mhurhangee/ep-ind-claims huggingface dataset:
A projection device which generates a display image by plural beams of different color, comprising: a detection means which detects an optical axis deviation of the plural light beams from a desired axis for each beam of different color; vibration detection means which obtains information on a vibration amount and/or vibration frequency applied to the projection device, a control means which is adapted to permit the detection means to detect the optical axis deviation when the vibration amount is equal to or smaller than a pre-determined value or the frequency component of the vibration is out of a pre-determined range and the state of vibration is not harmful for the detection of the optical axis deviation and is adapted to inhibit the detection means to detect the optical axis deviation when the vibration amount is greater than a pre-determined value and the frequency component of the vibration is within a pre-determined range and the state of vibration is harmful, and a correction means which corrects the optical axis deviation detected by the detection means. a detection means which detects an optical axis deviation of the plural light beams from a desired axis for each beam of different color; vibration detection means which obtains information on a vibration amount and/or vibration frequency applied to the projection device, a control means which is adapted to permit the detection means to detect the optical axis deviation when the vibration amount is equal to or smaller than a pre-determined value or the frequency component of the vibration is out of a pre-determined range and the state of vibration is not harmful for the detection of the optical axis deviation and is adapted to inhibit the detection means to detect the optical axis deviation when the vibration amount is greater than a pre-determined value and the frequency component of the vibration is within a pre-determined range and the state of vibration is harmful, and a correction means which corrects the optical axis deviation detected by the detection means.
Device for applying a coating material composed of liquid resin and abrasive material onto a continuous pre-impregnated paper web, which is intended for use in the manufacture of abrasion-resistant laminates, comprising a deflection roller on which the running paper web lies in a wrapping area, with a metering roller that is positioned parallel to the deflection roller and together with the deflection roller defines a narrow gap for metering the coating material, and comprising an applicator which comprises a limiting element which with the deflection roller forms a trough for receiving the coating material which is intended to be applied onto the paper web, wherein the limiting element is arranged in web running direction upstream of the gap and underneath the metering roller.
A breast cup (110; 610) comprising: a support cup portion (120; 620) comprising an upper-lateral quadrant (210; 622), an upper-medial quadrant (214; 626), a lower-lateral quadrant (212; 624), and a lower-medial quadrant (216; 628); a first gusset expandable from a first configuration to a second configuration, the first gusset (122; 630) secured to the support cup portion (120; 620) such that it extends between at least a portion of the upper-lateral quadrant (210; 622) and a portion of the lower-lateral quadrant (212; 624) of the support cup portion (120; 620); and a second gusset (124; 632) expandable from a first configuration to a second configuration, the second gusset (124; 632) secured to the support cup portion (120; 620) such that it extends between at least a portion of the upper-medial quadrant (214; 626) and a portion of the lower-medial quadrant (216; 628) of the support cup portion (120; 620), wherein the first gusset (122; 630) has a first modulus of elasticity and the second gusset (124; 632) has a second modulus of elasticity, the first modulus of elasticity and the second modulus of elasticity both being less than a third modulus of elasticity of the support cup portion (120; 620).
A thermal cooking device comprising: a heating compartment in which a cooking object is heated; a plane heater provided above a ceiling wall of the heating compartment, the plane heater being one heat source formed of an inner heater disposed right above a central portion of the ceiling wall, and an outer heater surrounding the inner heater; and a controller that controls the inner heater and the outer heater of the plane heater, wherein the ceiling wall of the heating compartment has a three-dimensional curved surface concavely facing the heating compartment, the plane heater is fixed to make close contact with the ceiling wall throughout an entire area of the plane heater, the ceiling wall includes a heat-generating area to which the plane heater is closely mounted, characterized in that: the heat-generating area is formed with a plurality of areas that are divided by grooves from one another. a heating compartment in which a cooking object is heated; a plane heater provided above a ceiling wall of the heating compartment, the plane heater being one heat source formed of an inner heater disposed right above a central portion of the ceiling wall, and an outer heater surrounding the inner heater; and a controller that controls the inner heater and the outer heater of the plane heater, wherein the ceiling wall of the heating compartment has a three-dimensional curved surface concavely facing the heating compartment, the plane heater is fixed to make close contact with the ceiling wall throughout an entire area of the plane heater, the ceiling wall includes a heat-generating area to which the plane heater is closely mounted, characterized in that: the heat-generating area is formed with a plurality of areas that are divided by grooves from one another.
