mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation implemented by a communication device configured for operation in a communication network , the method comprising: sending a content request to a Content Provider, CP, system reachable via the communication network , the content request identifying targeted content and including a public key of the communication device ; receiving a response from the CP system , the response identifying a Content Delivery Network, CDN, and including an authorization token and a content key that is derived from the public key of the communication device and a private key of the CP system ; sending the authorization token to the CDN and correspondingly receiving a delivery token and an address of a delivery node ; sending the delivery token and the content key to the delivery node and correspondingly receiving encrypted content from the delivery node , the encrypted content comprising at least a portion of the targeted content as initially encrypted by the CP using a public key of the CP, and as further encrypted by the CDN using the content key provided by the communication device ; and decrypting the encrypted content using a private key of the communication device , to obtain decrypted content for media playback at the communication device . sending a content request to a Content Provider, CP, system reachable via the communication network , the content request identifying targeted content and including a public key of the communication device ; receiving a response from the CP system , the response identifying a Content Delivery Network, CDN, and including an authorization token and a content key that is derived from the public key of the communication device and a private key of the CP system ; sending the authorization token to the CDN and correspondingly receiving a delivery token and an address of a delivery node ; sending the delivery token and the content key to the delivery node and correspondingly receiving encrypted content from the delivery node , the encrypted content comprising at least a portion of the targeted content as initially encrypted by the CP using a public key of the CP, and as further encrypted by the CDN using the content key provided by the communication device ; and decrypting the encrypted content using a private key of the communication device , to obtain decrypted content for media playback at the communication device .
A module for depressurizing, collecting and storing a gaseous layer portion (g) from at least one vehicle cryogenic tank , said cryogenic tank comprising at least one valve , said gaseous layer being the gaseous phase of a gaseous energy source, said cryogenic tank containing, furthermore to said gaseous layer (g), a liquid layer (I) which is the liquid phase of a gaseous energy source, said module consisting in a sealed assembly for which there is no emission of gas, functionally self-supporting and transportable, comprising: - an intake (E) intended to be connected, by a removable intake line , to an orifice of said tank for evacuating a gaseous layer portion from said cryogenic tank, - an outlet (S) intended to be connected, by a removable outlet line , to an external system capable of using said gaseous layer portion once evacuated, - a heater connected to said intake (E) of the module , - a damper buffer tank , connected to the heater , and also to - a compressor , connected to said buffer tank , and also to - a storage means connected to said compressor and to said outlet (S) of said module , said storage means enabling said evacuated gaseous layer portion to be stored. - an intake (E) intended to be connected, by a removable intake line , to an orifice of said tank for evacuating a gaseous layer portion from said cryogenic tank, - an outlet (S) intended to be connected, by a removable outlet line , to an external system capable of using said gaseous layer portion once evacuated, - a heater connected to said intake (E) of the module , - a damper buffer tank , connected to the heater , and also to - a compressor , connected to said buffer tank , and also to - a storage means connected to said compressor and to said outlet (S) of said module , said storage means enabling said evacuated gaseous layer portion to be stored.
An inductor structure comprising: a planar silicon substrate ; a first inductor winding integrated in the silicon substrate, wherein the first inductor winding comprises first and second terminals ; a second inductor winding integrated in the silicon substrate, wherein the second inductor winding comprises third and fourth terminals ; a first ferromagnetic layer on a first side of the silicon substrate; and a second ferromagnetic layer on a second side of the silicon substrate opposite the first side of the silicon substrate; wherein the silicon substrate is laterally located between the first inductor winding and the second inductor winding, wherein the first inductor winding and the second inductor winding are laterally co-planar within the silicon substrate, wherein the terminals of the first and second inductor windings are through substrate vias which traverse the entire silicon substrate, wherein the first and second ferromagnetic layers are configured to provide magnetic shielding for the inductor structure, and wherein both sides of one or more of the terminals of the first and second inductor windings are exposed through a portion of both the first and second ferromagnetic layers. a planar silicon substrate ; a first inductor winding integrated in the silicon substrate, wherein the first inductor winding comprises first and second terminals ; a second inductor winding integrated in the silicon substrate, wherein the second inductor winding comprises third and fourth terminals ; a first ferromagnetic layer on a first side of the silicon substrate; and a second ferromagnetic layer on a second side of the silicon substrate opposite the first side of the silicon substrate; wherein the silicon substrate is laterally located between the first inductor winding and the second inductor winding, wherein the first inductor winding and the second inductor winding are laterally co-planar within the silicon substrate, wherein the terminals of the first and second inductor windings are through substrate vias which traverse the entire silicon substrate, wherein the first and second ferromagnetic layers are configured to provide magnetic shielding for the inductor structure, and wherein both sides of one or more of the terminals of the first and second inductor windings are exposed through a portion of both the first and second ferromagnetic layers.
