mhurhangee/ep-ind-claims huggingface dataset:
A container, for at least one gardening tool, comprising: - a box-shaped body having a bottom and at least one perimetral wall, said perimetral wall being connected to the bottom and extending away from the bottom; said perimetral wall defining a compartment therein for the containment of at least one gardening tool, delimited below by the bottom and open above; said box-shaped body has, on a first side, at least one shelf, connected to the perimetral wall and extending away therefrom towards the outside of the box-shaped body, comprising at least one recess defining a seat for the reversible coupling of at least one gardening tool to the box-shaped body to allow a temporary placement of the accessory during the non-use thereof; - means of attachment; characterised in that said means of attachment comprise: - a support having a through-slot engageable by an element passing through the slot to promote a suspended position of the box-shaped body to the element; said suspended position being implemented with the bottom lacking a support on an abutment surface; - a sliding element, slidably coupled to the perimetral wall, from an extended position, in which the support protrudes from the inside of the compartment to a contracted position, in which the support is at least partially, preferably fully, contained inside the compartment. - a box-shaped body having a bottom and at least one perimetral wall, said perimetral wall being connected to the bottom and extending away from the bottom; said perimetral wall defining a compartment therein for the containment of at least one gardening tool, delimited below by the bottom and open above; said box-shaped body has, on a first side, at least one shelf, connected to the perimetral wall and extending away therefrom towards the outside of the box-shaped body, comprising at least one recess defining a seat for the reversible coupling of at least one gardening tool to the box-shaped body to allow a temporary placement of the accessory during the non-use thereof; - means of attachment; - a support having a through-slot engageable by an element passing through the slot to promote a suspended position of the box-shaped body to the element; said suspended position being implemented with the bottom lacking a support on an abutment surface; - a sliding element, slidably coupled to the perimetral wall, from an extended position, in which the support protrudes from the inside of the compartment to a contracted position, in which the support is at least partially, preferably fully, contained inside the compartment.
A storage system comprising: - a plurality of storage devices (7, 8a, 8b, 9a, 9b) on which a plurality of storage extents are configured; - a memory configured to store extent group information indicative of a mapping of the plurality of storage extents to a plurality of extent groups allocated to a plurality of protection classes (20a - 20n); and - a plurality of processors, where at least one of the processors, when storing write data, is configured to: - determine a protection class, in the plurality protection classes (20a - 20n), which provides a certain protection level required to store the write data, the protection class is being determined based on which protection class the write is directed to, the storage system being characterised by: - determine whether one or more extent groups of the determined protection class have capacity to store the write data, and - in response, at least in part, to determining that the one or more extent groups do not have the capacity to store the write data, - create a new extent group by selecting a plurality of storage extents from the plurality of storage devices (7, 8a, 8b, 9a, 9b), where the number of the selected storage extents is set by the determined protection class, - allocate the new extent group to the determined protection class, and - store the write data to the created new extent group. - a plurality of storage devices (7, 8a, 8b, 9a, 9b) on which a plurality of storage extents are configured; - a memory configured to store extent group information indicative of a mapping of the plurality of storage extents to a plurality of extent groups allocated to a plurality of protection classes (20a - 20n); and - a plurality of processors, where at least one of the processors, when storing write data, is configured to: - determine a protection class, in the plurality protection classes (20a - 20n), which provides a certain protection level required to store the write data, the protection class is being determined based on which protection class the write is directed to, - determine whether one or more extent groups of the determined protection class have capacity to store the write data, and - in response, at least in part, to determining that the one or more extent groups do not have the capacity to store the write data, - create a new extent group by selecting a plurality of storage extents from the plurality of storage devices (7, 8a, 8b, 9a, 9b), where the number of the selected storage extents is set by the determined protection class, - allocate the new extent group to the determined protection class, and - store the write data to the created new extent group.
A first server comprising: - a call reception block configured to receive an incoming voice call originated from a first user equipment, UE, - a transmitting block configured to send, in response to the reception of the incoming voice call, a paging request to a second server, - a service request reception block configured to receive, from the second server, an SGs service request message including an indicator informing that a second UE, which has started falling back to a Circuit Switching, CS, domain, was in an idle mode, and - a trigger block configured to use the SGs service request message as a trigger to inform the first UE that a call is progressing. - a call reception block configured to receive an incoming voice call originated from a first user equipment, UE, - a transmitting block configured to send, in response to the reception of the incoming voice call, a paging request to a second server, - a service request reception block configured to receive, from the second server, an SGs service request message including an indicator informing that a second UE, which has started falling back to a Circuit Switching, CS, domain, was in an idle mode, and - a trigger block configured to use the SGs service request message as a trigger to inform the first UE that a call is progressing.
