mhurhangee/ep-ind-claims huggingface dataset:
A working machine having a battery protecting function, comprising: a hydraulic actuator; an engine; a hydraulic pump which is connected to the engine and driven by an output power of the engine to supply hydraulic fluid to the hydraulic actuator; a battery; a generator motor which is connected to the engine to serve as a generator by the output power of the engine to charge the battery and serve as a motor for assisting the engine by supply of an electric power from the battery, a battery monitor which detects a battery SOC indicating a charging state of the battery; a controller which controls a charging power of the battery depending on the battery SOC detected by the battery monitor; and characterized in that the working machine further comprises: a working state detector which detects a working state as information for discriminating between a working period during which the hydraulic actuator is actuated and a standby period during which the hydraulic actuator is not actuated, wherein the controller limits the charging power in the standby period in comparison with in the working period. a hydraulic actuator; an engine; a hydraulic pump which is connected to the engine and driven by an output power of the engine to supply hydraulic fluid to the hydraulic actuator; a battery; a generator motor which is connected to the engine to serve as a generator by the output power of the engine to charge the battery and serve as a motor for assisting the engine by supply of an electric power from the battery, a battery monitor which detects a battery SOC indicating a charging state of the battery; a controller which controls a charging power of the battery depending on the battery SOC detected by the battery monitor; and characterized in that the working machine further comprises: a working state detector which detects a working state as information for discriminating between a working period during which the hydraulic actuator is actuated and a standby period during which the hydraulic actuator is not actuated, wherein the controller limits the charging power in the standby period in comparison with in the working period. a working state detector which detects a working state as information for discriminating between a working period during which the hydraulic actuator is actuated and a standby period during which the hydraulic actuator is not actuated, wherein the controller limits the charging power in the standby period in comparison with in the working period.
A deep ultraviolet LED with a design wavelength of λ, comprising: a reflecting electrode layer, a metal layer, a p-type GaN contact layer, and a p-type AlGaN layer that are sequentially stacked from a side opposite to a substrate, the p-type AlGaN layer being transparent to light with the wavelength of λ; and a reflective-type photonic crystal periodic structure (100/110) with a plurality of circular holes (101/111) with a radius of R provided in a range including at least an interface between the p-type GaN contact layer and the p-type AlGaN layer and within the p -type AlGaN layer in a thickness direction to the substrate, characterized in that the reflective-type photonic crystal periodic structure (100/110) has a photonic band gap open to TE polarized components, the photonic crystal periodic structure includes two structures including air and the AlGaN layer at a bottom surface portion of the photonic crystal periodic structure on the substrate side, the wavelength λ, a period a, an average refractive index n av of the two structures satisfy Bragg scattering conditions, an order m of the Bragg scattering conditions is in a range of 1 < m < 5, wherein R/a has a value with the maximum photonic band gap and the depth h of the holes that is greater than or equal to the period a. a reflecting electrode layer, a metal layer, a p-type GaN contact layer, and a p-type AlGaN layer that are sequentially stacked from a side opposite to a substrate, the p-type AlGaN layer being transparent to light with the wavelength of λ; and a reflective-type photonic crystal periodic structure (100/110) with a plurality of circular holes (101/111) with a radius of R provided in a range including at least an interface between the p-type GaN contact layer and the p-type AlGaN layer and within the p -type AlGaN layer in a thickness direction to the substrate, characterized in that the reflective-type photonic crystal periodic structure (100/110) has a photonic band gap open to TE polarized components, the photonic crystal periodic structure includes two structures including air and the AlGaN layer at a bottom surface portion of the photonic crystal periodic structure on the substrate side, the wavelength λ, a period a, an average refractive index n av of the two structures satisfy Bragg scattering conditions, an order m of the Bragg scattering conditions is in a range of 1 < m < 5, wherein R/a has a value with the maximum photonic band gap and the depth h of the holes that is greater than or equal to the period a.
