mhurhangee/ep-ind-claims huggingface dataset:
A self-adjusting stud, comprising: an impact-attenuating assembly including an impact-attenuating element having a first surface and an impact-attenuating element housing having a second surface, the impact-attenuating assembly having a hole therethrough, wherein the impact-attenuating element can retract into an interior space of the impact-attenuating element housing; a plunger positioned adjacent to the first surface of the impact-attenuating assembly and further positioned to activate the impact-attenuating assembly when a force is applied to the plunger, wherein at least a portion of the plunger extends through the hole of the impact-attenuating assembly; and a tip positioned adjacent to the second surface of the impact-attenuating assembly, wherein the tip engages with the portion of the plunger that extends through the hole of the impact-attenuating assembly, and wherein the tip and the plunger are positioned on opposite sides of the impact-attenuating assembly; wherein: (a) in hard ground, the tip is in a retracted position and the impact-attenuating assembly is in a first, unactivated state, and (b) in soft ground, the tip moves from the retracted position to an extended position extending further out from the impact-attenuating assembly under force applied to the plunger by a wearer's foot and the impact-attenuating assembly changes to a second, activated state. an impact-attenuating assembly including an impact-attenuating element having a first surface and an impact-attenuating element housing having a second surface, the impact-attenuating assembly having a hole therethrough, wherein the impact-attenuating element can retract into an interior space of the impact-attenuating element housing; a plunger positioned adjacent to the first surface of the impact-attenuating assembly and further positioned to activate the impact-attenuating assembly when a force is applied to the plunger, wherein at least a portion of the plunger extends through the hole of the impact-attenuating assembly; and a tip positioned adjacent to the second surface of the impact-attenuating assembly, wherein the tip engages with the portion of the plunger that extends through the hole of the impact-attenuating assembly, and wherein the tip and the plunger are positioned on opposite sides of the impact-attenuating assembly; wherein: (a) in hard ground, the tip is in a retracted position and the impact-attenuating assembly is in a first, unactivated state, and (b) in soft ground, the tip moves from the retracted position to an extended position extending further out from the impact-attenuating assembly under force applied to the plunger by a wearer's foot and the impact-attenuating assembly changes to a second, activated state.
A nanoemulsion with micelle size from 20 to 900 nm comprising: a) an active ingredient of interest in the pharmaceutical, cosmetic or foodstuff field b) an aqueous phase c) a lipid phase, and d) emulsifying agents wherein: • said aqueous phase comprises a base; • the emulsifying agents d) consist of d1) ascorbyl palmitate, d2) one or more polyoxyethylene sorbitan esters and optionally d3) glycomacropetide; • said one or more polyoxyethylene sorbitan esters are comprised in the said lipid phase c) • said ascorbyl palmitate is comprised in said aqueous phase or in said lipid phase or in both said phases, • said active ingredient a) is selected from melatonin and liposoluble vitamins a) an active ingredient of interest in the pharmaceutical, cosmetic or foodstuff field b) an aqueous phase c) a lipid phase, and d) emulsifying agents wherein: • said aqueous phase comprises a base; • the emulsifying agents d) consist of d1) ascorbyl palmitate, d2) one or more polyoxyethylene sorbitan esters and optionally d3) glycomacropetide; • said one or more polyoxyethylene sorbitan esters are comprised in the said lipid phase c) • said ascorbyl palmitate is comprised in said aqueous phase or in said lipid phase or in both said phases, • said active ingredient a) is selected from melatonin and liposoluble vitamins • said aqueous phase comprises a base; • the emulsifying agents d) consist of d1) ascorbyl palmitate, d2) one or more polyoxyethylene sorbitan esters and optionally d3) glycomacropetide; • said one or more polyoxyethylene sorbitan esters are comprised in the said lipid phase c) • said ascorbyl palmitate is comprised in said aqueous phase or in said lipid phase or in both said phases, • said active ingredient a) is selected from melatonin and liposoluble vitamins
