mhurhangee/ep-ind-claims huggingface dataset:
Method of out of oven printing of a 3D part, comprising: using an extruder and a build platform for extruding at least a first segment of a first portion of the 3D part along a first 3D tool path; and extruding at least a second segment of a second portion of the 3D part conformally to a surface of the first portion of the 3D part along a second 3D tool path; wherein extruding the second segment of the second portion of the 3D part comprises locally pre-heating a portion of the first portion along the second 3D tool path prior to extruding the second segment, characterized by providing the extruder on a robotic arm having at least six degrees of freedom, and providing the build platform to be movable in at least two axes of rotation. using an extruder and a build platform for extruding at least a first segment of a first portion of the 3D part along a first 3D tool path; and extruding at least a second segment of a second portion of the 3D part conformally to a surface of the first portion of the 3D part along a second 3D tool path; wherein extruding the second segment of the second portion of the 3D part comprises locally pre-heating a portion of the first portion along the second 3D tool path prior to extruding the second segment, characterized by providing the extruder on a robotic arm having at least six degrees of freedom, and providing the build platform to be movable in at least two axes of rotation.
An electronic device (400, 500) comprising: a housing having a hole formed therethrough; an earphone jack built in the housing so as to receive an earphone plug therein through the hole; a gas sensor integrally formed with the earphone jack; a memory positioned inside the housing; and a processor positioned inside the housing and electrically connected to the earphone jack, the gas sensor, and the memory, wherein the memory stores instructions that cause, when executed, the processor to: control the gas sensor so as to obtain data related to a specific component of outside air; and calculate a cleanliness level of the outside air, based on at least one piece of data obtained by the gas sensor before a predetermined measurement disturbance element is generated or data obtained by the gas sensor after the measurement disturbance element is removed, and adjust a measurement period of the gas sensor, based on the calculated cleanliness level. a housing having a hole formed therethrough; an earphone jack built in the housing so as to receive an earphone plug therein through the hole; a gas sensor integrally formed with the earphone jack; a memory positioned inside the housing; and a processor positioned inside the housing and electrically connected to the earphone jack, the gas sensor, and the memory, wherein the memory stores instructions that cause, when executed, the processor to: control the gas sensor so as to obtain data related to a specific component of outside air; and calculate a cleanliness level of the outside air, based on at least one piece of data obtained by the gas sensor before a predetermined measurement disturbance element is generated or data obtained by the gas sensor after the measurement disturbance element is removed, and adjust a measurement period of the gas sensor, based on the calculated cleanliness level. control the gas sensor so as to obtain data related to a specific component of outside air; and calculate a cleanliness level of the outside air, based on at least one piece of data obtained by the gas sensor before a predetermined measurement disturbance element is generated or data obtained by the gas sensor after the measurement disturbance element is removed, and adjust a measurement period of the gas sensor, based on the calculated cleanliness level.
A shuttle-typed high-temperature and high-pressure welded type check valve, wherein a valve seat and a valve sleeve are provided in a valve chamber between two axial ports of a valve body; wherein the two ports of the valve body are provided with welding bevels; the rear end of the valve sleeve is connected with a circular ring by a support; the circular ring is in movable engagement or in thread connection with an inner circle of a flow channel of the valve body port; the front end surface of the valve sleeve is provided with an annular groove; the valve sleeve has a center hole which is in movable engagement with a valve shaft of a valve flap; in the annular groove a spring is nested on the valve sleeve and the valve shaft and connected with the valve flap; the valve body is provided with a manhole, whose axis is perpendicular to the axial direction of the valve body; the upper end surface of the manhole is connected with a valve cap by bolts; characterized in that a step is provided in the manhole, wherein said step is connected with an upper cover, whose lower end surface is aligned with the flow channel in the valve camber to form an axially symmetrical valve chamber; the upper cover is connected with the valve cap by a cushion block or a rib, or a gap is provided between the upper cover and the valve cap; the upper cover is connected with internal threads of the manhole by external threads or is connected with the manhole in a movable engagement.
