mhurhangee/patent-ind-claim-en huggingface dataset:
A communication control device comprising: a transmission unit configured to transmit an acquisition request of connection information to a storage device , the storage device storing the connection information for connection of the communication control device to each of a plurality of communication control determination devices that control coexistence of a plurality of wireless systems secondarily using one or more frequency channels allocated to a primary wireless system, wherein the communication control device is configured to mediate information between a communication control determination device and a communication device using one of the wireless systems; an acquisition unit configured to acquire a response including the connection information from the storage device , the connection information including a list of two or more of the plurality of communication control determination devices , each being recommended to the communication control device , as a candidate of initial connection between the communication control device and one of said two or more communication control determination devices ; and a control unit configured to select for initial connection, on a basis of at least one reference, a communication control determination device from the connection information received from the storage device , wherein the at least one reference relates to information necessary for communication control for the coexistence. a transmission unit configured to transmit an acquisition request of connection information to a storage device , the storage device storing the connection information for connection of the communication control device to each of a plurality of communication control determination devices that control coexistence of a plurality of wireless systems secondarily using one or more frequency channels allocated to a primary wireless system, wherein the communication control device is configured to mediate information between a communication control determination device and a communication device using one of the wireless systems; an acquisition unit configured to acquire a response including the connection information from the storage device , the connection information including a list of two or more of the plurality of communication control determination devices , each being recommended to the communication control device , as a candidate of initial connection between the communication control device and one of said two or more communication control determination devices ; and a control unit configured to select for initial connection, on a basis of at least one reference, a communication control determination device from the connection information received from the storage device , wherein the at least one reference relates to information necessary for communication control for the coexistence.
A method for handling on a mobile terminal a list of contents each associated to a sub-content, the list of contents and the sub-contents being displayable on a touch-sensitive screen of the mobile terminal , the method comprising: - displaying (a) on the screen a window containing the sub-content associated to a first content selected by a user from said list of contents; - detecting (b) a predetermined touch gesture by the user on the screen ; characterized in that the method further comprises, when a predetermined touch gesture has been detected, displaying (c) on the screen , over the displayed window, a pop-up window containing a sub-list of contents from said list of contents. - displaying (a) on the screen a window containing the sub-content associated to a first content selected by a user from said list of contents; - detecting (b) a predetermined touch gesture by the user on the screen ;
A wound management device comprising: at least one wall element of flexible sheet material, the device being securable to skin around a wound site to define a space wherein the wound is accessible; first and second wall elements , of flexible sheet material, secured to one another to define a space therebetween, a first one of said wall elements being adapted for adhesive securement to skin around a wound site and being provided or being able to be provided with an opening for access between the wound site and the space between the wall elements , ; an openable and resealable formation providing access to the space between the wall elements , ; and a connector element held to the at least one wall element and affording at least one passage , , thereby providing for external communication with the space between the wall elements , ; wherein the connector element includes at least two spigots , , , through which the or a passage , extends, for engagement by a member for fluid supply to or removal from the space, characterised in that the at least two spigots , , , have an external surface which is slightly tapered for fitment of respective tubes onto the at least two spigots , , , and wherein the at least two spigots , , , respectively extend into the wound space of the device and to the exterior of the device . at least one wall element of flexible sheet material, the device being securable to skin around a wound site to define a space wherein the wound is accessible; first and second wall elements , of flexible sheet material, secured to one another to define a space therebetween, a first one of said wall elements being adapted for adhesive securement to skin around a wound site and being provided or being able to be provided with an opening for access between the wound site and the space between the wall elements , ; an openable and resealable formation providing access to the space between the wall elements , ; and a connector element held to the at least one wall element and affording at least one passage , , thereby providing for external communication with the space between the wall elements , ; wherein the connector element includes at least two spigots , , , through which the or a passage , extends, for engagement by a member for fluid supply to or removal from the space, characterised in that the at least two spigots , , , have an external surface which is slightly tapered for fitment of respective tubes onto the at least two spigots , , , and wherein the at least two spigots , , , respectively extend into the wound space of the device and to the exterior of the device .
