mhurhangee/patent-ind-claim-en huggingface dataset:
A rotating connection structure for an indoor unit of an air conditioner, comprising: a fixed member and a rotating member configured to rotate relative to the fixed member within a preset working angle range, wherein a rotating shaft groove , a mounting groove and a limiting groove are defined on the fixed member, wherein the rotating member comprises a main body , a limiting member , a rotating shaft connected on the main body and a head connected to the rotating shaft; wherein the head passes through the mounting groove such that the rotating shaft slides from the mounting groove into the rotating shaft groove, wherein the rotating shaft is capable of rotating in the rotating shaft groove, wherein the head is stopped outside the rotating shaft groove, wherein the head and the main body are located at two opposite sides of the fixed member; wherein the limiting member is elastically deformed when the rotating shaft is sliding from the mounting groove towards the rotating shaft groove, and recovers from the elastic deformation and is limited in the limiting groove when the rotating shaft slides into the rotating shaft groove, wherein the limiting groove is arc-shaped, wherein radians spanned by the limiting groove are not less than the preset working angle range of the rotating member, and wherein a sliding range of the limiting member in the limiting groove comprises the preset working angle range of the rotating member.
One or more computer storage media having computer-executable instructions embodied thereon that, when executed, cause a computing device to perform a method of distributing a scalable build service, the method comprising: determining a branch to build; identifying a first virtual machine of a pool of virtual machines for building at least a part of the branch, wherein a size of the pool of virtual machines is based on historical demand; identifying a plurality of source files to be transferred for the branch, wherein the first virtual machine processes at least a source file of the plurality of source files to generate a corresponding binary file; transferring the source file of the plurality of source files to the first virtual machine; deploying a build environment on the first virtual machine, wherein the build environment is distributed to the first virtual machine as needed; causing the first virtual machine to process at least the source file of the plurality of source files so as to generate a binary file; causing a digital signature for the binary file to be generated by a dedicated signing server, wherein signing keys are stored on the dedicated signing server and are not distributed to the virtual machines; transferring the digital signature to a second virtual machine; and causing at least the second virtual machine to generate a binary package from at least the binary file and the digital signature. determining a branch to build; identifying a first virtual machine of a pool of virtual machines for building at least a part of the branch, wherein a size of the pool of virtual machines is based on historical demand; identifying a plurality of source files to be transferred for the branch, wherein the first virtual machine processes at least a source file of the plurality of source files to generate a corresponding binary file; transferring the source file of the plurality of source files to the first virtual machine; deploying a build environment on the first virtual machine, wherein the build environment is distributed to the first virtual machine as needed; causing the first virtual machine to process at least the source file of the plurality of source files so as to generate a binary file; causing a digital signature for the binary file to be generated by a dedicated signing server, wherein signing keys are stored on the dedicated signing server and are not distributed to the virtual machines; transferring the digital signature to a second virtual machine; and causing at least the second virtual machine to generate a binary package from at least the binary file and the digital signature.
Arrangement for detecting a shaft rupture, comprising: - a shaft , and - a bearing on which the shaft is rotatably mounted about a rotational axis (R), characterized by - one or more force sensors , in particular deformation sensors, which are arranged on the bearing and which is/are configured to measure an axial force component (Fx) which is applied by the shaft , parallel to the rotational axis (R) of the shaft , and - an evaluation unit which is configured to receive measured values of the force sensor or sensors and to determine, on the basis of a comparison of a plurality of measured values, in particular of a time profile of the measured values, whether there is a change in the axial force component (Fx), in order to detect a shaft rupture of the shaft , and which is configured to output a signal which indicates a shaft rupture if said evaluation unit has detected a shaft rupture. - a shaft , and - a bearing on which the shaft is rotatably mounted about a rotational axis (R), characterized by - one or more force sensors , in particular deformation sensors, which are arranged on the bearing and which is/are configured to measure an axial force component (Fx) which is applied by the shaft , parallel to the rotational axis (R) of the shaft , and - an evaluation unit which is configured to receive measured values of the force sensor or sensors and to determine, on the basis of a comparison of a plurality of measured values, in particular of a time profile of the measured values, whether there is a change in the axial force component (Fx), in order to detect a shaft rupture of the shaft , and which is configured to output a signal which indicates a shaft rupture if said evaluation unit has detected a shaft rupture.
