mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile telepresence system , comprising: a frame , including: a central body defining a longitudinal axis of the frame; a first arm at a first end portion of the central body, the first arm extending outward from the first end portion of the central body; and a second arm at a second end portion of the central body, opposite the first end portion of the central body, the second arm extending outward from the second end portion of the central body; a propulsion system operably coupled to the frame and configured to propel the frame in response to an external command, wherein the propulsion system comprises a plurality of rotors (125A-D); a screen pivotably coupled by a hinge to the first arm; and an image output device coupled to the frame, wherein the image output device includes a projector configured to project an image onto the screen. a frame , including: a central body defining a longitudinal axis of the frame; a first arm at a first end portion of the central body, the first arm extending outward from the first end portion of the central body; and a second arm at a second end portion of the central body, opposite the first end portion of the central body, the second arm extending outward from the second end portion of the central body; a central body defining a longitudinal axis of the frame; a first arm at a first end portion of the central body, the first arm extending outward from the first end portion of the central body; and a second arm at a second end portion of the central body, opposite the first end portion of the central body, the second arm extending outward from the second end portion of the central body; a propulsion system operably coupled to the frame and configured to propel the frame in response to an external command, wherein the propulsion system comprises a plurality of rotors (125A-D); a screen pivotably coupled by a hinge to the first arm; and an image output device coupled to the frame, wherein the image output device includes a projector configured to project an image onto the screen.
An apparatus comprising first and second layers of electrically conductive material separated by a layer of electrically insulating material , wherein one or both layers of electrically conductive material comprise graphene, and wherein the apparatus is configured such that electrons are able to tunnel from the first layer of electrically conductive material through the layer of electrically insulating material to the second layer of electrically conductive material , characterised in that the apparatus forms part of a photodetector or a rectenna.
A rotor blade of a wind turbine , the rotor blade comprising: a blade root and a blade tip ; a leading edge and a trailing edge ; a suction side and a pressure side ; and at least one spar cap configured on an internal surface of either or both of the pressure or suction sides , characterized in that the spar cap is constructed from a plurality of layers of a first composite material and a plurality of layers of a second conductive material contacting the layers of first composite material , the conductive material being a different material than the first composite material , wherein the conductive material is configured with the first composite material so as to create an equipotential spar cap , and wherein the spar cap further comprises alternating layers of the first composite material and the conductive material . a blade root and a blade tip ; a leading edge and a trailing edge ; a suction side and a pressure side ; and at least one spar cap configured on an internal surface of either or both of the pressure or suction sides , characterized in that the spar cap is constructed from a plurality of layers of a first composite material and a plurality of layers of a second conductive material contacting the layers of first composite material , the conductive material being a different material than the first composite material , wherein the conductive material is configured with the first composite material so as to create an equipotential spar cap , and wherein the spar cap further comprises alternating layers of the first composite material and the conductive material .
Compressed-air compressor for producing compressed air for a compressed-air system of a vehicle, having a cylinder and having a piston which is arranged in the cylinder and which divides the interior space of the cylinder into a compression chamber , which can be connected to the compressed-air system of the vehicle for the purpose of conveying compressed air, and a neutral chamber , wherein the neutral chamber is charged with an auxiliary pressure such that the pressure in the neutral chamber is temporally on average higher than atmospheric pressure.
Console for a motor vehicle intended to be slidably mounted on the floor of said vehicle along its longitudinal median axis, said console comprising a box defining at least one vertical lateral housing accessible through an entry slot , as well as at least one tray movably mounted on said housing via sliding and pivoting guide means between a stowed position in which said tray is received in said housing and a deployed position in which said tray extends horizontally so as to form a table ; said guide means comprising, for each said tray , a cylindrical beam integral with said box and extending along the entry slot of the corresponding housing , characterised in that a guide plate rotatably mounted on said beam , said plate comprising a guide extending radially with respect to said beam and being integrally mounted for sliding along a profile extending along said plate .
