mhurhangee/patent-ind-claim-en huggingface dataset:
A valve plate for sealing off a valve opening of a vacuum valve, which valve plate has an at least substantially rectangular shape with relatively long long sides and relatively short narrow sides , wherein a sealing ring made of an elastomeric material is attached to a front side of the valve plate to seal off the valve plate relative to a valve seat surrounding the valve opening , and the valve plate on a rear side has at least one indentation with an undercut delimiting wall which forms an inclined face which, to fasten the valve plate to a carrier , can be braced with an inclined face of the carrier , characterised in that at least one lug which projects over the rear side of the valve plate and protrudes at right-angles from the rear side of the valve plate is attached to the valve plate, which lug possesses a through-bore for passing a clamping screw through which can be screwed into a threaded bore in the carrier , for bracing the at least one inclined face of the valve plate with the at least one inclined face of the carrier , with, seen in a side view of the valve plate in a viewing direction parallel to the long sides of the valve plate, the rectilinear extension of the longitudinal centre line of the through-bore which runs through the lug running past the inclined face at a distance (a) from the rear side of the valve plate.
A computer implemented method of anomaly detection from log messages, the method comprising: determining whether at least a portion of a log message generated by a computing system matches one or more of a plurality of Bloom filters, wherein each Bloom filter is associated with one or more respective predefined log messages and one or more respective database keys, and each database key is associated with one of the predefined log messages in a database; and if the at least the portion of the log message matches the one or more Bloom filters, for each of the one or more Bloom filters, determining whether the at least a portion of the log message matches any of the one or more associated predefined log messages by performing a lookup of the database using the associated one or more database keys, wherein the at least a portion of the log message comprises the log message with variable portions removed. determining whether at least a portion of a log message generated by a computing system matches one or more of a plurality of Bloom filters, wherein each Bloom filter is associated with one or more respective predefined log messages and one or more respective database keys, and each database key is associated with one of the predefined log messages in a database; and if the at least the portion of the log message matches the one or more Bloom filters, for each of the one or more Bloom filters, determining whether the at least a portion of the log message matches any of the one or more associated predefined log messages by performing a lookup of the database using the associated one or more database keys, wherein the at least a portion of the log message comprises the log message with variable portions removed.
A cooling apparatus comprising: a base plate for receiving a heat load from an electric component , a plurality of parallel evaporators having respective evaporator channels having a thermal contact with the base plate for passing the received heat load to fluid in the plurality of parallel evaporator channels , one or more evaporation channels are located within the base plate , a plurality of parallel condensers with condenser channels each receiving fluid from one of the evaporators and for dissipating heat from the received fluid , and a plurality of connecting pieces each passing fluid from one evaporator to one condenser , the evaporator channels and the condenser channels both extend in the vertical direction, wherein the cooling apparatus is provided with a plurality of pumps for pumping fluid from one condenser to one evaporator , each pump maintaining the fluid level at a height (h2) in the evaporator , while the fluid level remains on a lower height (h1) in the condenser , for cooling the entire base plate. a base plate for receiving a heat load from an electric component , a plurality of parallel evaporators having respective evaporator channels having a thermal contact with the base plate for passing the received heat load to fluid in the plurality of parallel evaporator channels , one or more evaporation channels are located within the base plate , a plurality of parallel condensers with condenser channels each receiving fluid from one of the evaporators and for dissipating heat from the received fluid , and a plurality of connecting pieces each passing fluid from one evaporator to one condenser , the evaporator channels and the condenser channels both extend in the vertical direction, wherein the cooling apparatus is provided with a plurality of pumps for pumping fluid from one condenser to one evaporator , each pump maintaining the fluid level at a height (h2) in the evaporator , while the fluid level remains on a lower height (h1) in the condenser , for cooling the entire base plate.
A fluorescent material having a composition represented by the following formula (I): (Ln 1-a-b-c Tb a Ce b Eu c ) 3 (Al 1-d Ga d ) 5 O 12 (I) wherein Ln represents at least one rare earth element selected from the group consisting of Y, Gd, La, Lu, Sc and Sm, and the values of parameters a, b, c and d are numbers satisfying 0.25 ≤ a < 1, 0.008 × 10 -2 ≤ b ≤ 1.5 × 10 -2 , 0.012 × 10 -2 ≤ c ≤ 2 × 10 -2 , and 0 ≤ d ≤ 0.85.
