mhurhangee/patent-ind-claim-en huggingface dataset:
A table game management system comprising: a camera that images a game token placed in any of a plurality of bet areas set on a game table ; and a management control device that grasps a type of the game token placed on the game table based on a surface color of a side face of the game token imaged by the camera, characterized in that the game token has, in appearance, on the side face of the game token, a layer characterized by a first surface color different according to a type of the game token and a layer characterized by a second surface color not depending on the type of the game token, and the management control device is equipped with a function of determining the number of the gaming tokens by measuring the number of the layers characterized by the first surface color or the layers characterized by the second surface color of the game token. a camera that images a game token placed in any of a plurality of bet areas set on a game table ; and a management control device that grasps a type of the game token placed on the game table based on a surface color of a side face of the game token imaged by the camera, characterized in that the game token has, in appearance, on the side face of the game token, a layer characterized by a first surface color different according to a type of the game token and a layer characterized by a second surface color not depending on the type of the game token, and the management control device is equipped with a function of determining the number of the gaming tokens by measuring the number of the layers characterized by the first surface color or the layers characterized by the second surface color of the game token.
A method for instantiating an enclave, comprising: identifying a first set of dependent enclave indicators that are included in metadata of a primary enclave image and that reference respective dependent enclave images on which the primary enclave image depends; identifying a first dependent enclave image corresponding to one of the first set of dependent enclave indicators; creating a secure enclave container; and copying at least a portion of the primary enclave image and at least a portion of the first dependent enclave image into the secure enclave container. identifying a first set of dependent enclave indicators that are included in metadata of a primary enclave image and that reference respective dependent enclave images on which the primary enclave image depends; identifying a first dependent enclave image corresponding to one of the first set of dependent enclave indicators; creating a secure enclave container; and copying at least a portion of the primary enclave image and at least a portion of the first dependent enclave image into the secure enclave container.
A data communication method comprising: receiving, at a server, a request for accessing a target page sent by a browser ; establishing, by the server, a second channel with the browser and a first channel with client terminal software; storing, by the server, a corresponding relationship between the first channel and the second channel; sending , by the server, a plugin execution instruction to the client terminal software through the first channel, the plugin execution instruction being used for instructing the client terminal software to run a target plugin, wherein a page part corresponding to the target plugin is a part of the target page, and instructing by the server, through the second channel, the browser to process other page functions of the target page; receiving, by the server, plugin running result data fed back through the first channel by the client terminal software; processing the plugin running result data; and sending a processing result to the browser through the second channel for display as part of the target page. receiving, at a server, a request for accessing a target page sent by a browser ; establishing, by the server, a second channel with the browser and a first channel with client terminal software; storing, by the server, a corresponding relationship between the first channel and the second channel; sending , by the server, a plugin execution instruction to the client terminal software through the first channel, the plugin execution instruction being used for instructing the client terminal software to run a target plugin, wherein a page part corresponding to the target plugin is a part of the target page, and instructing by the server, through the second channel, the browser to process other page functions of the target page; receiving, by the server, plugin running result data fed back through the first channel by the client terminal software; processing the plugin running result data; and sending a processing result to the browser through the second channel for display as part of the target page.
A method of controlling a brightness of a light source by an electronic device, the method comprising: capturing an image including an ambient environment of the light source; determining at least one luminance value of the image; and characterised by the method comprising: determining an exposure condition set during the capturing of said image whereby the exposure condition includes at least one of an aperture value, a shutter speed, or an ISO sensitivity; determining information about a brightness of the ambient environment of the light source based on the exposure condition; and controlling the brightness of the light source based on the determined information about the brightness of the ambient environment and based on the at least one luminance value. determining an exposure condition set during the capturing of said image whereby the exposure condition includes at least one of an aperture value, a shutter speed, or an ISO sensitivity; determining information about a brightness of the ambient environment of the light source based on the exposure condition; and controlling the brightness of the light source based on the determined information about the brightness of the ambient environment and based on the at least one luminance value.