Encoder wheel , comprising an annular main body which can be fastened on a shaft and has a passage for a shaft to pass through, a tooth structure protruding in the axial direction from the main body , the tooth structure having upper tooth parts and lower tooth parts , the upper tooth parts being configured as radial crests and the lower tooth parts being configured as radial troughs, the lower tooth parts , namely the troughs, and the upper tooth parts , that is to say the crests, extending in the axial direction to a different extent, characterized in that the lower tooth parts , namely the troughs, are of shortened configuration in the axial direction in comparison with the upper tooth parts , that is to say the crests, the upper tooth parts protruding, in their end region which faces away from the main body in the axial direction, beyond the lower tooth parts in the axial direction and in each case being of arcuate configuration in cross section, the two end edges of each arc lying on an imaginary cylinder surface which is concentric with respect to the passage .
A method for masking a detected object in a video stream captured by a camera, wherein the camera is arranged in a camera system including the camera and at least a further device, wherein a location and field of view is known for the further device and a location and a field of view is known for the camera, and wherein the field of view of the further device and the field of view of the camera are non-overlapping, the method comprising: obtaining (S210), in the camera, information indicating that an object is approaching the field of view of the camera, wherein the obtained information is determined from information from the further device indicating a location and a direction of movement of the object and the known locations and fields of view of the camera and the further device; in response to the obtained information reducing a threshold for detecting objects that are to be masked in the video stream captured by the camera, wherein the threshold specifies a confidence over which an object is determined to belong to an object class which is to be masked in the video stream, or wherein the threshold is a threshold for what is detected as foreground and what is detected as background and specifies an amount of change in image data in an image frame relative to image data in a preceding image frame over which an object is determined to belong to the foreground; detecting (S230) an object that is to be masked in the video stream using the reduced threshold; and inserting (S240) masking of the detected object in the video stream. obtaining (S210), in the camera, information indicating that an object is approaching the field of view of the camera, wherein the obtained information is determined from information from the further device indicating a location and a direction of movement of the object and the known locations and fields of view of the camera and the further device; in response to the obtained information reducing a threshold for detecting objects that are to be masked in the video stream captured by the camera, wherein the threshold specifies a confidence over which an object is determined to belong to an object class which is to be masked in the video stream, or wherein the threshold is a threshold for what is detected as foreground and what is detected as background and specifies an amount of change in image data in an image frame relative to image data in a preceding image frame over which an object is determined to belong to the foreground; detecting (S230) an object that is to be masked in the video stream using the reduced threshold; and inserting (S240) masking of the detected object in the video stream.
A fragrance composition comprising (i) a fragrance compound selected from: 2-methoxy-2-methylheptane; 7 -methoxy-2,4-dimethyloct - 2-ene; 7-methoxy-2,4,7-trimethyloct-2-ene; 7-(allyloxy)-2,4-dimethyloct-2-ene; 7 -methoxy-2,4-dimethyloctane; 4-(allyloxy)-2,6-dimethylheptane; 2,6-dimethyl-4-((2-methylallyl)oxy)heptane; 4-methoxy-2,6-dimethylheptane; 2-methyl-4-((2-methylallyl)oxy)pentane; 2-(allyloxy)-4-methylpentane; 2-methyl-4-((3-methylbut-2-en-1-yl)oxy)pentane; stereoisomers thereof; and combinations thereof, and (ii) an additional fragrance compound selected from a citrus compound, a floral compound, a fruity compound, a gourmand compound, a green compound, a musk compound, a spicy compound, a woody compound, and combinations thereof. (i) a fragrance compound selected from: 2-methoxy-2-methylheptane; 7 -methoxy-2,4-dimethyloct - 2-ene; 7-methoxy-2,4,7-trimethyloct-2-ene; 7-(allyloxy)-2,4-dimethyloct-2-ene; 7 -methoxy-2,4-dimethyloctane; 4-(allyloxy)-2,6-dimethylheptane; 2,6-dimethyl-4-((2-methylallyl)oxy)heptane; 4-methoxy-2,6-dimethylheptane; 2-methyl-4-((2-methylallyl)oxy)pentane; 2-(allyloxy)-4-methylpentane; 2-methyl-4-((3-methylbut-2-en-1-yl)oxy)pentane; stereoisomers thereof; and combinations thereof, and 2-methoxy-2-methylheptane; 7 -methoxy-2,4-dimethyloct - 2-ene; 7-methoxy-2,4,7-trimethyloct-2-ene; 7-(allyloxy)-2,4-dimethyloct-2-ene; 7 -methoxy-2,4-dimethyloctane; 4-(allyloxy)-2,6-dimethylheptane; 2,6-dimethyl-4-((2-methylallyl)oxy)heptane; 4-methoxy-2,6-dimethylheptane; 2-methyl-4-((2-methylallyl)oxy)pentane; 2-(allyloxy)-4-methylpentane; 2-methyl-4-((3-methylbut-2-en-1-yl)oxy)pentane; stereoisomers thereof; and combinations thereof, and (ii) an additional fragrance compound selected from a citrus compound, a floral compound, a fruity compound, a gourmand compound, a green compound, a musk compound, a spicy compound, a woody compound, and combinations thereof.
