mhurhangee/ep-ind-claims huggingface dataset:
A measurement and installation data indicating apparatus comprising: a distance image sensor configured to obtain distance image data in a predetermined range centered at a detection optical axis; a projector configured to project an image on a projection surface in a predetermined range centered at a projection optical axis; an inclination data obtaining part (54, 88) configured to obtain inclination data on the detection optical axis and the projection optical axis relative to a vertical direction; a positional data obtaining part (12, 57) configured to obtain coordinate data on a present position and a target position; and a terminal controller (52, 52A, 52B) configured to generate, based on the coordinate data, a target information image related to the target position and seen from the present position, characterized in that the terminal controller (52, 52A, 52B) is configured to correct the target information image to fit to a shape of the projection surface based on the distance image data obtained by the distance image sensor and the inclination data obtained by the inclination data obtaining part, and is configured to project the corrected target information image by the projector. a distance image sensor configured to obtain distance image data in a predetermined range centered at a detection optical axis; a projector configured to project an image on a projection surface in a predetermined range centered at a projection optical axis; an inclination data obtaining part (54, 88) configured to obtain inclination data on the detection optical axis and the projection optical axis relative to a vertical direction; a positional data obtaining part (12, 57) configured to obtain coordinate data on a present position and a target position; and a terminal controller (52, 52A, 52B) configured to generate, based on the coordinate data, a target information image related to the target position and seen from the present position, characterized in that the terminal controller (52, 52A, 52B) is configured to correct the target information image to fit to a shape of the projection surface based on the distance image data obtained by the distance image sensor and the inclination data obtained by the inclination data obtaining part, and is configured to project the corrected target information image by the projector.
A rechargeable grinder, comprising: a brushless motor comprising a stator and a rotor, the rotor comprising a rotary shaft extending in a forward-rear direction; a spindle rotated by the rotary shaft and extending in an up-down direction; a switch disposed rearward of the brushless motor; a controller disposed rearward of the switch and adapted to control the brushless motor; a battery pack disposed rearward of the controller; and a main-body housing that houses the brushless motor, the switch, and the controller; characterized in that the main-body housing comprises a first tubular part, which houses the brushless motor, and a second tubular part, which houses the switch and has a diameter smaller than that of the first tubular part; a retaining rib for holding the switch is formed on the second tubular part; and a space in which a power-supply line or a signal line connected to the stator is wired is formed downward of the retaining rib. a brushless motor comprising a stator and a rotor, the rotor comprising a rotary shaft extending in a forward-rear direction; a spindle rotated by the rotary shaft and extending in an up-down direction; a switch disposed rearward of the brushless motor; a controller disposed rearward of the switch and adapted to control the brushless motor; a battery pack disposed rearward of the controller; and a main-body housing that houses the brushless motor, the switch, and the controller; characterized in that the main-body housing comprises a first tubular part, which houses the brushless motor, and a second tubular part, which houses the switch and has a diameter smaller than that of the first tubular part; a retaining rib for holding the switch is formed on the second tubular part; and a space in which a power-supply line or a signal line connected to the stator is wired is formed downward of the retaining rib.
A dissolution device, for a drum washing machine, to dissolve washing powder, washing liquid or other detergents, the dissolution device comprising: a water input box provided with a water inlet, a first drain port in communication with the water inlet, and a flushing port; a dissolution box arranged to receive the washing powder, washing liquid or other detergents, arranged below the water input box, communicated with the flushing port and defining a first dissolution chamber in communication with the first drain port such that water from the water input box can flow through the first drain port into the first dissolution chamber, the first dissolution chamber having a bottom wall configured as an inverted cone and provided with a first water outlet to discharge water; and an impeller rotatably disposed to a side wall of the dissolution box, wherein the flushing port is located above the impeller such that, in use, water from the water input box flowing through the flushing port is directed towards the impeller to drive the impeller to rotate to agitate the washing powder, washing liquid or other detergents in the first dissolution chamber. a water input box provided with a water inlet, a first drain port in communication with the water inlet, and a flushing port; a dissolution box arranged to receive the washing powder, washing liquid or other detergents, arranged below the water input box, communicated with the flushing port and defining a first dissolution chamber in communication with the first drain port such that water from the water input box can flow through the first drain port into the first dissolution chamber, the first dissolution chamber having a bottom wall configured as an inverted cone and provided with a first water outlet to discharge water; and an impeller rotatably disposed to a side wall of the dissolution box, wherein the flushing port is located above the impeller such that, in use, water from the water input box flowing through the flushing port is directed towards the impeller to drive the impeller to rotate to agitate the washing powder, washing liquid or other detergents in the first dissolution chamber.