Apparatus for production of metallic and/or ceramic parts, having: - a printer unit in which a metallic and/or ceramic printed part is manufactured in layers from at least one filament consisting of a metal powder or ceramic powder mixed with a binder, wherein the printed part is printed onto a printing plate , - an oven designed to sinter the printed part on a sintering plate to give a finished part , - wherein the oven is designed to accommodate the printing plate together with the printed part in an upside-down position in which the printed part is disposed on the underside of the printed plate , and to dissolve the printing plate by a chemical or thermal input, characterized in that - the oven has a controller intended to adjust the vertical position of the sintering plate disposed in the oven , and - the controller is designed to implement control in that the sintering plate is moved into an upper receiving position directly beneath the printed part before the printing plate is dissolved, such that the printed part is deposited on the sintering plate on dissolution of the printing plate . - a printer unit in which a metallic and/or ceramic printed part is manufactured in layers from at least one filament consisting of a metal powder or ceramic powder mixed with a binder, wherein the printed part is printed onto a printing plate , - an oven designed to sinter the printed part on a sintering plate to give a finished part , - wherein the oven is designed to accommodate the printing plate together with the printed part in an upside-down position in which the printed part is disposed on the underside of the printed plate , and to dissolve the printing plate by a chemical or thermal input, - the oven has a controller intended to adjust the vertical position of the sintering plate disposed in the oven , and - the controller is designed to implement control in that the sintering plate is moved into an upper receiving position directly beneath the printed part before the printing plate is dissolved, such that the printed part is deposited on the sintering plate on dissolution of the printing plate .
A method for controlling a noise reduction system for an agricultural working vehicle , with at least one working assembly which is controlled by at least one control device of the working vehicle , as well as with a sound-insulated cab , comprising the steps of: - specifying operating parameters of the working vehicle ; - with the aid of the operating parameters, determining an operating context of the working vehicle in which the working vehicle is operated; and - controlling the noise reduction system as a function of the determined operating context, wherein frequency ranges which are prespecified as a function of the operating context are supplied by the noise reduction system to an operative of the working vehicle located in the cab , wherein at least physically detectable parameters of the at least one working assembly and of the working vehicle are evaluated as the operating parameters. - specifying operating parameters of the working vehicle ; - with the aid of the operating parameters, determining an operating context of the working vehicle in which the working vehicle is operated; and - controlling the noise reduction system as a function of the determined operating context, wherein frequency ranges which are prespecified as a function of the operating context are supplied by the noise reduction system to an operative of the working vehicle located in the cab , wherein at least physically detectable parameters of the at least one working assembly and of the working vehicle are evaluated as the operating parameters.
A packaged article comprising: a package acting as a cartridge that provides for storing, shipping, and feeding tolerance rings (200, 200', 200", 200′′′); and a plurality of tolerance rings (200, 200', 200", 200′′′) nested in the package such that an inner radial edge of the tolerance ring contacts or is in close proximity to an outer radial edge of another tolerance ring (200"), wherein the tolerance rings (200, 200', 200", 200′′′) each comprise a plurality of waves extending at least one of radially inward or outward and having first and second end portions terminating at first and second ends, respectively, wherein each tolerance ring (200, 200', 200", 200′′′) has a circumference that spans 180° or less in an uninstalled, unbiased state. a package acting as a cartridge that provides for storing, shipping, and feeding tolerance rings (200, 200', 200", 200′′′); and a plurality of tolerance rings (200, 200', 200", 200′′′) nested in the package such that an inner radial edge of the tolerance ring contacts or is in close proximity to an outer radial edge of another tolerance ring (200"), wherein the tolerance rings (200, 200', 200", 200′′′) each comprise a plurality of waves extending at least one of radially inward or outward and having first and second end portions terminating at first and second ends, respectively, wherein each tolerance ring (200, 200', 200", 200′′′) has a circumference that spans 180° or less in an uninstalled, unbiased state.
An automotive engine cooling system stop-leak formulation comprising a polymeric resin and a particulate package, wherein the particulate package comprises a first fibre having a first fibre length and a greater amount of a second fibre having a second fibre length; characterized in that the weight ratio of the first to the second fibre is from 1:2 to 1:12 and the second fibre is shorter than the first fibre and wherein the first fibre length is in the range 50μm to 500μm and the second fibre length is in the range 1 to 25μm wherein the fibres are wood flour and oilseed meal.