A process for preparing an acid resistant cellulose capsule comprising the steps of i) preparing 100 wt part of aqueous solution of solubilized cellulose including 15 - 25 wt part of cellulose; ii) adding and stirring 2.0 - 4.0 wt part of amide pectin and 0.1 - 1.0 wt part of iota-carrageenan as a gelling agent, and 0.01 - 0.2 wt part of potassium carbonate and 0.01 - 0.2 wt part of calcium gluconate as an auxiliary gelling agent to the aqueous solution of solubilized cellulose; iii) sequentially adding and stirring 0.01 - 0.1 wt part of glacial acetic acid as a pH neutralizing agent, 0.01 - 0.2 wt part of sucrose fatty acid ester and diacetylated monoglyceride as an emulsifying agent, 0.01 - 0.1 wt part of colloidal silica as a viscosity stabilizing agent, and 0.01 - 0.1 wt part of glycerin, PEG 4000 and/or propylene glycol as a plasticizing agent to the resulting admixture; and iv) allowing obtained product to stand and to be equilibrated with adjustment of its viscosity, and forming and drying a cellulose capsule. i) preparing 100 wt part of aqueous solution of solubilized cellulose including 15 - 25 wt part of cellulose; ii) adding and stirring 2.0 - 4.0 wt part of amide pectin and 0.1 - 1.0 wt part of iota-carrageenan as a gelling agent, and 0.01 - 0.2 wt part of potassium carbonate and 0.01 - 0.2 wt part of calcium gluconate as an auxiliary gelling agent to the aqueous solution of solubilized cellulose; iii) sequentially adding and stirring 0.01 - 0.1 wt part of glacial acetic acid as a pH neutralizing agent, 0.01 - 0.2 wt part of sucrose fatty acid ester and diacetylated monoglyceride as an emulsifying agent, 0.01 - 0.1 wt part of colloidal silica as a viscosity stabilizing agent, and 0.01 - 0.1 wt part of glycerin, PEG 4000 and/or propylene glycol as a plasticizing agent to the resulting admixture; and iv) allowing obtained product to stand and to be equilibrated with adjustment of its viscosity, and forming and drying a cellulose capsule.
A heat/acoustic wave conversion component having a first end face and a second end face, characterized by: a plurality of monolithic honeycomb segments each including a partition wall that defines a plurality of cells extending from the first end face to the second end face, inside of the cells being filled with working fluid that oscillates to transmit acoustic waves, the plurality of monolithic honeycomb segments each mutually converting heat exchanged between the partition wall and the working fluid and energy of acoustic waves resulting from oscillations of the working fluid; a bonding part that mutually bonds side faces of the plurality of honeycomb segments; and a circumferential wall that surrounds a circumferential face of a honeycomb structure body made up of the plurality of honeycomb segments and the bonding part, wherein hydraulic diameter HD of the heat/acoustic wave conversion component is 0.4 mm or less, where the hydraulic diameter HD is defined as HD=4xS/C, where S denotes an area of a cross-section of each cell perpendicular to the cell extending direction and C denotes a perimeter of the cross section, an open frontal area at each end face of the honeycomb segments is in the range of 60% to 93%, heat conductivity of a material making up the honeycomb segments is 5 W/mK or less, and let that L denotes a length of each honeycomb segment from the first end face to the second face, a ratio HD/L of the hydraulic diameter HD to the length L of the honeycomb segment is 0.005 or more and less than 0.02. a plurality of monolithic honeycomb segments each including a partition wall that defines a plurality of cells extending from the first end face to the second end face, inside of the cells being filled with working fluid that oscillates to transmit acoustic waves, the plurality of monolithic honeycomb segments each mutually converting heat exchanged between the partition wall and the working fluid and energy of acoustic waves resulting from oscillations of the working fluid; a bonding part that mutually bonds side faces of the plurality of honeycomb segments; and a circumferential wall that surrounds a circumferential face of a honeycomb structure body made up of the plurality of honeycomb segments and the bonding part, wherein hydraulic diameter HD of the heat/acoustic wave conversion component is 0.4 mm or less, where the hydraulic diameter HD is defined as HD=4xS/C, where S denotes an area of a cross-section of each cell perpendicular to the cell extending direction and C denotes a perimeter of the cross section, an open frontal area at each end face of the honeycomb segments is in the range of 60% to 93%, heat conductivity of a material making up the honeycomb segments is 5 W/mK or less, and let that L denotes a length of each honeycomb segment from the first end face to the second face, a ratio HD/L of the hydraulic diameter HD to the length L of the honeycomb segment is 0.005 or more and less than 0.02.
