mhurhangee/ep-ind-claims huggingface dataset:
A stereo camera apparatus comprising: a first imaging unit; a second imaging unit configured to image an area partially shifted from an area imaged by the first imaging unit in a direction differing from a direction along a baseline length; and a controller configured to calculate a distance to a subject using an overlapping region between a first image captured by the first imaging unit and a second image captured by the second imaging unit, wherein the controller is further configured to detect different objects indicating different content between a region in the first image excluding the overlapping region and a region in the second image excluding the overlapping region, characterized in that: the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the controller is further configured to, upon detecting an object in the second image that is set to be differentiated by color, use a color in a corresponding region in the first image corresponding to a region occupied by the object in the second image to differentiate the object detected in the second image, and a brighter optical system is used in the first imaging unit than in the second imaging unit. a first imaging unit; a second imaging unit configured to image an area partially shifted from an area imaged by the first imaging unit in a direction differing from a direction along a baseline length; and a controller configured to calculate a distance to a subject using an overlapping region between a first image captured by the first imaging unit and a second image captured by the second imaging unit, wherein the controller is further configured to detect different objects indicating different content between a region in the first image excluding the overlapping region and a region in the second image excluding the overlapping region, characterized in that: the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the first imaging unit is configured to capture a color image, and the second imaging unit is configured to capture a monochrome image, and the controller is further configured to, upon detecting an object in the second image that is set to be differentiated by color, use a color in a corresponding region in the first image corresponding to a region occupied by the object in the second image to differentiate the object detected in the second image, and a brighter optical system is used in the first imaging unit than in the second imaging unit.
An induction heating device comprising: a casing; a cover plate coupled to a top of the casing and configured to seat an object on a top surface of the cover plate; a working coil located within the casing and configured to heat the object on the top surface of the cover plate; a base plate configured to support the working coil; an indicator board that is located vertically below the base plate and that is spaced apart from the base plate to define an air-flow path between the base plate and the indicator board, characterised in that the indicator board comprises a plurality of light emitting elements; a blowing fan located at a first side of a bottom surface of the casing and configured to suction air into the casing from an outside of the casing and to discharge air into the air-flow path; and an indicator board support configured to seat the indicator board, and wherein the air-flow path is defined by a bottom surface of the base plate, a top surface of the indicator board, and a lateral surface of the indicator board support. a casing; a cover plate coupled to a top of the casing and configured to seat an object on a top surface of the cover plate; a working coil located within the casing and configured to heat the object on the top surface of the cover plate; a base plate configured to support the working coil; an indicator board that is located vertically below the base plate and that is spaced apart from the base plate to define an air-flow path between the base plate and the indicator board, characterised in that the indicator board comprises a plurality of light emitting elements; a blowing fan located at a first side of a bottom surface of the casing and configured to suction air into the casing from an outside of the casing and to discharge air into the air-flow path; and an indicator board support configured to seat the indicator board, and wherein the air-flow path is defined by a bottom surface of the base plate, a top surface of the indicator board, and a lateral surface of the indicator board support.
A method for detecting low-frequency oscillations, in particular subsynchronous resonances, in an electrical supply grid, wherein the electrical supply grid has a line voltage with a rated line frequency, comprising the steps of - recording at least one series of measurements, having a plurality of measurement points, of a grid variable, in particular the line voltage, an input current or a line frequency, over a measurement time period, for performing a frequency analysis, - multiplying the series of measurements by a time-dependent sinusoidal test function for the same measurement time period, wherein - the test function is characterized by a test frequency and a test angle as phase angle, and - the series of measurements for each measurement point is multiplied by the test function in order to obtain a test product for each measurement point, - adding the test products taking into consideration the mathematical sign thereof to give a product sum, and - evaluating, depending on the product sum, whether the series of measurements has a low-frequency oscillation - having a frequency in the region of the test frequency and - a phase angle in the region of the test angle. - recording at least one series of measurements, having a plurality of measurement points, of a grid variable, in particular the line voltage, an input current or a line frequency, over a measurement time period, for performing a frequency analysis, - multiplying the series of measurements by a time-dependent sinusoidal test function for the same measurement time period, wherein - the test function is characterized by a test frequency and a test angle as phase angle, and - the series of measurements for each measurement point is multiplied by the test function in order to obtain a test product for each measurement point, - adding the test products taking into consideration the mathematical sign thereof to give a product sum, and - evaluating, depending on the product sum, whether the series of measurements has a low-frequency oscillation - having a frequency in the region of the test frequency and - a phase angle in the region of the test angle.