A computer-implemented method of training a deep neural network - DNN - to classify images, the method comprising: for a batch of N training data X i, where i = 1 to N and c i is the class of training data X i, carrying out a clustering-based regularization process at at least one layer I of the DNN having neurons j in order to induce clustering in neuron space, in which process a regularization activity penalty is added to a loss function for the batch of training data which is to be optimized during training; characterised in that: the clustering-based regularization process comprises, before adding the regularization activity penalty, obtaining a prior probability distribution over neuron activations for each class, wherein the prior probability distribution is a sparse distribution in which only a low proportion of neurons in the layer I are activated for the class; and the regularization activity penalty is structured to induce activations of neurons to converge to the prior probability distribution and comprises components associated with respective neurons in the layer, wherein the neuron activations are dependent on the respective classes of the training data. for a batch of N training data X i, where i = 1 to N and c i is the class of training data X i, carrying out a clustering-based regularization process at at least one layer I of the DNN having neurons j in order to induce clustering in neuron space, in which process a regularization activity penalty is added to a loss function for the batch of training data which is to be optimized during training; characterised in that: the clustering-based regularization process comprises, before adding the regularization activity penalty, obtaining a prior probability distribution over neuron activations for each class, wherein the prior probability distribution is a sparse distribution in which only a low proportion of neurons in the layer I are activated for the class; and the regularization activity penalty is structured to induce activations of neurons to converge to the prior probability distribution and comprises components associated with respective neurons in the layer, wherein the neuron activations are dependent on the respective classes of the training data. the clustering-based regularization process comprises, before adding the regularization activity penalty, obtaining a prior probability distribution over neuron activations for each class, wherein the prior probability distribution is a sparse distribution in which only a low proportion of neurons in the layer I are activated for the class; and the regularization activity penalty is structured to induce activations of neurons to converge to the prior probability distribution and comprises components associated with respective neurons in the layer, wherein the neuron activations are dependent on the respective classes of the training data.
A method for controlling an autonomous mobile robot adapted to autonomously navigate a robot mission area using sensors and a map; the method comprising: detecting obstacles and determining the position of detected obstacles based on measurement data obtained from the sensors; controlling the robot so that a collision with a detected obstacle is avoided, wherein the map comprises map data representing at least one virtual blocking area which is taken into account when controlling the robot in the same way as a real detected obstacle, the method further comprising: storing the determined position of detected obstacles in the map; determining the position of the robot by the robot; and is characterized by applying a path planning algorithm that plans a path to a destination point bypassing an obstacle stored in the map, wherein the virtual blocking area is treated as an obstacle stored in the map. detecting obstacles and determining the position of detected obstacles based on measurement data obtained from the sensors; controlling the robot so that a collision with a detected obstacle is avoided, wherein the map comprises map data representing at least one virtual blocking area which is taken into account when controlling the robot in the same way as a real detected obstacle, the method further comprising: storing the determined position of detected obstacles in the map; determining the position of the robot by the robot; and is characterized by applying a path planning algorithm that plans a path to a destination point bypassing an obstacle stored in the map, wherein the virtual blocking area is treated as an obstacle stored in the map. storing the determined position of detected obstacles in the map; determining the position of the robot by the robot; and is characterized by applying a path planning algorithm that plans a path to a destination point bypassing an obstacle stored in the map, wherein the virtual blocking area is treated as an obstacle stored in the map.
