mhurhangee/patent-ind-claim-en huggingface dataset:
A system for spin-coating at least one substrate, the system comprising: - at least one holder assembly configured to receive the at least one substrate, wherein the holder assembly is moveable along a substantially vertical axis; and - a dispensing arm assembly comprising a base ; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate. - at least one holder assembly configured to receive the at least one substrate, wherein the holder assembly is moveable along a substantially vertical axis; and - a dispensing arm assembly comprising a base ; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate. a base ; and at least one arm (35; 37) having a first end and a second end, wherein the dispensing arm assembly is moveable along a horizontal axis, and wherein the at least one arm (35; 37) is operably coupled to the base at the first end and operably coupled to at least one applicator (20; 22) that is in fluid communication with one coating solution source at the second end, and wherein the at least one applicator (20; 22) is capable of being positioned along the substantially vertical axis so as to coat at least the coating solution onto the substrate and to obtain a coated substrate, characterized in that the system comprises a drying and cooling assembly that is positioned along said substantially vertical axis and that is able to force air onto said coated substrate.
Thermally insulated container, in particular for transportation purposes, having a container wall which completely encloses an interior space and is formed by a plurality of wall elements , namely three side wall elements , a top element , a bottom element and a door element , the interior space having at least one closable opening and a plurality of passive melt storage elements being provided in the container , each of which is filled with a melt storage material, wherein the container wall is double-walled with an outer wall and an inner wall , wherein the outer wall and the inner wall are each mechanically stable and self-supporting, the interior being insulated against heat exchange by a plurality of vacuum insulation elements , and wherein the vacuum insulation elements are arranged between the outer wall and the inner wall , characterized in that in each individual wall element a plurality of vacuum insulation elements are provided for insulation and each vacuum insulation element has a base body made of an open-pored material which is enclosed in a gas-tight manner by a film , the interior formed by the film being evacuated, the film of each vacuum insulation element having no projecting edge flaps. wherein the container wall is double-walled with an outer wall and an inner wall , wherein the outer wall and the inner wall are each mechanically stable and self-supporting, the interior being insulated against heat exchange by a plurality of vacuum insulation elements , and wherein the vacuum insulation elements are arranged between the outer wall and the inner wall , characterized in that in each individual wall element a plurality of vacuum insulation elements are provided for insulation and each vacuum insulation element has a base body made of an open-pored material which is enclosed in a gas-tight manner by a film , the interior formed by the film being evacuated, the film of each vacuum insulation element having no projecting edge flaps.
A method of supporting scanning of a station, STA, at an access point, AP, in a wireless local area network, WLAN, system, the method comprising: at the AP supporting a 1 MHz channel width and a 2 MHz channel width, receiving (S1810) a probe request frame from the STA; and transmitting (S1820) a probe response frame to the STA in response to the probe request frame, characterized in that , wherein, if the probe request frame is received in the 1 MHz channel width, the probe response frame is transmitted in the 1 MHz channel width, and wherein if the probe request frame is received in the 2 MHz channel width, the probe response frame is transmitted in the 2 MHz channel width, and wherein the AP is not allowed to respond with the probe response frame in the 1 MHz channel width after receiving the probe request frame in the 2 MHz channel width. at the AP supporting a 1 MHz channel width and a 2 MHz channel width, receiving (S1810) a probe request frame from the STA; and transmitting (S1820) a probe response frame to the STA in response to the probe request frame, characterized in that , wherein, if the probe request frame is received in the 1 MHz channel width, the probe response frame is transmitted in the 1 MHz channel width, and wherein if the probe request frame is received in the 2 MHz channel width, the probe response frame is transmitted in the 2 MHz channel width, and wherein the AP is not allowed to respond with the probe response frame in the 1 MHz channel width after receiving the probe request frame in the 2 MHz channel width.
A method of an apparatus , the method comprising: generating and maintaining a first device application usage profile for each one or more known first computing devices of a local network based on first network traffic data; detecting an unknown second computing device in the local network; collecting second network traffic data related to the unknown second computing device; generating a second device application usage profile for the unknown second computing device based on the second network traffic data related to the unknown second computing device; comparing the second device application usage profile of the unknown second computing device with the first device application usage profile of the one or more known first computing devices of the local network; and in response to detecting a difference between the second device application usage profile of the unknown second computing device and the first device application usage profile of the one or more known first computing devices of the local network satisfying a predetermined threshold, identifying the unknown second computing device as one of the one or more known first computing devices of the local network. generating and maintaining a first device application usage profile for each one or more known first computing devices of a local network based on first network traffic data; detecting an unknown second computing device in the local network; collecting second network traffic data related to the unknown second computing device; generating a second device application usage profile for the unknown second computing device based on the second network traffic data related to the unknown second computing device; comparing the second device application usage profile of the unknown second computing device with the first device application usage profile of the one or more known first computing devices of the local network; and in response to detecting a difference between the second device application usage profile of the unknown second computing device and the first device application usage profile of the one or more known first computing devices of the local network satisfying a predetermined threshold, identifying the unknown second computing device as one of the one or more known first computing devices of the local network.