A tube pump comprising: a tube with flexibility; a housing unit that has an inner peripheral surface , which is formed in an arc shape around an axis, along which the tube is disposed, and that is opened toward one end side along the axis; a pair of roller units that are accommodated in the housing unit and rotate about the axis in a state in which the tube is blocked; and a pair of drive units that cause each of the pair of roller units to rotate about the axis in the same direction; characterized in that a cover member is disposed in the housing unit such that the cover member covers the pair of roller units and provides an annular opening region into which the tube is able to be inserted toward the inner peripheral surface , the cover member is a member formed to have a circular plan view of a first radius (R1) around the axis, the inner peripheral surface is an arc-shaped surface disposed along a circle with a second radius (R2) around the axis, the tube being disposed along the inner peripheral surface , the second radius (R2) being larger than the first radius (R1), and an outer diameter (D1) of the tube in a natural state is smaller than a difference obtained by subtracting the first radius (R1) from the second radius (R2), the pair of roller units do not come into contact with the tube in the natural state. a tube with flexibility; a housing unit that has an inner peripheral surface , which is formed in an arc shape around an axis, along which the tube is disposed, and that is opened toward one end side along the axis; a pair of roller units that are accommodated in the housing unit and rotate about the axis in a state in which the tube is blocked; and a pair of drive units that cause each of the pair of roller units to rotate about the axis in the same direction; characterized in that a cover member is disposed in the housing unit such that the cover member covers the pair of roller units and provides an annular opening region into which the tube is able to be inserted toward the inner peripheral surface , the cover member is a member formed to have a circular plan view of a first radius (R1) around the axis, the inner peripheral surface is an arc-shaped surface disposed along a circle with a second radius (R2) around the axis, the tube being disposed along the inner peripheral surface , the second radius (R2) being larger than the first radius (R1), and an outer diameter (D1) of the tube in a natural state is smaller than a difference obtained by subtracting the first radius (R1) from the second radius (R2), the pair of roller units do not come into contact with the tube in the natural state.
An air purification method, comprising: acquiring plant information of a plant contained in a target detection region; and controlling a target air purification device to enable an air purification function if it is judged, according to the plant information of the plant contained in the target detection region and predetermined reference plant information of an allergy-causing plant, that the target detection region contains the allergy-causing plant and that the allergy-causing plant is in a blooming state, characterized in that acquiring plant information comprises: acquiring an image of the target detection region; and controlling the target air purification device to enable an air purification function comprises: controlling the target air purification device to enable the air purification function if it is judged, according to the image of the target detection region and a predetermined first reference plant image of the allergy-causing plant, that the target detection region contains the allergy-causing plant and that the allergy-causing plant is in the blooming state, wherein the first reference plant image is image of the allergy-causing plant in the blooming state. acquiring plant information of a plant contained in a target detection region; and controlling a target air purification device to enable an air purification function if it is judged, according to the plant information of the plant contained in the target detection region and predetermined reference plant information of an allergy-causing plant, that the target detection region contains the allergy-causing plant and that the allergy-causing plant is in a blooming state, characterized in that acquiring plant information comprises: acquiring an image of the target detection region; and controlling the target air purification device to enable an air purification function comprises: controlling the target air purification device to enable the air purification function if it is judged, according to the image of the target detection region and a predetermined first reference plant image of the allergy-causing plant, that the target detection region contains the allergy-causing plant and that the allergy-causing plant is in the blooming state, wherein the first reference plant image is image of the allergy-causing plant in the blooming state.
A fastener comprising: an elongated shaft having a first end , a second end , and a shaft body disposed between the first end and the second end; a head portion disposed at the first end; a threaded portion disposed at the second end; at least one inner feed channel extending from an opening in the head portion, through the head portion and the shaft body, along a longitudinal central axis of the elongated shaft, and terminating proximal to the threaded portion; a plurality of flutes formed along and circumferentially spaced around an outer surface of the shaft body and an outer surface of the head portion, each flute having a first end extending from a first location proximal to the threaded portion, along the outer surface of the shaft body, and radially outward along the outer surface of the head portion; and one or more lateral feed channels formed laterally through the shaft body, each lateral feed channel connecting the inner feed channel to at least two opposing flutes on the outer surface of the shaft body. an elongated shaft having a first end , a second end , and a shaft body disposed between the first end and the second end; a head portion disposed at the first end; a threaded portion disposed at the second end; at least one inner feed channel extending from an opening in the head portion, through the head portion and the shaft body, along a longitudinal central axis of the elongated shaft, and terminating proximal to the threaded portion; a plurality of flutes formed along and circumferentially spaced around an outer surface of the shaft body and an outer surface of the head portion, each flute having a first end extending from a first location proximal to the threaded portion, along the outer surface of the shaft body, and radially outward along the outer surface of the head portion; and one or more lateral feed channels formed laterally through the shaft body, each lateral feed channel connecting the inner feed channel to at least two opposing flutes on the outer surface of the shaft body.