An electrosurgical forceps, comprising: a housing having a shaft extending therefrom; an end effector assembly operably coupled to a distal end of the shaft and including a pair of first and second jaw members (22, 24), at least one of the first and second jaw members movable from an open configuration for positioning tissue therebetween, to a clamping configuration for grasping tissue therebetween, each of the first and second jaw members including a first electrode (30, 32) thereon for electrosurgically treating tissue grasped therebetween; and second and third electrodes (40a, 40b) disposed on one of the first and second jaw members (22, 24) and separated by an insulator, the second and third electrodes configured to function in a bipolar configuration, characterized in that the second and third electrodes (40a, 40b) on the said at least one of the first and second jaw members (22, 24) are arranged in an interlaced configuration relative to one another, wherein the interlaced configuration is a T-shaped pattern. a housing having a shaft extending therefrom; an end effector assembly operably coupled to a distal end of the shaft and including a pair of first and second jaw members (22, 24), at least one of the first and second jaw members movable from an open configuration for positioning tissue therebetween, to a clamping configuration for grasping tissue therebetween, each of the first and second jaw members including a first electrode (30, 32) thereon for electrosurgically treating tissue grasped therebetween; and second and third electrodes (40a, 40b) disposed on one of the first and second jaw members (22, 24) and separated by an insulator, the second and third electrodes configured to function in a bipolar configuration, characterized in that the second and third electrodes (40a, 40b) on the said at least one of the first and second jaw members (22, 24) are arranged in an interlaced configuration relative to one another, wherein the interlaced configuration is a T-shaped pattern.
A transdermal stimulation device (100, 300) comprising: a first waveform generator adapted to generate a first waveform; a second waveform generator adapted to generate a second carrier waveform; an amplitude modulation device electrically coupled to the first and second carrier waveform generators and configured to impress the first waveform upon the second carrier waveform such that the amplitude of the second carrier waveform varies in proportion to the instantaneous value of the first waveform; an active electrode electrically coupled to the modulation device and positionable substantially adjacent to the skin of the mammal, the active electrode being adapted to apply the modulated waveform to the skin; and a return electrode positionable substantially adjacent to the skin of the mammal and adapted to receive the modulated waveform applied by the active electrode, wherein the active and return electrode are configured to be positioned relative to one another such that at least a portion of the applied modulated waveform may pass from the active electrode to the return electrode substantially without passing through tissue of the mammal, characterised in that said device is configured for selective stimulation of a pudendal nerve of a mammal, with said first waveform having a frequency selected to stimulate the pudendal nerve, and said second waveform having a frequency capable of passing through the mammal's skin and tissue to reach the pudendal nerve. a first waveform generator adapted to generate a first waveform; a second waveform generator adapted to generate a second carrier waveform; an amplitude modulation device electrically coupled to the first and second carrier waveform generators and configured to impress the first waveform upon the second carrier waveform such that the amplitude of the second carrier waveform varies in proportion to the instantaneous value of the first waveform; an active electrode electrically coupled to the modulation device and positionable substantially adjacent to the skin of the mammal, the active electrode being adapted to apply the modulated waveform to the skin; and a return electrode positionable substantially adjacent to the skin of the mammal and adapted to receive the modulated waveform applied by the active electrode, wherein the active and return electrode are configured to be positioned relative to one another such that at least a portion of the applied modulated waveform may pass from the active electrode to the return electrode substantially without passing through tissue of the mammal, characterised in that said device is configured for selective stimulation of a pudendal nerve of a mammal, with said first waveform having a frequency selected to stimulate the pudendal nerve, and said second waveform having a frequency capable of passing through the mammal's skin and tissue to reach the pudendal nerve.