A lens barrel comprising: a barrel body ; a first guide shaft held by the barrel body; a movable lens holding member movable along the first guide shaft while holding at least one lens ; and a first damping member for damping vibration of the first guide shaft with respect to the movable lens holding member occurring during movement of the movable lens holding member along the first guide shaft , wherein the barrel body is provided with an actuator which drives the movable lens holding member , and an anti-rotation member which prevents a rotational movement of the movable lens holding member about the first guide shaft , the movable lens holding member is provided with a first supported portion to be fit to the first guide shaft , and a second supported portion to be fit to the first guide shaft , and the first damping member is made of a porous material having elasticity and installed at a position between the first supported portion (331.) and the second supported portion in such a manner as to come into contact with the movable lens holding member and the first guide shaft . wherein the first damping member has a generally plate-like shape fitted in the damping member installation section , the damping member installation section being part of the first supported portion . a barrel body ; a first guide shaft held by the barrel body; a movable lens holding member movable along the first guide shaft while holding at least one lens ; and a first damping member for damping vibration of the first guide shaft with respect to the movable lens holding member occurring during movement of the movable lens holding member along the first guide shaft , wherein the barrel body is provided with an actuator which drives the movable lens holding member , and an anti-rotation member which prevents a rotational movement of the movable lens holding member about the first guide shaft , the movable lens holding member is provided with a first supported portion to be fit to the first guide shaft , and a second supported portion to be fit to the first guide shaft , and the first damping member is made of a porous material having elasticity and installed at a position between the first supported portion (331.) and the second supported portion in such a manner as to come into contact with the movable lens holding member and the first guide shaft . wherein the first damping member has a generally plate-like shape fitted in the damping member installation section , the damping member installation section being part of the first supported portion .
An apparatus for use with an assistive device, the apparatus having a fabric layer , an electrode supported on the fabric layer , a housing , a body of molded material attaching the housing to the fabric layer , a conductive path reaching from the electrode into the housing , and a processor configured to process signals between the electrode and an assistive device when received within the housing in an installed position communicating with the conductive path , characterized in that the housing has an open distal end and the processor is configured for insertion and removal through the open distal end of the housing .
A set for the production by 3D printing of implant abutments for dental implants, the set comprising, at least one abutment comprising an elongated base member with an axis, and at least one positioning element fixed to the base member ; a plate with at least one recess and a locking portion ; wherein the recess is larger than the elongated base member , wherein the locking portion is configured to be in a form fit connection with the positioning element in order to vertically position the abutment , and lock the abutment in rotation around its axis and characterized in that said positioning element of the abutment is made in a form of a plate extending from the base member ..
An alloy stable porous silicon composition comprising: a crystalline phase in from 70 to 90 atom% Si by NMR, comprised of crystalline Si in from 20 to 80 wt% by XRD, crystalline forsterite in from 0.1 to 5 wt% by XRD, crystalline quartz in from 0.1 to 1 wt% by XRD, and at least one crystalline metal silicide in from 1 to 80 wt% by XRD; an amorphous phase in from 10 to 30 atom% Si by NMR comprised of at least one of amorphous silica, amorphous silicate, or a mixture thereof; a total Si content in from 20 to 99 wt% by ICP; a total elemental oxygen content of from 0.001 to 1 wt% by difference, based on a 100 wt% total; and a porous particle. a crystalline phase in from 70 to 90 atom% Si by NMR, comprised of crystalline Si in from 20 to 80 wt% by XRD, crystalline forsterite in from 0.1 to 5 wt% by XRD, crystalline quartz in from 0.1 to 1 wt% by XRD, and at least one crystalline metal silicide in from 1 to 80 wt% by XRD; an amorphous phase in from 10 to 30 atom% Si by NMR comprised of at least one of amorphous silica, amorphous silicate, or a mixture thereof; a total Si content in from 20 to 99 wt% by ICP; a total elemental oxygen content of from 0.001 to 1 wt% by difference, based on a 100 wt% total; and a porous particle.
Method for establishing the remaining service-life of a capacitor, wherein the capacitor is charged and discharged at least once, comprising the steps of: measuring a voltage change (ΔU) across the capacitor during a discharge time (Δt), determining a discharge current (I) during the discharge time (Δt), establishing an actual capacitance (C gemesssen ) of the capacitor with reference to the voltage change (ΔU), the discharge current (I) and the discharge time (Δt), determining a corrected capacitance (C x ) of the capacitor from the actual capacitance (C gemesssen ) by means of an error correction, wherein during the error correction influences of the temperature (T) on the capacitance of the capacitor are corrected, and establishing the remaining service-life (L r , L rx ) based on a difference between the corrected capacitance (C x ) and an initial capacitance (C 0 ) of the capacitor. measuring a voltage change (ΔU) across the capacitor during a discharge time (Δt), determining a discharge current (I) during the discharge time (Δt), establishing an actual capacitance (C gemesssen ) of the capacitor with reference to the voltage change (ΔU), the discharge current (I) and the discharge time (Δt), determining a corrected capacitance (C x ) of the capacitor from the actual capacitance (C gemesssen ) by means of an error correction, wherein during the error correction influences of the temperature (T) on the capacitance of the capacitor are corrected, and establishing the remaining service-life (L r , L rx ) based on a difference between the corrected capacitance (C x ) and an initial capacitance (C 0 ) of the capacitor.