A linear or rotary table movable in two dimensions having a stator and at least one upper slider plate movable relative to the stator in two independent translational directions (T1,T2) or two independent rotary directions (R1,R2), and at least two piezoelectric linear drives for moving the upper slider plate in the two translational directions (T1,T2) or two rotary directions (R1,R2), wherein a central slider plate is provided, the central slider plate is arranged between the stator and the upper slider plate, and wherein the at least two piezoelectric linear drives are each attached to the stator to move the upper slider plate in the two translational directions (T1, T2) or two rotary directions (R1,R2), characterized in that at least one piezoelectric linear drive attached to the stator is in contact with the upper slider plate through an opening in the central slider plate to move the upper slider plate in a first translational direction or a first rotary direction.
An apparatus for indicating an emergency situation, the apparatus comprising: a sound detection unit configured to detect a sound signal in an environment of a user; a processing unit configured to determine whether the detected sound signal is indicative of an emergency situation in the environment of the user; and a haptic output unit configured to output a haptic signal when the detected sound signal is indicative of an emergency situation in the environment of the user characterized in that the processing unit is configured to: determine whether the detected sound signal is associated with a predetermined sound signal stored on the apparatus; if the detected sound signal is not associated with a predetermined sound signal stored on the apparatus, communicate with another apparatus (4, 6, 8, 10) to query whether the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10) and to receive a response to the query; and if the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10), determine that the detected sound signal is indicative of an emergency situation in the environment of the user. a sound detection unit configured to detect a sound signal in an environment of a user; a processing unit configured to determine whether the detected sound signal is indicative of an emergency situation in the environment of the user; and a haptic output unit configured to output a haptic signal when the detected sound signal is indicative of an emergency situation in the environment of the user characterized in that the processing unit is configured to: determine whether the detected sound signal is associated with a predetermined sound signal stored on the apparatus; if the detected sound signal is not associated with a predetermined sound signal stored on the apparatus, communicate with another apparatus (4, 6, 8, 10) to query whether the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10) and to receive a response to the query; and if the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10), determine that the detected sound signal is indicative of an emergency situation in the environment of the user. determine whether the detected sound signal is associated with a predetermined sound signal stored on the apparatus; if the detected sound signal is not associated with a predetermined sound signal stored on the apparatus, communicate with another apparatus (4, 6, 8, 10) to query whether the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10) and to receive a response to the query; and if the detected sound signal is associated with a predetermined sound signal stored on the other apparatus (4, 6, 8, 10), determine that the detected sound signal is indicative of an emergency situation in the environment of the user.
A wall anchor (A, A') for mounting to a hollow wall, comprising a main body (10, 110) and an anchor member (12, 112), the main body (10, 110) including a proximal end adapted to be engaged by a rotatable tool to rotate said anchor (A, A') about a longitudinal axis thereof and to cause it to gradually engage a wall, a distal end (18, 118) adapted to cut through the wall as said anchor (A, A') is rotated, and a shank (24, 124) between said proximal and distal ends, said shank (24, 124) defining at least one slot (28, 128), the anchor member (12, 112) including at least one expandable leg (34, 134) and a body (30, 130) defining a hole (32, 132), the expandable leg (34, 134) being in registry with the slot (28, 128) and being displaceable between inwardly collapsed and outwardly expanded positions, said expandable leg (34, 134) being in the collapsed position thereof when said anchor is rotated to mount it to the wall and being located distally past a rear surface of the wall once said anchor (A, A') is mounted to the wall, said anchor (A, A') being adapted to receive therein a threaded fastener and to threadably engage the body (30, 130) of the anchor member (12, 112) distally of said leg (34, 134) such that sufficient rotation of the threaded fastener retracts said body (30, 130) of the anchor member (12, 112) towards said proximal end thereby causing said expandable leg (34, 134) to extend outwardly through the slot (28, 128) to the expanded position of the expandable leg (34, 134), characterized in that the main body (10, 110) and the anchor member (12, 112) are distinct components assembled together to form the anchor, wherein the main body (10, 110) is substantially rigid, whereas the anchor member (12, 112) is deformable at least at the expandable leg (34, 134) thereof.