A non-durable self-supporting and standing upright flexible container (100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, 1100) for containing and dispensing fluent product(s), comprising: a product volume (150, 950, 1050, 1150); a structural support frame (140, 240, 340, 440, 540, 640, 740, 840, 940) configured to support the product volume and at least arranged to make the flexible container stand upright, the structural support frame having one or more structural support members (144,146,148), wherein the structural support member includes one or more expanded structural support volumes (113,123), the structural support volume (113,123) formed by a fillable space made from one or more flexible materials, wherein the space is configured to be at least partially filled with one or more expansion materials, which create tension in the one or more flexible materials; characterized in that the flexible container further comprises a sheet assembly portion (110, 120, 330, 340, 350) having a flexible outer sheet (112, 122) and a flexible inner sheet (114, 124), which is locally joined to the flexible outer sheet, to form: at least a portion of the structural support volume (113,123); a multi-wall panel at least partially bounded by the structural support volume; and at least a portion of the product volume. a product volume (150, 950, 1050, 1150); a structural support frame (140, 240, 340, 440, 540, 640, 740, 840, 940) configured to support the product volume and at least arranged to make the flexible container stand upright, the structural support frame having one or more structural support members (144,146,148), wherein the structural support member includes one or more expanded structural support volumes (113,123), the structural support volume (113,123) formed by a fillable space made from one or more flexible materials, wherein the space is configured to be at least partially filled with one or more expansion materials, which create tension in the one or more flexible materials; characterized in that the flexible container further comprises a sheet assembly portion (110, 120, 330, 340, 350) having a flexible outer sheet (112, 122) and a flexible inner sheet (114, 124), which is locally joined to the flexible outer sheet, to form: at least a portion of the structural support volume (113,123); a multi-wall panel at least partially bounded by the structural support volume; and at least a portion of the product volume. at least a portion of the structural support volume (113,123); a multi-wall panel at least partially bounded by the structural support volume; and at least a portion of the product volume.
A composite powder containing titanium dioxide powder whose surface is coated with a copolymer of N-vinyl pyrrolidone and butyl acrylate wherein the N-vinyl pyrrolidone and butyl acrylate are at a weight ratio of 1:1.
A wiper assembly, comprising a wiper arm, a wiper blade, and a coupling device configured to enable connection of the wiper blade to the wiper arm, wherein the coupling device comprises a first part being connected to one of said wiper arm or said wiper blade, and a second part being connected to the other one of said wiper arm or said wiper blade, wherein the first part comprises an engaging section being configured to provide an axial fixation of the first part relative the second part, and at least one recess configured to provide a rotational fixation of the first part relative the second part, and wherein the second part comprises a receiving section configured to receive the engaging section of the first part, characterized in that it comprises a locking device arranged radially outwards of said first part and comprising at least one radial protrusion configured to fit with said recess of the first part, and a wall surrounding said locking device, wherein said wall comprises a constricted section whereby an inner wall of said constricted section is configured to press the radial protrusion radially inwards when the constricted section is axially aligned with the radial protrusion.
Method for operating a wind farm on a grid comprising a farm master and a plurality of wind turbines which have a minimum power (Pmin_i) for their operation, the minimum power being a power generated at least by one of the plurality of wind turbines during their operation, wherein the wind turbines have at least one power-consuming load, characterized by storing the minimum power in the farm master, ascertaining freely connectable loads of the wind turbines, wherein operation of the freely connectable loads is usually not required, but is possible, when a wind turbine is shut down, recording the power values of the freely connectable loads, wherein only wind turbines in a switched-off state are taken into consideration, combining these power values to give an optional load, recording a power consumption of the wind farm from the grid as real load, checking whether real load and optional load together are at least as great as the minimum power (P MIN), and if that is the case, starting the wind turbine having this minimum power and operating this wind turbine; regulating the power consumption from the grid to a minimum value or zero value, at which the power consumption from the grid is reduced to zero, by successively switching on further connectable loads or switching off at least one of the connectable loads. storing the minimum power in the farm master, ascertaining freely connectable loads of the wind turbines, wherein operation of the freely connectable loads is usually not required, but is possible, when a wind turbine is shut down, recording the power values of the freely connectable loads, wherein only wind turbines in a switched-off state are taken into consideration, combining these power values to give an optional load, recording a power consumption of the wind farm from the grid as real load, checking whether real load and optional load together are at least as great as the minimum power (P MIN), and if that is the case, starting the wind turbine having this minimum power and operating this wind turbine; regulating the power consumption from the grid to a minimum value or zero value, at which the power consumption from the grid is reduced to zero, by successively switching on further connectable loads or switching off at least one of the connectable loads.