mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a component comprising the steps of: defining a component geometry model representative of the component to be manufactured, the component geometry model comprising a plurality of geometric features of the component; for each geometric feature, using a lookup table comprising a library of known standard primitive features such as one bead, two overlapping beads, corners, and walls of a given length, width and height, to determine optimal values of a set of parameters comprising power output, stand off, orientation, speed and direction of travel of the heating means relative to the substrate, and an optimal rate of powder delivery, to generate the feature using the known standard features; heating a working region of a substrate with a heating means; directing a material into the working region to bring the material into a temporary molten state; depositing said material on the substrate such that when the material solidifies it forms at least part of the component; wherein the heating means power output, stand off, orientation, speed and direction of travel relative to the substrate and the powder delivery rate are adjustable and controlled to correspond to the optimal values throughout the material deposition process to control the shape and/or size of the working region to thereby control the distribution and rate of heat delivery to the substrate. defining a component geometry model representative of the component to be manufactured, the component geometry model comprising a plurality of geometric features of the component; for each geometric feature, using a lookup table comprising a library of known standard primitive features such as one bead, two overlapping beads, corners, and walls of a given length, width and height, to determine optimal values of a set of parameters comprising power output, stand off, orientation, speed and direction of travel of the heating means relative to the substrate, and an optimal rate of powder delivery, to generate the feature using the known standard features; heating a working region of a substrate with a heating means; directing a material into the working region to bring the material into a temporary molten state; depositing said material on the substrate such that when the material solidifies it forms at least part of the component; wherein the heating means power output, stand off, orientation, speed and direction of travel relative to the substrate and the powder delivery rate are adjustable and controlled to correspond to the optimal values throughout the material deposition process to control the shape and/or size of the working region to thereby control the distribution and rate of heat delivery to the substrate.
Method for automatically monitoring consciousness of a person and triggering an alarm if the monitored person is not in a state of full consciousness; the method comprising the steps: monitoring at least one aspect of the active behavior of the person; detecting at least one environmental stimulus and monitoring whether the monitored behavior shows a response to the at least one environmental stimulus (S4, S5); analyzing whether the monitored behavior of the person corresponds to an expected active behavior for a state of full consciousness or not (S2, S2'); triggering an alarm if the analysis results in that the detected behavior does not correspond to the expected behavior. monitoring at least one aspect of the active behavior of the person; detecting at least one environmental stimulus and monitoring whether the monitored behavior shows a response to the at least one environmental stimulus (S4, S5); analyzing whether the monitored behavior of the person corresponds to an expected active behavior for a state of full consciousness or not (S2, S2'); triggering an alarm if the analysis results in that the detected behavior does not correspond to the expected behavior.
Terminal block arrangement, which has an elongated mounting strip with two rectangular broad long-edged front plates (11, 12), equipped with parts (8, 9) formed at its opposing narrow short-edged side plates (13, 14) for coupling it to support parts (5, 6) of a support structure, said terminal block arrangement having modules that can be fitted to the mounting strip next to one another in a row, said modules having an insulated housing, whereby each housing and the mounting strip have mutual connection devices (21, 20) for the purpose of plugging the modules to the mounting strip, transversely with respect to the longitudinal direction of the mounting strip, characterised in that each housing has a mounting wall and at least one receiving slot in the mounting side, and that the mounting strip has a number of connection bars projecting from one of its two rectangular broad long-edged front plates and oriented transversely with respect to the longitudinal direction of the mounting strip, whereby the receiving slot and the connection bars are forming the mutual connection devices, whereby the connection bar has a T-shaped cross-section, with a first plate-like limb arising from one of the two rectangular broad long-edged front plates, and with a second plate-like limb formed at the free end of and perpendicular to the first limb.