A computer-implemented method for estimating a location of an epileptogenic zone of a mammalian brain, the method including the following steps: a) Receiving a structural skeleton model of a mammalian brain , wherein the structural skeleton model comprises a plurality of nodes and is based on non-invasive neuroimaging data and wherein connectivity information of the brain between different nodes is extracted from the non-invasive neuroimaging data; b) Providing a coupled brain network model by populating each node of the structural skeleton model with a neural population model, wherein the neural population model corresponding to a node is coupled to further neural population models corresponding to further nodes according to the connectivity information and the neural population model exhibits bistable behavior to enter and to exit an ictal state; c) Providing a first estimate of the location of the epileptogenic zone in the brain network model, the first estimate of the location including at least one of the plurality of nodes; d) Predicting a location of a propagation zone in the brain network model based on the first estimate of the location of the epileptogenic zone by at least one simulation of the coupled brain network model. a) Receiving a structural skeleton model of a mammalian brain , wherein the structural skeleton model comprises a plurality of nodes and is based on non-invasive neuroimaging data and wherein connectivity information of the brain between different nodes is extracted from the non-invasive neuroimaging data; b) Providing a coupled brain network model by populating each node of the structural skeleton model with a neural population model, wherein the neural population model corresponding to a node is coupled to further neural population models corresponding to further nodes according to the connectivity information and the neural population model exhibits bistable behavior to enter and to exit an ictal state; c) Providing a first estimate of the location of the epileptogenic zone in the brain network model, the first estimate of the location including at least one of the plurality of nodes; d) Predicting a location of a propagation zone in the brain network model based on the first estimate of the location of the epileptogenic zone by at least one simulation of the coupled brain network model.
A method for sensing a biometric object using an electronic device, the electronic device including a liquid crystal display, LCD and an optical sensing unit disposed under the LCD , the LCD including a display surface having a sensing region for the biometric object , and a color filter unit including a horizontal array of color filters that contains at least two groups of color filters , each one of the groups of color filters being adapted for exclusively allowing a light of a specific wavelength range, which is different from wavelength ranges of the others of said groups, to pass through, a liquid crystal layer containing a plurality of liquid crystal molecules , and a backlight unit vertically and sequentially disposed under the display surface in such order, the method comprising the step of: a) emitting a sensing light (L1) from the backlight unit upon the biometric object contacting the sensing region on the display surface , and allowing the sensing light (L1) to pass through the color filter unit and then reach and be reflected by the biometric object to return as a reflected light (L2); characterized by the step of: b) controlling arrangement of the liquid crystal molecules located in a first region of the liquid crystal layer to define a first light path, the first region being underneath the sensing region of the display surface and vertically corresponding in position to a specific one of the at least two groups of the color filters of the color filter unit , and by said controlling, allowing the reflected light (L2) having predetermined wavelengths to pass through the specific one of the at least two groups of the color filters and the first light path to reach and be detected by the optical sensing unit and at the same time controlling the liquid crystal molecules located in a remaining region of the liquid crystal layer other than the first region such that the reflected light (L2) that has wavelengths other than the predetermined wavelengths and that passes through the remainder of the at least two groups of the color filters and the remaining region is blocked from reaching and being detected by the optical sensing unit . a) emitting a sensing light (L1) from the backlight unit upon the biometric object contacting the sensing region on the display surface , and allowing the sensing light (L1) to pass through the color filter unit and then reach and be reflected by the biometric object to return as a reflected light (L2);
A fuel cell system comprising: a first fuel cell stack (FC1); a second fuel cell stack (FC2) with lower output voltage than the first fuel cell stack (FC1), a pre-switching stack configured by the first fuel cell stack (FC1) or the second fuel cell stack (FC2), a post-switching stack configured by at least the first fuel cell stack (FC1); and characterized by a step-up stack configured by the first fuel cell stack (FC1) or the second fuel cell stack (FC2), and an electricity control device configured to step up voltage of the step-up stack with the pre-switching stack connected to a load and then switch to a connection state where the post-switching stack is connected to the load . a first fuel cell stack (FC1); a second fuel cell stack (FC2) with lower output voltage than the first fuel cell stack (FC1), a pre-switching stack configured by the first fuel cell stack (FC1) or the second fuel cell stack (FC2), a post-switching stack configured by at least the first fuel cell stack (FC1); and characterized by a step-up stack configured by the first fuel cell stack (FC1) or the second fuel cell stack (FC2), and an electricity control device configured to step up voltage of the step-up stack with the pre-switching stack connected to a load and then switch to a connection state where the post-switching stack is connected to the load .
