mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing including a first surface facing a first direction and a second surface facing a second direction that is opposite to the first direction; a display interposed between the first surface and the second surface and exposed through the first surface; a touch sensor interposed between the first surface and the second surface and configured to sense a touch of an external object on the display; a force sensor interposed between the first surface and the second surface and configured to sense pressure by the touch; a processor electrically connected with the display, the touch sensor, and the force sensor; and a memory electrically connected with the processor, characterized in that the memory stores instructions that, when executed, cause the processor to: deactivate at least part of the touch sensor if the display is turned off or while the display operates in a low-power mode; activate at least part of the force sensor in a specified area of the display while the display is turned off or while the display operates in a low-power mode; perform a first function if pressure of a first level by the touch is sensed in the at least part of the force sensor, while the display is turned off or while the display operates in a low-power mode; perform a second function associated with the first function if pressure of a second level by the touch is sensed in the force sensor while the first function is performed; and activate the at least part of the touch sensor if the pressure of the first level or the pressure of the second level is sensed in the at least part of the force sensor. a housing including a first surface facing a first direction and a second surface facing a second direction that is opposite to the first direction; a display interposed between the first surface and the second surface and exposed through the first surface; a touch sensor interposed between the first surface and the second surface and configured to sense a touch of an external object on the display; a force sensor interposed between the first surface and the second surface and configured to sense pressure by the touch; a processor electrically connected with the display, the touch sensor, and the force sensor; and a memory electrically connected with the processor, deactivate at least part of the touch sensor if the display is turned off or while the display operates in a low-power mode; activate at least part of the force sensor in a specified area of the display while the display is turned off or while the display operates in a low-power mode; perform a first function if pressure of a first level by the touch is sensed in the at least part of the force sensor, while the display is turned off or while the display operates in a low-power mode; perform a second function associated with the first function if pressure of a second level by the touch is sensed in the force sensor while the first function is performed; and activate the at least part of the touch sensor if the pressure of the first level or the pressure of the second level is sensed in the at least part of the force sensor.
A single core pin assembly , the assembly comprising a single core pin having a first core pin and at least one second core pin , the first core pin having a first end , a second end and a first core pin body connecting the first end and the second end , the second core pin having a first end , a second end , and a second core pin body connecting the second core pin first end and the second core pin second end , the second core pin first end being configured to join with the first core pin first end at the first core pin first end downstream of the first core pin body to form a common downstream channel ; the assembly further comprising a handle (H) used to hold and manipulate the core pin and extract the core pin from a work piece , wherein the first core pin and the second core pin extend longitudinally side-by-side such that the first core pin first end is adjacent the second core pin first end and the first core pin second end is adjacent the second core pin second end , and the assembly being characterized in that the common downstream channel is offset with respect to both the first core pin first end and the second core pin first end such that the common downstream channel is not axially aligned with either the first core pin first end or the second core pin first end and the common downstream channel is not aligned with a longitudinal axis of either the first core pin body or the second core pin body . the assembly comprising a single core pin having a first core pin and at least one second core pin , the first core pin having a first end , a second end and a first core pin body connecting the first end and the second end , the second core pin having a first end , a second end , and a second core pin body connecting the second core pin first end and the second core pin second end , the second core pin first end being configured to join with the first core pin first end at the first core pin first end downstream of the first core pin body to form a common downstream channel ; the assembly further comprising a handle (H) used to hold and manipulate the core pin and extract the core pin from a work piece , wherein the first core pin and the second core pin extend longitudinally side-by-side such that the first core pin first end is adjacent the second core pin first end and the first core pin second end is adjacent the second core pin second end , and the assembly being characterized in that the common downstream channel is offset with respect to both the first core pin first end and the second core pin first end such that the common downstream channel is not axially aligned with either the first core pin first end or the second core pin first end and the common downstream channel is not aligned with a longitudinal axis of either the first core pin body or the second core pin body .
