to determine for each pixel of the pixel signals whether the identifier is associated with the first output destination or the second output destination and to output the pixel signals to the output destination associated with the identifier included in the respective pixel signals. an imager having a plurality of pixels that are arrayed in two dimensions and respectively can generate pixel signals; an identifier adding unit configured to add a predetermined identifier to each pixel associated with a first output destination or a second output destination to the pixel signals of at least a part of pixels among the plurality of pixels; and an image processing unit configured to determine for each pixel of the pixel signals whether the identifier is associated with the first output destination or the second output destination and to output the pixel signals to the output destination associated with the identifier included in the respective pixel signals.
Expandable vinyl aromatic polymers comprising between 1 and 10 % by weight, preferably between 2 and 6 % by weight of platelet needle coke particles having a polymodal particle size distribution wherein 45 % or more of the total amount of particles has a diameter comprised between 3 μm and 20 μm and wherein 40 % or less of the total amount of particles has a diameter of less than 3 μm.
A mobile printing system, comprising: a handheld printing device including at least two navigation; sensors (116a, 116b), a distance sensor transmitter, a processor, and a print nozzle; and a distance sensing module including at least two distance sensors (106a, 106b), the distance sensing module to be mountable to a print media at a distance from the handheld printing device, the distance sensing module to sense positional data of the handheld printing device, wherein the processor is to determine a rotation angle, speed, and acceleration of the handheld printing device based on positional data detected by the at least two distance sensors (106a, 106b) and the at least two navigation sensors (116a, 116b), wherein the processor is to determine current, past, and anticipated positions of the handheld printing device based on the positional data information received from the distance sensing module and navigation information received from the at least two navigation sensors (116a, 116b) and wherein the processor controls the handheld printing device to cause print fluid to be dispensed from the print nozzle; according to a print request and the anticipated positions of the handheld printing device. a handheld printing device including at least two navigation; sensors (116a, 116b), a distance sensor transmitter, a processor, and a print nozzle; and a distance sensing module including at least two distance sensors (106a, 106b), the distance sensing module to be mountable to a print media at a distance from the handheld printing device, the distance sensing module to sense positional data of the handheld printing device, wherein the processor is to determine a rotation angle, speed, and acceleration of the handheld printing device based on positional data detected by the at least two distance sensors (106a, 106b) and the at least two navigation sensors (116a, 116b), wherein the processor is to determine current, past, and anticipated positions of the handheld printing device based on the positional data information received from the distance sensing module and navigation information received from the at least two navigation sensors (116a, 116b) and wherein the processor controls the handheld printing device to cause print fluid to be dispensed from the print nozzle; according to a print request and the anticipated positions of the handheld printing device.
A depressible key (100, 110, 300) comprising: a keytop (102, 202, 302); a scissors mechanism connected to the keytop (102, 202, 302); and a mechanical switch connected to the scissors mechanism, the mechanical switch comprising a casing, a depressible plunger and a spring inside the casing for depressing the mechanical switch and returning the mechanical switch to an original position; wherein the scissors mechanism is arranged on top of the mechanical switch and configured to collapse on the mechanical switch when the keytop (102, 202, 302) is depressed, wherein the keytop (102, 202, 302) actuates the mechanical switch by directly depressing the depressible plunger when the keytop (102, 202, 302) is depressed; wherein the depressible key (100, 110, 300) further comprises an anchor plate on the casing of the mechanical switch, wherein the scissors mechanism is connected to the keytop (102, 202, 302) at a first end of the scissors mechanism and a second end of the scissors mechanism seats on the anchor plate. a keytop (102, 202, 302); a scissors mechanism connected to the keytop (102, 202, 302); and a mechanical switch connected to the scissors mechanism, the mechanical switch comprising a casing, a depressible plunger and a spring inside the casing for depressing the mechanical switch and returning the mechanical switch to an original position; wherein the scissors mechanism is arranged on top of the mechanical switch and configured to collapse on the mechanical switch when the keytop (102, 202, 302) is depressed, wherein the keytop (102, 202, 302) actuates the mechanical switch by directly depressing the depressible plunger when the keytop (102, 202, 302) is depressed; wherein the depressible key (100, 110, 300) further comprises an anchor plate on the casing of the mechanical switch, wherein the scissors mechanism is connected to the keytop (102, 202, 302) at a first end of the scissors mechanism and a second end of the scissors mechanism seats on the anchor plate.