A cuvette having a square footprint for use in determining a refractive index of a matter sample in a spectrophotometer, the cuvette comprising - a container for holding the matter sample, wherein the matter sample is a liquid sample or a compound in a liquid, the container having - a closed bottom, four sidewalls and an opening arranged opposite the bottom, - an entry window arranged in a first sidewall of the four sidewalls, the entry window allowing input radiation to reach the matter sample, the container furthermore having an exit window arranged in a second sidewall of the four sidewalls, the exit window being opposite the first sidewall and allowing a part of the input radiation to exit the container part, the entry window and the exit window defining a radiation path, - a photonic crystal rigidly attached to an interior surface of the first or second sidewall of the container or integrally formed in an interior surface of the first or second sidewall of the container and arranged in the radiation path to enable the input radiation to interact with the photonic crystal and the matter sample, the photonic crystal having a grating part causing a reflectance spectrum of the photonic crystal to exhibit a resonance and causing a resonance wavelength of the photonic crystal to shift dependent on the matter sample, and the photonic crystal comprising a guided mode resonance filter. - a container for holding the matter sample, wherein the matter sample is a liquid sample or a compound in a liquid, the container having - a closed bottom, four sidewalls and an opening arranged opposite the bottom, - an entry window arranged in a first sidewall of the four sidewalls, the entry window allowing input radiation to reach the matter sample, the container furthermore having an exit window arranged in a second sidewall of the four sidewalls, the exit window being opposite the first sidewall and allowing a part of the input radiation to exit the container part, the entry window and the exit window defining a radiation path, - a closed bottom, four sidewalls and an opening arranged opposite the bottom, - an entry window arranged in a first sidewall of the four sidewalls, the entry window allowing input radiation to reach the matter sample, the container furthermore having an exit window arranged in a second sidewall of the four sidewalls, the exit window being opposite the first sidewall and allowing a part of the input radiation to exit the container part, the entry window and the exit window defining a radiation path, - a photonic crystal rigidly attached to an interior surface of the first or second sidewall of the container or integrally formed in an interior surface of the first or second sidewall of the container and arranged in the radiation path to enable the input radiation to interact with the photonic crystal and the matter sample, the photonic crystal having a grating part causing a reflectance spectrum of the photonic crystal to exhibit a resonance and causing a resonance wavelength of the photonic crystal to shift dependent on the matter sample, and the photonic crystal comprising a guided mode resonance filter.
A surface functionalized with a first peptide comprising a first antimicrobial moiety and a first binder moiety, and a second peptide comprising a second antimicrobial moiety and a second binder moiety, wherein the first peptide is immobilized on the surface by electrostatic interactions between the first binder moiety and the surface, the second peptide is immobilized on the surface by covalent interactions between the second binder moiety and the surface and wherein the first and the second peptide differ from each other by at least one amino acid.
A dispensing device, comprising: a dispenser configured to dispense a volatile material; a sensor configured to detect an environmental condition; a nonlinear circuit element (Q1, Q2) coupled to the sensor to establish a bias point therebetween, wherein the voltage level at the bias point varies nonlinearly with respect to a current that flows through the sensor, and wherein the current that flows through the sensor represents the environmental condition; and a controller coupled to the bias point, wherein the controller controls the dispenser to dispense the volatile material in response to the environmental condition; characterised in that the nonlinear circuit element includes one or more diodes, and the voltage level at the bias point varies logarithmically with respect to the current that flows through the sensor. a dispenser configured to dispense a volatile material; a sensor configured to detect an environmental condition; a nonlinear circuit element (Q1, Q2) coupled to the sensor to establish a bias point therebetween, wherein the voltage level at the bias point varies nonlinearly with respect to a current that flows through the sensor, and wherein the current that flows through the sensor represents the environmental condition; and a controller coupled to the bias point, wherein the controller controls the dispenser to dispense the volatile material in response to the environmental condition; characterised in that the nonlinear circuit element includes one or more diodes, and the voltage level at the bias point varies logarithmically with respect to the current that flows through the sensor.
