mhurhangee/patent-ind-claim-en huggingface dataset:
A high-purity ferritic stainless steel sheet with excellent oxidation resistance and high-temperature strength, consisting of, % by mass, C: 0.001 to 0.03%, Si: 0.01 to 2%, Mn: 0.01 to 1.5%, P: 0.005 to 0.05%, S: 0.0001 to 0.01%, Cr: 16.0% to 30%, N: 0.001 to 0.03%, A1: 0.05 to 3%, and Sn: 0.01 to 1% and optionally one or more of Nb: 0.5% or less, Ti: 0.5% or less, Ni: 0.5% or less, Cu: 0.5% or less, Mo: 0.5% or less, V: 0.5% or less, Zr: 0.5% or less, Co: 0.5% or less, Mg: 0.005% or less, B: 0.005% or less, and Ca: 0.005% or less and/or optionally one or more of La: 0.1% or less, Y: 0.1% or less, Hf: 0.1% or less, and REM: 0.1% or less, with the remainder being Fe and unavoidable impurities wherein the high-purity ferritic stainless steel sheet has both an oxidation resistance wherein abnormal oxidation does not occur in the continuous oxidation test at 980°C for 200 hr determined in accordance with the method disclosed in the description and a high-temperature strength of 0.2% Proof Stress at 800°C ≥ 35 MPa determined in accordance with the method disclosed in the description and Tensile Strength ≥ 55 MPa determined in accordance with the method disclosed in the description.
A housing for electrical switchgear, the housing being configured for mounting to a wall and comprising: a housing body defining a rear mounting surface for positioning substantially flush against the wall; at least one retaining member configured for engaging a backplate mounted to a wall, whereby to mount the housing body on the wall, wherein the retaining member is provided in a recess defined in the housing body, such that a rearmost surface of the retaining member extends rearwardly substantially no further than a plane defined by the rear mounting surface, wherein the recess is for receiving the backplate at least partially therein, and wherein the housing body comprises at least one screw boss for receiving a mounting screw for mounting the housing body to the wall in the absence of a backplate, characterized in that the retaining member is provided on the screw boss . a housing body defining a rear mounting surface for positioning substantially flush against the wall; at least one retaining member configured for engaging a backplate mounted to a wall, whereby to mount the housing body on the wall, wherein the retaining member is provided in a recess defined in the housing body, such that a rearmost surface of the retaining member extends rearwardly substantially no further than a plane defined by the rear mounting surface, wherein the recess is for receiving the backplate at least partially therein, and wherein the housing body comprises at least one screw boss for receiving a mounting screw for mounting the housing body to the wall in the absence of a backplate, characterized in that the retaining member is provided on the screw boss .
A system for the domestic and/or non-industrial preparation of a cooled edible product from ingredients in a portioned amount defining one serving of the cooled edible product, said system comprising: - a receptacle in a form of a pod holding at least some of the ingredients, and a processor for processing the ingredients and producing the cooled edible product therefrom, the processor comprising or being associated with a data reader; - the receptacle being configured for association with the processor in a manner permitting most of the content of the receptacle to be introduced into the processor and for preparing said one serving from said most of the content of the receptacle after introduction into the processor; - the receptacle carrying data permitting its identification by the data reader to thereby induce the processor to apply process parameters to said processing, the data being indicative to all steps of the preparation process of the cooled edible products. - a receptacle in a form of a pod holding at least some of the ingredients, and a processor for processing the ingredients and producing the cooled edible product therefrom, the processor comprising or being associated with a data reader; - the receptacle being configured for association with the processor in a manner permitting most of the content of the receptacle to be introduced into the processor and for preparing said one serving from said most of the content of the receptacle after introduction into the processor; - the receptacle carrying data permitting its identification by the data reader to thereby induce the processor to apply process parameters to said processing, the data being indicative to all steps of the preparation process of the cooled edible products.
