mhurhangee/patent-ind-claim-en huggingface dataset:
A seal assembly for high pressure sealing comprising a rigid backing ring , a seal ring , a retaining ring , and a canted coil spring , wherein the rigid backing ring is made of a first material having an axially extending flange; wherein the seal ring is positioned next to the backing ring , said seal ring comprising an outside flange , an inside flange separated from one another by a center channel section , and a seal lip extending radially at an end of the inside flange for dynamic contact with a moveable shaft ; and wherein the retaining ring is positioned next to the seal ring and in mechanical engagement with the seal ring , the retaining ring comprising a groove positioned inboard of an outer diameter of the retaining ring to allow adequate flexibility to ensure that the retaining ring locks the seal assembly when fixed to a housing; wherein the seal ring and the retaining ring define a physical contour of a holding bore for capturing the canted coil spring , wherein the canted coil spring positioned in said holding bore biases against the seal ring on an inner side and the retaining ring on an outer side; wherein seal ring and the backing ring are in mechanical engagement; and wherein the backing ring is in adjacent contact with the center channel section and having a flange extending co-axially with the inside flange of the seal ring wherein the seal lip of the inside flange comprises an arcuate section overlapping an end edge of the flange of the backing ring .
A method performed by a user equipment, UE , in a wireless communication system, the method comprising: transmitting, to the operator network system, a dedicated Protocol Data Unit, PDU, session establishment request for a user plane, UP, signalling messages; in case that the UE supports an integrity protection based on a maximum data rate of the UE, establishing a dedicated PDU session with the operator network system with integrity protection based on a configuration received from the operator network system, and exchanging the UP signaling messages over the established dedicated PDU session; and characterised in that : in case that the UE does not support the integrity protection based on the maximum data rate of the UE, exchanging the UP signalling message with the operator network system over a non-access-stratum, NAS, to confirm the integrity protection. transmitting, to the operator network system, a dedicated Protocol Data Unit, PDU, session establishment request for a user plane, UP, signalling messages; in case that the UE supports an integrity protection based on a maximum data rate of the UE, establishing a dedicated PDU session with the operator network system with integrity protection based on a configuration received from the operator network system, and exchanging the UP signaling messages over the established dedicated PDU session; and characterised in that : in case that the UE does not support the integrity protection based on the maximum data rate of the UE, exchanging the UP signalling message with the operator network system over a non-access-stratum, NAS, to confirm the integrity protection.
Mounting assembly for fastening a screen device to a window, comprising: - a window profile of the window, comprising a top wall ; - a screen guide of the screen device; - a mounting base , which is fastenable on top of the window profile to the top wall thereof and to which the screen guide can be fastened, for fastening the screen guide at a distance above the window profile ; characterized in that the window profile , at its top wall is provided with a depression realized as a slot and in that the mounting base , on its side designed to be fastened to the window profile , is provided with an elevation realized as a rib corresponding with and engageable with the slot of the top wall of the window profile . - a window profile of the window, comprising a top wall ; - a screen guide of the screen device; - a mounting base , which is fastenable on top of the window profile to the top wall thereof and to which the screen guide can be fastened, for fastening the screen guide at a distance above the window profile ;
A method for manufacturing a vibration detection element , characterized by comprising: a first step including joining a first substrate having an oscillator adhered with a heat-resistant adhesive to a first support member protruding from a bottom surface of a first recess of the first substrate and a second substrate having a second support member protruding from a bottom surface of a second recess of the second substrate so that the oscillator is opposed to the second support member ; and a second step removing the heat-resistant adhesive after the first step. a first step including joining a first substrate having an oscillator adhered with a heat-resistant adhesive to a first support member protruding from a bottom surface of a first recess of the first substrate and a second substrate having a second support member protruding from a bottom surface of a second recess of the second substrate so that the oscillator is opposed to the second support member ; and a second step removing the heat-resistant adhesive after the first step.