An ultrasonic flow meter comprising - a meter housing, - a first ultrasound transducer, - a second ultrasound transducer, - an electronic control arrangement for operating said ultrasonic flow meter, and - a connection arrangement being arranged between said electronic control arrangement and said ultrasound transducers (6, 7), said ultrasonic flow meter being adapted to measure the flow of a fluid by means of said first and second transducers (6, 7), said connection arrangement comprising - an electrically insulating support arrangement, and - a set of elastic connectors (29, 30, 31) for electrically connecting said electronic control arrangement with said first and second ultrasound transducers (6, 7), said insulating support arrangement mechanically fixating said set of elastic connectors (29, 30, 31) and maintaining electrical separation between said set of elastic connectors (29, 30, 31), characterized in that each elastic connector (29, 30, 31) comprises a first spring part for engaging said electronic control arrangement and a second spring part for engaging said first and/or second transducer (6, 7), and wherein the connection arrangement is provided as a single, separate unit. - a meter housing, - a first ultrasound transducer, - a second ultrasound transducer, - an electronic control arrangement for operating said ultrasonic flow meter, and - a connection arrangement being arranged between said electronic control arrangement and said ultrasound transducers (6, 7), said ultrasonic flow meter being adapted to measure the flow of a fluid by means of said first and second transducers (6, 7), said connection arrangement comprising - an electrically insulating support arrangement, and - a set of elastic connectors (29, 30, 31) for electrically connecting said electronic control arrangement with said first and second ultrasound transducers (6, 7),
Lithographic Process for creating overlapping patterns on a target field of a substrate, comprising; - patterning a radiation beam by a patterning device, and - creating the overlapping patterns on the substrate by illuminating the target field by the patterned radiation beam, characterized by: determining local residual overlay errors and determining an intra-field correction to be applied during illumination as a dynamic correction by creating a first part of one of the overlapping patterns according to a first determined value for each of at least one process parameters and creating a second part of the one of the overlapping patterns according to a second determined value for each of the least one process parameters wherein the first value differs from the second value. - patterning a radiation beam by a patterning device, and - creating the overlapping patterns on the substrate by illuminating the target field by the patterned radiation beam,
A cemented carbide comprising a hard phase containing tungsten carbide as its main component and a binder phase containing an element of at least one kind selected from the group consisting of Co, Ni and Fe as its main component, wherein: the cemented carbide comprises 75 mass% or more to 95 mass% or less of the hard phase and 5 mass% or more to 25 mass% or less of the binder phase in an inner region inner than a position of 500 μm in depth below a surface of the cemented carbide; the hard phase comprises a Zr carboxide; and Zr sur /Zr in is from 0.25 or more to 0.80 or less, wherein an average content (volume%) of the Zr carboxide in a surface region which ranges from the surface of the cemented carbide to a depth of 500 μm therebelow is denoted by Zr sur and an average content (volume%) of the Zr carboxide in an inner region inner than the surface region is denoted by Zr in, wherein Zr sur /Zr in is measured with the method described in the description. the cemented carbide comprises 75 mass% or more to 95 mass% or less of the hard phase and 5 mass% or more to 25 mass% or less of the binder phase in an inner region inner than a position of 500 μm in depth below a surface of the cemented carbide; the hard phase comprises a Zr carboxide; and Zr sur /Zr in is from 0.25 or more to 0.80 or less, wherein an average content (volume%) of the Zr carboxide in a surface region which ranges from the surface of the cemented carbide to a depth of 500 μm therebelow is denoted by Zr sur and an average content (volume%) of the Zr carboxide in an inner region inner than the surface region is denoted by Zr in, wherein Zr sur /Zr in is measured with the method described in the description.
Surgical referencing unit for a surgical navigation system with which a spatial position and/or orientation of the referencing unit is determinable, said referencing unit comprising a base body and at least one marker element arranged on the base body, and the spatial position of said marker element being determinable by the navigation system, wherein the at least one marker element is movably mounted on the base body, wherein the referencing unit comprises a first interface device which is configured to be brought into engagement with a second interface device provided on a surgical instrument or an implant in a connected position, characterized in that the first interface device is designed such that the at least one first marker element is automatically movable into a predefined marker element position in dependence upon the interacting first and second interface devices (88, 90).