A system for providing audio content and haptic sensations to a user, the system comprising: a device comprising a first set of transducers and a second set of transducers, wherein the device is configured to be integrated into a neck worn device or a shoulder worn device or is configured to be integrated into or attached to an article of clothing, and wherein the second set of transducers form an ultrasonic transducer array that is configured to generate ultrasonic waves that travel towards a particular body part of the user such that when the ultrasonic wave interacts with the user's skin, the user feels a haptic sensation; and a processor coupled to the first set of transducers and the second set of transducers, the processor being configured to: determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers. a device comprising a first set of transducers and a second set of transducers, wherein the device is configured to be integrated into a neck worn device or a shoulder worn device or is configured to be integrated into or attached to an article of clothing, and wherein the second set of transducers form an ultrasonic transducer array that is configured to generate ultrasonic waves that travel towards a particular body part of the user such that when the ultrasonic wave interacts with the user's skin, the user feels a haptic sensation; and a processor coupled to the first set of transducers and the second set of transducers, the processor being configured to: determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers. determine a sound tone and a haptic sensation to deliver to the user; select a first location at which to deliver audio output corresponding to the sound tone and a second location to which to deliver haptic output corresponding to the haptic sensation; configure the first set of transducers to deliver the audio output to the first location; and configure the second set of transducers to generate the haptic output for delivery to the second location, wherein the second location differs from a location of the second set of transducers.
A planar light-emitting panel comprising: a light-emitting tile built on a glass substrate, the light emitting tile having an emission surface on a front face thereof; and an elastic jacket covering edge end faces of the glass substrate, the elastic jacket having a rear face side cover that covers a rear face of the light-emitting tile, characterized in that the rear face side cover is formed in a ring shape to form a rear face side opening and has a plurality of jacket side protrusions (81, 81a, 81b, 81c, 81d) that protrude toward a center side thereof in a rear face view, wherein the plurality of jacket side protrusions form part of the rear face side opening and are arranged in parallel at predetermined intervals in a circumferential direction of the rear face side opening, and wherein two of the adjacent jacket side protrusions form a jacket side recess that recesses from a center side of the rear face side opening. a light-emitting tile built on a glass substrate, the light emitting tile having an emission surface on a front face thereof; and an elastic jacket covering edge end faces of the glass substrate, the elastic jacket having a rear face side cover that covers a rear face of the light-emitting tile, characterized in that the rear face side cover is formed in a ring shape to form a rear face side opening and has a plurality of jacket side protrusions (81, 81a, 81b, 81c, 81d) that protrude toward a center side thereof in a rear face view, wherein the plurality of jacket side protrusions form part of the rear face side opening and are arranged in parallel at predetermined intervals in a circumferential direction of the rear face side opening, and wherein two of the adjacent jacket side protrusions form a jacket side recess that recesses from a center side of the rear face side opening.
An insert for an air intake of a suction duct, the insert comprising: an inner portion configured to extend within the suction duct, the inner portion including a conduit having opposed inlet and outlet ends, the conduit having a central axis extending along an inlet direction at the inlet end and along an outlet direction at the outlet end, the conduit being curved so that the inlet and outlet directions are non-parallel, the outlet end having a smaller cross-sectional area than that of the suction duct; a mating portion configured for sealingly engaging the air intake, the inner portion extending inwardly from the mating portion; and an outer portion configured for extending outside of the suction duct, the outer portion extending outwardly from the mating portion, the insert including an inlet in fluid communication with the inlet end of the conduit, the outer portion including a curved lip surrounding at least part of an inlet opening of the inlet and defining a leading edge of the inlet. an inner portion configured to extend within the suction duct, the inner portion including a conduit having opposed inlet and outlet ends, the conduit having a central axis extending along an inlet direction at the inlet end and along an outlet direction at the outlet end, the conduit being curved so that the inlet and outlet directions are non-parallel, the outlet end having a smaller cross-sectional area than that of the suction duct; a mating portion configured for sealingly engaging the air intake, the inner portion extending inwardly from the mating portion; and an outer portion configured for extending outside of the suction duct, the outer portion extending outwardly from the mating portion, the insert including an inlet in fluid communication with the inlet end of the conduit, the outer portion including a curved lip surrounding at least part of an inlet opening of the inlet and defining a leading edge of the inlet.