A user attachment for an apparatus for gait and balance rehabilitation providing a possibility for a user to receive support during walking in a walking direction, comprising a harness attachable to the body of the user, a horizontally driven attachment arm configured to be attached at a weight supporting device and which can be detachably connected with the harness having a harness attachment element, characterized in that the horizontally driven attachment arm comprises a support arm and a linkage attachment arm, wherein the support arm is configured to be rotatably attached on a first rotation axis at the weight supporting device at one end and provides a second rotation axis at its other end, wherein the linkage arm is rotatably connected at the second rotation axis with the support arm at one end and provides a third rotation axis at its other end, wherein the harness attachment element is rotatably connected at the third rotation axis, and in that the user attachment further comprises a guiding attachment arm configured to be attached at the weight supporting device and which is rotatably connected with the harness attachment element or the linkage attachment arm for a rotative connection of the driven attachment arm with the guiding attachment arm.
A method of controlling an internal combustion engine with a plurality of cylinders, the method comprising - injecting a first gaseous fuel, at a first pressure, into at least a first cylinder of the cylinders, in a first combustion mode, - wherein a first gas injection system is provided for said step of injecting the first gaseous fuel, - the method further comprising - accumulating in a container first gaseous fuel from the first gas injection system, - simultaneously with said step of injecting the first gaseous fuel providing a second gaseous fuel, at a second pressure which is different than the first pressure, for at least a second cylinder of the cylinders, - and supplying the second gaseous fuel for the second gaseous fuel provision from the container, - characterized in that said simultaneous provision of the second gaseous fuel is in a second combustion mode which is dissimilar to the first combustion mode, wherein the second cylinder is not the first cylinder, wherein the step of simultaneously providing the second gaseous fuel for at least a second cylinder of the cylinders, includes providing the second gaseous fuel for one or more of the cylinders, but less than all cylinders. - injecting a first gaseous fuel, at a first pressure, into at least a first cylinder of the cylinders, in a first combustion mode, - wherein a first gas injection system is provided for said step of injecting the first gaseous fuel, - the method further comprising - accumulating in a container first gaseous fuel from the first gas injection system, - simultaneously with said step of injecting the first gaseous fuel providing a second gaseous fuel, at a second pressure which is different than the first pressure, for at least a second cylinder of the cylinders, - and supplying the second gaseous fuel for the second gaseous fuel provision from the container, - characterized in that said simultaneous provision of the second gaseous fuel is in a second combustion mode which is dissimilar to the first combustion mode, wherein the second cylinder is not the first cylinder, wherein the step of simultaneously providing the second gaseous fuel for at least a second cylinder of the cylinders, includes providing the second gaseous fuel for one or more of the cylinders, but less than all cylinders.
A computing device for feature provisioning, the computing device comprising: a feature configuration device to selectively enable one or more features of the computing device in response to an associated command; a feature activation module to (i) receive a feature request list via an interface with the computing device, wherein the feature request list is to identify zero or more features of the computing device to be enabled, and (ii) configure the feature configuration device to enable the zero or more features of the computing device identified by the feature request list; a receipt module to (i) generate, in response to configuration of the feature configuration device, a digital receipt as a function of an activated feature list of the computing device and a unique device identifier accessible to the receipt module, and (ii) sign the digital receipt using a unique device key accessible to the receipt module; and a processor, wherein the device identifier and the device key are not accessible to software executed by the processor, but are stored in a secure storage of a configuration engine that is not accessible to the processor but to an out-of-band processor, embedded controller, or other computational element that is capable of securely executing firmware independent of the processor, and wherein said configuration engine is further adapted to be capable of out-of-band communication independent of the state of the device. a feature configuration device to selectively enable one or more features of the computing device in response to an associated command; a feature activation module to (i) receive a feature request list via an interface with the computing device, wherein the feature request list is to identify zero or more features of the computing device to be enabled, and (ii) configure the feature configuration device to enable the zero or more features of the computing device identified by the feature request list; a receipt module to (i) generate, in response to configuration of the feature configuration device, a digital receipt as a function of an activated feature list of the computing device and a unique device identifier accessible to the receipt module, and (ii) sign the digital receipt using a unique device key accessible to the receipt module; and a processor, wherein the device identifier and the device key are not accessible to software executed by the processor, but are stored in a secure storage of a configuration engine that is not accessible to the processor but to an out-of-band processor, embedded controller, or other computational element that is capable of securely executing firmware independent of the processor, and wherein said configuration engine is further adapted to be capable of out-of-band communication independent of the state of the device.