Apparatus for performing contrast detection autofocus by controlling the focus of a camera arranged to capture a sequence of frames , the apparatus comprising: an image processor configured to: form an image characteristic for a plurality of blocks of a first frame, each block of the plurality of blocks comprising one or more pixels of the first frame; and calculate an image parameter for each block of the plurality of blocks by combining the image characteristic of that block with the image characteristics of other blocks of the plurality of blocks lying within a predefined zone between that block and the origin of a coordinate system of the first frame; and a focus controller configured to derive a measure of focus for a selected frame area of the first frame by identifying a set of blocks whose respective predefined zones, when combined, substantially represent the selected frame area , and forming a measure of focus for the selected frame area by so combining the image parameters of the set of blocks; wherein the focus controller is configured to generate a signal for controlling camera focus in dependence on the measure of focus formed for the selected frame area of the first frame. an image processor configured to: form an image characteristic for a plurality of blocks of a first frame, each block of the plurality of blocks comprising one or more pixels of the first frame; and calculate an image parameter for each block of the plurality of blocks by combining the image characteristic of that block with the image characteristics of other blocks of the plurality of blocks lying within a predefined zone between form an image characteristic for a plurality of blocks of a first frame, each block of the plurality of blocks comprising one or more pixels of the first frame; and calculate an image parameter for each block of the plurality of blocks by combining the image characteristic of that block with the image characteristics of other blocks of the plurality of blocks lying within a predefined zone between that block and the origin of a coordinate system of the first frame; and a focus controller configured to derive a measure of focus for a selected frame area of the first frame by identifying a set of blocks whose respective predefined zones, when combined, substantially represent the selected frame area , and forming a measure of focus for the selected frame area by so combining the image parameters of the set of blocks;
A system implementing a flexible keyboard layout for inputting into an electronic device , comprising: an input module , configured to detect a user input from a user, wherein the user input comprises a key entry operation, and wherein the input module is further configured to record data of the key entry operation and output the data to a layout mapping module; the layout mapping module connected to the input module , wherein the layout mapping module is configured to map the data of the key entry operation to one or more character sets according to a current keyboard layout selected by the user, wherein the layout mapping module is configured to switch the current keyboard layout to another keyboard layout based on a further user input, wherein the layout mapping module defines and stores various layout parameters of different keyboard layouts , wherein the one or more character sets contain characters corresponding to the key entry operation, and wherein the layout mapping module is configured to output the one or more character sets to a candidate word module ; a dictionary module , configured to store candidate words; the candidate word module connected to the dictionary module and to the layout mapping module , wherein the candidate word module is configured to add the one or more character sets, outputted by the layout mapping module , to an input sequence, and to locate candidate words in the dictionary module and prioritize the candidate words based on the input sequence; and an output module connected to the candidate word module , and configured to display the prioritized candidate words. an input module , configured to detect a user input from a user, wherein the user input comprises a key entry operation, and wherein the input module is further configured to record data of the key entry operation and output the data to a layout mapping module; the layout mapping module connected to the input module , wherein the layout mapping module is configured to map the data of the key entry operation to one or more character sets according to a current keyboard layout selected by the user, wherein the layout mapping module is configured to switch the current keyboard layout to another keyboard layout based on a further user input, wherein the layout mapping module defines and stores various layout parameters of different keyboard layouts , wherein the one or more character sets contain characters corresponding to the key entry operation, and wherein the layout mapping module is configured to output the one or more character sets to a candidate word module ; a dictionary module , configured to store candidate words; the candidate word module connected to the dictionary module and to the layout mapping module , wherein the candidate word module is configured to add the one or more character sets, outputted by the layout mapping module , to an input sequence, and to locate candidate words in the dictionary module and prioritize the candidate words based on the input sequence; and an output module connected to the candidate word module , and configured to display the prioritized candidate words.