A method for fetching, by a client device, a content that is stored in a web server and is identified by a content identifier by using intermediate devices (33a-e), for use with a first and second servers and a group of intermediate devices that are each connected to the Internet and are each addressable in the Internet using a respective Internet Protocol, IP, address, where the first server stores a list of IP addresses associated with the intermediate devices in the group and wherein each of the intermediate devices in the group is associated with a single IP address, the method comprising: receiving, by the first server from the second server, a first message that includes the content identifier and a criterion, the content identifier and the criterion being comprised in a content request message previously received by the second server from the client device; selecting, by the first server, an IP address associated with an intermediate device from the list of intermediate devices, in response to the criterion in the received first message; sending, by the first server to the selected intermediate device, a second message that comprises the content identifier using an IP address of the selected intermediate device; receiving, by the first server from the selected intermediate device, the content from the web server; and sending, by the first server to the second server, the content. receiving, by the first server from the second server, a first message that includes the content identifier and a criterion, the content identifier and the criterion being comprised in a content request message previously received by the second server from the client device; selecting, by the first server, an IP address associated with an intermediate device from the list of intermediate devices, in response to the criterion in the received first message; sending, by the first server to the selected intermediate device, a second message that comprises the content identifier using an IP address of the selected intermediate device; receiving, by the first server from the selected intermediate device, the content from the web server; and sending, by the first server to the second server, the content.
A code scanning device for detecting an optical code on an object in a reading area, in particular a barcode, comprising a light transmitter for transmitting a reading beam, a deflection unit for periodically deflecting the reading beam over the reading area at a scanning frequency f scan, a light receiver for generating a reception signal from the returning reading beam, a distance sensor for detecting a distance d from the object, and a control and evaluation unit configured to read out a code content of the optical code on the basis of the received signal and to set the scanning frequency f scan as a function of the distance d, characterized in that a characteristic curve for the relationship between the scanning frequency f scan to be set and the distance d is stored in the control and evaluation unit.
A purified extract, obtainable from mulberry leaf, characterised in that it is a. water soluble; b. preferentially and selectively inhibits rice α-D-glucosidase to that of yeast or bacillus; c. comprises greater than 5% (w/w) N-acids of imino sugars comprising C1-C9 alkyloic acids of one or more of DAB, DNJ, fagomine or calystegine B2 by weight of the extract; and d. comprise less than 5% (w/w) DNJ of the imino sugar content. a. water soluble; b. preferentially and selectively inhibits rice α-D-glucosidase to that of yeast or bacillus; c. comprises greater than 5% (w/w) N-acids of imino sugars comprising C1-C9 alkyloic acids of one or more of DAB, DNJ, fagomine or calystegine B2 by weight of the extract; and d. comprise less than 5% (w/w) DNJ of the imino sugar content.
A method for manufacturing an electrical steel sheet laminated core, the method comprising: stacking electrical steel sheets to obtain a lamination; and welding an outer surface of the lamination, the method being characterised by the following: a welding wire having a resistivity of 6.5 × 10 -7 Qm or greater, a relative permeability of less than 1.02, and a melting point lower than that of the electrical steel sheets is used as a source of welding material, wherein the welding wire comprises at least one selected from the group consisting of an Fe-Cr-Ni-containing alloy, an Fe-Cr-Mn-containing alloy, Ni, an Ni-containing alloy, and Twinning induced Plasticity (TWIP) steel, and wherein the Ni-containing alloy has a Ni content greater than 25wt%. stacking electrical steel sheets to obtain a lamination; and welding an outer surface of the lamination, the method being characterised by the following: a welding wire having a resistivity of 6.5 × 10 -7 Qm or greater, a relative permeability of less than 1.02, and a melting point lower than that of the electrical steel sheets is used as a source of welding material, wherein the welding wire comprises at least one selected from the group consisting of an Fe-Cr-Ni-containing alloy, an Fe-Cr-Mn-containing alloy, Ni, an Ni-containing alloy, and Twinning induced Plasticity (TWIP) steel, and wherein the Ni-containing alloy has a Ni content greater than 25wt%.