Body of a motor vehicle including an opening equipped with a normally sliding side door temporarily articulated to the body about an axis by means of a device which comprises at least one hinge (3, 4) for temporary articulation of the door on one edge of the opening of the body to allow angular movement of said door relative to the body between at least one state spaced from the body and a state closer to the body, including a first part or hinge member provided with a first articulation element, such as a hinge pin or a knuckle, and a fixing plate or band spaced from said first element and a second part or hinge member provided with a second articulation element, such as a knuckle or a hinge pin, capable of covering or being covered by the first and with a fixing plate or band spaced from said means, each part including corresponding means such that when the hinge is in its state closer to the body said means abut one on the other and limit relative rotation of the two parts on continuing movement of the door closer to the body in such a way that the door in the state closer to the body does not strike the body opposite the articulation device, characterized in that the door is provided with a handle for manoeuvering it manually about the articulation, the handle carrying a bolt (Sa) for retaining the door in the closed position, engaged behind an edge of the opening of the body close to said handle when the door is pushed towards its closed position by a force sufficient for it to deform elastically.
A method for delaying information broadcasting, applied in a terminal and comprising: detecting (110, 210), by the terminal, a screen-brightening event, wherein the screen-brightening event is a user indicated screen-brightening operation for brightening a screen of the terminal; when the screen-brightening event is detected, and a current interface of the terminal is a lock screen interface, intercepting, by the terminal, notification information broadcast by an operating system of the terminal such that services of respective application programs running on the terminal are not triggered by the notification information broadcast during a time period between the screen-brightening event and subsequent unlocking of the lock screen and storing the intercepted notification information in a buffer of the terminal; and upon detecting unlocking of the lock screen interface, switching, by the terminal, from the lock screen interface into an interface after unlocking and sending, by the terminal, the intercepted notification information stored in the buffer of the terminal to the respective application programs such that the broadcast information can trigger running of services of the respective application programs only after the terminal is unlocked. detecting (110, 210), by the terminal, a screen-brightening event, wherein the screen-brightening event is a user indicated screen-brightening operation for brightening a screen of the terminal; when the screen-brightening event is detected, and a current interface of the terminal is a lock screen interface, intercepting, by the terminal, notification information broadcast by an operating system of the terminal such that services of respective application programs running on the terminal are not triggered by the notification information broadcast during a time period between the screen-brightening event and subsequent unlocking of the lock screen and storing the intercepted notification information in a buffer of the terminal; and upon detecting unlocking of the lock screen interface, switching, by the terminal, from the lock screen interface into an interface after unlocking and sending, by the terminal, the intercepted notification information stored in the buffer of the terminal to the respective application programs such that the broadcast information can trigger running of services of the respective application programs only after the terminal is unlocked.
A dispenser cap closure device configured to close an end of a dispenser cap of a medicament dispenser, the cap closure device comprising: an upper cap closure portion configured to engage with an upper open end of the dispenser cap to close said open end of the dispenser cap; a lower cap closure portion configured to engage with an engageable portion of the upper open end of the dispenser cap to secure the cap closure device to the dispenser cap; and a bistable portion,,, connecting the upper cap closure portion and the lower cap closure portion, the bistable portion,,, being switchable between a first stable form in which the bistable portion,,, is extended, and a second stable form in which the bistable portion,,, is collapsed, wherein, when in the second stable form, the upper cap closure portion and lower cap closure portion are brought closer together, and wherein the lower cap closure portion comprises a plurality of protrusions extending radially outwards having an upper surface configured to engage with the engageable portion of the dispenser cap, and wherein a lower surface of the lower cap closure portion is configured to engage with a surface of a medicament container of the dispenser. an upper cap closure portion configured to engage with an upper open end of the dispenser cap to close said open end of the dispenser cap; a lower cap closure portion configured to engage with an engageable portion of the upper open end of the dispenser cap to secure the cap closure device to the dispenser cap; and a bistable portion,,, connecting the upper cap closure portion and the lower cap closure portion, the bistable portion,,, being switchable between a first stable form in which the bistable portion,,, is extended, and a second stable form in which the bistable portion,,, is collapsed, wherein, when in the second stable form, the upper cap closure portion and lower cap closure portion are brought closer together, and wherein the lower cap closure portion comprises a plurality of protrusions extending radially outwards having an upper surface configured to engage with the engageable portion of the dispenser cap, and wherein a lower surface of the lower cap closure portion is configured to engage with a surface of a medicament container of the dispenser.