An image-capturing device , comprising: an image sensor that includes an image-capturing area (61, ... 66) where an image of a subject is captured; a setting unit that sets image-capturing conditions to be applied to the image-capturing area (61, ... 66) ; a selection unit that selects pixel image data to be used for image processing 1 from pixel image data present in the image-capturing area (61, ... 66); and a generation unit that generates an image of the subject captured in the image-capturing area (61, ... 66) with image data generated through image processing 2 executed by using the image data selected by the selection unit , wherein: the selection unit makes a change in selecting at least some of the pixel image data to be selected depending upon the image-capturing conditions set by the setting unit , characterized in that the selection unit , if first image-capturing conditions applied at a target pixel (P) are different from second image-capturing conditions present around the target pixel (P), selects only image data obtained under the first image-capturing condition matching those applied at the target pixel (P), among the image data available at all pixels located within a predetermined range around the target pixel (P) while image data obtained under the second image-capturing condition within the predetermined range are not used for image processing 3 . an image sensor that includes an image-capturing area (61, ... 66) where an image of a subject is captured; a setting unit that sets image-capturing conditions to be applied to the image-capturing area (61, ... 66) ; a selection unit that selects pixel image data to be used for image processing 1 from pixel image data present in the image-capturing area (61, ... 66); and a generation unit that generates an image of the subject captured in the image-capturing area (61, ... 66) with image data generated through image processing 2 executed by using the image data selected by the selection unit , wherein: the selection unit makes a change in selecting at least some of the pixel image data to be selected depending upon the image-capturing conditions set by the setting unit , characterized in that the selection unit , if first image-capturing conditions applied at a target pixel (P) are different from second image-capturing conditions present around the target pixel (P), selects only image data obtained under the first image-capturing condition matching those applied at the target pixel (P), among the image data available at all pixels located within a predetermined range around the target pixel (P) while image data obtained under the second image-capturing condition within the predetermined range are not used for image processing 3 .
A method operable on a wireless mobile device comprising: receiving multimedia content over a first wireless communication channel established using one or more wireless modems from a first application of a source device; establishing , with the one or more wireless modems, a second wireless communication channel for enabling communication for a second application of a destination device; determining channel data corresponding to one or more characteristics associated with the second wireless communication channel; determining one or more profiles based on the source device or the destination device; determining resource data delineating the current utilization of resources within the mobile device; configuring , based on the channel data, the one or more profiles and the resource data, a multimedia bridge that transforms video data from a first format implemented by the source application to a second format implemented by the destination application; transforming, using the multimedia bridge, the received multimedia content from the first format implemented by the source application to the second format implemented by the destination application to produce transformed multimedia content; and forwarding , with the wireless modems, the transformed multimedia content to the second application. receiving multimedia content over a first wireless communication channel established using one or more wireless modems from a first application of a source device; establishing , with the one or more wireless modems, a second wireless communication channel for enabling communication for a second application of a destination device; determining channel data corresponding to one or more characteristics associated with the second wireless communication channel; determining one or more profiles based on the source device or the destination device; determining resource data delineating the current utilization of resources within the mobile device; configuring , based on the channel data, the one or more profiles and the resource data, a multimedia bridge that transforms video data from a first format implemented by the source application to a second format implemented by the destination application; transforming, using the multimedia bridge, the received multimedia content from the first format implemented by the source application to the second format implemented by the destination application to produce transformed multimedia content; and forwarding , with the wireless modems, the transformed multimedia content to the second application.
An integrated circuit to control a process, the process comprising: transmitting, to a mobile station, control information related to a mapping of sounding reference signals, SRSs, to frequency resources; and receiving the SRSs, which are mapped to the frequency resources based on the control information and which are transmitted from the mobile station, characterized in that each of the frequency resources has a fixed bandwidth regardless of variation of a SRS transmission bandwidth in a system bandwidth, to both ends of which control channels are mapped, the SRS transmission bandwidth covers a frequency band subject to estimation of channel quality information, and the SRS transmission bandwidth is uniformly divided into the frequency resources. transmitting, to a mobile station, control information related to a mapping of sounding reference signals, SRSs, to frequency resources; and receiving the SRSs, which are mapped to the frequency resources based on the control information and which are transmitted from the mobile station, characterized in that each of the frequency resources has a fixed bandwidth regardless of variation of a SRS transmission bandwidth in a system bandwidth, to both ends of which control channels are mapped, the SRS transmission bandwidth covers a frequency band subject to estimation of channel quality information, and the SRS transmission bandwidth is uniformly divided into the frequency resources.