A compound for use as an imaging agent having the following structure: a) b) c) or d) wherein F is 18 F; or a compound having the structure: or optionally, when present, F is 18 F. a) b) c) or d) wherein F is 18 F; or a compound having the structure: or optionally, when present, F is 18 F.
A system for generating spatially structured light suitable for structured illumination microscopy (SIM) comprising: a light source ; a first grating and a second grating ; and at least one reflective component, selectively positionable in a first position in which it forms a first light path originating at the light source and extending to the first grating and thereafter to a subsequent component in the system, and in a second position in which it forms a second light path originating at the light source and extending to the second grating and thereafter to the subsequent component, wherein the reflective component includes a rotatable mirror that assumes the first or second positions, the system being characterised in that the rotatable mirror is double-sided and comprises an elongate member, and wherein an axle is coupled to the elongate member substantially at a center of the elongate member, wherein the first grating and the second grating each comprise a substrate with a periodic structure combined with a prism, and wherein the first grating and the second grating are arranged to face towards each other. a light source ; a first grating and a second grating ; and at least one reflective component, selectively positionable in a first position in which it forms a first light path originating at the light source and extending to the first grating and thereafter to a subsequent component in the system, and in a second position in which it forms a second light path originating at the light source and extending to the second grating and thereafter to the subsequent component, wherein the reflective component includes a rotatable mirror that assumes the first or second positions, the system being characterised in that the rotatable mirror is double-sided and comprises an elongate member, and wherein an axle is coupled to the elongate member substantially at a center of the elongate member, wherein the first grating and the second grating each comprise a substrate with a periodic structure combined with a prism, and wherein the first grating and the second grating are arranged to face towards each other.
Insulator (100, 100A-C, 200A-C) for a gas-insulated device , comprising an injection-molded insulator disc and a conductor , wherein the insulator disc comprises a first circumferential surface , a second circumferential surface disposed radially outwards from the first circumferential surface , and a web portion (105, 105A-C) connecting the first circumferential surface and the second circumferential surface , the web portion (105, 105A-C) comprises a wave structure, the web portion (105, 105A-C) having an inner wave profile (106, 206A-C) at the first circumferential surface and an outer wave profile (107, 207A-C) at the second circumferential surface , wherein the inner wave profile (106, 206A-C) and the outer wave profile (107, 207A-C) have a radius of curvature of 2 mm or more and 10,000 mm or less, and the inner wave profile (106, 206A-C) has a first number of cycles (n i ) and the outer wave profile (107, 207A-C) has a second number of cycles (n o ) which is more than the first number of cycles (n i ). the insulator disc comprises a first circumferential surface , a second circumferential surface disposed radially outwards from the first circumferential surface , and a web portion (105, 105A-C) connecting the first circumferential surface and the second circumferential surface , the web portion (105, 105A-C) comprises a wave structure, the web portion (105, 105A-C) having an inner wave profile (106, 206A-C) at the first circumferential surface and an outer wave profile (107, 207A-C) at the second circumferential surface , wherein the inner wave profile (106, 206A-C) and the outer wave profile (107, 207A-C) have a radius of curvature of 2 mm or more and 10,000 mm or less, and the inner wave profile (106, 206A-C) has a first number of cycles (n i ) and the outer wave profile (107, 207A-C) has a second number of cycles (n o ) which is more than the first number of cycles (n i ).
A tyre comprising a tread portion comprising a plurality of main grooves extending in a tyre circumferential direction and a plurality of land regions divided by the plurality of the main grooves , wherein the plurality of the main grooves includes a first main groove and a second main groove adjacent to each other in a tyre axial direction, the plurality of the land regions includes a first land region defined between the first main groove and the second main groove , the first land region is provided with a first oblique groove and a second oblique groove , the first oblique groove extends obliquely with respect to the tyre axial direction from the first main groove to have an end portion terminating within the first land region , and the second oblique groove extends obliquely with respect to the tyre axial direction from the second main groove to intersect with a middle groove portion of the first oblique groove and terminate there, characterized in that the first oblique groove at least includes a deep groove portion extending from the first main groove and a shallow groove portion connected with the deep groove portion with a gradually decreasing depth portion therebetween, and the second oblique groove intersects with the shallow groove portion 840c) with a depth equal to that of the shallow groove portion .