A method of operating an apparatus to obtain ion energy distribution measurements in a plasma processing system comprising: providing a substrate for placement in the plasma processing system and exposure to the plasma, the substrate having an ion energy analyser disposed therein for measuring the ion energy distribution at the substrate surface during plasma processing, the analyser comprising a plurality of conductive grids, and a collection electrode, each grid separated by an insulating layer ; providing a high voltage generating circuit within the substrate and configured to take the output voltage of a battery to power the high voltage generating circuit and apply a voltage to a first grid of the plurality of conductive grids; providing a high voltage switch (S1) configured to discharge the first grid to a floating ground of the apparatus , and a resistor in parallel with the high voltage switch (S1); sampling ion current during a first stage while a first voltage is being charged on the first grid from the floating ground potential to a plateau voltage; and sampling ion current during a second stage while a second voltage applied to the first grid is discharging through the resistor from a predetermined voltage generated by the high voltage generating circuit to the plateau voltage. providing a substrate for placement in the plasma processing system and exposure to the plasma, the substrate having an ion energy analyser disposed therein for measuring the ion energy distribution at the substrate surface during plasma processing, the analyser comprising a plurality of conductive grids, and a collection electrode, each grid separated by an insulating layer ; providing a high voltage generating circuit within the substrate and configured to take the output voltage of a battery to power the high voltage generating circuit and apply a voltage to a first grid of the plurality of conductive grids; providing a high voltage switch (S1) configured to discharge the first grid to a floating ground of the apparatus , and a resistor in parallel with the high voltage switch (S1); sampling ion current during a first stage while a first voltage is being charged on the first grid from the floating ground potential to a plateau voltage; and sampling ion current during a second stage while a second voltage applied to the first grid is discharging through the resistor from a predetermined voltage generated by the high voltage generating circuit to the plateau voltage.
A self mode locking laser the laser comprising a resonator terminated by first and second mirrors and folded by a third mirror , the third mirror surmounted by a multilayer semiconductor gain medium including at least one quantum well layer, a continuous wave (cw) optical field source the output from which is configured to pump the gain medium , an optical Kerr lensing layer to cause Kerr lens mode locking of an output field of the laser , characterised in that the optical Kerr lensing layer comprises a heat spreader mounted upon the semiconductor gain medium , wherein the resonator further comprises an astigmatism controller to introduce astigmatism to a cavity mode at the gain medium , and wherein the resonator is configured such that a Kerr effect induced by the Kerr lensing layer acts to compensate for the astigmatism introduced to the cavity mode to increase an overlap between an area of a cavity mode and a pump field spot at the gain medium thereby causing mode locking of an output field of the laser .
A method for re-identifying a medical information object, known as a de-identified derived object (B'), received by equipment (CSE) of a clinical site from equipment (NCSE) of a non-clinical site via a communication network (RT), said object (B') comprising an image (I') derived from an original image (I) and at least a first metadata (MR) relating to a medical information object, known as a de-identified derived object (B'), received by equipment (CSE) of a clinical site via a communication network (RT), said object (B') comprising an image (I') derived from an original image (I) and at least a first metadata (MR A' ) of a medical information object, said de-identified main object (A') comprising the original image (I), said method being characterised in that it comprises the following steps: - obtaining (E2) said at least one first metadata (MR A' ) in an unencrypted information field (SINC B' ) of the de-identified derivative object (B'); - obtaining (E3) at least one second metadata (MR A,ch ) of attachment of a main object (A) comprising the original image, said at least one second metadata being contained in a corresponding encrypted information field (SIC C' ) of a second de-identified medical information object (C', A', KOS'), said second object further comprising said at least one first metadata (MR A' ) in an unencrypted information field (SINC C' ); - creating (E4) a derived object (B), comprising said derived image (I') from said at least one second metadata (MR A,ch ) obtained. - obtaining (E2) said at least one first metadata (MR A' ) in an unencrypted information field (SINC B' ) of the de-identified derivative object (B'); - obtaining (E3) at least one second metadata (MR A,ch ) of attachment of a main object (A) comprising the original image, said at least one second metadata being contained in a corresponding encrypted information field (SIC C' ) of a second de-identified medical information object (C', A', KOS'), said second object further comprising said at least one first metadata (MR A' ) in an unencrypted information field (SINC C' ); - creating (E4) a derived object (B), comprising said derived image (I') from said at least one second metadata (MR A,ch ) obtained.