A method of manufacturing a surface type heating element, comprising: providing a substrate ; coating the substrate with a surface type heating element layer by applying a surface type heating element paste including an alloy component onto the substrate ; drying the applied surface type heating element layer ; and photonically sintering the dried surface type heating element layer ; characterized in that the alloy component is a NiCr alloy component. providing a substrate ; coating the substrate with a surface type heating element layer by applying a surface type heating element paste including an alloy component onto the substrate ; drying the applied surface type heating element layer ; and photonically sintering the dried surface type heating element layer ; characterized in that the alloy component is a NiCr alloy component.
Blade cascade segment of a blade cascade for a turbomachine, the blade cascade segment comprising a platform having an axially asymmetric platform surface , an axial cascade width and at least two airfoils having respective leading edges, the platform surface having an elevation which extends from the pressure side of a first of the airfoils to the suction side of a second of the airfoils and which has an inflow-side boundary lying at a zero level, characterized in that at least one highest point of the elevation lies closer to the suction side of the second airfoil than to the pressure side of the first airfoil and a furthest-upstream point of the inflow-side boundary of the elevation lies at at most 20% of the axial cascade width downstream of the leading edges, the platform surface also having a recess which is arranged at least partly upstream of the at least one highest point of the elevation, the recess having a region that is upstream of the leading edges of the airfoils, and the recess extending as far as an inflow-side platform edge . the platform surface having an elevation which extends from the pressure side of a first of the airfoils to the suction side of a second of the airfoils and which has an inflow-side boundary lying at a zero level, characterized in that at least one highest point of the elevation lies closer to the suction side of the second airfoil than to the pressure side of the first airfoil and a furthest-upstream point of the inflow-side boundary of the elevation lies at at most 20% of the axial cascade width downstream of the leading edges, the platform surface also having a recess which is arranged at least partly upstream of the at least one highest point of the elevation, the recess having a region that is upstream of the leading edges of the airfoils, and the recess extending as far as an inflow-side platform edge .
Lighting and/or signalling device for a motor vehicle comprising: - at least one light source emitting a light beam along a mean lighting axis (A1), - a light guide having an extruded form with an input end situated in the mean lighting axis (A1) of the light source , and two opposing lateral faces , of which one is a reflection face for reflecting the light and one is an output face for the output of light, - a support which delimits an internal housing for the light guide and which has a front-end wall in which there is provided a window , the output face of the light guide being substantially planar and extending parallel to the outer face of the front-end wall of the support , characterized in that the output face of the light guide is bordered by two flat flanks each forming an obtuse angle with the output face , and in that the window has two lateral edges which extend in inclined planes towards the internal housing parallel to the flanks . - at least one light source emitting a light beam along a mean lighting axis (A1), - a light guide having an extruded form with an input end situated in the mean lighting axis (A1) of the light source , and two opposing lateral faces , of which one is a reflection face for reflecting the light and one is an output face for the output of light, - a support which delimits an internal housing for the light guide and which has a front-end wall in which there is provided a window , the output face of the light guide being substantially planar and extending parallel to the outer face of the front-end wall of the support ,
An apparatus for receiving waste and generating energy by producing steam from the waste, the apparatus minimizing air pollutants by thermally processing the waste to produce a carbon free residual mineral, the apparatus comprising: - a gasifier configured to receive the waste and air to produce a fuel gas; - a reformer fluidly coupled to the gasifier , the reformer configured to receive the fuel gas, a first stream of recycled flue gas, and a first stream of air to auto-thermally produce a reformed fuel gas and destroy pollutants in the fuel gas at a first temperature; - a burner fluidly coupled to the reformer , the burner configured to receive a second stream of recycled flue gas and a second stream of air to oxidize the reformed fuel gas at a second temperature that prevents formation of nitrogen oxide, the second temperature being lower than the first temperature; - a quench chamber fluidly coupled to the burner , the quench chamber configured to receive flue gas from the burner that is quenched with a third stream of recycled flue gas; and - a heat recovery system fluidly coupled to the quench chamber , the heat recovery system configured to receive flue gas from the quench chamber and to provide the