A method, comprising: maintaining a placement store including a record of allocated computing resources on a plurality of computing nodes of a computing zone, the computing zone including a plurality of agent allocators for allocating resources in response to incoming placement requests in accordance with a placement policy; determining, based on information from the record of allocated computing resources, that a number of placement conflicts between the plurality of agent allocators with respect to incoming placement requests is greater than or equal to a threshold number of placement conflicts for a predetermined period of time; and based on determining that the number of placement conflicts is greater than or equal to the threshold number of placement conflicts, modifying the placement policy for the plurality of agent allocators by decreasing one or more restrictions from the placement policy associated with allocating resources on the plurality of computing nodes of the computing zone. maintaining a placement store including a record of allocated computing resources on a plurality of computing nodes of a computing zone, the computing zone including a plurality of agent allocators for allocating resources in response to incoming placement requests in accordance with a placement policy; determining, based on information from the record of allocated computing resources, that a number of placement conflicts between the plurality of agent allocators with respect to incoming placement requests is greater than or equal to a threshold number of placement conflicts for a predetermined period of time; and based on determining that the number of placement conflicts is greater than or equal to the threshold number of placement conflicts, modifying the placement policy for the plurality of agent allocators by decreasing one or more restrictions from the placement policy associated with allocating resources on the plurality of computing nodes of the computing zone.
A fuel manifold apparatus, comprising: an annular array of fuel nozzles interconnected by a plurality of manifold tubes, wherein each manifold tube includes at least two fuel passages (84, 86, 88) integrally formed therein, the fuel passages (84, 86, 88) being configured for conduction heat transfer therebetween, wherein each manifold tube includes a tube segment with an end flange disposed at first and second ends thereof; each fuel nozzle is coupled to a valve housing which includes a coupling flange; each coupling flange is connected to the end flanges of two adjacent ones of the manifold tubes; and wherein each valve housing includes: a mounting flange disposed perpendicular to the coupling flange; and at least one lobe disposed between the coupling flange and the mounting flange, the at least one lobe including a splitter valve (66, 72) disposed therein. a mounting flange disposed perpendicular to the coupling flange; and at least one lobe disposed between the coupling flange and the mounting flange, the at least one lobe including a splitter valve (66, 72) disposed therein.
A compound of Formula Ib having the following structure: and which is in crystalline Form II characterized by an X-ray powder diffraction pattern having peaks at about 5.9°, 11.8°, and 15.5° 2θ ± 0.2° 2θ.
A solid form formulation of chromium comprising or, alternatively, consisting of: (a) a chromium salt or a chromium complex; (b) a phospholipid, and (c-i) a sucrester or a fatty acid carbohydrate ester. (a) a chromium salt or a chromium complex; (b) a phospholipid, and (c-i) a sucrester or a fatty acid carbohydrate ester.
Liquid filter, in particular for motor vehicles, featuring a filter head, a pot and a filter element, wherein the filter element is disposed in the pot and sealingly separates an inlet from an outlet, wherein the filter element has guiding projections (27, 28), characterized in that guiding projections are disposed around the circumference at a bottom end disk of the filter element, wherein these guiding projections fix the filter element in the pot, wherein the pot has an axial and radial element guide, wherein the filter element slides out of the element guide when the pot is loosened from the filter head and moves axially to the top so that a volume is released into which a liquid can flow which flows from higher sections of the liquid filter into the pot.
