mhurhangee/patent-ind-claim-en huggingface dataset:
Silicon doped metal oxide particles in which the metal oxide particles are doped with silicon, wherein the molar ratio (Si/M) of a metal element (M) and silicon (Si) of the silicon doped metal oxide particles is in the range of 0.01 or more and 1.00 or less, the silicon doped metal oxide particles are solid solution oxide particles, and an average molar absorption coefficient in the wavelength range of 200 nm to 380 nm, of a dispersion in which the silicon doped metal oxide particles are dispersed in a dispersion medium, is improved as compared with the metal oxide particles not doped with silicon. wherein the molar ratio (Si/M) of a metal element (M) and silicon (Si) of the silicon doped metal oxide particles is in the range of 0.01 or more and 1.00 or less, the silicon doped metal oxide particles are solid solution oxide particles, and an average molar absorption coefficient in the wavelength range of 200 nm to 380 nm, of a dispersion in which the silicon doped metal oxide particles are dispersed in a dispersion medium, is improved as compared with the metal oxide particles not doped with silicon.
A display apparatus, comprising: - a sensor panel configured to sense a first incident light, incident to the sensor panel subsequent to passing through a display , and to at least partially block transmission of light through the sensor panel; and - a controller configured to selectively control the display to pass the first incident light toward the sensor panel and configured to control the display to pass light from a backlight unit out of the display to display an image, wherein the sensor panel comprises first plural distinct portions configured to each forward light from the sensor panel towards the display and second plural distinct portions configured to each sense incident light intensity, wherein the second plural distinct portions are distinct from the first plural distinct portions and block transmission of light through the sensor panel towards the display, wherein the controller is configured to selectively control opacities of pixels and/or sub-pixels of the display to produce image patterns on the display for displaying the image on the display, in a second mode, and to form at least one pattern on the display controlled to be transparent and an area of the display surrounding the at least one pattern controlled to be opaque, to capture an image by at least one sensor unit of the second plural distinct portions, in a first mode, and to determine a depth of an object represented in the first incident light CHARACTERIZED IN THAT the controller is further configured to determine the depth of an object represented in the first incident light based upon at least one detected size of a blur of at least one pattern detected by the sensor panel , and to restore a captured image by calculating a distance-based impulse response based on the determined depth by performing devolution of the captured image using the distance-based impulse response to compensate for refraction or geometric effects caused by the at least one pattern of the display. - a sensor panel configured to sense a first incident light, incident to the sensor panel subsequent to passing through a display , and to at least partially block transmission of light through the sensor panel; and - a controller configured to selectively control the display to pass the first incident light toward the sensor panel and configured to control the display to pass light from a backlight unit out of the display to display an image,
A communication node , comprising: a case having a first face with plurality of ports ; a card module mounted near the front face, the card module including: a circuit board , the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge ; a chiclet mounted on the circuit board between two housing slots , the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board ; a port module that includes a housing with a plurality of slot walls , the slot walls positioned in the housing slots , the housing including a port recess aligned with the plurality of terminals; and a transformer box mounted on the circuit board , the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer , the transformer box positioned between the rear edge and the housing. a case having a first face with plurality of ports ; a card module mounted near the front face, the card module including: a circuit board , the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge ; a chiclet mounted on the circuit board between two housing slots , the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board ; a port module that includes a housing with a plurality of slot walls , the slot walls positioned in the housing slots , the housing including a port recess aligned with the plurality of terminals; and a transformer box mounted on the circuit board , the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer , the transformer box positioned between the rear edge and the housing. a circuit board , the circuit board including a front edge and a rear edge and a plurality of housing slots positioned at the front edge ; a chiclet mounted on the circuit board between two housing slots , the chiclet having a frame and a plurality of terminals configured to engage a mating connector, each terminal of the plurality of terminals including a tail electrically connected to the circuit board ; a port module that includes a housing with a plurality of slot walls , the slot walls positioned in the housing slots , the housing including a port recess aligned with the plurality of terminals; and a transformer box mounted on the circuit board , the transformer box associated with the port recess and configured to provide magnetic coupling between a cable side and a chip side of a transformer , the transformer box positioned between the rear edge and the housing.