first, second, and third streams of recycled flue gas, respectively. - a gasifier configured to receive the waste and air to produce a fuel gas; - a reformer fluidly coupled to the gasifier , the reformer configured to receive the fuel gas, a first stream of recycled flue gas, and a first stream of air to auto-thermally produce a reformed fuel gas and destroy pollutants in the fuel gas at a first temperature; - a burner fluidly coupled to the reformer , the burner configured to receive a second stream of recycled flue gas and a second stream of air to oxidize the reformed fuel gas at a second temperature that prevents formation of nitrogen oxide, the second temperature being lower than the first temperature; - a quench chamber fluidly coupled to the burner , the quench chamber configured to receive flue gas from the burner that is quenched with a third stream of recycled flue gas; and - a heat recovery system fluidly coupled to the quench chamber , the heat recovery system configured to receive flue gas from the quench chamber and to provide the first, second, and third streams of recycled flue gas, respectively.
A method for manufacturing electrodes using a three-dimensional substrate comprising innumerable fine hollow protrusions formed on the front and back sides of a metal foil, hereinafter called 3DF, for electrochemical applied products, wherein the tip portion of said innumerable fine hollow protrusions is opened, wherein the method for manufacturing a positive electrode and/or a negative electrode includes a coating process of filling a paste of an active material powder, characterized in that the coating process of the positive electrode and/or the negative electrode has two steps comprising: the first step coating process of filling the paste of said powder inside of the 3DF while removing air inside the three dimensional substrate, wherein the filling of the paste of the active material powder in said first step coating process is due to a method of passing the paste through from one side of the 3DF to the opposite side, and the second step coating process of coating a new paste of said powder on the front and back sides of said electrodes obtained by the first step. the first step coating process of filling the paste of said powder inside of the 3DF while removing air inside the three dimensional substrate, wherein the filling of the paste of the active material powder in said first step coating process is due to a method of passing the paste through from one side of the 3DF to the opposite side, and the second step coating process of coating a new paste of said powder on the front and back sides of said electrodes obtained by the first step.
A display method, comprising: determining a video selected by a user to be displayed in a transition animation; displaying, by an electronic device , a first screen on a display of the electronic device in response to a received first user operation, and playing the video in a first transition animation on the first screen; wherein the first screen comprises a first display box , and the first transition animation is displayed in the first display box ; switching, by the electronic device , from the first screen to a second screen on the display of the electronic device in response to a received second user operation when a first image frame of the video in the first transition animation is played on the first display box ; wherein the second screen comprises a second display box , a size of the second display box is the same as that of the first display box , and a position of the second display box on the display is the same as that of the first display box on the display ; and playing all image frames between the first image frame and the last image frame of the video in the first transition animation on the second display box when in a process of gradually enlarging and moving the second display box to the screen center of the display of the electronic device ; wherein the first image frame of the video is any image frame between the initial image frame of the video and the last image frame of the video. determining a video selected by a user to be displayed in a transition animation; displaying, by an electronic device , a first screen on a display of the electronic device in response to a received first user operation, and playing the video in a first transition animation on the first screen; wherein the first screen comprises a first display box , and the first transition animation is displayed in the first display box ; switching, by the electronic device , from the first screen to a second screen on the display of the electronic device in response to a received second user operation when a first image frame of the video in the first transition animation is played on the first display box ; wherein the second screen comprises a second display box , a size of the second display box is the same as that of the first display box , and a position of the second display box on the display is the same as that of the first display box on the display ; and playing all image frames between the first image frame and the last image frame of the video in the first transition animation on the second display box when in a process of gradually enlarging and moving the second display box to the screen center of the display of the electronic device ; wherein the first image frame of the video is any image frame between the initial image frame of the video and the last image frame of the video.