Lighting means (110, 160, 170, 170', 190, 210, 210', 210") comprising a light-emitting unit (116, 136, 165, 179, 195, 221), at least two separate contact modules (2, 3) and an electrical connection between the light-emitting unit (116, 165, 179, 195, 221) and the contact modules (2, 3), wherein each contact module (2, 3) has at least one electrical contact for connection with a corresponding light-emitting holder (114, 161, 172, 196, 211), characterised in that at least one protective device (111, 185, 222, 222') for prevention of electric shock of at least one of the electrical contacts in a partially assembled state of the lighting means (110, 160, 170, 170', 190, 210, 210', 210") in a corresponding lampholder (101, 114, 161, 172, 196, 211) that can be deactivated electrically is provided, and that the protective device (111, 185, 222, 222') is designed to assume a deactivated position in the assembled state of the lighting means (110, 160, 170, 170', 190, 210, 210', 210") and an activated position in the dismantled state of the lighting means (110, 160, 170, 170', 190, 210, 210', 210"), that the protective device (111, 185, 222, 222') has at least one electrically operable switch (112, 164, 171, 171a, 194, 219, 220) and at least one sensor element (113, 163, 173, 173a, 193, 213, 213') designed in the form of a relay and wherein the sensor element (113, 163, 173, 173a, 193, 213, 213') is provided in a primary circuit in such a way that the sensor element (113, 163, 173, 173a, 193, 213, 213') in the assembled state of the lighting means (110, 160, 170, 170', 190, 210, 210', 210") has current flowing through it and thus closes the electrically operable switch (112, 164, 171, 171a, 194, 219) arranged in a secondary circuit for closing the secondary circuit, in that at least one relay is provided for locking the secondary electric circuit of the light-emitting unit (116, 136, 165, 179, 195, 221), and that at least one electrically operable switch (112, 164', 176, 194, 215) is provided for opening the primary circuit while the secondary circuit is closing or when it has closed.
A suture anchor comprising: an outer body having a distal end, a proximal end and an axial bore therethrough; and an inner body receivable within the outer body; and wherein the inner body and the outer body are adapted to, in use, capture therebetween a suture limb wrapped around the inner body; characterized in that, the inner body has a distal end and a proximal end and the inner body proximal end has outer threads which mate with inner threads on the proximal end of the outer body; and the outer body has a first configuration in which at least a portion thereof is radially contracted inwardly and a second configuration in which the portion is radially expanded outwardly, and wherein when the outer threads on the inner body are engaged into the outer body inner threads it holds the portion in the second configuration. an outer body having a distal end, a proximal end and an axial bore therethrough; and an inner body receivable within the outer body; and wherein the inner body and the outer body are adapted to, in use, capture therebetween a suture limb wrapped around the inner body; characterized in that, the inner body has a distal end and a proximal end and the inner body proximal end has outer threads which mate with inner threads on the proximal end of the outer body; and the outer body has a first configuration in which at least a portion thereof is radially contracted inwardly and a second configuration in which the portion is radially expanded outwardly, and wherein when the outer threads on the inner body are engaged into the outer body inner threads it holds the portion in the second configuration.
A method of preventing leakage current in a power tool, the method comprising: controlling, by a trigger, a leakage switch to close based on actuation of the trigger; permitting a flow of leakage current through a capacitor based on closing the leakage switch, the capacitor coupled to a power supply of the power tool; controlling, by the trigger, the leakage switch to open based on de-actuation of the trigger; and characterized by preventing the flow of leakage current through the capacitor and the leakage switch based on opening the leakage switch. controlling, by a trigger, a leakage switch to close based on actuation of the trigger; permitting a flow of leakage current through a capacitor based on closing the leakage switch, the capacitor coupled to a power supply of the power tool; controlling, by the trigger, the leakage switch to open based on de-actuation of the trigger; and characterized by preventing the flow of leakage current through the capacitor and the leakage switch based on opening the leakage switch.