A method for preparing a porous non-metal material, comprising the following steps: material preparation mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; uniformly mixing the mixed grains above with a pore-forming agent for preparing upper-level pore cavities which are larger than the smallest-level pore cavities of the porous non-metal material to make a compact green body; performing vacuum sintering to the compact green body; the sintered green body is subjected to a conventional follow-up treatment according to a raw material process of the porous non-metal material to obtain the porous non-metal material; and wherein the porous non-metal material is one or more selected from ceramic materials, high siliceous silicate materials, aluminosilicate materials, diatomaceous earth materials, pure carbonaceous materials, corundum and diamond. material preparation mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; mixing raw material powder with a pore-forming agent for preparing smallest-level pore cavities of the porous non-metal material and formulating a slurry; uniformly filling the slurry into a polymer material support by foam dipping to form a green body and drying and smashing to obtain mixed grains containing the raw material, the pore-forming agent and the material of polymer material support; uniformly mixing the mixed grains above with a pore-forming agent for preparing upper-level pore cavities which are larger than the smallest-level pore cavities of the porous non-metal material to make a compact green body; performing vacuum sintering to the compact green body; the sintered green body is subjected to a conventional follow-up treatment according to a raw material process of the porous non-metal material to obtain the porous non-metal material; and wherein the porous non-metal material is one or more selected from ceramic materials, high siliceous silicate materials, aluminosilicate materials, diatomaceous earth materials, pure carbonaceous materials, corundum and diamond.
A radio wave propagation characteristic estimating system for estimating a radio wave propagation characteristic, comprising: an object selecting unit for selecting, from objects within a region, an object by using position data of a transmission point, characterized by further comprising: a number of constituent faces reducing unit for reducing the number of constituent faces of said object selected; and a radio wave propagation estimating unit for estimating radio wave propagation by using an object not selected by said object selecting unit and an object whose number of constituent faces is reduced by said number of constituent faces reducing unit. an object selecting unit for selecting, from objects within a region, an object by using position data of a transmission point, characterized by further comprising: a number of constituent faces reducing unit for reducing the number of constituent faces of said object selected; and a radio wave propagation estimating unit for estimating radio wave propagation by using an object not selected by said object selecting unit and an object whose number of constituent faces is reduced by said number of constituent faces reducing unit. a number of constituent faces reducing unit for reducing the number of constituent faces of said object selected; and a radio wave propagation estimating unit for estimating radio wave propagation by using an object not selected by said object selecting unit and an object whose number of constituent faces is reduced by said number of constituent faces reducing unit.
A voice recognition apparatus comprising: an audio input unit configured to receive a voice; a communication module configured to transmit voice data received from the audio input unit to a server system, which performs voice recognition processing, and receive recognition result data on the voice data from the server system; and a controller configured to: control the audio input unit and the communication module, perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system, when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, receive the recognition result data corresponding to the transmitted voice data from the server system; output a pre-stored waiting guidance message according to a communication between the voice recognition apparatus and the server system when the voice command in the voice data does not correspond to the pre-stored keyword command and when the connection with the server system is unstable. an audio input unit configured to receive a voice; a communication module configured to transmit voice data received from the audio input unit to a server system, which performs voice recognition processing, and receive recognition result data on the voice data from the server system; and a controller configured to: control the audio input unit and the communication module, perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system, when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, control the audio input unit and the communication module, perform an operation corresponding to a keyword command, when a voice command in the voice data corresponds to a pre-stored keyword command; transmit the voice data including the voice command to the server system, when the voice command in the voice data does not correspond to the pre-stored keyword command and when a connection with the server system is stable, receive the recognition result data corresponding to the transmitted voice data from the server system; output a pre-stored waiting guidance message according to a communication between the voice recognition apparatus and the server system when the voice command in the voice data does not correspond to the pre-stored keyword command and when the connection with the server system is unstable.