A computer implemented method of additive manufacturing comprising: Obtaining from data representing a three-dimensional object, control data for generating a three-dimensional object, the control data specifying, for a plurality of voxels of the object, at least one print material to be deposited in that voxel during object generation; determining a viewing frustum; determining voxels visible within the viewing frustum; determining a number of preview display pixels to display a preview of the object; identifying a set of voxels to be represented by each preview display pixel; determining at least one appearance parameter of a voxel from the control data; determining , for each preview display pixel, at least one pixel appearance parameter by combining appearance parameters for the set of voxels to be represented by that preview display pixel; and controlling the preview display pixels to display a preview of the object according to the at least one pixel appearance parameter. Obtaining from data representing a three-dimensional object, control data for generating a three-dimensional object, the control data specifying, for a plurality of voxels of the object, at least one print material to be deposited in that voxel during object generation; determining a viewing frustum; determining voxels visible within the viewing frustum; determining a number of preview display pixels to display a preview of the object; identifying a set of voxels to be represented by each preview display pixel; determining at least one appearance parameter of a voxel from the control data; determining , for each preview display pixel, at least one pixel appearance parameter by combining appearance parameters for the set of voxels to be represented by that preview display pixel; and controlling the preview display pixels to display a preview of the object according to the at least one pixel appearance parameter.
Electric fuse , comprising: an electro-pyrotechnic igniter , a disconnection element able to be moved by way of the electro-pyrotechnic igniter , and a current line having a disconnection section , wherein the movable disconnection element is arranged with respect to the electro-pyrotechnic igniter and the disconnection section of the current line in such a way that the movable disconnection element is able to be set in motion after the electro-pyrotechnic igniter has been tripped and thereby is able to sever the current line in the disconnection section , at least one inductive coupling means arranged on the current line or a high-voltage line , and a control circuit for controlling an ignition current provided to trip the electro-pyrotechnic igniter , wherein the control circuit comprises at least one semiconductor switch for switching the provided ignition current , and a diode , characterized in that the control circuit comprises at least one capacitor connected to an actuation input of the semiconductor switch , and in that the diode is connected on one side to the at least one inductive coupling means and on the other side to the capacitor and an actuation input of the semiconductor switch . an electro-pyrotechnic igniter , a disconnection element able to be moved by way of the electro-pyrotechnic igniter , and a current line having a disconnection section , wherein the movable disconnection element is arranged with respect to the electro-pyrotechnic igniter and the disconnection section of the current line in such a way that the movable disconnection element is able to be set in motion after the electro-pyrotechnic igniter has been tripped and thereby is able to sever the current line in the disconnection section , at least one inductive coupling means arranged on the current line or a high-voltage line , and a control circuit for controlling an ignition current provided to trip the electro-pyrotechnic igniter , wherein the control circuit comprises at least one semiconductor switch for switching the provided ignition current , and a diode , characterized in that the control circuit comprises at least one capacitor connected to an actuation input of the semiconductor switch , and in that the diode is connected on one side to the at least one inductive coupling means and on the other side to the capacitor and an actuation input of the semiconductor switch .
A Si optical modulator having at least two sets of coplanar waveguides (CPWs) formed on a substrate, each CPW including a signal electrode to which a radio-frequency (RF) signal is applied, wherein each CPW includes: the signal electrode; a first ground electrode disposed on one side of the signal electrode with an optical waveguide formed inside the substrate in between; and a second ground electrode disposed on an other side of the signal electrode, and wherein the optical waveguide comprises a rib waveguide having a center core and slab regions on respective sides thereof, the first ground electrode is connected to one of the slab regions by an interlayer interconnection, the signal electrode is connected to the other one of the slab regions by an interlayer interconnection , characterized in that the first ground electrode and the second ground electrode are connected to each other by one or more interconnecting electrodes (41a - 41h) passing between the signal electrode and the optical waveguides in a thicknesswise direction of the substrate. the signal electrode; a first ground electrode disposed on one side of the signal electrode with an optical waveguide formed inside the substrate in between; and a second ground electrode disposed on an other side of the signal electrode, and
A compressor comprising: an orbiting scroll that is rotatably linked to an eccentric shaft portion of a main shaft ; a fixed scroll that opposes the orbiting scroll to form a compression chamber (PR) for compressing refrigerant, the fixed scroll having in an end plate a first refrigerant path connected to the compression chamber (PR) through which the compressed refrigerant passes; and a second refrigerant path having a central axis (C2) and being connected to a downstream side of the first refrigerant path and having a larger interior volume than that of the first refrigerant path , the first refrigerant path including an upstream side open end and a downstream side open end having a center (P1); the upstream side open end being eccentric in relation to a central axis (C) of the fixed scroll ; and the center (P1) of the downstream side open end of the first refrigerant path coinciding with the central axis (C2) of the second refrigerant path , so that it is possible to discharge the refrigerant from the first refrigerant path towards the central axis (C2) of the second refrigerant path . an orbiting scroll that is rotatably linked to an eccentric shaft portion of a main shaft ; a fixed scroll that opposes the orbiting scroll to form a compression chamber (PR) for compressing refrigerant, the fixed scroll having in an end plate a first refrigerant path connected to the compression chamber (PR) through which the compressed refrigerant passes; and a second refrigerant path having a central axis (C2) and being connected to a downstream side of the first refrigerant path and having a larger interior volume than that of the first refrigerant path , the first refrigerant path including an upstream side open end and a downstream side open end having a center (P1); the upstream side open end being eccentric in relation to a central axis (C) of the fixed scroll ; and the center (P1) of the downstream side open end of the first refrigerant path coinciding with the central axis (C2) of the second refrigerant path , so that it is possible to discharge the refrigerant from the first refrigerant path towards the central axis (C2) of the second refrigerant path .