A method of forming a matrix component precursor, the method consisting of the following steps: (a) providing a reinforcement component that is a nylon product; (b) covering, at least in part, said reinforcement component with a lactam-based solvent that is a caprolactam to form a matrix precursor; (c) allowing the reinforcement component to sit in the lactam-based solvent for a period of time in order to at least partially gel the surface of the nylon product, forming a matrix component precursor; (d) adding a catalyst to induce anionic polymerization between the reinforcement component and the matrix component precursor; and (e) removing any remaining lactam-based solvent, wherein steps (a) through (e) are performed sequentially. (a) providing a reinforcement component that is a nylon product; (b) covering, at least in part, said reinforcement component with a lactam-based solvent that is a caprolactam to form a matrix precursor; (c) allowing the reinforcement component to sit in the lactam-based solvent for a period of time in order to at least partially gel the surface of the nylon product, forming a matrix component precursor; (d) adding a catalyst to induce anionic polymerization between the reinforcement component and the matrix component precursor; and (e) removing any remaining lactam-based solvent,
Assembly module for a motor vehicle, comprising an optical sensor system which is suitable a) to monitor a detection area located outside the motor vehicle in two dimensions in order to determine the proximity of a user, b) within the detection area to perform a distance measurement to the user, the distance measurement to the user providing additional information for two-dimensional monitoring of the detection area, and c) in the event of detection of the user in a predefined actuation area within the detection area, to trigger a signal for carrying out an action on the motor vehicle, wherein the detection area is subdivided into a smaller actuation area designed as a volume element, and wherein the optical sensor system comprises a control device with a detection unit for performing step a), a transmission unit for performing step b) and an evaluation unit for performing step c). a) to monitor a detection area located outside the motor vehicle in two dimensions in order to determine the proximity of a user, b) within the detection area to perform a distance measurement to the user, the distance measurement to the user providing additional information for two-dimensional monitoring of the detection area, and c) in the event of detection of the user in a predefined actuation area within the detection area, to trigger a signal for carrying out an action on the motor vehicle,
A straightening machine (1, 38, 49, 50) for straightening material (2, 2', 3, 3', 4, 4', 5, 5', 6, 6', 7, 7') of steel in wire, bar or strip form, including a machine frame and a plurality of, preferably six or eight, straightening devices (8, 9, 10, 11, 12, 13, 52, 53) arranged on the machine frame for straightening the straightening material (2, 2', 3, 3', 4, 4', 5, 5', 6, 6', 7, 7'), wherein at least two of the straightening devices (8, 9, 10, 11, 12, 13, 52, 53) differ structurally from each other in order to straighten straightening materials (2, 2', 3, 3', 4, 4', 5, 5', 6, 6', 7, 7') having different straightening properties, preferably differing thicknesses (25, 26, 27, 28), wherein provided for each straightening device (8, 9, 10, 11, 12, 13, 52, 53) is a feed device (14, 15), by way of which a material (2, 3, 4, 5, 6, 7) which is to be straightened can be fed to the straightening device (8, 9, 10, 11, 12, 13, 52, 53), characterised in that at least one feed device (14, 15), preferably all feed devices (14, 15), includes a straightening material change device (14, 15), with which at least one further material (2', 3', 4', 5', 6', 7') which is to be straightened can be fed to the straightening device (8, 9, 10, 11, 12, 13, 52, 53).
A granular formulation, without using tallow amine surfactant, comprising of 60-85 wt% ammonium glyphosate, 1.5-32 wt% ammonium sulfate, 5-12.5 wt% alkyl(poly)glycoside and 1-3 wt% acrylate based copolymer.
An antireflective and antiglare coating composition, comprising: a low refractive substance having a refractive index of 1.2 to 1.45; a high refractive substance having a refractive index of 1.46 to 2; a fluorine-based compound; and particulates having an average particle diameter of 1 to 10 μm, wherein a surface energy difference between the low refractive substance and the high refractive substance is 5 mN/m or more. a low refractive substance having a refractive index of 1.2 to 1.45; a high refractive substance having a refractive index of 1.46 to 2; a fluorine-based compound; and particulates having an average particle diameter of 1 to 10 μm, wherein a surface energy difference between the low refractive substance and the high refractive substance is 5 mN/m or more.
A refrigerator comprising: a main body including a storage compartment; a first door rotatably provided in the front of the main body and including an opening; a second door that is rotatably provided in front of the first door and configured to open or close the opening; a first handle coupled to a front surface of the first door and configured to open or close the first door, a second handle provided at the second door and configured to open or close the second door; characterized in that it comprises an auxiliary opening apparatus configured to separate the first door from the main body and decrease an opening force of the first door; a handle lever that is provided at the first handle and configured to operate the auxiliary opening apparatus; and a door cap coupled to an upper portion of the first door, wherein a guide portion configured to guide the auxiliary opening apparatus connected to the handle lever to pass through the first door and contact the main body and is coupled to the door cap. a main body including a storage compartment; a first door rotatably provided in the front of the main body and including an opening; a second door that is rotatably provided in front of the first door and configured to open or close the opening; a first handle coupled to a front surface of the first door and configured to open or close the first door, a second handle provided at the second door and configured to open or close the second door; characterized in that it comprises an auxiliary opening apparatus configured to separate the first door from the main body and decrease an opening force of the first door; a handle lever that is provided at the first handle and configured to operate the auxiliary opening apparatus; and a door cap coupled to an upper portion of the first door, wherein a guide portion configured to guide the auxiliary opening apparatus connected to the handle lever to pass through the first door and contact the main body and is coupled to the door cap.