A method of occluding one or more arterioles, venules, or capillaries in a cadaver , the method comprising: perfusing the cadaver with a fluid configured to occlude one or more arterioles, venules, or capillaries of the cadaver, characterised in that (a) perfusing the cadaver with a fluid includes perfusing the cadaver via a single access point for fluid communication with the cadaver ; and (b) the fluid includes a liquid medium, a dispersant, an embolization material, and a viscosifier.
A light emitting device comprising: a first light emitting element and a second light emitting element , each having a peak emission wavelength in a range of 430 nm to 480 nm; a first light transmissive member disposed on an upper face of the first light emitting element and containing a first phosphor; a second light transmissive member disposed on an upper face of the second light emitting element ; and an encapsulant covering the first light transmissive member and the second light transmissive member and containing a second phosphor, wherein the first light emitting element and the second light emitting element are configured to be independently driven, and wherein a chromaticity of light exiting from the first light transmissive member differs from a chromaticity of light exiting from the second light transmissive member , characterized in that the first light transmissive member does not cover lateral faces of the first light emitting element , wherein the second light transmissive member does not cover lateral faces of the second light emitting element , and wherein the encapsulant covers the lateral faces of the first light emitting element and the lateral faces of the second light emitting element . a first light emitting element and a second light emitting element , each having a peak emission wavelength in a range of 430 nm to 480 nm; a first light transmissive member disposed on an upper face of the first light emitting element and containing a first phosphor; a second light transmissive member disposed on an upper face of the second light emitting element ; and an encapsulant covering the first light transmissive member and the second light transmissive member and containing a second phosphor, wherein the first light emitting element and the second light emitting element are configured to be independently driven, and wherein a chromaticity of light exiting from the first light transmissive member differs from a chromaticity of light exiting from the second light transmissive member , characterized in that the first light transmissive member does not cover lateral faces of the first light emitting element , wherein the second light transmissive member does not cover lateral faces of the second light emitting element , and wherein the encapsulant covers the lateral faces of the first light emitting element and the lateral faces of the second light emitting element .
A system for positioning and tensioning a surgical cord, the system comprising: a tensioner adaptable to apply a tensioning force to the surgical cord; a tensioner extension instrument comprising: an elongate body comprising a flexible cylindrical member adapted to carry tension along a longitudinal axis of the elongate body, the flexible cylindrical member sized to receive a surgical cord through a lumen within the flexible cylindrical member in use, wherein the elongate body is a helical spring structure in the form of a tension spring with unloaded coils that abut each other; a dual coupler disposed on a proximal end of the elongate body , the dual coupler including a bore for receiving a nose portion of the tensioner and guiding the surgical cord into the tensioner in use; and a nose member disposed on a distal end of the elongate body , the nose member adapted to discharge the surgical cord from the elongate body . a tensioner adaptable to apply a tensioning force to the surgical cord; a tensioner extension instrument comprising: an elongate body comprising a flexible cylindrical member adapted to carry tension along a longitudinal axis of the elongate body, the flexible cylindrical member sized to receive a surgical cord through a lumen within the flexible cylindrical member in use, wherein the elongate body is a helical spring structure in the form of a tension spring with unloaded coils that abut each other; a dual coupler disposed on a proximal end of the elongate body , the dual coupler including a bore for receiving a nose portion of the tensioner and guiding the surgical cord into the tensioner in use; and a nose member disposed on a distal end of the elongate body , the nose member adapted to discharge the surgical cord from the elongate body . an elongate body comprising a flexible cylindrical member adapted to carry tension along a longitudinal axis of the elongate body, the flexible cylindrical member sized to receive a surgical cord through a lumen within the flexible cylindrical member in use, wherein the elongate body is a helical spring structure in the form of a tension spring with unloaded coils that abut each other; a dual coupler disposed on a proximal end of the elongate body , the dual coupler including a bore for receiving a nose portion of the tensioner and guiding the surgical cord into the tensioner in use; and a nose member disposed on a distal end of the elongate body , the nose member adapted to discharge the surgical cord from the elongate body .