An exercise equipment, comprising: a base; a rail disposed on the base; an operating device movably disposed on the base and for driving along the rail; and at least one magnetic resistance device connected to the operating device and the base, wherein the magnetic resistance device is for providing a magnetic resistance in accordance with an operation of the operating device, and comprises: at least one magnet base connected to the operating device; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member, wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member. a base; a rail disposed on the base; an operating device movably disposed on the base and for driving along the rail; and at least one magnetic resistance device connected to the operating device and the base, wherein the magnetic resistance device is for providing a magnetic resistance in accordance with an operation of the operating device, and comprises: at least one magnet base connected to the operating device; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member, wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member. at least one magnet base connected to the operating device; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member, wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member.
A switch fabric chip, comprising: a first medium access control, MAC, layer circuit, configured to: perform parsing processing on a first input data stream to obtain a second data stream, and output the second data stream to a processor and a first data selector; the processor, coupled to the first MAC layer circuit, and configured to: perform scheduling and switch processing on the second data stream to obtain a third data stream, and output the third data stream to the first data selector; the first data selector, coupled to the first MAC layer circuit and the processor, and configured to: when the first data stream is a data stream that is switched to another switch fabric chip in a switch device where the switch fabric chip is located, select to output the second data stream, and when the first data stream is a data stream that is switched to another switch device, select to output the third data stream; and a second MAC layer circuit, coupled to the first data selector, and configured to: perform sending processing on a fourth data stream from the first data selector, to obtain a fifth data stream. a first medium access control, MAC, layer circuit, configured to: perform parsing processing on a first input data stream to obtain a second data stream, and output the second data stream to a processor and a first data selector; the processor, coupled to the first MAC layer circuit, and configured to: perform scheduling and switch processing on the second data stream to obtain a third data stream, and output the third data stream to the first data selector; the first data selector, coupled to the first MAC layer circuit and the processor, and configured to: when the first data stream is a data stream that is switched to another switch fabric chip in a switch device where the switch fabric chip is located, select to output the second data stream, and when the first data stream is a data stream that is switched to another switch device, select to output the third data stream; and a second MAC layer circuit, coupled to the first data selector, and configured to: perform sending processing on a fourth data stream from the first data selector, to obtain a fifth data stream.
A visualization system for visualizing gas leak detection data including a processor in communication with at least one memory device, wherein the processor is configured to: receive, from one or more sensors, gas measurement data for a plurality of measurement locations within a survey area, wherein the gas measurement data includes gas concentration data; receive, from the at least one memory device, a geographic representation of the survey area; determine, based upon the gas measurement data, estimated gas source locations (602, 702, 802) of the plurality of measurement locations, wherein the estimated gas source locations include one or more measurement locations of the plurality of measurement locations where the gas concentration data is at or above a threshold; and utilize, by a smoothing algorithm, point density data of the estimated gas source locations (602, 702, 802) to create a multi-dimensional density plot (902, 1002, 1102, 1104, 1106). receive, from one or more sensors, gas measurement data for a plurality of measurement locations within a survey area, wherein the gas measurement data includes gas concentration data; receive, from the at least one memory device, a geographic representation of the survey area; determine, based upon the gas measurement data, estimated gas source locations (602, 702, 802) of the plurality of measurement locations, wherein the estimated gas source locations include one or more measurement locations of the plurality of measurement locations where the gas concentration data is at or above a threshold; and utilize, by a smoothing algorithm, point density data of the estimated gas source locations (602, 702, 802) to create a multi-dimensional density plot (902, 1002, 1102, 1104, 1106).