Facility for the production of packaged product stacks of folded, or unfolded, product blanks made from paper, cellulose, or similar, in particular of hygiene products, with at least two stacking units , which are connected in parallel on the product flow side, for the formation of the product stacks from the product blanks, downstream of which stacking units a common packaging unit is connected on the product flow side by way of a conveyor system , characterised in that the conveyor system comprises a first conveyor , which is associated with one of the stacking units , and comprises at least one part, and a second conveyor , which is associated with a second stacking unit , and comprises a plurality of parts.
A preparation method for a sulphide solid electrolyte, comprising: acquiring an initial reaction mixture comprising a lithium precursor, a central atom ligand and a first organic solvent, wherein the central atom ligand comprises one or more of P 2 S 5 , SiS 2 , GeS 2 , B 2 S 3 and Al 2 S 3 ; acquiring a modified solution comprising a borate ester and a second organic solvent, wherein the amount of the borate ester is 0.1-5mol%; mixing the initial reaction mixture and the modified solution, drying to obtain an initial product; and performing a post-treatment to the initial product to obtain the sulphide solid electrolyte, wherein the post-treatment comprises grinding, cold press and heat treatment, and wherein the heat treatment is at a temperature range of 400-700°C. acquiring an initial reaction mixture comprising a lithium precursor, a central atom ligand and a first organic solvent, wherein the central atom ligand comprises one or more of P 2 S 5 , SiS 2 , GeS 2 , B 2 S 3 and Al 2 S 3 ; acquiring a modified solution comprising a borate ester and a second organic solvent, wherein the amount of the borate ester is 0.1-5mol%; mixing the initial reaction mixture and the modified solution, drying to obtain an initial product; and performing a post-treatment to the initial product to obtain the sulphide solid electrolyte, wherein the post-treatment comprises grinding, cold press and heat treatment, and wherein the heat treatment is at a temperature range of 400-700°C.
A peptide having an antibacterial activity having at least two D-configured amino acids, comprising a sequence of 17 residues having at least 40 % of identity with the sequence in positions 33 to 49 of SEQ ID No 1 and said sequence comprising the sequences W-Y-F-[V/I/A] (SEQ ID No 71) and W-[I/V/A]-X4-G-S (SEQ ID No 69), wherein X4 is any amino acid, and a connecting sequence between SEQ ID No 69 and SEQ ID No 71 of 4-8 amino acids, wherein the residues [V/I/A] of SEQ ID Nos 69 and 71 have a D-configuration and wherein the peptide has a length from about 17 to about 35 amino acids.
A method for monitoring the state of an x-ray tube, the method comprising: receiving sensor data from a sensor apparatus positioned to measure radiation from at least part of a surface of an anode of the x-ray tube ; processing the received sensor data to identify and quantify surface damage to the anode ; storing the identified and quantified surface damage with a time stamp; and correlating the identified and quantified surface damage to one or more usage protocols in an operational history record of the x-ray tube and used at a time corresponding the time stamp and/or used at a time in between time stamps. receiving sensor data from a sensor apparatus positioned to measure radiation from at least part of a surface of an anode of the x-ray tube ; processing the received sensor data to identify and quantify surface damage to the anode ; storing the identified and quantified surface damage with a time stamp; and correlating the identified and quantified surface damage to one or more usage protocols in an operational history record of the x-ray tube and used at a time corresponding the time stamp and/or used at a time in between time stamps.
