mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device (1, 2) comprising: a main substrate that includes a central part and a peripheral part that surrounds the central part; a plurality of light sources that are each disposed on a light source substrate on the central part of the main substrate, the peripheral part being inclined relative to the central part; a reflection sheet that covers the main substrate and the light source substrate; a plurality of lenses disposed to correspond to the plurality of light sources respectively, the plurality of lenses applying optical effects to beams of light from the plurality of light sources respectively; and one or more light reflection members (50A-D) that are each disposed on the peripheral part, the one or more light reflection members (50A-D) being sheet-shaped or film-shaped members, with the reflection sheet interposed between the one or more light reflection members (50A-D) and the peripheral part, the light reflection members each having reflectance that is higher than the reflectance of the main substrate, wherein the main substrate has a rectangular shape in which a first direction is set as a longitudinal direction, and wherein the light reflection members (50A-D) are each disposed on four corners of the peripheral part of the main substrate. a main substrate that includes a central part and a peripheral part that surrounds the central part; a plurality of light sources that are each disposed on a light source substrate on the central part of the main substrate, the peripheral part being inclined relative to the central part; a reflection sheet that covers the main substrate and the light source substrate; a plurality of lenses disposed to correspond to the plurality of light sources respectively, the plurality of lenses applying optical effects to beams of light from the plurality of light sources respectively; and one or more light reflection members (50A-D) that are each disposed on the peripheral part, the one or more light reflection members (50A-D) being sheet-shaped or film-shaped members, with the reflection sheet interposed between the one or more light reflection members (50A-D) and the peripheral part, the light reflection members each having reflectance that is higher than the reflectance of the main substrate, wherein the main substrate has a rectangular shape in which a first direction is set as a longitudinal direction, and wherein the light reflection members (50A-D) are each disposed on four corners of the peripheral part of the main substrate.
A method for preparing N-substituted-phenyl glycine, wherein, it comprises the following steps: taking substituted-aniline as the raw material to form an imine intermediate with glyoxylic acid; and said imine intermediate generates N-substituted-phenyl glycine through reduction reaction under the action of palladium-carbon/hydrogen; characterized in that in Step said palladium-carbon is with a palladium load of 5% (w/w). taking substituted-aniline as the raw material to form an imine intermediate with glyoxylic acid; and said imine intermediate generates N-substituted-phenyl glycine through reduction reaction under the action of palladium-carbon/hydrogen;
A pneumatic tire, wherein a band-shaped surface fastener extending in a tire circumferential direction is mounted on a tire inner surface; a cut portion composed of a group of a plurality of notches extending in a width direction of this surface fastener without traversing this surface fastener is formed in this surface fastener repetitively along the tire circumferential direction; the surface fastener is divided into a plurality of components by the notches; characterized in that the surface fastener is disposed on the tire inner surface in a state where the cut portion is stretched so the components are continuous in the tire circumferential direction. a band-shaped surface fastener extending in a tire circumferential direction is mounted on a tire inner surface; a cut portion composed of a group of a plurality of notches extending in a width direction of this surface fastener without traversing this surface fastener is formed in this surface fastener repetitively along the tire circumferential direction; the surface fastener is divided into a plurality of components by the notches; characterized in that the surface fastener is disposed on the tire inner surface in a state where the cut portion is stretched so the components are continuous in the tire circumferential direction.
Vehicle seat cushion (100, 200, 300, 400), including - a cushion pad (102, 202, 302, 402) having in its upper surface (104, 204) a recess (106, 206), and - a plurality of tubular-shaped foam springs (108, 208, 308, 408) that are located in the recess (106, 206), fixed to the cushion pad (102, 202, 302, 402) by gluing and thus embedded into the cushion pad (102, 202, 302, 402). - a cushion pad (102, 202, 302, 402) having in its upper surface (104, 204) a recess (106, 206), and - a plurality of tubular-shaped foam springs (108, 208, 308, 408) that are located in the recess (106, 206), fixed to the cushion pad (102, 202, 302, 402) by gluing and thus embedded into the cushion pad (102, 202, 302, 402).