An induction heating cooker comprising: reinforced heat resistant glass on which a cooking vessel can be placed; an induction coil unit located under the reinforced heat resistant glass and configured to generate a magnetic field; a plurality of light emitting diodes LEDs provided radially outside the induction coil unit and vertically below the heat resistant glass while being spaced apart from each other along a circumferential direction of the induction coil unit; a plurality of convex lenses provided on front surfaces of the plurality of LEDs, respectively; characterised by a light blocking film provided on a lower surface of the reinforced heat resistant glass; a slit formed in the light blocking film and located radially inside of the plurality of LEDs, and allowing light radiated from the plurality of LEDs to pass therethrough; and an opaque hiding band provided on an upper surface of the reinforced heat resistant glass and located vertically above the slit. reinforced heat resistant glass on which a cooking vessel can be placed; an induction coil unit located under the reinforced heat resistant glass and configured to generate a magnetic field; a plurality of light emitting diodes LEDs provided radially outside the induction coil unit and vertically below the heat resistant glass while being spaced apart from each other along a circumferential direction of the induction coil unit; a plurality of convex lenses provided on front surfaces of the plurality of LEDs, respectively; characterised by a light blocking film provided on a lower surface of the reinforced heat resistant glass; a slit formed in the light blocking film and located radially inside of the plurality of LEDs, and allowing light radiated from the plurality of LEDs to pass therethrough; and an opaque hiding band provided on an upper surface of the reinforced heat resistant glass and located vertically above the slit.
A communication method, wherein the method comprises: receiving, by a mobility management network element, session management information and location area information from a session management network element, wherein the session management information comprises tunnel information corresponding to a first user plane network element; and determining location information of a terminal; determining, by the mobility management network element, that the tunnel information corresponding to the first user plane network element is invalid by determining, by the mobility management network element based on the location area information and the location information, that the terminal is located outside a service area indicated by the location area information; sending, by the mobility management network element, a first message to the session management network element after determining that the tunnel information corresponding to the first user plane network element is invalid, and the first message triggering the session management network element to update the session management information; receiving, by the mobility management network element, tunnel information of a new tunnel from the session management network element; and sending, by the mobility management network element, the tunnel information of the new tunnel to a radio access network device. receiving, by a mobility management network element, session management information and location area information from a session management network element, wherein the session management information comprises tunnel information corresponding to a first user plane network element; and determining location information of a terminal; determining, by the mobility management network element, that the tunnel information corresponding to the first user plane network element is invalid by determining, by the mobility management network element based on the location area information and the location information, that the terminal is located outside a service area indicated by the location area information; sending, by the mobility management network element, a first message to the session management network element after determining that the tunnel information corresponding to the first user plane network element is invalid, and the first message triggering the session management network element to update the session management information; receiving, by the mobility management network element, tunnel information of a new tunnel from the session management network element; and sending, by the mobility management network element, the tunnel information of the new tunnel to a radio access network device.
A method comprising: receiving data characterizing a notification indicative of modification to a first source code of a first layer of a software architecture including multiple layers, wherein the first layer is stored in a first repository of a plurality of repositories (222, 224, 226, 228) of a microservice, the layers being stored in different repositories (222, 224, 226, 228) where each layer includes a source code and the source codes are independently compilable by the source codes being arranged to pass dependencies externally instead of being hard-coded, wherein if a user is modifying the source code of a given layer, modifications to source code of a different layer stored in a second repository can be prevented; generating a modified first package including a first computer-executable code generated by at least compiling the first source code and assigning a unique first name to the modified first package indicative of the modification made to the first source code that triggered the notification; transmitting an instruction to a repository manager of a package repository to store the modified first package with the assigned first name in the package repository; and generating by an integration pipeline a first modified container image including packages associated with multiple layers, the container image including the newest package for each layer, the container image including a microservice layer to facilitate communication between the packages and serving as an external interface to handle requests from users. receiving data characterizing a notification indicative of modification to a first source code of a first layer of a software architecture including multiple layers, wherein the first layer is stored in a first repository of a plurality of repositories (222, 224, 226, 228) of a microservice, the layers being stored in different repositories (222, 224, 226, 228) where each layer includes a source code and the source codes are independently compilable by the source codes being arranged to pass dependencies externally instead of being hard-coded, wherein if a user is modifying the source code of a given layer, modifications to source code of a different layer stored in a second repository can be prevented; generating a modified first package including a first computer-executable code generated by at least compiling the first source code and assigning a unique first name to the modified first package indicative of the modification made to the first source code that triggered the notification; transmitting an instruction to a repository manager of a package repository to store the modified first package with the assigned first name in the package repository; and generating by an integration pipeline a first modified container image including packages associated with multiple layers, the container image including the newest package for each layer, the container image including a microservice layer to facilitate communication between the packages and serving as an external interface to handle requests from users.