A method of network zoning for a software defined network , SDN, having a plurality of network nodes among which a plurality of traffic flows traverse over links via a data plane and for which a traffic engineering, TE, optimization problem is defined, wherein the TE optimization problem that is defined is to determine routing paths for the traffic flows and to allocate resources according to quality of service requirements such that network utility is maximized, and a plurality of zone controllers , the method comprising: determining a number, K, of zones that the plurality of network nodes of the SDN network are to be partitioned into according to an expected traffic engineering, TE, complexity, a size of the SDN network, and a traffic load comprising the traffic flows, wherein the expected TE complexity is a function of a processing capability of the SDN controllers and operational requirements regarding how quickly TE optimization should be carried out; selecting a subset of K zone controllers from the plurality of zone controllers; heuristically partitioning the plurality of network nodes of the SDN into the K zones ; respectively assigning the subset of K zone controllers to the K zones , wherein each of the K zone controllers is configured to make traffic engineering decisions and carry out distributed network optimization for network nodes partitioned into the respective zone. determining a number, K, of zones that the plurality of network nodes of the SDN network are to be partitioned into according to an expected traffic engineering, TE, complexity, a size of the SDN network, and a traffic load comprising the traffic flows, wherein the expected TE complexity is a function of a processing capability of the SDN controllers and operational requirements regarding how quickly TE optimization should be carried out; selecting a subset of K zone controllers from the plurality of zone controllers; heuristically partitioning the plurality of network nodes of the SDN into the K zones ; respectively assigning the subset of K zone controllers to the K zones , wherein each of the K zone controllers is configured to make traffic engineering decisions and carry out distributed network optimization for network nodes partitioned into the respective zone.
A gas turbine combustor comprising: a plurality of fuel nozzles spaced in a circumferential direction and arranged concentrically in plural arrays so as to include inner and outer circumferential fuel nozzles; a premixing plate in which a plurality of premixing passages each positioned at a downstream side of the corresponding one of the fuel nozzles are formed, wherein injected fuel from the plurality of fuel nozzles is mixed with air in the premixing passages before being supplied to a combustion chamber and burnt therein; and a plurality of guide vanes adapted to divide an air flow passage into a plurality of flow passages including inner and outer circumferential flow passages, wherein the airflow passage is extending from an upstream side of the plurality of fuel nozzles to fuel injecting ports of the fuel nozzles, wherein the plurality of guide vanes is configured to rectify a flow of air in each of the flow passages and guiding the flow of air to the fuel injecting ports of the fuel nozzles . a plurality of fuel nozzles spaced in a circumferential direction and arranged concentrically in plural arrays so as to include inner and outer circumferential fuel nozzles; a premixing plate in which a plurality of premixing passages each positioned at a downstream side of the corresponding one of the fuel nozzles are formed, wherein injected fuel from the plurality of fuel nozzles is mixed with air in the premixing passages before being supplied to a combustion chamber and burnt therein; and a plurality of guide vanes adapted to divide an air flow passage into a plurality of flow passages including inner and outer circumferential flow passages, wherein the airflow passage is extending from an upstream side of the plurality of fuel nozzles to fuel injecting ports of the fuel nozzles, wherein the plurality of guide vanes is configured to rectify a flow of air in each of the flow passages and guiding the flow of air to the fuel injecting ports of the fuel nozzles .
A needle tip protector for an indwelling needle including a tubular peripheral wall and configured to cover a needle tip of the indwelling needle by being externally mounted about a needle hub of the indwelling needle and by being moved to a needle tip side, wherein at least one detent is formed in an inside covered with the tubular peripheral wall and is configured to be detained with the needle hub at a position in a movement of the protector to the needle tip side of the indwelling needle and to prevent backward movement of the protector to a proximal end side of the indwelling needle such that reexposure of the needle tip is prevented, and the detent is integrally molded with the tubular peripheral wall , an expansion part expanding radially outward is provided to a proximal end side of the tubular peripheral wall , and the detent is provided in the expansion part ; characterized in that the expansion part has a roughly oval tube shape including small-diameter parts and large-diameter parts that are orthogonal to each other, the detent is provided in an inside covered with a peripheral wall of the large-diameter parts , and the peripheral wall of the large-diameter parts include a needle hub engager configured to receive the needle hub such that the needle tip of the indwelling needle is held in a protruding state.
Self-adhesive tape suitable and intended for sealing joints, comprising at least a first layer of a carrier material , which has two opposite outer surfaces of the carrier material , wherein at least one of these outer surfaces being at least partially coated with a self-adhesive layer , wherein the tape can be transferred from a first state to a second state, wherein the tape has a greater width in the second state than in the first state, wherein, at least in the first state, several layers of the same carrier material are arranged one above the other in a central region , characterized in that in the first state, an outer surface is fully covered by the self-adhesive layer at least in the central region with respect to the width direction (B) of the tape , and in the second state, the self-adhesive layer does not fully cover the outer surface at least in the central region with respect to the width direction of the tape.