A vacuum cleaner, comprising: a main body having a first motor configured to generate suction power, the main body configured to detachably mount a module including a drum having a brush and a second motor configured to rotate the drum; a sensor configured to detect a load applied to the second motor; and a processor configured to: obtain, through the sensor, a first signal corresponding to the load applied to the second motor according to a floor type while the module is performing a cleaning operation, obtain a second signal corresponding to a type of the module mounted to the main body, and control a speed of the first motor for generating the suction power based on the first signal corresponding to the load applied to the second motor and the second signal corresponding to the type of the module while the first motor is driving, wherein the processor is further configured to, in response to identifying that the module mounted on the main body is a preset module based on the second signal and identifying that the load applied to the second motor is greater than or equal to a preset first threshold value based on the first signal, reduce the speed of the first motor. a main body having a first motor configured to generate suction power, the main body configured to detachably mount a module including a drum having a brush and a second motor configured to rotate the drum; a sensor configured to detect a load applied to the second motor; and a processor configured to: obtain, through the sensor, a first signal corresponding to the load applied to the second motor according to a floor type while the module is performing a cleaning operation, obtain a second signal corresponding to a type of the module mounted to the main body, and control a speed of the first motor for generating the suction power based on the first signal corresponding to the load applied to the second motor and the second signal corresponding to the type of the module while the first motor is driving, obtain, through the sensor, a first signal corresponding to the load applied to the second motor according to a floor type while the module is performing a cleaning operation, obtain a second signal corresponding to a type of the module mounted to the main body, and control a speed of the first motor for generating the suction power based on the first signal corresponding to the load applied to the second motor and the second signal corresponding to the type of the module while the first motor is driving, wherein the processor is further configured to, in response to identifying that the module mounted on the main body is a preset module based on the second signal and identifying that the load applied to the second motor is greater than or equal to a preset first threshold value based on the first signal, reduce the speed of the first motor.
A method of recording video gameplay by a player interacting with a first endpoint, the method comprising: during the gameplay, sensing input interactions with the first endpoint by the player, the input interactions comprising an application of force on the first endpoint by the player; recording a first haptic track of haptic effects that are based on the input interactions and that are generated during the gameplay; recording a video track of video generated during the gameplay; encoding the first haptic track with the video track, wherein the timing of the first haptic track is synchronized with the video track, for playing back the haptic effects on a second endpoint, different than the first endpoint, and timed to the corresponding response within the gameplay, when played back after the recording; and decoding the encoded tracks and playing the first haptic track on the second endpoint while the gameplay is played to a viewer, wherein a signal is modulated when the second endpoint has a different operating frequency than the first endpoint. during the gameplay, sensing input interactions with the first endpoint by the player, the input interactions comprising an application of force on the first endpoint by the player; recording a first haptic track of haptic effects that are based on the input interactions and that are generated during the gameplay; recording a video track of video generated during the gameplay; encoding the first haptic track with the video track, wherein the timing of the first haptic track is synchronized with the video track, for playing back the haptic effects on a second endpoint, different than the first endpoint, and timed to the corresponding response within the gameplay, when played back after the recording; and decoding the encoded tracks and playing the first haptic track on the second endpoint while the gameplay is played to a viewer, wherein a signal is modulated when the second endpoint has a different operating frequency than the first endpoint.
A bodywork part of a motor vehicle comprising a rear spoiler of a motor vehicle comprising at least one movable aerodynamic element and displacement means allowing the movable aerodynamic element to be moved between a retracted position and a deployed position, the movable aerodynamic element comprising a reversing camera, the reversing camera not being visible from outside the vehicle when the bodywork part is mounted on the vehicle and the movable aerodynamic element is in the retracted position, the bodywork part comprising a housing for accommodating the reversing camera when the movable aerodynamic element is in the retracted position, characterized in that the housing comprises a means for cleaning the reversing camera.
A packaged laundry detergent product comprising: (a) a laundry detergent powder, wherein the laundry detergent powder comprises: (i) detersive surfactant; (ii) polymer; (iii) filler salt; (iv) perfume; (v) optionally, bleach; (vi) optionally, enzyme; and (vii) optionally, buffer; and (b) a multi-layer marine biodegradable laminated film package, wherein the film package comprises at least two layers: (i) a first layer selected from cellulose or paper; and (ii) a second layer selected from polybutylene succinate and/or co-polymers thereof, wherein the first layer and second layer are laminated together, wherein the laminated film package encloses the laundry detergent powder, and wherein the second layer is in contact with the laundry detergent powder. (a) a laundry detergent powder, wherein the laundry detergent powder comprises: (i) detersive surfactant; (ii) polymer; (iii) filler salt; (iv) perfume; (v) optionally, bleach; (vi) optionally, enzyme; and (vii) optionally, buffer; and (i) detersive surfactant; (ii) polymer; (iii) filler salt; (iv) perfume; (v) optionally, bleach; (vi) optionally, enzyme; and (vii) optionally, buffer; and (b) a multi-layer marine biodegradable laminated film package, wherein the film package comprises at least two layers: (i) a first layer selected from cellulose or paper; and (ii) a second layer selected from polybutylene succinate and/or co-polymers thereof, (i) a first layer selected from cellulose or paper; and (ii) a second layer selected from polybutylene succinate and/or co-polymers thereof, wherein the first layer and second layer are laminated together, wherein the laminated film package encloses the laundry detergent powder, and wherein the second layer is in contact with the laundry detergent powder.