A method comprising: (a) preparing a 6xxx aluminum alloy sheet product for solution heat treatment; (b) after the preparing step, solution heat treating and then quenching the 6xxx aluminum alloy sheet product, wherein, after the quenching, the 6xxx aluminum alloy sheet product is at ambient temperature; (c) after the solution heat treating and quenching step, exposing the 6xxx aluminum alloy sheet product to a treatment temperature of from 30°C to 60°C for 0.2 to 150 seconds; (d) after the exposing step, coiling the 6xxx aluminum alloy sheet product into a coiled 6xxx aluminum alloy sheet product; (e) after the coiling step, moving the coiled 6xxx aluminum alloy sheet product to a storage location, wherein the method further comprises cooling the coiled 6xxx aluminum alloy sheet product from the treatment temperature to a temperature of the storage location, wherein the cooling comprises Newtonian cooling. (a) preparing a 6xxx aluminum alloy sheet product for solution heat treatment; (b) after the preparing step, solution heat treating and then quenching the 6xxx aluminum alloy sheet product, wherein, after the quenching, the 6xxx aluminum alloy sheet product is at ambient temperature; (c) after the solution heat treating and quenching step, exposing the 6xxx aluminum alloy sheet product to a treatment temperature of from 30°C to 60°C for 0.2 to 150 seconds; (d) after the exposing step, coiling the 6xxx aluminum alloy sheet product into a coiled 6xxx aluminum alloy sheet product; (e) after the coiling step, moving the coiled 6xxx aluminum alloy sheet product to a storage location,
A rotor wheel for a turbine engine such as an airplane turboprop or turbojet, the wheel comprising a rotor disk having teeth at its outer periphery defining slots for axially mounting and radially retaining blade roots, the blades including platforms arranged circumferentially end to end to define an annular flow passage for an air stream, an annular lip extending substantially axially upstream being fitted on an upstream face of the disk to limit air passing out from the annular passage, sealing means being provided between the annular lip and the upstream ends of the platforms of the blades, the rotor wheel being characterized in that the annular lip comprises an annular rim extending axially downstream from and radially towards the inside of radial retaining means for retaining the annular lip on the disk, these retaining means being formed to project axially from the upstream face of the disk, the sealing means being arranged radially inside the annular lip and upstream ends of the platforms of the blades.
A control lever for the pitch angle of a blade in a turbomachine, said lever having a first end intended to be mounted on a blade pivot so as to rotate it and a second end comprising a cylindrical peg for mounting on a control annulus, this peg being fixed by crimping of one of its ends in an orifice of the second end of the lever and comprising an annular flange to which is applied the second end of the lever, characterized in that a crimping stress distribution washer (16, 17) is interposed between the second end of the lever and the crimped end of the peg.
A method for assaying, in a biological liquid sample, an NADH-dependent catalytic plasma enzyme (E N), by measuring its enzymatic activity, comprising a step of measuring the decrease in the fluorescence of the NADH, said method is characterized in that said biological liquid is whole blood and the enzymatic activity of said catalytic enzyme is measured by monitoring the decrease in the fluorescence of the NADH in a microfluidic chamber having a thickness of 20 μm to 2 mm.
A system for performing in situ repairs of internal components of a gas turbine engine, the system comprising: an internal component installed within the gas turbine engine, the internal component including a defect defining a fillable volume; a repair tool configured to be inserted through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine at a location adjacent to the defect and a material supply end positioned outside the gas turbine engine; characterised by a liquid metal source containing liquid metal, wherein, when liquid metal from the liquid metal source is supplied to the repair tool, the liquid metal is directed from the material supply end of the repair tool to the tip end of the repair tool and expelled therefrom in a direction of the defect such that the fillable volume is at least partially filled with the liquid metal. an internal component installed within the gas turbine engine, the internal component including a defect defining a fillable volume; a repair tool configured to be inserted through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine at a location adjacent to the defect and a material supply end positioned outside the gas turbine engine; characterised by a liquid metal source containing liquid metal, wherein, when liquid metal from the liquid metal source is supplied to the repair tool, the liquid metal is directed from the material supply end of the repair tool to the tip end of the repair tool and expelled therefrom in a direction of the defect such that the fillable volume is at least partially filled with the liquid metal.