An electrochemical energy store having a device for detecting the temperature of the energy store, especially for use in a motor vehicle, wherein the device has a temperature sensor unit, wherein the energy store comprises one or more storage cells each with two connection terminals (11, 12) for the electrical contacting thereof, which connection terminals are contacted electrically by connection elements, wherein to detect a temperature which corresponds to the internal temperature of the storage cells, a respective temperature sensor (31, 32) of the temperature sensor unit is arranged on a connection terminal (11, 12) of at least one of the storage cells of the energy store, characterised in that the temperature sensor is directly arranged on a connection element which is connected to the connection terminal (11, 12) in an electrically and thermally conductive manner, outside a connection region of connection terminal (11, 12) and connection element, such that the temperature sensor is not influenced or is only slightly influenced by a current flowing through the connection element.
A hand blender comprising a motor, which motor drives a drive shaft, which drive shaft is adapted to rotate a blade, the blender comprising a cutter guard having a circumferential wall having openings (10a, 10b, 10c), wherein a rib is provided on an inner surface of the circumferential wall before each opening viewed with respect to the direction of rotation of the blade, wherein each rib comprises a curved surface facing the direction of flow of material moved by the blade, characterised in that each rib is curved so that in use ingredients or liquid is urged towards the centre of the blender, wherein the face of the rib has a curved cross-section such that a tangent at the apex of the rib substantially points to the centre of the assembly.
An autonomous driving control apparatus comprising: a processor configured to: determine whether a current driving situation of a vehicle satisfies an activation condition of an autonomous driving function during an autonomous driving control, and when the current driving situation of the vehicle does not satisfy the activation condition and a request to activate the autonomous driving function is inputted from a user, control the vehicle to cause the current driving situation satisfy the activation condition, and then perform the autonomous driving function when satisfied; and a storage configured to store a set of instructions executed by the processor and data for determination and performance by the processor, wherein when activating the autonomous driving control function of level 3 or higher among multiple levels of the autonomous driving control function, the processor is configured to control the vehicle to satisfy an activation condition of the autonomous driving control function of level 3 or higher by using the autonomous driving control function of level 2. a processor configured to: determine whether a current driving situation of a vehicle satisfies an activation condition of an autonomous driving function during an autonomous driving control, and when the current driving situation of the vehicle does not satisfy the activation condition and a request to activate the autonomous driving function is inputted from a user, control the vehicle to cause the current driving situation satisfy the activation condition, and then perform the autonomous driving function when satisfied; and determine whether a current driving situation of a vehicle satisfies an activation condition of an autonomous driving function during an autonomous driving control, and when the current driving situation of the vehicle does not satisfy the activation condition and a request to activate the autonomous driving function is inputted from a user, control the vehicle to cause the current driving situation satisfy the activation condition, and then perform the autonomous driving function when satisfied; and a storage configured to store a set of instructions executed by the processor and data for determination and performance by the processor, wherein when activating the autonomous driving control function of level 3 or higher among multiple levels of the autonomous driving control function, the processor is configured to control the vehicle to satisfy an activation condition of the autonomous driving control function of level 3 or higher by using the autonomous driving control function of level 2.
A method comprising: accessing, by an electronic device, context information describing one or more usage patterns of the electronic device; and predicting, by the electronic device, a charging duration based on the context information, characterized by determining, by the electronic device, charging parameters based on the charging duration, the charging parameters being used to charge a battery of the electronic device; and configuring a battery charger with the charging parameters to charge the battery. accessing, by an electronic device, context information describing one or more usage patterns of the electronic device; and predicting, by the electronic device, a charging duration based on the context information, characterized by determining, by the electronic device, charging parameters based on the charging duration, the charging parameters being used to charge a battery of the electronic device; and configuring a battery charger with the charging parameters to charge the battery.