An induction plasma torch , comprising: a tubular torch body having an upstream section and a downstream section , the upstream and downstream sections defining respective inner surfaces ; and a plasma confinement tube disposed within the tubular torch body , coaxial with the tubular torch body , and having an inner surface of constant inner diameter and an outer surface ; and a tubular insert mounted to the inner surface of the downstream section of the tubular torch body , the tubular insert having an inner surface ; and an annular channel defined between (a) the inner surface of the upstream section of the tubular torch body and the inner surface of the tubular insert , and (b) the outer surface of the plasma confinement tube , the annular channel being configured to conduct a cooling fluid for cooling the plasma confinement tube ; characterised in that the plasma confinement tube has a tubular wall with a thickness tapering off in an axial direction of plasma flow over at least a section of the plasma confinement tube . a tubular torch body having an upstream section and a downstream section , the upstream and downstream sections defining respective inner surfaces ; and a plasma confinement tube disposed within the tubular torch body , coaxial with the tubular torch body , and having an inner surface of constant inner diameter and an outer surface ; and a tubular insert mounted to the inner surface of the downstream section of the tubular torch body , the tubular insert having an inner surface ; and an annular channel defined between (a) the inner surface of the upstream section of the tubular torch body and the inner surface of the tubular insert , and (b) the outer surface of the plasma confinement tube , the annular channel being configured to conduct a cooling fluid for cooling the plasma confinement tube ; characterised in that the plasma confinement tube has a tubular wall with a thickness tapering off in an axial direction of plasma flow over at least a section of the plasma confinement tube .
An underwater diving fin comprising a boot and a paddle , said paddle being made of thermoplastic elastomeric material having a Young modulus comprised between 800 MPa and 1200 MPa, said paddle having an angled underlayer , wherein said paddle has an overlayer , and wherein: - said angled underlayer has the shape and size of said paddle , it has a uniform thickness comprised between 2.5 mm and 3.0 mm, and it has a flexible longitudinal propulsion flap and a flap for the removable attachment of said boot , said propulsion flap having a length comprised between 0.5 m and 0.7 m, the angle (Θ) formed between said propulsion flap and said attachment flap being secured by one or more ribs connecting between said propulsion flap and said attachment flap ; - said overlayer covers said propulsion flap selectively in a zone adjacent to said attachment flap , and has a maximum thickness of a value no greater than 1.8 mm. - said angled underlayer has the shape and size of said paddle , it has a uniform thickness comprised between 2.5 mm and 3.0 mm, and it has a flexible longitudinal propulsion flap and a flap for the removable attachment of said boot , said propulsion flap having a length comprised between 0.5 m and 0.7 m, the angle (Θ) formed between said propulsion flap and said attachment flap being secured by one or more ribs connecting between said propulsion flap and said attachment flap ; - said overlayer covers said propulsion flap selectively in a zone adjacent to said attachment flap , and has a maximum thickness of a value no greater than 1.8 mm.
A method of controlling one or more parameters of a medical imaging device comprising a radiation source unit , the method comprising: - receiving image data representing a first image of an object to be imaged using the radiation source unit to form a second image; - detecting a plurality of positions of respective predetermined features in the first image;- determining a boundary of an imaging area of the object to be imaged on the basis of the detected positions; and - controlling one or more parameters of the radiation source unit on the basis of the determined boundary characterized in that determining the boundary comprises: - determining an object orientation of the object on the basis of an angle of a line intersecting two or more of the detected positions; - orientating the boundary of the imaging area of the object to correspond with the object orientation. - receiving image data representing a first image of an object to be imaged using the radiation source unit to form a second image; - detecting a plurality of positions of respective predetermined features in the first image;- determining a boundary of an imaging area of the object to be imaged on the basis of the detected positions; and - controlling one or more parameters of the radiation source unit on the basis of the determined boundary characterized in that determining the boundary comprises: - determining an object orientation of the object on the basis of an angle of a line intersecting two or more of the detected positions; - determining an object orientation of the object on the basis of an angle of a line intersecting two or more of the detected positions; - orientating the boundary of the imaging area of the object to correspond with the object orientation.