A system for feeding and controlling a variable capacity compressor in a cooled environment , comprising an electronic control , a thermostat arranged in the cooled environment , and a power source , the power source comprising a neutral terminal and a phase terminal, the thermostat comprising a first terminal and a second terminal, and the electronic control comprising a phase feed input and a neutral feed input, the neutral terminal of the power source is electrically connected to the neutral feed input of the electronic control and the phase terminal of the power source is electrically connected to the first terminal of the thermostat , the second terminal of the thermostat being electrically connected to the phase feed input of the electronic control , at least one operation state sensor being configured to measure continuously an operation state of the compressor , wherein the thermostat has only the function of monitoring the temperature and of switching to activate the compressor ; the thermostat being configured to feed and un-feed selectively the electronic control , the electronic control activating and deactivating selectively the compressor and controlling its cooling capacity, the electronic control being configured to calculate continuously the cooling capacity of the compressor , according to the signals of said at least one operation state sensor and to alter continuously the operation rotation of the compressor according to the cooling capacity calculated continuously. the power source comprising a neutral terminal and a phase terminal, the thermostat comprising a first terminal and a second terminal, and the electronic control comprising a phase feed input and a neutral feed input, the neutral terminal of the power source is electrically connected to the neutral feed input of the electronic control and the phase terminal of the power source is electrically connected to the first terminal of the thermostat , the second terminal of the thermostat being electrically connected to the phase feed input of the electronic control , at least one operation state sensor being configured to measure continuously an operation state of the compressor , wherein the thermostat has only the function of monitoring the temperature and of switching to activate the compressor ; the thermostat being configured to feed and un-feed selectively the electronic control , the electronic control activating and deactivating selectively the compressor and controlling its cooling capacity, the electronic control being configured to calculate continuously the cooling capacity of the compressor , according to the signals of said at least one operation state sensor and to alter continuously the operation rotation of the compressor according to the cooling capacity calculated continuously.
A method of treating hydrogen sulfide in a stream, the method comprising: adding an effective amount of a composition to the stream, wherein the composition comprises a scavenger, the scavenger comprising an alkoxylated polyamino aldehyde adduct, wherein the adduct does not comprise a triazine, and reacting the hydrogen sulfide with the scavenger. adding an effective amount of a composition to the stream, wherein the composition comprises a scavenger, the scavenger comprising an alkoxylated polyamino aldehyde adduct, wherein the adduct does not comprise a triazine, and reacting the hydrogen sulfide with the scavenger.
A computer implemented method for detecting a malicious file comprising: receiving, at a remote server, a plurality of call logs from a plurality of user computers, each call log comprising: function calls made by a same file executing on each of the respective user computers, and control flow graphs of processes launched from the same file; combining the plurality of call logs into a combined call log stored on the remote server only when, for each local call log, the combined call log stored on the remote server will have at least one record which is absent from said local call log, the combined call log including a combined control flow graph that is obtained by combining all of the control flow graphs received for the file; searching the combined call log stored on the remote server to find a match of rules for one or more behavioral rules stored in a threat database associated with the server; when the match is found in the combined call log stored on the remote server, determining a verdict about the file being executed, wherein the verdict indicated whether or not the file is malicious; and transmitting information regarding the verdict to the plurality of user computers. receiving, at a remote server, a plurality of call logs from a plurality of user computers, each call log comprising: function calls made by a same file executing on each of the respective user computers, and control flow graphs of processes launched from the same file; combining the plurality of call logs into a combined call log stored on the remote server only when, for each local call log, the combined call log stored on the remote server will have at least one record which is absent from said local call log, the combined call log including a combined control flow graph that is obtained by combining all of the control flow graphs received for the file; searching the combined call log stored on the remote server to find a match of rules for one or more behavioral rules stored in a threat database associated with the server; when the match is found in the combined call log stored on the remote server, determining a verdict about the file being executed, wherein the verdict indicated whether or not the file is malicious; and transmitting information regarding the verdict to the plurality of user computers.