A high dielectric liquid crystal polymer composite material, characterized by comprising: liquid crystal polymer (LCP); poly(vinylidene fluoride-co-hexafluoropropylene); modified multi-walled carbon nanotubes; and modified dielectric ceramics; wherein the modified multi-walled carbon nanotubes comprise following components metered by mass: 0.5-2 parts of multi-walled carbon nanotubes; 1~4 parts of polyvinyl pyrrolidone; and 1.5-5 parts of a silane coupling agent; and the modified dielectric ceramics comprise following components metered by mass: 10∼20 parts of dielectric ceramics; and 1∼2 parts of a dopa-like compound. wherein the modified multi-walled carbon nanotubes comprise following components metered by mass: 0.5-2 parts of multi-walled carbon nanotubes; 1~4 parts of polyvinyl pyrrolidone; and 1.5-5 parts of a silane coupling agent; and the modified dielectric ceramics comprise following components metered by mass: 10∼20 parts of dielectric ceramics; and 1∼2 parts of a dopa-like compound.
Reversible AC-DC converter comprising: a first field effect transistor (S1) and a second field effect transistor (S2) in series between a first terminal and a second terminal intended for a DC voltage (Vdc); an inductive element (L1) linking a first midpoint of the association in series of the two transistors to a first terminal intended for an AC voltage (Vac); and a first triac (T1) and a second triac (T2) in series between the DC voltage terminals, a second midpoint of the association in series of the two triacs being linked to a second terminal intended for the AC voltage. a first field effect transistor (S1) and a second field effect transistor (S2) in series between a first terminal and a second terminal intended for a DC voltage (Vdc); an inductive element (L1) linking a first midpoint of the association in series of the two transistors to a first terminal intended for an AC voltage (Vac); and a first triac (T1) and a second triac (T2) in series between the DC voltage terminals, a second midpoint of the association in series of the two triacs being linked to a second terminal intended for the AC voltage.
A method of establishing a connection between a remote User Equipment, UE, and a telecommunication network via a relay capable UE, wherein said telecommunication network comprises a core network and an access network, said access network comprising an access node, wherein said relay capable UE has an established Radio Access Bearer between said relay capable UE and said core network wherein said established Radio Access Bearer comprises: - a first UE-to-access node bearer between said relay capable UE and said access node, and - an access node-to-core network bearer between said access node and said core network; said method comprising the steps of: - receiving a Request Relay message, from said relay capable UE, comprising a request, originating from said remote UE, for using said relay capable UE as a relay to the core network, wherein said request is associated with establishment of a Remote Radio Access Bearer, wherein said Remote Radio Access Bearer comprises: - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - sending to said relay capable UE, a command for establishing at least said UE-to-UE bearer. - a first UE-to-access node bearer between said relay capable UE and said access node, and - an access node-to-core network bearer between said access node and said core network; - receiving a Request Relay message, from said relay capable UE, comprising a request, originating from said remote UE, for using said relay capable UE as a relay to the core network, wherein said request is associated with establishment of a Remote Radio Access Bearer, wherein said Remote Radio Access Bearer comprises: - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - a UE-to-UE bearer between said remote UE and said relay capable UE; - a second UE-to-access node bearer between said relay capable UE and said access node, wherein said second UE-to-access node bearer is different from said first UE-to-access node bearer, and - an access node-to-core network bearer between said access node and said core network; - sending to said relay capable UE, a command for establishing at least said UE-to-UE bearer.
An insect trap comprising: a first housing , the first housing comprising a bottom wall ; a reservoir at least partially defined by the first housing ; a protrusion ; an actuator ; a second housing moveably engaging the first housing ; the protrusion is disposed within the reservoir and extends inward from an interior surface of the first housing , the protrusion configured to pierce a package disposed within the reservoir; the actuator is connected to the protrusion such that when the actuator is moved, the protrusion moves with the actuator within the reservoir ; the insect trap being characterized in that : a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor , further comprising an adhesive coated on a surface of the floor ; and an inlet into the trap chamber ; wherein the second housing is movable between a first position where the inlet is open and a second position where the inlet is closed, and wherein either: the floor is adhered to the bottom wall using at least a portion of the adhesive ; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor , forming a pit to trap insects therein. a first housing , the first housing comprising a bottom wall ; a reservoir at least partially defined by the first housing ; a protrusion ; an actuator ; a second housing moveably engaging the first housing ; the protrusion is disposed within the reservoir and extends inward from an interior surface of the first housing , the protrusion configured to pierce a package disposed within the reservoir; the actuator is connected to the protrusion such that when the actuator is moved, the protrusion moves with the actuator within the reservoir ; the insect trap being characterized in that : a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor , further comprising an adhesive coated on a surface of the floor ; and an inlet into the trap chamber ; a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor , further comprising an adhesive coated on a surface of the floor ; and an inlet into the trap chamber ; wherein the second housing is movable between a first position where the inlet is open and a second position where the inlet is closed, and wherein either: the floor is adhered to the bottom wall using at least a portion of the adhesive ; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor , forming a pit to trap insects therein. the floor is adhered to the bottom wall using at least a portion of the adhesive ; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor , forming a pit to trap insects therein.