Method for operating a motor vehicle , wherein a speed of the motor vehicle is set by a distance control system depending on an intended distance (E soll ) of the motor vehicle from a road user travelling directly in front, wherein, in order to maintain the prescribed intended distance (E soll ), the speed is reduced by means of a braking process carried out by the distance control system when the intended distance (E soll ) is undershot, wherein, in order to maintain a prescribed emergency distance (E not ) from the road user travelling in front, the speed is reduced by an emergency brake system by means of an emergency braking process, wherein the emergency braking process produces greater deceleration (-ȧ1/-ȧ2) of the motor vehicle than the braking process, wherein the emergency distance (E not ) is prescribed depending on a driving mode selectable by the driver of the motor vehicle , wherein the driver of the motor vehicle is provided with a choice of at least two driving modes, specifically a defensive driving mode with a first emergency distance (E not1 ) and an offensive driving mode with a second emergency distance (E not2 ), and wherein the second emergency distance (E not2 ) is smaller than the first, characterized in that the defensive driving mode is set if the distance control system is activated and the offensive driving mode is set if the distance control system is deactivated.
A capsule having a shell which is a complex of a host and one or more building blocks having suitable host guest functionality thereby to form a supramolecular cross-linked network, wherein the host is cucurbituril, and the one or more building blocks have suitable host guest functionality for the cucurbituril host, wherein a first building block is a polymeric molecule, preferably the polymeric molecule is or comprises a poly(meth)acrylate-, a polystyrene- and/or a poly(meth)acrylamide polymer, and optionally the polymeric molecule comprises a detectable label.
An apparatus for managing fluid in a system for negative-pressure therapy, the apparatus comprising: a dosing chamber having a fluid inlet and a fluid outlet ; a first check valve fluidly coupled to the fluid inlet ; a second check valve fluidly coupled to the fluid outlet ; a first fluid conductor fluidly coupled to the second check valve ; and a dressing interface fluidly coupled to the first fluid conductor , characterized in that the dressing interface is configured to be fluidly coupled to a negative-pressure source ; and further characterized by a second fluid conductor fluidly coupled between the dressing interface and a fluid fitting ; wherein the dressing interface fluidly couples the first and second fluid conductors ; and a filter fluidly coupled to the second conductor between the dressing interface and the fluid fitting ; the apparatus further comprising an instillation actuator fluidly coupled to the fluid fitting , the instillation actuator configured to expand and contract the dosing chamber ; characterised in that the instillation actuator further comprises a clamp coupled to the first fluid conductor between the dosing chamber and the dressing interface, and the instillation actuator is configured to close the clamp on the first fluid conductor under negative pressure. a dosing chamber having a fluid inlet and a fluid outlet ; a first check valve fluidly coupled to the fluid inlet ; a second check valve fluidly coupled to the fluid outlet ; a first fluid conductor fluidly coupled to the second check valve ; and a dressing interface fluidly coupled to the first fluid conductor , characterized in that the dressing interface is configured to be fluidly coupled to a negative-pressure source ; and further characterized by a second fluid conductor fluidly coupled between the dressing interface and a fluid fitting ; wherein the dressing interface fluidly couples the first and second fluid conductors ; and a filter fluidly coupled to the second conductor between the dressing interface and the fluid fitting ; the apparatus further comprising an instillation actuator fluidly coupled to the fluid fitting , the instillation actuator configured to expand and contract the dosing chamber ; characterised in that the instillation actuator further comprises a clamp coupled to the first fluid conductor between the dosing chamber and the dressing interface, and the instillation actuator is configured to close the clamp on the first fluid conductor under negative pressure.
A printing control device comprising: an obtaining means for obtaining characteristic information of a resin body to be dyed; and characterized by a selecting means for selecting, on the basis of the characteristic information obtained by the obtaining means, an ink to be used for dyeing the resin body, from a plurality of inks that each include a sublimable dye to be deposited on the resin body, the plurality of inks including at least two or more inks of the same color that have different suitabilities for the resin body. an obtaining means for obtaining characteristic information of a resin body to be dyed; and characterized by a selecting means for selecting, on the basis of the characteristic information obtained by the obtaining means, an ink to be used for dyeing the resin body, from a plurality of inks that each include a sublimable dye to be deposited on the resin body, the plurality of inks including at least two or more inks of the same color that have different suitabilities for the resin body.