An insulation fixing assembly for flat roofs comprised of a bushing with a dish, a fixing element, preferably in the form of a bolt, being placed inside the bushing, wherein a washer , provided from the bottom with spikes and with a ring ended with teeth around the opening of the washer , is seated on the bushing near the dish , while from the top side the washer has an upwardly protruding rim forming a recess for the dish characterised in that said ring and said teet extend from the bottom of the washer downward, closely along and parallel to the outer surface of the bushing , so that said ring and said teeth form the opening , which closely receives said bushing , wherein the spikes being arranged at a distance of 75% to 85% of the outer radius R of the washer and said spikes are arranged on the washer at an equal distance from the centre of the washer .
A blast barrier system comprising: a thermoplastic polymeric blast panel attached to a first face of a beam; a first end of a strut attached to a second face of the beam opposite the first face; a second end of the strut attached to an energy absorber comprising a substantially tubular member extending longitudinally along an axis from a first end portion to a second end portion, each of the first end portion and the second end portion having a substantially similar geometric profile; the energy absorber attached to a structure, wherein the energy absorber extends substantially longitudinally and horizontally along a face of the structure, wherein the blast panel flexes when compressed by a blast force and wherein the energy absorber collapses under a predetermined load when compressed by a residual blast force. a thermoplastic polymeric blast panel attached to a first face of a beam; a first end of a strut attached to a second face of the beam opposite the first face; a second end of the strut attached to an energy absorber comprising a substantially tubular member extending longitudinally along an axis from a first end portion to a second end portion, each of the first end portion and the second end portion having a substantially similar geometric profile; the energy absorber attached to a structure, wherein the energy absorber extends substantially longitudinally and horizontally along a face of the structure, wherein the blast panel flexes when compressed by a blast force and wherein the energy absorber collapses under a predetermined load when compressed by a residual blast force.
A steering torque and steering angle measurement apparatus including a stator fixed to an output shaft ; a first magnet disposed at the inner part of the stator and being fixed to an input shaft ; a torque sensor measuring a steering torque by sensing a magnetic field produced between the stator and the first magnet ; and a steering angle signal generation part measuring the steering angle, wherein the steering angle signal generation includes, a second magnet producing magnetic field; a hall switch disposed to face the second magnet and sensing the magnetic field of the second magnet ; and a rotating member having a round tooth and fixed at the output shaft , characterized in that the hall switch is configured to output an ON signal ordinary times and an OFF signal when it faces the round tooth at each preset rotation duration of the output shaft when the output shaft rotates, the torque sensor is fixed to a printed circuit board , and disposed to face a collector, and the second magnet fixed to the printed circuit board and to produce a magnet and the round tooth is fixed for a simultaneous rotation with the output shaft .
A computer-implemented method for classifying facial images, comprising: retrieving a first plurality of facial landmarks of a provided facial image associated with a subject; determining a corresponding second plurality of facial landmarks of a captured facial image of the subject, wherein each facial landmark in the first and second plurality of facial landmarks has an associated facial landmark in the same plurality of facial landmarks; determining, for each facial landmark, a landmark vector between the facial landmark and the associated facial landmark; extracting a feature vector based on the differences between at least some of the first plurality of facial landmarks and corresponding facial landmarks of the second plurality of facial landmarks, wherein the feature vector includes angular values of facial landmarks, wherein the angular values represent differences of orientations of the landmark vectors for corresponding facial landmarks of the first plurality of facial landmarks and the second plurality of facial landmarks; and supplying the feature vector to a classifier to classify the provided facial image as a real facial image of the subject or as an artificial facial image including a morphed facial image generated by morphing two or more real facial images of two or more subjects. retrieving a first plurality of facial landmarks of a provided facial image associated with a subject; determining a corresponding second plurality of facial landmarks of a captured facial image of the subject, wherein each facial landmark in the first and second plurality of facial landmarks has an associated facial landmark in the same plurality of facial landmarks; determining, for each facial landmark, a landmark vector between the facial landmark and the associated facial landmark; extracting a feature vector based on the differences between at least some of the first plurality of facial landmarks and corresponding facial landmarks of the second plurality of facial landmarks, wherein the feature vector includes angular values of facial landmarks, wherein the angular values represent differences of orientations of the landmark vectors for corresponding facial landmarks of the first plurality of facial landmarks and the second plurality of facial landmarks; and supplying the feature vector to a classifier to classify the provided facial image as a real facial image of the subject or as an artificial facial image including a morphed facial image generated by morphing two or more real facial images of two or more subjects.