A method for image processing, implemented on a computing device including at least one processor and at least one storage, comprising: obtaining, by a first processor, a first image and a second image of a target region, wherein the first image is a visible image and the second image is an infrared image; transmitting continuously the first image to a second processor; generating, by the first processor, a fused image based on the first image and the second image; transmitting the fused image from the first processor to the second processor via a blanking bandwidth; identifying, by the second processor, a region of interest (ROI) associated with a target object in the first image; and generating, by the second processor, a target image based at least in part on information associated with the ROI in the first image and the fused image, including: replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image. obtaining, by a first processor, a first image and a second image of a target region, wherein the first image is a visible image and the second image is an infrared image; transmitting continuously the first image to a second processor; generating, by the first processor, a fused image based on the first image and the second image; transmitting the fused image from the first processor to the second processor via a blanking bandwidth; identifying, by the second processor, a region of interest (ROI) associated with a target object in the first image; and generating, by the second processor, a target image based at least in part on information associated with the ROI in the first image and the fused image, including: replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image. replacing a region in the fused image corresponding to the ROI with information associated with the ROI in the first image; and generating the target image by fusing edges of the information associated with the ROI and corresponding features in the fused image.
An apparatus comprising: a downhole tool operable to be conveyed downhole within a wellbore along a conveyance line that conveys a tool string within the wellbore and then cut the conveyance line , wherein the downhole tool comprises: a body ; a fluid chamber within the body ; a piston slidably disposed within the fluid chamber ; a knife that is movable with respect to the body ; a lever arm operatively connecting the piston and the knife ; and a fluid source operable to pump a fluid into the fluid chamber to cause the piston to move the lever arm which moves the knife to cut the conveyance line . a body ; a fluid chamber within the body ; a piston slidably disposed within the fluid chamber ; a knife that is movable with respect to the body ; a lever arm operatively connecting the piston and the knife ; and a fluid source operable to pump a fluid into the fluid chamber to cause the piston to move the lever arm which moves the knife to cut the conveyance line .
An absorbent article, comprising: a. a fluid permeable topsheet; b. a backsheet; and c. an absorbent element disposed between the topsheet and the backsheet, wherein the absorbent element comprises two or more layers; wherein an upper layer is positioned closer to the topsheet and a lower layer is positioned closer to the backsheet; wherein the upper layer is a heterogeneous mass layer comprising a longitudinal axis, a lateral axis, a vertical axis, one or more enrobeable elements, and discrete open-cell foam pieces; wherein said enrobeable elements are synthetic fibers and wherein one or more of said discrete open-cell foam pieces enrobe said enrobeable elements; and d. wherein the absorbent article comprises a caliper expansion, measured at 1 minute according to the dynamic caliper expansion test described herein, of at least 150%. a. a fluid permeable topsheet; b. a backsheet; and c. an absorbent element disposed between the topsheet and the backsheet, wherein the absorbent element comprises two or more layers; wherein an upper layer is positioned closer to the topsheet and a lower layer is positioned closer to the backsheet; wherein the upper layer is a heterogeneous mass layer comprising a longitudinal axis, a lateral axis, a vertical axis, one or more enrobeable elements, and discrete open-cell foam pieces; wherein said enrobeable elements are synthetic fibers and wherein one or more of said discrete open-cell foam pieces enrobe said enrobeable elements; and wherein an upper layer is positioned closer to the topsheet and a lower layer is positioned closer to the backsheet; wherein the upper layer is a heterogeneous mass layer comprising a longitudinal axis, a lateral axis, a vertical axis, one or more enrobeable elements, and discrete open-cell foam pieces; wherein said enrobeable elements are synthetic fibers and wherein one or more of said discrete open-cell foam pieces enrobe said enrobeable elements; and d. wherein the absorbent article comprises a caliper expansion, measured at 1 minute according to the dynamic caliper expansion test described herein, of at least 150%.