Method for classification of a pulsed signal according to its modulation type with the method steps: - reception of the signal, - generation of a complex base band signal, - generation of a sequence of sampled values of the complex base band signal, - transformation of the sequence of sampled values into the frequency domain, - formation of a first characteristic value on the basis of the sequence of sampled values transformed into the frequency domain, - generation of at least one intermediate signal by means of a non-linear processing step from the sequence of sampled values of the complex base band signal, - transformation of the at least one intermediate signal into the frequency domain, - formation of at least one further characteristic value from the at least one intermediate signal in the frequency domain, - classification of the pulsed signal on the basis of the first and at least one further characteristic value according to its modulation type, characterised in that the first characteristic value and the at least one further characteristic value describe the kurtosis or peakedness of a statistical distribution, and in that at least one first appraisal value is formed from the first characteristic value and a further characteristic value, wherein the at least one first appraisal value describes a change in the spectrum of the complex base band signal by the non-linear processing step, and in that the modulation method is determined by evaluating the at least one appraisal value. - reception of the signal, - generation of a complex base band signal, - generation of a sequence of sampled values of the complex base band signal, - transformation of the sequence of sampled values into the frequency domain, - formation of a first characteristic value on the basis of the sequence of sampled values transformed into the frequency domain, - generation of at least one intermediate signal by means of a non-linear processing step from the sequence of sampled values of the complex base band signal, - transformation of the at least one intermediate signal into the frequency domain, - formation of at least one further characteristic value from the at least one intermediate signal in the frequency domain, - classification of the pulsed signal on the basis of the first and at least one further characteristic value according to its modulation type,
A braking device for slowing the winding velocity of movable curtains with spring winding, such as mosquito screens and the like, comprising a rotor housing within which a rotor pin is coupled, the space existing between rotor pin and rotor housing being filled by a viscous fluid adapted to generate friction on the rotation of said rotor pin within said rotor housing, for the generation of a torque resisting the rotation of said rotor pin, a gasket seal being provided between said rotor pin and said rotor housing, characterized in that said rotor housing accommodates on its inside a shaft which is integral with said rotor housing.
A method for targeted genetic modification of a plant genome without inserting exogenous genetic material into the genome comprising: (i) providing a plant cell that comprises an endogenous gene to be modified; (ii) providing a Cas9 endonuclease protein targeted to the endogenous gene; and (iii) transfecting the plant cell with said Cas9 endonuclease protein using biolistic or protoplast transformation, such that the Cas9 endonuclease introduces one or more double stranded DNA breaks in the genome, to produce a plant cell or cells having a detectable targeted genomic modification without the presence of any exogenous Cas9 genetic material in the plant genome. (i) providing a plant cell that comprises an endogenous gene to be modified; (ii) providing a Cas9 endonuclease protein targeted to the endogenous gene; and (iii) transfecting the plant cell with said Cas9 endonuclease protein using biolistic or protoplast transformation, such that the Cas9 endonuclease introduces one or more double stranded DNA breaks in the genome, to produce a plant cell or cells having a detectable targeted genomic modification without the presence of any exogenous Cas9 genetic material in the plant genome.
A mass analyzer, comprising: a quadrupole having an input end for receiving ions and an output end through which ions can exit the quadrupole, said quadrupole having a plurality of rods to at least some of which an RF voltage can be applied for generating a quadrupolar field for causing radial confinement of the ions as they propagate through the quadrupole and further generating fringing fields in proximity of said output end, wherein radially-excited ions interact with the fringing fields as they exit the quadrupole such that their radial oscillations are converted into axial motion; characterized in that the mass analyzer further comprises at least a voltage source configured to apply a voltage pulse to at least one of said rods so as to excite radial oscillations of at least a portion of the ions passing through the quadrupole at secular frequencies thereof, said excitation being a broadband excitation encompassing ions having different mass-to-charge ratios. a quadrupole having an input end for receiving ions and an output end through which ions can exit the quadrupole, said quadrupole having a plurality of rods to at least some of which an RF voltage can be applied for generating a quadrupolar field for causing radial confinement of the ions as they propagate through the quadrupole and further generating fringing fields in proximity of said output end, wherein radially-excited ions interact with the fringing fields as they exit the quadrupole such that their radial oscillations are converted into axial motion; characterized in that the mass analyzer further comprises at least a voltage source configured to apply a voltage pulse to at least one of said rods so as to excite radial oscillations of at least a portion of the ions passing through the quadrupole at secular frequencies thereof, said excitation being a broadband excitation encompassing ions having different mass-to-charge ratios.