An industrial printing tool comprising: a printing system (2000, 2001) comprising: a substrate support apparatus (2200, 2250) for supporting a substrate, a carriage assembly (2300A, 2300B, 2301, 2302) mounted to a bridge, where the carriage assembly is configured to position a printhead assembly (2500, 2501, 2502) relative to the substrate; a gas enclosure (500A, 1000) defining an interior containing a gas, wherein the gas enclosure comprises a first tunnel enclosure section (1200, 1400), a bridge enclosure section and a second tunnel enclosure section; and a gas circulation and filtration system for circulating the gas within the gas enclosure, the gas circulation and filtration system comprising: a tunnel circulation and filtration system configured to filter and circulate the gas around the substrate support apparatus in a circulation path across the direction of substrate travel; and a bridge circulation and filtration system configured to filter and circulate gas around the carriage assembly. a printing system (2000, 2001) comprising: a substrate support apparatus (2200, 2250) for supporting a substrate, a carriage assembly (2300A, 2300B, 2301, 2302) mounted to a bridge, where the carriage assembly is configured to position a printhead assembly (2500, 2501, 2502) relative to the substrate; a substrate support apparatus (2200, 2250) for supporting a substrate, a carriage assembly (2300A, 2300B, 2301, 2302) mounted to a bridge, where the carriage assembly is configured to position a printhead assembly (2500, 2501, 2502) relative to the substrate; a gas enclosure (500A, 1000) defining an interior containing a gas, wherein the gas enclosure comprises a first tunnel enclosure section (1200, 1400), a bridge enclosure section and a second tunnel enclosure section; and a gas circulation and filtration system for circulating the gas within the gas enclosure, the gas circulation and filtration system comprising: a tunnel circulation and filtration system configured to filter and circulate the gas around the substrate support apparatus in a circulation path across the direction of substrate travel; and a bridge circulation and filtration system configured to filter and circulate gas around the carriage assembly. a tunnel circulation and filtration system configured to filter and circulate the gas around the substrate support apparatus in a circulation path across the direction of substrate travel; and a bridge circulation and filtration system configured to filter and circulate gas around the carriage assembly.
A method of forming a multiple field plate transistor device, comprising the steps of: providing an active region, said active region comprising a two-dimensional electron gas, 2DEG, between a barrier layer and a buffer layer; providing a source electrode that is ohmically connected to said barrier layer of said active region, such that said source electrode is spaced apart from said buffer layer by said barrier layer; providing a drain electrode that is ohmically connected to said barrier layer of said active region, such that said drain electrode is spaced apart from said buffer layer by said barrier layer; providing a gate in electrical contact with said active region between said source and said drain, wherein said gate has a gate length L g between 1.2 and 1.5μm, the distance from gate to drain L gd is between 13.3 and 18 μm, and the distance from drain to source L ds is between 16 and 21.5μm; providing a gate connected field plate (30, 32) electrically coupled to said gate and comprising a first field plate portion extending from said gate toward said source and a second field plate portion extending from said gate toward said drain, wherein the second field plate has a width L fd1 between 1.5 and 1.8 μm; and providing a source connected field plate which at least partially overlaps said gate, said source connected field plate electrically insulated from the layers and features below it except through said source, wherein said source connected field plate has a width L fd2 of 4.5 μm. providing an active region, said active region comprising a two-dimensional electron gas, 2DEG, between a barrier layer and a buffer layer; providing a source electrode that is ohmically connected to said barrier layer of said active region, such that said source electrode is spaced apart from said buffer layer by said barrier layer; providing a drain electrode that is ohmically connected to said barrier layer of said active region, such that said drain electrode is spaced apart from said buffer layer by said barrier layer; providing a gate in electrical contact with said active region between said source and said drain, wherein said gate has a gate length L g between 1.2 and 1.5μm, the distance from gate to drain L gd is between 13.3 and 18 μm, and the distance from drain to source L ds is between 16 and 21.5μm; providing a gate connected field plate (30, 32) electrically coupled to said gate and comprising a first field plate portion extending from said gate toward said source and a second field plate portion extending from said gate toward said drain, wherein the second field plate has a width L fd1 between 1.5 and 1.8 μm; and providing a source connected field plate which at least partially overlaps said gate, said source connected field plate electrically insulated from the layers and features below it except through said source, wherein said source connected field plate has a width L fd2 of 4.5 μm.