An image forming apparatus comprising: an image forming device including a head, the head including a plurality of nozzles and being configured to discharge ink droplets through the plurality of nozzles to form an image on a recording medium conveyed in a first direction; a reading device configured to read the image formed on the recording medium; a generation unit configured to generate a correction chart, the correction chart including: a plurality of patches located in the first direction and representing different densities from each other; and two marks located at different positions from each other in a second direction perpendicular to the first direction, the generation unit being configured to locate opposed end portions of the plurality of patches in the second direction outside the two marks in the second direction; and a derivation unit configured to acquire read data provided by the reading device reading the correction chart formed on the recording medium, the read data including read data of an area of the plurality of patches existing inside the two marks in the second direction, the derivation unit being configured to derive correction data, based on the read data of the area of the plurality of patches existing inside the two marks in the second direction, characterised in that read data of areas of the plurality of patches existing outside the two marks in the second direction is not used for deriving the correction data. an image forming device including a head, the head including a plurality of nozzles and being configured to discharge ink droplets through the plurality of nozzles to form an image on a recording medium conveyed in a first direction; a reading device configured to read the image formed on the recording medium; a generation unit configured to generate a correction chart, the correction chart including: a plurality of patches located in the first direction and representing different densities from each other; and two marks located at different positions from each other in a second direction perpendicular to the first direction, a plurality of patches located in the first direction and representing different densities from each other; and two marks located at different positions from each other in a second direction perpendicular to the first direction, the generation unit being configured to locate opposed end portions of the plurality of patches in the second direction outside the two marks in the second direction; and a derivation unit configured to acquire read data provided by the reading device reading the correction chart formed on the recording medium, the read data including read data of an area of the plurality of patches existing inside the two marks in the second direction, the derivation unit being configured to derive correction data, based on the read data of the area of the plurality of patches existing inside the two marks in the second direction, characterised in that read data of areas of the plurality of patches existing outside the two marks in the second direction is not used for deriving the correction data.
A detection system configured to detect water in a fan case , said detection system comprising: a heater configured to apply heat to the fan case , wherein any water within the fan case generates a local transient thermal gradient in response to the applied heat; a monitoring camera configured to be positioned proximate the fan case and configured to acquire a plurality of images of the heated fan case ; and a computing device configured to: receive the plurality of images from said monitoring camera ; and analyze the plurality of images to detect the water in the fan case ; the detection system being characterised in that : said heater comprises a heat lamp configured to heat an inner radial surface of said fan case and further comprises a heating blanket configured to heat an outer radial surface of said fan case . a heater configured to apply heat to the fan case , wherein any water within the fan case generates a local transient thermal gradient in response to the applied heat; a monitoring camera configured to be positioned proximate the fan case and configured to acquire a plurality of images of the heated fan case ; and a computing device configured to: receive the plurality of images from said monitoring camera ; and analyze the plurality of images to detect the water in the fan case ; the detection system being characterised in that : said heater comprises a heat lamp configured to heat an inner radial surface of said fan case and further comprises a heating blanket configured to heat an outer radial surface of said fan case . receive the plurality of images from said monitoring camera ; and analyze the plurality of images to detect the water in the fan case ; the detection system being characterised in that : said heater comprises a heat lamp configured to heat an inner radial surface of said fan case and further comprises a heating blanket configured to heat an outer radial surface of said fan case .
A mobile terminal, comprising a host and at least one wireless communication module which is plugged into the host; wherein the host comprises at least one reserved physical interface , characterized in that , the wireless communication module is a near field communication, NFC, module, and the wireless communication module is matched with the reserved physical interface , and the match comprises a match in a physical structure, or an electrical match, or a match in interaction protocols; and the host and the wireless communication module are connected through the physical interface , and the host is provided with a battery, the wireless communication module is also provided with a battery, and when the host or the wireless communication module runs out of the battery of itself, the host or the wireless communication module is configured to use the other's battery to supply power. the host comprises at least one reserved physical interface , characterized in that , the wireless communication module is a near field communication, NFC, module, and the wireless communication module is matched with the reserved physical interface , and the match comprises a match in a physical structure, or an electrical match, or a match in interaction protocols; and the host and the wireless communication module are connected through the physical interface , and the host is provided with a battery, the wireless communication module is also provided with a battery, and when the host or the wireless communication module runs out of the battery of itself, the host or the wireless communication module is configured to use the other's battery to supply power.