Device for reporting a change in the position of a signaling wheel, which has signaling markers (4, 4a-e) spaced apart from one another and has at least one reference marker, comprising: a sensor device having at least two spaced-apart sensor elements (3b-d), wherein the sensor device outputs a sensor signal (9a, 9b) depending on the position of the signaling markers (4, 4a-e) and the at least one reference marker, which sensor signal is based on a differential signal of the sensor signals of the sensor elements, wherein the sensor signal has a first signal edge for each signaling marker (4, 4a-e) and has a second signal edge for the reference marker in a forward direction of rotation of the signaling wheel, wherein the first signal edge is a falling signal edge, and the second signal edge is a rising signal edge, wherein the first and second signal edges are each indicative of an equally spaced angular position of the signaling wheel, and wherein the sensor signal is pulse-width-modulated in a reverse direction of rotation and is thus indicative of the reverse direction of rotation in that the pulse width modulation has rotational-speed-independent fixed pulse pauses in the reverse direction of rotation.
A locking device for locking and unlocking a panel and/or a charging cable plug of a charging cable, particularly for a vehicle, to a charging cable socket, having at least one moving locking means, particularly in the form of a locking bolt which serves the purpose of mechanically locking the panel and/or the charging cable plug, the same having the charging cable socket, wherein the locking means has at least one locking position in which the panel and/or the charging cable plug can be locked by the locking means, and one unlocked position in which the panel and/or the charging cable plug can be released by the locking means, and an electromechanical drive which drives the locking means, such that it is possible to switch between the locking position and the unlocked position, characterized in that at least one overload means (25, 26) is configured between the panel and/or the charging cable plug and the charging cable socket, by means of which the charging cable plug can be separated from the charging cable socket when in the locked position when undue force is applied, and/or by means of which the panel can be switched to its open position.
A tire based system for adapting the calculation of temperature-sensitive tire characteristics, the system comprising: at least one tire mounted to a wheel hub and supporting a vehicle; temperature measurement means comprising at least one temperature sensor mounted to the at least one tire for measuring a tire temperature at a tire radially outward surface; an algorithmic model for operatively receiving the tire temperature as an input and for using the tire temperature in adapting at least one temperature-sensitive tire characteristic; vehicle control means for using the at least one temperature-sensitive tire characteristics adapted by the tire temperature in at least one operative control command for the vehicle; characterized in that the algorithmic model comprises a second-order polynomial model capturing the dependencies of a or said group of tire characteristics to the tire temperature. at least one tire mounted to a wheel hub and supporting a vehicle; temperature measurement means comprising at least one temperature sensor mounted to the at least one tire for measuring a tire temperature at a tire radially outward surface; an algorithmic model for operatively receiving the tire temperature as an input and for using the tire temperature in adapting at least one temperature-sensitive tire characteristic; vehicle control means for using the at least one temperature-sensitive tire characteristics adapted by the tire temperature in at least one operative control command for the vehicle; characterized in that the algorithmic model comprises a second-order polynomial model capturing the dependencies of a or said group of tire characteristics to the tire temperature.
Arrangement comprising a kinematics package and a spring lever for a bogie having at least two wheel sets, each with two wheels connected by an axle, wherein a first end region of the spring lever can be connected to a spring component of the primary suspension of the bogie, and a second end region of the spring lever is configured to act on an axle bearing of one of the wheel sets of the bogie by means of the kinematics package, wherein the kinematics package comprises at least one damping element, characterized in that the kinematics package additionally comprises at least one friction lining and a joint bearing and is arranged in some sections in the internal volume of at least one hollow chamber of the spring lever configured as a hollow chamber profile.
A detection circuit suitable for using in a mobile communication device, powered by a power supply device, and configured to: detect a real-time working current of the mobile communication device, wherein the circuit comprises: a resistor, configured to: comprise a first end and a second end, a sampling unit (1021, 1022), configured to: be connected to both ends of the resistor, and collect voltages at the both ends of the resistor; a first memory, configured to: store a current calculating method and an remaining capacity calculating method; a data processing control unit, configured to: be connected with the sampling unit (1021, 1022) and the first memory, calculate a voltage difference between the both ends of the resistor based on the voltages at the both ends of the resistor, and call the current calculating method and the remaining capacity calculating method, according to the voltage difference and the resistance value of the resistor, acquire a current value and an remaining capacity value; characterised in that a resistance value of the resistor is variable, and the detection circuit further comprises: a second memory, configured to: store a threshold value; and a configuration unit, configured to: be connected with the second memory and the data processing control unit respectively, compare the threshold value with the voltage difference, and when the voltage difference is greater than the threshold value, adjust the resistance value of the resistor so that the voltage difference is less than or equal to the threshold value. a resistor, configured to: comprise a first end and a second end, a sampling unit (1021, 1022), configured to: be connected to both ends of the resistor, and collect voltages at the both ends of the resistor; a first memory, configured to: store a current calculating method and an remaining capacity calculating method; a data processing control unit, configured to: be connected with the sampling unit (1021, 1022) and the first memory, calculate a voltage difference between the both ends of the resistor based on the voltages at the both ends of the resistor, and call the current calculating method and the remaining capacity calculating method, according to the voltage difference and the resistance value of the resistor, acquire a current value and an remaining capacity value; characterised in that a second memory, configured to: store a threshold value; and a configuration unit, configured to: be connected with the second memory and the data processing control unit respectively, compare the threshold value with the voltage difference, and when the voltage difference is greater than the threshold value, adjust the resistance value of the resistor so that the voltage difference is less than or equal to the threshold value.