An antenna device (10C-F) comprising a plurality of antennas , wherein: the antennas include a plurality of first antennas which form a first array and a plurality of second antennas which form a second array ; the first antennas include two first predetermined antennas ; a longitudinal direction of one of the first predetermined antennas and another longitudinal direction of a remaining one of the first predetermined antennas intersect with each other and define a horizontal plane ; each of the first antennas mainly radiates a horizontally polarized wave which is in parallel to the horizontal plane ; each of the second antennas mainly radiates a vertically polarized wave which is perpendicular to the horizontal plane ; the second antennas include two second predetermined antennas ; the two first predetermined antennas are arranged along a first line ; the two second predetermined antennas are arranged along a second line ; and when the first line and the second line are projected onto the horizontal plane along a direction perpendicular to the horizontal plane , the first line and the second line intersect with each other, characterized in that each of the first antennas is an antenna which has a split-ring resonance structure, and each of the second antennas is an antenna which has a split-ring resonance structure. the antennas include a plurality of first antennas which form a first array and a plurality of second antennas which form a second array ; the first antennas include two first predetermined antennas ; a longitudinal direction of one of the first predetermined antennas and another longitudinal direction of a remaining one of the first predetermined antennas intersect with each other and define a horizontal plane ; each of the first antennas mainly radiates a horizontally polarized wave which is in parallel to the horizontal plane ; each of the second antennas mainly radiates a vertically polarized wave which is perpendicular to the horizontal plane ; the second antennas include two second predetermined antennas ; the two first predetermined antennas are arranged along a first line ; the two second predetermined antennas are arranged along a second line ; and when the first line and the second line are projected onto the horizontal plane along a direction perpendicular to the horizontal plane , the first line and the second line intersect with each other, characterized in that each of the first antennas is an antenna which has a split-ring resonance structure, and each of the second antennas is an antenna which has a split-ring resonance structure.
A composite material structure comprising: a first structure having a plurality of laminated fiber reinforced sheets and curved at a curved portion ; and a filler having a plurality of laminated fiber reinforced sheets and provided in a clearance formed between the curved portion and a second structure arranged side by side along a laminating direction (Z) with the first structure , the filler being attached to the curved portion , wherein the plurality of fiber reinforced sheets included in the first structure have different fiber directions and include a first fiber reinforced sheet whose fiber direction that is a fiber extending direction is a first direction; and, wherein a plurality of fiber reinforced sheets included in the filler have different fiber directions and include a first fiber reinforced sheet ; characterized in that a ratio of a total length in the laminating direction (Z) of the first fiber reinforced sheet to a total length in the laminating direction (Z) of all the fiber reinforced sheets in the first structure and a ratio of a total length in the laminating direction (Z) of the first fiber reinforced sheet to a total length in the laminating direction (Z) of all the fiber reinforced sheets in the filler are substantially the same. a first structure having a plurality of laminated fiber reinforced sheets and curved at a curved portion ; and a filler having a plurality of laminated fiber reinforced sheets and provided in a clearance formed between the curved portion and a second structure arranged side by side along a laminating direction (Z) with the first structure , the filler being attached to the curved portion , wherein the plurality of fiber reinforced sheets included in the first structure have different fiber directions and include a first fiber reinforced sheet whose fiber direction that is a fiber extending direction is a first direction; and, wherein a plurality of fiber reinforced sheets included in the filler have different fiber directions and include a first fiber reinforced sheet ; characterized in that a ratio of a total length in the laminating direction (Z) of the first fiber reinforced sheet to a total length in the laminating direction (Z) of all the fiber reinforced sheets in the first structure and a ratio of a total length in the laminating direction (Z) of the first fiber reinforced sheet to a total length in the laminating direction (Z) of all the fiber reinforced sheets in the filler are substantially the same.