Control unit for a battery system , comprising: a first microcontroller configured to receive a signal indicative of a state of at least one of a plurality of battery cells and to generate a first control signal suitable for controlling a power switch based on the signal ; a first communication interface configured to receive a second state signal indicative of an operation state of a second microcontroller ; and a switch control circuit configured to: receive the first control signal and to generate a second control signal suitable for controlling the power switch based on the signal , and the switch control circuit comprising a multiplexer to output one of the first and second control signal to the power switch based on at least one received state signal indicative of an operation state of the first microcontroller and the second microcontroller . a first microcontroller configured to receive a signal indicative of a state of at least one of a plurality of battery cells and to generate a first control signal suitable for controlling a power switch based on the signal ; a first communication interface configured to receive a second state signal indicative of an operation state of a second microcontroller ; and a switch control circuit configured to: receive the first control signal and to generate a second control signal suitable for controlling the power switch based on the signal , and
A method for using display content from a rich operating system, OS, environment as a background image in a trusted user interface, UI, comprising: capturing a display buffer of the rich OS environment; passing the captured display buffer to a Trusted Application; and displaying, with the Trusted Application, the captured display buffer as the background image in the trusted UI, wherein the Trusted Application is executed in a Trusted Execution Environment, TEE. capturing a display buffer of the rich OS environment; passing the captured display buffer to a Trusted Application; and displaying, with the Trusted Application, the captured display buffer as the background image in the trusted UI, wherein the Trusted Application is executed in a Trusted Execution Environment, TEE.
A fibre placement head comprising: a roller mount comprising an axle defining a roller axis ; a hollow roller defining an internal chamber , the roller being mounted on the axle and configured to rotate about the roller axis ; and a pressurised fluid system configured to deliver and discharge pressurised fluid to and from the internal chamber of the roller , to vary a stiffness of the roller by varying a pressure of fluid in the chamber wherein the pressurised fluid system comprises a controller configured to control the discharge and optionally the delivery of the fluid in the chamber to control the pressure in the chamber ; characterized in that the controller is configured to receive pressure control data, relating to time-varying or space-varying optimised pressure within the chamber along a pre-programmed headpath for the fibre placement head , and wherein the controller is configured to control the pressure in the chamber based on the pressure control data such that the stiffness of the roller is varied along the headpath of the fibre placement head . a roller mount comprising an axle defining a roller axis ; a hollow roller defining an internal chamber , the roller being mounted on the axle and configured to rotate about the roller axis ; and a pressurised fluid system configured to deliver and discharge pressurised fluid to and from the internal chamber of the roller , to vary a stiffness of the roller by varying a pressure of fluid in the chamber wherein the pressurised fluid system comprises a controller configured to control the discharge and optionally the delivery of the fluid in the chamber to control the pressure in the chamber ; characterized in that the controller is configured to receive pressure control data, relating to time-varying or space-varying optimised pressure within the chamber along a pre-programmed headpath for the fibre placement head , and wherein the controller is configured to control the pressure in the chamber based on the pressure control data such that the stiffness of the roller is varied along the headpath of the fibre placement head .
A method of making hollow turbomachine components having a first end , an intermediate portion (17.2) and a second end , the method comprising: sequentially producing by additive manufacturing on a substrate : a first terminal portion (17.1) of a semi-finished component, said first terminal portion adhering to said substrate ; an intermediate portion (17.2) adjoining the first terminal portion (17.1); and a second terminal portion (17.3) adjoining the intermediate portion (17.2); and removing at least one of said first terminal portion and second terminal portion; characterized in that said at least one terminal portion comprises at least one of a removable stiffening feature (17.4) and a removable feature adapted to concentrate thermally induced deformations therein. sequentially producing by additive manufacturing on a substrate : a first terminal portion (17.1) of a semi-finished component, said first terminal portion adhering to said substrate ; an intermediate portion (17.2) adjoining the first terminal portion (17.1); and a second terminal portion (17.3) adjoining the intermediate portion (17.2); and removing at least one of said first terminal portion and second terminal portion; characterized in that said at least one terminal portion comprises at least one of a removable stiffening feature (17.4) and a removable feature adapted to concentrate thermally induced deformations therein.
A seat for an occupant with two seat elements: a back; and a bottom, for the support of said occupant, characterized in that the seat further comprises pivoted elements that are arranged for at least a part of one or both of: the front edge of the seat bottom to the rear edge of the seat bottom; and the lower end of the seat back to the upper edge of the seat back, wherein said pivoted elements have an initial position, a flat position and an elevated position, wherein in the seated position said pivoted elements provide support to the occupant that is substantially orthogonal to the attached seat elements, and wherein in the elevated position said pivoted elements engage with crests, a surface of the occupant in a direction parallel to the surface of the seat elements if there is a parallel relative motion between the seat elements and the occupant, and wherein the initial position may be either the flat position or a partially elevated or a fully elevated position, and wherein said engagement of said pivoted elements upon such parallel relative motion pivot up said elements to present a ridged surface comprising the crests of the ends of the pivoted elements (Fig 20-21), thereby limiting the motion of the occupant with support from said ridges.