Use of a polyester which is a copolymer of citric acid, propylene glycol, succinic acid and lauric acid as resin in an anhydrous cosmetic composition applicable to the nails.
A gas burner assembly for a cooktop , comprising: a housing defining first and second concentric outlet sections , , the first outlet section being inset relative to the second outlet section , characterized in that the housing further defines a first aperture between the first outlet section and the second outlet section ; a first switch assembly is mounted within the housing and includes a lever coupled with the housing and a first pin extending from the lever and upwardly through the first aperture to an end positioned above the housing , the end of the first pin being moveable in a first direction inward and outward with respect to the housing by rotation of the lever and, thereby, controlling a flow of gas to the second outlet section . a housing defining first and second concentric outlet sections , , the first outlet section being inset relative to the second outlet section , characterized in that the housing further defines a first aperture between the first outlet section and the second outlet section ; a first switch assembly is mounted within the housing and includes a lever coupled with the housing and a first pin extending from the lever and upwardly through the first aperture to an end positioned above the housing , the end of the first pin being moveable in a first direction inward and outward with respect to the housing by rotation of the lever and, thereby, controlling a flow of gas to the second outlet section .
A bonding material comprising: silver nanoparticles having an average particle diameter of 10 nm or more and 100 nm or less, measured by transmission electron microscopy, and a surface coated with a carboxylic acid having 6 to 8 carbon atoms; a polar solvent in an amount of 5 to 20% by mass with respect to the silver nanoparticles; and a dispersant in an amount of 0.1% by mass or more and 1.0% by mass or less with respect to the total amount. silver nanoparticles having an average particle diameter of 10 nm or more and 100 nm or less, measured by transmission electron microscopy, and a surface coated with a carboxylic acid having 6 to 8 carbon atoms; a polar solvent in an amount of 5 to 20% by mass with respect to the silver nanoparticles; and a dispersant in an amount of 0.1% by mass or more and 1.0% by mass or less with respect to the total amount.
A razor head comprising: - a main frame member extending along a transversal axis (X), - at least one blade member mounted on the main frame member, having a blade edge extending along the transversal axis (X), and - a guard bar having a plurality of grooves , each groove having a bottom surface that extends along a longitudinal axis (Y) perpendicular to the transversal axis (X) from a groove front end up to a groove rear end in proximity of the blade edge, wherein each groove comprises a deep section located next to the groove front end, a shallow section located next to the groove rear end and a sloped section connecting the deep section to the shallow section, characterized in that the grooves are separated one from the other by a plurality of ribs having top surfaces , a rib defining a groove depth (D) measured along a vertical axis (Z), perpendicular to the longitudinal axis (Y) and to the transversal axis (X), between a bottom surface of a groove and a top surface of a rib, the groove depth (D) is substantially constant along the shallow section and/or the deep section. - a main frame member extending along a transversal axis (X), - at least one blade member mounted on the main frame member, having a blade edge extending along the transversal axis (X), and - a guard bar having a plurality of grooves , each groove having a bottom surface that extends along a longitudinal axis (Y) perpendicular to the transversal axis (X) from a groove front end up to a groove rear end in proximity of the blade edge,
An assembly comprising: a receiver body comprising a butt , a body trigger , a grip , and a display screen ; and a variable-length shaft extending from a front portion of said receiver body , a firearm receiver member coupled to a distal end of said variable-length shaft by means of a coupling device , and a camera in communication with, and configured to send images to, said display screen . a receiver body comprising a butt , a body trigger , a grip , and a display screen ; and a variable-length shaft extending from a front portion of said receiver body , a firearm receiver member coupled to a distal end of said variable-length shaft by means of a coupling device , and a camera in communication with, and configured to send images to, said display screen .