Method for applying a decoration and a surface structure to a carrier material , comprising the following steps: providing a carrier material or a carrier material , at least one decorative paper and at least one overlay ; printing the carrier material or the at least one decorative paper with a decoration; producing a file for the surface structure, containing the digital data of the surface structure of the decoration, from the digital image data of the decoration; applying at least one layer of resin to the printed carrier material or to at least one overlay , the distribution of the resin being dictated by the digital data of the file for the surface structure and thus being dependent on the imprinted decoration; pressing the at least one resin layer with the carrier material using a structured press platen , or pressing a carrier material , the at least one decorative paper and the at least one overlay bearing the at least one resin layer using a structured press platen , the structure of the press platen being dictated by the digital data of the file for the surface structure and thus being dependent on the printed decoration; where a surface structure is formed on the carrier material that is synchronous to the applied decoration; where a part of the structure height of the surface structure results from the application of the at least one resin layer; characterized in that the structuring of the carrier material is generated in the at least one resin layer and extends into the carrier material ; and in that , at least in portions, a surface structure having a structure depth of more than 200 μm is formed. providing a carrier material or a carrier material , at least one decorative paper and at least one overlay ; printing the carrier material or the at least one decorative paper with a decoration; producing a file for the surface structure, containing the digital data of the surface structure of the decoration, from the digital image data of the decoration; applying at least one layer of resin to the printed carrier material or to at least one overlay , the distribution of the resin being dictated by the digital data of the file for the surface structure and thus being dependent on the imprinted decoration; pressing the at least one resin layer with the carrier material using a structured press platen , or pressing a carrier material , the at least one decorative paper and the at least one overlay bearing the at least one resin layer using a structured press platen , the structure of the press platen being dictated by the digital data of the file for the surface structure and thus being dependent on the printed decoration; where a surface structure is formed on the carrier material that is synchronous to the applied decoration; where a part of the structure height of the surface structure results from the application of the at least one resin layer; characterized in that the structuring of the carrier material is generated in the at least one resin layer and extends into the carrier material ; and in that , at least in portions, a surface structure having a structure depth of more than 200 μm is formed.
Module for cleaning an optical element or an optical element protection device , intended in particular to equip a motor vehicle, said optical element or said protection device having a surface of revolution: - the cleaning module including at least one ring , preferably having at least one circular arc shape part configured to surround the surface of revolution of the optical element or of the protection device and at least one cleaning structure , - the surface of revolution having a cylindrical shape and the ring being configured to be mobile with a relative movement in translation along an axis of revolution (A2) of the ring with respect to the optical element or to the protection device so as to drive movement of the cleaning structure along the surface of revolution, the cleaning structure including at least one fluid spraying nozzle configured to spray a cleaning fluid onto the surface of revolution, characterized in that the cleaning structure includes a wiping structure , the wiping structure preferably including an O-ring. - the cleaning module including at least one ring , preferably having at least one circular arc shape part configured to surround the surface of revolution of the optical element or of the protection device and at least one cleaning structure , - the surface of revolution having a cylindrical shape and the ring being configured to be mobile with a relative movement in translation along an axis of revolution (A2) of the ring with respect to the optical element or to the protection device so as to drive movement of the cleaning structure along the surface of revolution, the cleaning structure including at least one fluid spraying nozzle configured to spray a cleaning fluid onto the surface of revolution, characterized in that the cleaning structure includes a wiping structure , the wiping structure preferably including an O-ring.
An aggregate of metal fine particles, characterized in that the metal fine particles have disk shapes or rod shapes, when a shape of each metal fine particle having the disk shape is approximated to an ellipsoid, and mutually orthogonal semi-axial lengths are defined as a, b, c (a ≥ b ≥ c) respectively, an average value of a / c is 9.0 or more and 40.0 or less, a standard deviation of a / c is 3.0 or more, a value of a / c has a continuous distribution in a range of at least 10.0 to 30.0, and a number ratio of the metal fine particles having the value of a / c of 1.0 or more and less than 9.0 does not exceed 10% in the aggregate, in an aspect ratio a / c of the metal fine particles; when a shape of each metal fine particle having the rod shape is approximated to an ellipsoid, and mutually orthogonal semi-axial lengths are defined as a, b, c (a ≥ b ≥ c) respectively, an average value of a / c is 4.0 or more and 10.0 or less, a standard deviation of a / c is 1.0 or more, a value of a / c has a continuous distribution in a range of at least 5.0 to 8.0, and a number ratio of the metal fine particles having the value of a / c of 1.0 or more and less than 4.0 does not exceed 10% in the aggregate, in an aspect ratio a / c of the metal fine particles; and the metal is silver or a silver alloy of silver and one or more metals selected from the group consisting of platinum, ruthenium, gold, palladium, iridium, copper, nickel, rhenium, osmium, and rhodium.