A method for processing multicast services in a multicast service processing system, wherein the multicast service processing system comprises a controlled multicast module, a multicast forwarding module, a multicast protocol processing module, a user template module and a user interface module; wherein the user template module stores a default template and at least one right suite template; wherein the default template and the at least one right suite template are bound to a user; wherein the default template records authority of programs specifically configured for the user and the right suite template prefabricates combination of programs and authority to which the user is bound; wherein the prefabricated combination of programs is a packed combination service provided by an operator; wherein the method comprises: receiving, by the controlled multicast module, the user's program playing information from the user interface module, wherein the user's program playing information comprises an identifier indicating a program requested by the user and a user port identifier indicating the user; traversing, by the controlled multicast module, the default template and the at least one right suite template with the user port identifier to which the user is bound in the user template module to acquire an authority of the program; and forwarding, by the multicast forward module, program stream to the user if the user has the authority to watch the program and the program stream has been forwarded to the multicast service processing system; sending, by the multicast forward module, an IGMP report message to a router of an upper layer through the multicast protocol processing module to request the router of the upper layer to forward the program stream if the user has the authority to watch the program and the program stream has not been forwarded to the multicast service processing system; and not forwarding any program stream if the user does not have the authority to watch. receiving, by the controlled multicast module, the user's program playing information from the user interface module, wherein the user's program playing information comprises an identifier indicating a program requested by the user and a user port identifier indicating the user; traversing, by the controlled multicast module, the default template and the at least one right suite template with the user port identifier to which the user is bound in the user template module to acquire an authority of the program; and forwarding, by the multicast forward module, program stream to the user if the user has the authority to watch the program and the program stream has been forwarded to the multicast service processing system; sending, by the multicast forward module, an IGMP report message to a router of an upper layer through the multicast protocol processing module to request the router of the upper layer to forward the program stream if the user has the authority to watch the program and the program stream has not been forwarded to the multicast service processing system; and not forwarding any program stream if the user does not have the authority to watch.
A method comprising: by one or more computing devices, for each one of one or more content producers, accessing a content-producing rate at which the content producer produces one or more items of content; for each one of one or more content consumers, accessing a content-consuming rate at which the content consumer consumes one or more items of content; and for each one of a plurality of consumer-producer pairs, wherein the consumer-producer pair comprises one of the content consumers and one of the content producers, and the content consumer follows the content producer, selecting between a push strategy and a pull strategy for delivering one or more items of content from the content producer to the content consumer based on the content-consuming rate of the content consumer and the content-producing rate of the content producer, wherein: with the push strategy, each one of the items of content is delivered from the content producer to the content consumer when the item of content is produced by the content producer; and with the pull strategy, each one of the items of content is delivered from the content producer to the content consumer when the item of content is consumed by the content consumer. with the push strategy, each one of the items of content is delivered from the content producer to the content consumer when the item of content is produced by the content producer; and with the pull strategy, each one of the items of content is delivered from the content producer to the content consumer when the item of content is consumed by the content consumer.
A method of facilitating mobile radio communications device measurements within a mobile radio communications network, comprising the steps of: including, in a last Resource Block of a series of Resource Blocks (112, 116, 118) sent to a mobile radio communications device from a network device of the mobile radio communications network, an indication of the number of subsequent consecutive Transmission Timing Intervals with no allocated Resource Blocks; and planning and managing said indication in the mobile radio communications device to perform the measurements (126, 128) requiring more than one Transmission Timing Interval, wherein said indication provides the maximum number of consecutive Transmission Timing Intervals that can be scheduled for the measurements if the network device is not able to foresee the next allocated resource blocks after the maximum number NTTImax of consecutive Transmission Timing Intervals. including, in a last Resource Block of a series of Resource Blocks (112, 116, 118) sent to a mobile radio communications device from a network device of the mobile radio communications network, an indication of the number of subsequent consecutive Transmission Timing Intervals with no allocated Resource Blocks; and planning and managing said indication in the mobile radio communications device to perform the measurements (126, 128) requiring more than one Transmission Timing Interval, wherein said indication provides the maximum number of consecutive Transmission Timing Intervals that can be scheduled for the measurements if the network device is not able to foresee the next allocated resource blocks after the maximum number NTTImax of consecutive Transmission Timing Intervals.