A flowmeter , comprising: a flow inlet ; a flow outlet ; a first conduit having an inlet leg , an outlet leg (212'A), and a central conduit portion disposed between the inlet leg and the outlet leg (212'A), the inlet leg being fluidly coupled to the central conduit portion , and the central conduit portion being fluidly coupled to the outlet leg (212'A); a second conduit having an inlet leg , an outlet leg (212'B), and a central conduit portion (212'C) disposed between the inlet leg and the outlet leg (212'B), the inlet leg being fluidly coupled to the central conduit portion (212'C), and the central conduit portion (212'C) being fluidly coupled to the outlet leg (212'B); wherein the flow inlet is fluidly coupled to a first end of the first conduit and a first end of the second conduit , and the flow outlet is fluidly coupled to a second end of the first conduit and a second end of the second conduit ; a manifold fluidly coupled to the inlet legs and the outlet legs (212'A, 212'B); and a first driver coupled to the manifold, wherein the first driver is arranged to vibrate the first and second conduits . a flow inlet ; a flow outlet ; a first conduit having an inlet leg , an outlet leg (212'A), and a central conduit portion disposed between the inlet leg and the outlet leg (212'A), the inlet leg being fluidly coupled to the central conduit portion , and the central conduit portion being fluidly coupled to the outlet leg (212'A); a second conduit having an inlet leg , an outlet leg (212'B), and a central conduit portion (212'C) disposed between the inlet leg and the outlet leg (212'B), the inlet leg being fluidly coupled to the central conduit portion (212'C), and the central conduit portion (212'C) being fluidly coupled to the outlet leg (212'B); wherein the flow inlet is fluidly coupled to a first end of the first conduit and a first end of the second conduit , and the flow outlet is fluidly coupled to a second end of the first conduit and a second end of the second conduit ; a manifold fluidly coupled to the inlet legs and the outlet legs (212'A, 212'B); and a first driver coupled to the manifold, wherein the first driver is arranged to vibrate the first and second conduits .
A blank for producing a tooth replacement part using a CAD/CAM device , comprising a block made of a sintered material , the block made of the sintered material being pre-sintered at an initial sintering temperature between 1000°C and 1250°C in a sintering furnace , the sintered material being a powder made of ceramic particles with a zirconium dioxide (Y-ZrO 2 ) weight fraction of at least 90%, a specific surface area of the powder being between 11 m 2 /g and 17 m 2 /g, the sintered material of the block comprising at least one dye, a combination of several dyes and/or at least one oxide or a chloride of a dye for colouring the block , the at least one dye being terbium for a yellow colour, which has no change in valence with rapid cooling and thus does not undergo a change in colour.
A current-to-voltage converter able to receive an input current (I modulated ) having a variable component, the converter comprising: - an input for the current to be converted; - an output for the converted voltage; - a current-to-voltage conversion resistance connected between the output and a reference potential, - a processing circuit configured to convey the input current (I modulated ) from the input to the resistance comprising: + a voltage source ; + a main branch comprising at least one transistor whose gate is connected to the voltage source and at least one current source connected in series with the transistor , the input being connected to the output via the transistor ; characterized in that it comprises, in addition: - a twin circuit comprising: + a voltage source that is identical to the voltage source of the processing circuit ; + a twin branch that is identical to the main branch of the processing circuit ; - a voltage follower that is connected at the input to the main branch of the processing circuit and connected at the output to the twin branch of the twin circuit , and - current reinjection means for reinjecting the current at the output of the follower into the main branch of the processing circuit ; and in that the voltage follower comprises a first output for conveying a current to a node of the twin circuit and a second output for reinjecting a current, equal to the current originating from the first output, to a node of the main branch , comprising the at least one current source , of the processing circuit , the converter being fabricated on a substrate . - an input for the current to be converted; - an output for the converted voltage; - a current-to-voltage conversion resistance connected between the output and a reference potential, - a processing circuit configured to convey the input current (I modulated ) from the input to the resistance comprising: + a voltage source ; + a main branch comprising at least one transistor whose gate is connected to the voltage source and at least one current source connected in series with the transistor , the input being connected to the output via the transistor ; + a voltage source ; + a main branch comprising at least one transistor whose gate is connected to the voltage source