A smoking substitute apparatus comprising: a first passage for flow of an aerosol; a second passage comprising a flavour delivery portion; and a mouthpiece in fluid communication with the first and second passages; characterised in that the first and second passages are arranged such that upon inhalation from the mouthpiece aerosol is drawn to the mouthpiece through the first passage, and upon exhalation into the mouthpiece air from the mouthpiece is directed through the second passage and past the flavour delivery portion. a first passage for flow of an aerosol; a second passage comprising a flavour delivery portion; and a mouthpiece in fluid communication with the first and second passages; characterised in that the first and second passages are arranged such that upon inhalation from the mouthpiece aerosol is drawn to the mouthpiece through the first passage, and upon exhalation into the mouthpiece air from the mouthpiece is directed through the second passage and past the flavour delivery portion.
A method for producing a shaped sheet metal part characterized by the following steps: continuous feeding of a sheet metal band unwound from a coil to a jet cutter; moving cutting, by means of the jet cutter, of a blank out of the sheet metal band moving at a constant speed, the time required to produce the blank defining a cycle; picking up the blank by means of a first transfer device operating in time with the cycle; transferring the blank by means of a first transfer device to a shaping system (10, 11, 12, 14, 15) operating in time with the cycle; and shaping the blank into a shaped sheet metal part by means of the shaping system (10, 11, 12, 14, 15). continuous feeding of a sheet metal band unwound from a coil to a jet cutter; moving cutting, by means of the jet cutter, of a blank out of the sheet metal band moving at a constant speed, the time required to produce the blank defining a cycle; picking up the blank by means of a first transfer device operating in time with the cycle; transferring the blank by means of a first transfer device to a shaping system (10, 11, 12, 14, 15) operating in time with the cycle; and shaping the blank into a shaped sheet metal part by means of the shaping system (10, 11, 12, 14, 15).
Electronic display device for a shooting range having at least one target for laser-based weapon simulators comprising a. a timer for recording the shooting time, b. at least one display panel for displaying information, characterized in that c. several light panels are provided in addition to indicate a hit or a miss on the at least one target, d. the display device is designed as an LED matrix display having a plurality of individual LEDs. a. a timer for recording the shooting time, b. at least one display panel for displaying information, c. several light panels are provided in addition to indicate a hit or a miss on the at least one target, d. the display device is designed as an LED matrix display having a plurality of individual LEDs.
A biological catalyst for the regeneration of tissues, obtainable directly from an adipose starting material, comprising adipose material in liquid solution in a quantity of 1.0-1.5g/ml of adipose starting material, said 1.0-1.5g/ml of adipose material comprising a quantity of 2-30mg of proteins, said 2-30mg of proteins comprising at least 400-4000pg of IL-1RA, an IL-1b receptor inhibitor, said biological catalyst being characterised in that said 2-30mg of proteins comprise at most: 5-500pg of IL-6, 1-10pg of TNFa, 0.5-10pg of IL-1b.
Method for detecting a roll movement of a rail vehicle body in relation to the running gear, with the following method steps: - ascertaining a signal proportional to the instantaneous torsion of the vehicle body about the longitudinal axis of the rail vehicle, - feeding this signal to a band-pass filter, - summating the signal (S filter) filtered in the previous step and comparing the magnitude of the signal (S filter) with a limit value (S lim), - triggering an observation time period with a particular length, when the magnitude of the filtered signal (S filter) exceeds the limit value (S lim), - counting the number of limit value exceedances of the filtered signal (S lim) within the observation time period, - detecting a roll movement, if limit value exceedances of the filtered signal (S filter) have been counted multiple times within an observation time period, - outputting a signal indicating the roll movement. - ascertaining a signal proportional to the instantaneous torsion of the vehicle body about the longitudinal axis of the rail vehicle, - feeding this signal to a band-pass filter, - summating the signal (S filter) filtered in the previous step and comparing the magnitude of the signal (S filter) with a limit value (S lim), - triggering an observation time period with a particular length, when the magnitude of the filtered signal (S filter) exceeds the limit value (S lim), - counting the number of limit value exceedances of the filtered signal (S lim) within the observation time period, - detecting a roll movement, if limit value exceedances of the filtered signal (S filter) have been counted multiple times within an observation time period, - outputting a signal indicating the roll movement.
Support construction for a transportable attraction for amusement rides, such as a fairground attraction, provided with a base, at least two masts (21, 22) that are moveable between a folded and stretched position, and a main shaft that is intended to be supported by the masts in the stretched position of the masts, wherein a rotatable part of the attraction can be mounted on the main shaft, wherein each mast comprises a base mast segment (21A, 22A), which is hingedly attached to the base, and a top mast segment (21C, 22C), which is hingedly connected with the base mast segment and is attachable to the main shaft, wherein the base comprises at least two trailers (11, 12) and trailer coupling means for coupling the trailers, wherein on each of the trailers a base mast segment of one of the masts is mounted, characterized in that, the support construction further comprises first mast coupling means for the coupling of the at least two masts as a first pair of masts in the folded position, when the at least two trailers are coupled.