A color-change laminate comprising a support having a metallic lustrous color property and a porous layer provided on the surface of the support, wherein the porous layer comprises a low-refractive-index pigment having a refractive index ranging from 1.4 to 1.8 and a transparent metallic lustrous color pigment formed by coating a transparent core material with a metal oxide and is different in transparency in a liquid-absorbed state and in a liquid-unabsorbed state, wherein the mass ratio of the low-refractive-index pigment having a refractive index ranging from 1.4 to 1.8 to the transparent metallic lustrous color pigment in the porous layer is 1:0.2 to 1:3, wherein the low-refractive-index pigment having a refractive index ranging from 1.4 to 1.8 and the transparent metallic lustrous color pigment formed by coating a transparent core material with a metal oxide are fixed with a binder resin in a dispersed state, wherein the transparent metallic lustrous color pigment formed by coating a transparent core material with a metal oxide is a transparent metallic lustrous color pigment formed by coating a transparent core material selected from natural mica, synthetic mica, glass, and alumina with a metal oxide, wherein the average particle diameter of the transparent metallic lustrous color pigment is 1 μm to 300 μm, wherein the average particle diameter of the low-refractive-index pigment having a refractive index ranging from 1.4 to 1.8 is 0.03 μm to 5 μm, wherein the thickness of the porous layer is 5 μm to 30 μm, wherein the average thickness of the transparent metallic lustrous color pigment is 0.01 μm to 5 μm, and wherein the support having a metallic lustrous color property is selected from metal-deposited films, optical interference films comprising one or two or more oxides and sulfides, iridescent films showing an optical interference phenomenon wherein 100 or more layers composed of two or more polymers are provided as intermediary layers, hologram films, processed articles wherein the above films are provided on the surface, processed articles where metal-deposited foils are provided on the surface, processed articles wherein metallic lustrous pigments such as pearl pigments, aluminum fine powders, and bronze powders are applied or kneaded on the surface, and processed articles wherein glass beads having retroreflectivity are homogeneously applied on the surface.
A method for producing a servo valve manifold (2, 100), wherein the manifold (2, 100) includes a cylindrical cavity (12, 102) within the manifold (2, 100), the cavity (12, 102) being arranged to accommodate a spool, characterised in that the servo valve manifold is formed using an additive manufacturing process and the method includes the step of: forming at least one curvilinear flow gallery (4, 6, 8, 10) within the single piece manifold (2, 100) during the additive manufacturing process, wherein said curvilinear flow gallery (4, 6, 8, 10) follows a nonlinear path in three-dimensional space such that the gallery curves within the manifold and the curvature of said flow gallery (4, 6, 8, 10) varies along the majority of the length of the gallery.
A method for conditioning air of a test space of a test chamber, in particular a climate chamber or the like, test material being disposed in the temperature-insulated test space which is sealable against an environment, a temperature of the air in the test space being controlled by means of a temperature control device of the test chamber and the air being humidified by means of a humidifier of the test chamber, the temperature of the air in the test space being measured using a temperature sensor (18, 19) of a test-chamber control circuit of a control device of the test chamber, the temperature being controlled by the test-chamber control circuit by means of the temperature control device, a humidity of the air in the test space being measured using a humidity sensor of a humidifier control circuit of the control device, the humidity being controlled by the humidifier control circuit by means of the humidifier, characterized in that an absolute air humidity in the test space is measured using the humidity sensor, the humidity being controlled by the humidifier control circuit with the absolute air humidity acting as the control size, and in that the control device is realized as a cascade control having the test-chamber control circuit as a master controller and having the humidifier control circuit as a follow-up controller.