A Fourier ptychographic imaging system, comprising: a variable illuminator configured to illuminate a sample being imaged at a plurality of incidence angles at different times; an optical system comprising a collection lens , the collection lens configured to collect and filter light issuing from the sample being imaged; a radiation detector configured to receive light from the optical system and acquire a plurality of intensity images of the sample being imaged, each intensity image corresponding to a different incidence angle of the plurality of incidence angles; and a processor configured to reconstruct an image with a higher resolution than a resolution of the intensity images wherein reconstructing the higher resolution image comprises: iteratively updating overlapping regions in the Fourier domain with intensity image measurements, and recovering phase information from the plurality of intensity images; characterised in that : the collection lens has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens . a variable illuminator configured to illuminate a sample being imaged at a plurality of incidence angles at different times; an optical system comprising a collection lens , the collection lens configured to collect and filter light issuing from the sample being imaged; a radiation detector configured to receive light from the optical system and acquire a plurality of intensity images of the sample being imaged, each intensity image corresponding to a different incidence angle of the plurality of incidence angles; and a processor configured to reconstruct an image with a higher resolution than a resolution of the intensity images wherein reconstructing the higher resolution image comprises: iteratively updating overlapping regions in the Fourier domain with intensity image measurements, and recovering phase information from the plurality of intensity images; characterised in that : the collection lens has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens . the collection lens has a numerical aperture, NA, of 0.40 or greater, wherein the plurality of incidence angles and the NA correspond to a plurality of overlapping regions in the Fourier domain that cover an expanded NA of greater than 1.0; and the variable illuminator comprises a first set of circular rings of light elements centred about the central axis of the collection lens .
An access point comprising: a communicator configured to communicate with an external electronic apparatus; and a controller configured to: determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal. a communicator configured to communicate with an external electronic apparatus; and a controller configured to: determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal. determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal.
Clusterin for use thereof in the treatment of thrombotic microangiopathies.
A lubricant composition comprising an oil of lubricating viscosity, an amine-containing phosphorus antiwear agent, and an oil-soluble titanium compound, wherein the lubricant composition contains less than 50 ppm of boron, wherein the lubricant comprises a total sulfur level of about 0.75 to about 5 wt.%, and wherein the composition comprises greater than 200 ppm titanium.
A straightening device adapted for straightening welding wire (W) of any diameter in a range of 1.2 mm to 1.6 mm, comprising two groups of straightening rolls configured to allow a welding wire (W) to pass through them and be straightened, wherein the plurality of straightening rolls forming each said roll groups are arranged at a predetermined arrangement interval along a passing direction of the welding wire (W) so as to face with each other across a straightening path (T) along which the welding wire (W) passes, characterized in that the two sets of roll groups are arranged so that the directions in which they face across the straightening path (T) are different from each other, the straightening rolls are small-diameter rolls having a roll diameter of 20 mm or less, each of the roll groups is a non-adjustable type that does not allow change of arrangement positions of the straightening rolls forming the roll group , wherein each of the roll groups is configured to include the straightening roll that satisfies the following range of a ratio of a roll diameter of the straightening roll to a welding wire diameter range of 1.2 mm to 1.6 mm: 4 ≤ r d ≤ 9 r: roll radius of straightening roll d: welding wire (W) diameter range of 1.2 mm to 1.6 mm each of the roll groups is configured to include the straightening rolls arranged so as to satisfy the following ratio of the roll diameter to an arrangement interval between the straightening rolls : 0.5 ≤ r L ≤ 0.7 r: roll radius of straightening roll L: arrangement interval between straightening rolls , and the roll groups are configured to satisfy a range shown in the following: − 1.3 ≤ δ d ≤ 0.3 δ: engaging amount of straightening roll d: welding wire (W) diameter range of 1.2 mm to 1.6 mm r: roll radius of straightening roll d: welding wire (W) diameter range of 1.2 mm to 1.6 mm each of the roll groups is configured to include the straightening rolls arranged so as to satisfy the following ratio of the roll diameter to an arrangement interval between the straightening rolls : 0.5 ≤ r L ≤ 0.7 r: roll radius of straightening roll L: arrangement interval between straightening rolls , and the roll groups are configured to satisfy a range shown in the following: − 1.3 ≤ δ d ≤ 0.3 δ: engaging amount of straightening roll d: welding wire (W) diameter range of 1.2 mm to 1.6 mm