A volute pump for delivering a liquid containing fibrous substances and solid substances, comprising: an impeller having a main plate and a rotary vane fixed to the main plate ; and a pump casing having a flow passage in a shape of volute for delivering a liquid, discharged from the impeller , in a circumferential direction, wherein the pump casing includes a protrusion projecting into the flow passage and separating a starting end of the volute from a terminal end of the volute, the protrusion faces a liquid outlet of the impeller , the volute pump being characterized in that : a radius of curvature of a cross section of a distal edge of the protrusion at one side end thereof is larger than a radius of curvature of the cross section of the distal edge of the protrusion at other side end thereof, and the other side end faces the main plate while the one side end is located opposite to the main plate . an impeller having a main plate and a rotary vane fixed to the main plate ; and a pump casing having a flow passage in a shape of volute for delivering a liquid, discharged from the impeller , in a circumferential direction, wherein the pump casing includes a protrusion projecting into the flow passage and separating a starting end of the volute from a terminal end of the volute, the protrusion faces a liquid outlet of the impeller , the volute pump being characterized in that : a radius of curvature of a cross section of a distal edge of the protrusion at one side end thereof is larger than a radius of curvature of the cross section of the distal edge of the protrusion at other side end thereof, and the other side end faces the main plate while the one side end is located opposite to the main plate .
A graphical user interface platform including instructions stored on a data store media and executable through one or more hardware components comprising: a graphical user interface including: a test facility template including a test facility display area , the test facility template representing a physical location at a test facility having one or more actuator-based testing devices; and a menu of one or more testing device selections representative of the one or more actuator-based testing devices for the test facility, the one or more testing device selections selectively locatable within the test facility display area via a positioning function through an input device operable with the graphical user interface, wherein the graphical user interface platform is configured to transmit a data request to a remote test platform operable with the one or more actuator-based testing devices and receive the one or more testing device selections from the remote test platform, wherein the graphical user interface platform is further configured to interface with the remote test platform to receive test data in response to selection of a testing device selection from the one or more testing device selections. a test facility template including a test facility display area , the test facility template representing a physical location at a test facility having one or more actuator-based testing devices; and a menu of one or more testing device selections representative of the one or more actuator-based testing devices for the test facility, the one or more testing device selections selectively locatable within the test facility display area via a positioning function through an input device operable with the graphical user interface, wherein the graphical user interface platform is configured to transmit a data request to a remote test platform operable with the one or more actuator-based testing devices and receive the one or more testing device selections from the remote test platform, wherein the graphical user interface platform is further configured to interface with the remote test platform to receive test data in response to selection of a testing device selection from the one or more testing device selections.
A parking assistance method for performing parking assistance for a subject vehicle (V1) using a parking assistance device comprising a controller configured to output assistance information for an occupant of the subject vehicle (V1) based on traveling information of the subject vehicle (V1) detected by a sensor , the controller operating to: determine (S1), based on the traveling information, whether or not parking of the subject vehicle (V1) is performed in a manual mode or an automated mode in which parking control is executed to park the subject vehicle (V1) into a target parking space ; when the parking of the subject vehicle (V1) is performed in the manual mode (S1: YES), detect (S3; S13; S23; S34) a parking execution state of the subject vehicle (V1); determine (S4; S14; S24; S35), based on the parking execution state, whether or not the parking toward a target parking space is necessary again; when a determination is made that the parking toward the target parking space is necessary again, output (S5), to a user interface , guidance information for switching a parking mode of the subject vehicle (V1) from the manual mode to the automated mode; when there is an instruction to switch the parking mode of the subject vehicle from the manual mode to the automated mode, switching (S6: YES) the parking mode of the subject vehicle (V1) from the manual mode to the automated mode; and executing (S7) parking control for the subject vehicle (V1) to park into the target parking space ; and when the parking control is executed in the automated mode (S1: NO), not outputting the guidance information to the user interface . determine (S1), based on the traveling information, whether or not parking of the subject vehicle (V1) is performed in a manual mode or an automated mode in which parking control is executed to park the subject vehicle (V1) into a target parking space ; when the parking of the subject vehicle (V1) is performed in the manual mode (S1: YES), detect (S3; S13; S23; S34) a parking execution state of the subject vehicle (V1); determine (S4; S14; S24; S35), based on the parking execution state, whether or not the parking toward a target parking space is necessary again; when a determination is made that the parking toward the target parking space is necessary again, output (S5), to a user interface , guidance information for switching a parking mode of the subject vehicle (V1) from the manual mode to the automated mode; when there is an instruction to switch the parking mode of the subject vehicle from the manual mode to the automated mode, switching (S6: YES) the parking mode of the subject vehicle (V1) from the manual mode to the automated mode; and executing (S7) parking control for the subject vehicle (V1) to park into the target parking space ; and when the parking control is executed in the automated mode (S1: NO), not outputting the guidance information to the user interface .