A heat engine comprising: a compressor (10a,10b,11); an expander(20a,20b,21); a first conduit (31,32) fluidly coupling an outlet of the compressor (10a,10b,11) to an inlet of the expander (20a, 20b,21); a second conduit (33,34) fluidly coupling an outlet of the expander (20a,20b,21) to an inlet of the compressor (10a, 10b,11); a reactor in which first and second reactants in a working fluid can react with each other, the reactor arranged in the first conduit (31,32) between the compressor (10a,10b,11) and the expander (20a,20b,21); and a condenser for condensing a gas in the working fluid, the condenser arranged in the second conduit (33,34) between the expander (20a,20b,21) and the compressor (10a, 10b,11), characterized in that the compressor (10a,10b,11) comprises a compression chamber (10a,10b) and a first positive displacement member reciprocable within said compression chamber (10a,10b), and the expander (20a,20b,21) comprises an expansion chamber (20a,20b) and a second positive displacement member reciprocable within said expansion chamber (20a, 20b). a compressor (10a,10b,11); an expander(20a,20b,21); a first conduit (31,32) fluidly coupling an outlet of the compressor (10a,10b,11) to an inlet of the expander (20a, 20b,21); a second conduit (33,34) fluidly coupling an outlet of the expander (20a,20b,21) to an inlet of the compressor (10a, 10b,11); a reactor in which first and second reactants in a working fluid can react with each other, the reactor arranged in the first conduit (31,32) between the compressor (10a,10b,11) and the expander (20a,20b,21); and a condenser for condensing a gas in the working fluid, the condenser arranged in the second conduit (33,34) between the expander (20a,20b,21) and the compressor (10a, 10b,11), characterized in that the compressor (10a,10b,11) comprises a compression chamber (10a,10b) and a first positive displacement member reciprocable within said compression chamber (10a,10b), and the expander (20a,20b,21) comprises an expansion chamber (20a,20b) and a second positive displacement member reciprocable within said expansion chamber (20a, 20b).
A hot-rolled low yield ratio, high strength and high uniform elongation steel plate having a tensile strength of TS: 517 MPa or more consisting of 0.06% to 0.12% C, 0.01% to 0.3% Si, 1.2% to 1.8% Mn, 0.015% or less P, 0.005% or less S, 0.01% to 0.08% Al, 0.005% to 0.07% Nb, 0.005% to 0.025% Ti, 0.010% or less N, 0.005% or less O on a mass basis, and optionally one or more selected from the group consisting of 1% or less Ni, 0.5% or less Cr, 0.5% or less Mo, 0.1% or less V, 0.0005% to 0.003% Ca, 0.005% or less B, or less Mg, and or less REM, the remainder being Fe and unavoidable impurities; the low yield ratio, high strength and high uniform elongation steel plate having a metallographic microstructure that is a two-phase microstructure consisting of bainite and M-A constituent and an area fraction of 3% or less of a microstructure other than bainite and M-A, the area fraction of the M-A constituent being 3% to 20%, the equivalent circle diameter of the M-A constituent being 3.0 μm or less; the low yield ratio, high strength and high uniform elongation steel plate having a uniform elongation of 7% or more and a yield ratio of 85% or less; the low yield ratio, high strength and high uniform elongation steel plate having a uniform elongation of 7% or more and a yield ratio of 85% or less after being subjected to strain ageing treatment at a temperature of 250°C or lower for 30 minutes or less.
A dielectric logging tool (24, 302, 402, 602) that comprises: at least two transmitter antennas (308, 310, 606, 608) comprising a first transmitter antenna and a second transmitter antenna spaced axially from the first transmitter antenna; and at least three axially spaced receiver antennas (312, 314, 316, 610) positioned between the first and second transmitter antennas, wherein each of the receiver antennas are horn antennas; and further comprising a data processing system configured to determine conductivity and permittivity of a formation penetrated by a borehole containing the tool, to determine a conductivity and permittivity of material between the tool and a borehole wall, and to determine a standoff distance between the tool and a borehole wall, based on measurements provided by each of the receiver antennas. at least two transmitter antennas (308, 310, 606, 608) comprising a first transmitter antenna and a second transmitter antenna spaced axially from the first transmitter antenna; and at least three axially spaced receiver antennas (312, 314, 316, 610) positioned between the first and second transmitter antennas, wherein each of the receiver antennas are horn antennas; and further comprising a data processing system configured to determine conductivity and permittivity of a formation penetrated by a borehole containing the tool, to determine a conductivity and permittivity of material between the tool and a borehole wall, and to determine a standoff distance between the tool and a borehole wall, based on measurements provided by each of the receiver antennas.