A method of producing flint glass using submerged combustion melting, the method comprising: preparing a vitrifiable feed material that includes a base glass portion that provides primary glass-forming oxides, an oxidizing agent comprising a sulfate compound, and a decolorant comprising either selenium or manganese oxide, wherein the vitrifiable feed material comprises between 0.20 wt% and 0.50 wt% of the sulfate compound, expressed as SO 3 , and further comprises between 0.008 wt% and 0.016 wt% of selenium or between 0.1 wt% and 0.2 wt% of manganese oxide; introducing the vitrifiable feed material into a glass melt contained within a submerged combustion melter , the glass melt comprising a total iron content expressed as Fe 2 O 3 in an amount ranging from 0.04 wt% to 0.06 wt% and having a redox ratio that ranges from 0.1 to 0.4, the submerged combustion melter including one or more submerged burners ; and discharging combustion products from the one or more submerged burners directly into and through the glass melt to thereby agitate the glass melt while intermixing and melting the vitrifiable feed material into the glass melt. preparing a vitrifiable feed material that includes a base glass portion that provides primary glass-forming oxides, an oxidizing agent comprising a sulfate compound, and a decolorant comprising either selenium or manganese oxide, wherein the vitrifiable feed material comprises between 0.20 wt% and 0.50 wt% of the sulfate compound, expressed as SO 3 , and further comprises between 0.008 wt% and 0.016 wt% of selenium or between 0.1 wt% and 0.2 wt% of manganese oxide; introducing the vitrifiable feed material into a glass melt contained within a submerged combustion melter , the glass melt comprising a total iron content expressed as Fe 2 O 3 in an amount ranging from 0.04 wt% to 0.06 wt% and having a redox ratio that ranges from 0.1 to 0.4, the submerged combustion melter including one or more submerged burners ; and discharging combustion products from the one or more submerged burners directly into and through the glass melt to thereby agitate the glass melt while intermixing and melting the vitrifiable feed material into the glass melt.
A wax tester constructed of a base with a display fixed on its front panel and an internal chamber, where a power unit with the microcontroller is provided to control operation of the device, wherein at the upper surface of the base a holder is provided for the tested wax sample with a temperature sensor , and above it vertically in the middle a transverse guide is mounted with an element mounted below it for penetrating a sample, along with a heater and temperature sensor , wherein tips of guide's arms are mounted on two vertical rods where two micro actuators are also installed to enable upward movement of the guide to a home position after passing the penetrating element through the wax, and on the base, in addition, a panel is mounted with two optocouplers for determining the time of sample penetration, and the whole is enclosed in a casing with a shutting window at the front panel, to provide access to the holder designed for inserting the sample.
A spacecraft servicing system, comprising: a target spacecraft ; and a spacecraft servicing device comprising: a body configured to be deployed from a host spacecraft at a location adjacent the target spacecraft ; a propellant tank coupled to the body , the propellant tank configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft ; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft , the spacecraft servicing device configured to place the at least one propellant in the propellant tank in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism , at least a portion of the at least one propellant from the propellant tank is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft . a target spacecraft ; and a spacecraft servicing device comprising: a body configured to be deployed from a host spacecraft at a location adjacent the target spacecraft ; a propellant tank coupled to the body , the propellant tank configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft ; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft , the spacecraft servicing device configured to place the at least one propellant in the propellant tank in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism , at least a portion of the at least one propellant from the propellant tank is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft . a body configured to be deployed from a host spacecraft at a location adjacent the target spacecraft ; a propellant tank coupled to the body , the propellant tank configured to store at least one propellant and to be in fluid communication with a portion of a propulsion device of the target spacecraft ; and a coupling mechanism for coupling to a portion of a fuel system of the target spacecraft , the spacecraft servicing device configured to place the at least one propellant in the propellant tank in fluid communication with the portion of the fuel system of the target spacecraft such that, during at least one servicing operation and while being coupled to the target spacecraft with the coupling mechanism , at least a portion of the at least one propellant from the propellant tank is supplied to the propulsion device of the target spacecraft while bypassing any fuel storage of the target spacecraft .