Vibronic sensor designed to monitor a flowing medium, said sensor comprising: an oscillator which can be exposed to a medium surrounding the oscillator; at least an electromechanical transducer designed to excite the oscillator to perform mechanical oscillations depending on driver signals, and to output transducer signals that depend on oscillations of the oscillator; an operating and evaluation unit designed to provide driver signals to drive the electromechanical transducer, to measure the transducer signals and to determine the presence, the density and/or the viscosity of the medium depending on the transducer signals; characterized in that the operating and evaluation unit is designed to detect - on the basis of modifications of the transducer signals which are variable over time and caused by vortex shedding - whether the medium in the pipe has a flow velocity above a limit value; wherein the modifications of the transducer signals which are variable over time are periodically above the limit value at a constant flow velocity of the medium. an oscillator which can be exposed to a medium surrounding the oscillator; at least an electromechanical transducer designed to excite the oscillator to perform mechanical oscillations depending on driver signals, and to output transducer signals that depend on oscillations of the oscillator; an operating and evaluation unit designed to provide driver signals to drive the electromechanical transducer, to measure the transducer signals and to determine the presence, the density and/or the viscosity of the medium depending on the transducer signals;
A music beat point detection method, comprising: performing a frame processing on a music signal to obtain a frame signal; obtaining a power spectrum of the frame signal; performing sub-band decomposition on the power spectrum, and decomposing the power spectrum into at least two sub-bands; performing a time-frequency domain joint filtering on a signal of each sub-band according to a beat type corresponding to each sub-band; obtaining a beat confidence level of each frequency in a signal of each sub-band according to a result of the time-frequency domain joint filtering; calculating a weighted sum value of power values corresponding to all frequencies in each sub-band according to the beat confidence level of each frequency; getting a to-be-confirmed beat point according to the weighted sum value; and obtaining a beat point of the music signal according to a power value of the to-be-confirmed beat point. performing a frame processing on a music signal to obtain a frame signal; obtaining a power spectrum of the frame signal; performing sub-band decomposition on the power spectrum, and decomposing the power spectrum into at least two sub-bands; performing a time-frequency domain joint filtering on a signal of each sub-band according to a beat type corresponding to each sub-band; obtaining a beat confidence level of each frequency in a signal of each sub-band according to a result of the time-frequency domain joint filtering; calculating a weighted sum value of power values corresponding to all frequencies in each sub-band according to the beat confidence level of each frequency; getting a to-be-confirmed beat point according to the weighted sum value; and obtaining a beat point of the music signal according to a power value of the to-be-confirmed beat point.
A drive assist system comprising: a movable body in which drive assist is performed by an assist device and which includes a movable body storage unit configured to hold an operation result of the assist device; an external storage unit that is provided in an external device located outside the movable body and that is configured to hold the operation result of the assist device; and a controller configured to determine an operation position indicating a location where the assist device operates, characterized in that the controller is further configured to determine whether or not the operation position indicating the location where the assist device operates is related to the operation of the assist device, select the external storage unit as a unit in which the operation result of the assist device is to be held when it is determined that the operation position indicating the location where the assist device operates is not related to the operation of the assist device, and select the movable body storage unit as the unit in which the operation result of the assist device is to be held when it is determined that the operation position indicating the location where the assist device operates is related to the operation of the assist device. a movable body in which drive assist is performed by an assist device and which includes a movable body storage unit configured to hold an operation result of the assist device; an external storage unit that is provided in an external device located outside the movable body and that is configured to hold the operation result of the assist device; and a controller configured to determine an operation position indicating a location where the assist device operates, characterized in that the controller is further configured to determine whether or not the operation position indicating the location where the assist device operates is related to the operation of the assist device, select the external storage unit as a unit in which the operation result of the assist device is to be held when it is determined that the operation position indicating the location where the assist device operates is not related to the operation of the assist device, and select the movable body storage unit as the unit in which the operation result of the assist device is to be held when it is determined that the operation position indicating the location where the assist device operates is related to the operation of the assist device.
A light fixture comprising: a baffle system that comprises at least first and second recessed square elements, the first and second recessed square elements concentric, the first recessed square element being an outer baffle structure and the second recessed square element being an inner baffle structure, the light fixture configured to have at least one light source mounted on the light fixture and spaced from an extremity of the second recessed square element farther than from an extremity of the first recessed square element; connecting elements between the first and second recessed elements (71,73); at least a first lens that is recessed from a face of the first recessed element; and a side reflector that surrounds and extends from the first recessed element such that light that is emitted from a light source mounted on the light fixture and that passes through the first lens is reflected by the side reflector, the first and second square elements (71,73) recessed in the side reflector. a baffle system that comprises at least first and second recessed square elements, the first and second recessed square elements concentric, the first recessed square element being an outer baffle structure and the second recessed square element being an inner baffle structure, the light fixture configured to have at least one light source mounted on the light fixture and spaced from an extremity of the second recessed square element farther than from an extremity of the first recessed square element; connecting elements between the first and second recessed elements (71,73); at least a first lens that is recessed from a face of the first recessed element; and a side reflector that surrounds and extends from the first recessed element such that light that is emitted from a light source mounted on the light fixture and that passes through the first lens is reflected by the side reflector, the first and second square elements (71,73) recessed in the side reflector.