Protection cover configured to cover an automotive connector for a harness inside a vehicle and configured to protect a fastening latch mechanism of the automotive connector from paint, particles, humidity, liquids and/or impact and vibration; wherein the protection cover has a front portion and a rear portion , characterized by the front portion being the part which is configured to be connected to a counterpart of the automotive connector and configured to cover the fastening latch mechanism , wherein the front portion is foldable.
A polyethylene composition comprising: (a) a first polyethylene fraction comprising at least one peak in a temperature range of from 35°C to 70°C in an elution profile via improved comonomer composition distribution (iCCD) analysis method, wherein a first polyethylene area fraction is an area in the elution profile from 35°C to 70°C, and wherein the first polyethylene fraction area comprises from 25% to 65% of the total area of the elution profile; (b) a second polyethylene fraction comprising at least one peak in a temperature range of from 85°C to 120°C in the elution profile via iCCD analysis method, wherein a second polyethylene area fraction is an area in the elution profile from 85°C to 120°C, and wherein the second polyethylene fraction area comprises at least 20% of the total area of the elution profile; and (c) a third polyethylene fraction in a temperature range of from 70°C to 85°C in the elution profile via iCCD analysis method, wherein the third polyethylene area fraction is an area in the elution profile from 70°C to 85°C, and wherein the third polyethylene fraction area comprises less than 10% of the total area of the elution profile; and wherein the polyethylene composition has a density of 0.880 g/cm 3 to 0.910 g/cm 3 , a melt index (I 2 ) of 0.50 g/10 minutes to 6.0 g/10 minutes, and a zero shear viscosity ratio of the polyethylene composition less than 2.0. (a) a first polyethylene fraction comprising at least one peak in a temperature range of from 35°C to 70°C in an elution profile via improved comonomer composition distribution (iCCD) analysis method, wherein a first polyethylene area fraction is an area in the elution profile from 35°C to 70°C, and wherein the first polyethylene fraction area comprises from 25% to 65% of the total area of the elution profile; (b) a second polyethylene fraction comprising at least one peak in a temperature range of from 85°C to 120°C in the elution profile via iCCD analysis method, wherein a second polyethylene area fraction is an area in the elution profile from 85°C to 120°C, and wherein the second polyethylene fraction area comprises at least 20% of the total area of the elution profile; and (c) a third polyethylene fraction in a temperature range of from 70°C to 85°C in the elution profile via iCCD analysis method, wherein the third polyethylene area fraction is an area in the elution profile from 70°C to 85°C, and wherein the third polyethylene fraction area comprises less than 10% of the total area of the elution profile; and
A control method for a fuel cell system with an oxidant supplying device configured to supply oxidant gas to a fuel cell , a fuel supplying device configured to supply fuel gas to the fuel cell and a combustor configured to burn fuel off-gas and oxidant off-gas discharged from the fuel cell and discharge thereof, comprising: a power generation control step (S910) of supplying the fuel gas and the oxidant gas to the fuel cell and causing the fuel cell to generate power, and characterized by further comprising: a stop control step (S920-S924,S941) of stopping the supply of the fuel gas to the fuel cell and supplying a predetermined amount of the oxidant gas necessary to burn the fuel off-gas discharged from the fuel cell to the combustor on the basis of an amount of unburned fuel gas remaining in a fuel passage for passing the fuel gas to the fuel cell in the case of stopping the fuel cell system . a power generation control step (S910) of supplying the fuel gas and the oxidant gas to the fuel cell and causing the fuel cell to generate power, and characterized by further comprising: a stop control step (S920-S924,S941) of stopping the supply of the fuel gas to the fuel cell and supplying a predetermined amount of the oxidant gas necessary to burn the fuel off-gas discharged from the fuel cell to the combustor on the basis of an amount of unburned fuel gas remaining in a fuel passage for passing the fuel gas to the fuel cell in the case of stopping the fuel cell system .