A tire comprising at least a circular tire frame formed of a resin material, the resin material including a polystyrene-based resin and a polyamide-based thermoplastic elastomer including a hard segment and a soft segment in a molecule thereof, and a tensile elastic modulus of the polyamide-based thermoplastic elastomer (E PAE) and a tensile elastic modulus of the polystyrene-based resin (E PS) satisfying the following formula: E PAE < E PS
A multilayer structure comprising: a) at least one outer polar polymer layer comprising a polar polymer matrix consisting of a thermoplastic polymer, and b) at least one inner layer comprising a biopolymer/acrylic polymer alloy, wherein said thermoplastic polar polymer consists of acrylonitrile-styrene-acrylate copolymers. a) at least one outer polar polymer layer comprising a polar polymer matrix consisting of a thermoplastic polymer, and b) at least one inner layer comprising a biopolymer/acrylic polymer alloy, wherein said thermoplastic polar polymer consists of acrylonitrile-styrene-acrylate copolymers.
The production method of bioplastics and/or plastic admixture materials, characterized in that it includes the process steps of; ∘ cutting bread waste by slicing and allowing to dry, ∘ bringing the bread wastes into powder form by grinding process after the drying process, ∘ obtaining waste bread powder:water mixture by adding water to bread waste in powder form and dissolving, ∘ adding HCl with a concentration of at least 30% to the waste bread powder:water mixture, ∘ by adding HCl, releasing the starches in the powdered bread waste, and then by adding glycerin, achieving the polymerization, and obtaining the mixture containing bio-raw material, ∘ adding NaOH neutralizing the mixing medium, ∘ adding sodium metabisulphite-water solution to the mixture and then allowing the mixture to dry, ∘ reducing the dimension of the dried bio-raw material by grinding, ∘ mixing the resulting bio-raw materials by subjecting to the twin screw extruder process and adding maleic anhydride and an antioxidant as an additional component and obtaining bioplastic as a result of the processes. ∘ cutting bread waste by slicing and allowing to dry, ∘ bringing the bread wastes into powder form by grinding process after the drying process, ∘ obtaining waste bread powder:water mixture by adding water to bread waste in powder form and dissolving, ∘ adding HCl with a concentration of at least 30% to the waste bread powder:water mixture, ∘ by adding HCl, releasing the starches in the powdered bread waste, and then by adding glycerin, achieving the polymerization, and obtaining the mixture containing bio-raw material, ∘ adding NaOH neutralizing the mixing medium, ∘ adding sodium metabisulphite-water solution to the mixture and then allowing the mixture to dry, ∘ reducing the dimension of the dried bio-raw material by grinding, ∘ mixing the resulting bio-raw materials by subjecting to the twin screw extruder process and adding maleic anhydride and an antioxidant as an additional component and obtaining bioplastic as a result of the processes.
Air guide (1; 1'; 1"; 1′′′) for a motor vehicle comprising at least one downstream main duct intended to be arranged in front of a heat exchange device of the motor vehicle and at least one air inlet upstream duct (8, 9) intended to be connected to an air inlet (10, 11), the at least one air inlet upstream duct (8, 9) being connected to the downstream main duct in order to guide the air from the air inlet (10, 11) to the heat exchange device, characterized in that the air guide is made in one piece, the guide comprising at least one supplementary air supply duct (17; 21) intended to be connected to an air inlet of the motor vehicle in order to guide the air from the air inlet to an additional device of the motor vehicle, in that the at least one supplementary air supply duct is separated from the air inlet upstream duct, and in that the at least one supplementary air supply duct communicates with the air inlet upstream duct, upstream of a flap support of the air guide.