and at least one current source connected in series with the transistor , the input being connected to the output via the transistor ; - a twin circuit comprising: + a voltage source that is identical to the voltage source of the processing circuit ; + a twin branch that is identical to the main branch of the processing circuit ; + a voltage source that is identical to the voltage source of the processing circuit ; + a twin branch that is identical to the main branch of the processing circuit ; - a voltage follower that is connected at the input to the main branch of the processing circuit and connected at the output to the twin branch of the twin circuit , and - current reinjection means for reinjecting the current at the output of the follower into the main branch of the processing circuit ;
Device for a vehicle that is designed for at least partially automated driving, wherein the device comprises a sensor , a controller , and a display , wherein the sensor is designed for detecting objects in the surroundings of the vehicle , and wherein the device is designed to depict the objects together with the vehicle in animated form on the display , wherein the device is designed to identify one of the objects as a control object, wherein the control object represents a cause for an automatically performed driving maneuver of the vehicle , and wherein the device is designed to depict the control object so as to be distinguishable from the other objects on the display , wherein the device is designed to detect additional information relating to the objects by means of the sensor , and to depict on the display at least one of the additional information items relating to the selected displayed objects , wherein this additional information corresponds to information as to whether the corresponding object has an operable Car2X technology, and wherein the device is designed to display the objects in a specific lane which is adjacent to a current lane of the vehicle , abstracted in the form of a graphical representation of the specific lane, wherein the graphical representation of the specific lane comprises information about traffic in the specific lane, and wherein the information corresponds to information from an information set, wherein the information set comprises: • a speed at which the vehicles move in the specific lane, and • a degree of filling which indicates how many vehicles are located in the specific lane per unit of length. • a speed at which the vehicles move in the specific lane, and • a degree of filling which indicates how many vehicles are located in the specific lane per unit of length.
Method for driver assistance in the event of aquaplaning on a road surface on which a vehicle is traveling, wherein a check as regards whether aquaplaning is presently occurring is performed on the basis of at least one driving dynamics variable, wherein, in the event of aquaplaning being identified, an intervention for a change in direction is performed at a rear-wheel brake , wherein the brake pressure at the rear-wheel brake is set in a manner dependent on a driver steering demand, characterized in that the intervention is performed, in particular only, when aquaplaning is identified at both front wheels, in particular if the slip of both front wheels lies outside a predefined range.
Apparatus for generating at least one random number, comprising: - an optical parametric oscillator being pumped by a pulsed pump signal with a predetermined pump power and a predetermined pump pulse repetition frequency, the optical parametric oscillator being configured to operate in a period multiplication state for providing an oscillator output signal (33a-33e) of light pulses with alternating pulse energy, the oscillator output signal (33a-33e) having a frequency that is 1/N of the predetermined pump pulse repetition frequency of the pump signal , where N is an integer and N > 1; - a comparing unit being configured to compare the oscillator output signal (33a-33e) with a reference signal , wherein the reference signal has a frequency that is 1/N of the predetermined pump pulse repetition frequency of the pump signal ; and - an evaluation unit being configured to generate the at least one random number based on the comparison of the oscillator output signal (33a-33e) with the reference signal . - an optical parametric oscillator being pumped by a pulsed pump signal with a predetermined pump power and a predetermined pump pulse repetition frequency, the optical parametric oscillator being configured to operate in a period multiplication state for providing an oscillator output signal (33a-33e) of light pulses with alternating pulse energy, the oscillator output signal (33a-33e) having a frequency that is 1/N of the predetermined pump pulse repetition frequency of the pump signal , where N is an integer and N > 1; - a comparing unit being configured to compare the oscillator output signal (33a-33e) with a reference signal , wherein the reference signal has a frequency that is 1/N of the predetermined pump pulse repetition frequency of the pump signal ; and - an evaluation unit being configured to generate the at least one random number based on the comparison of the oscillator output signal (33a-33e) with the reference signal .