mhurhangee/ep-ind-claims huggingface dataset:
A base for a food mixer, with the base comprising: a body, with a motor mounted in the body; and a control unit including a first touch control panel and a processor, with the first touch control panel mounted to a first side of the body, with the first touch control panel including a sliding section, with the sliding section being strip-shaped, with a finger of a user adapted to slide from an end towards the other end of the sliding section, producing a sliding signal indicative of a sliding distance and a sliding direction of the finger of the user, with the processor being in direct or indirect electrical connection with the motor and the first touch control panel and receiving the sliding signal, with the processor changing a speed of the motor according to the sliding signal due to sliding of the finger of the user along the sliding section. a body, with a motor mounted in the body; and a control unit including a first touch control panel and a processor, with the first touch control panel mounted to a first side of the body, with the first touch control panel including a sliding section, with the sliding section being strip-shaped, with a finger of a user adapted to slide from an end towards the other end of the sliding section, producing a sliding signal indicative of a sliding distance and a sliding direction of the finger of the user, with the processor being in direct or indirect electrical connection with the motor and the first touch control panel and receiving the sliding signal, with the processor changing a speed of the motor according to the sliding signal due to sliding of the finger of the user along the sliding section.
Quick connection and/or fastening system suited to arrange a first element and a second element in a first connection configuration and in a second disconnection configuration; said system comprising a first component and a second component suited to be mounted respectively on said first element and on said second element (P, S), said first and said second component (10, 20) being also suited to be arranged in a first connection configuration and in a second disconnection configuration, in such a way as to alternatively allow the mutual connection and disconnection of said first and of said second element (P, S); said first component being suited to accommodate a terminal portion of said second component so as to allow its translation inside it; said system comprising rolling means, said first component comprising a first rolling surface for said rolling means and said terminal portion of said second component comprising a second rolling surface for said rolling means; said rolling means being suited to counteract the translation of said terminal portion of said second component towards the disconnection configuration of said system and suited to be set rotating in a first direction of rotation by the translation of said terminal portion of said second component in order to reach the connection configuration of said system, and suited to be set rotating in a second direction of rotation, contrary to the first direction of rotation, by the translation of said terminal portion of said second component in order to reach the disconnection configuration of said system, said system being characterized in that said second rolling surface is configured in such a way that, in the connection configuration, the distance between said second rolling surface and said first rolling surface increases along the translation direction of said terminal portion that leads to the disconnection configuration of said system, and in that said second component comprises said rolling means.
A vertical cavity surface emitting laser (VCSEL), comprising: a substrate layer; and epitaxial layers on the substrate layer, the epitaxial layers including an active layer, a first mirror, a second mirror, and multiple oxidation layers located between the first mirror and the second mirror, wherein the active layer is between the first mirror and the second mirror, wherein the multiple oxidation layers have different proximities to the active layer, wherein an oxidation layer closest to the active layer is not tapered, and wherein another oxidation layer includes a tapered end that is tapered from a farthest side from the active layer to a closest side to the active layer, wherein the other oxidation layer has a first aperture size at the farthest side from the active layer and a second aperture size at the closest side to the active layer, the first aperture size being less than the second aperture size, and wherein the multiple oxidation layers are configured to control beam divergence of a laser beam emitted by the VCSEL based on: a proximity of the multiple oxidation layers to the active layer. a substrate layer; and epitaxial layers on the substrate layer, the epitaxial layers including an active layer, a first mirror, a second mirror, and multiple oxidation layers located between the first mirror and the second mirror, wherein the active layer is between the first mirror and the second mirror, wherein the multiple oxidation layers have different proximities to the active layer, wherein an oxidation layer closest to the active layer is not tapered, and wherein another oxidation layer includes a tapered end that is tapered from a farthest side from the active layer to a closest side to the active layer, wherein the other oxidation layer has a first aperture size at the farthest side from the active layer and a second aperture size at the closest side to the active layer, the first aperture size being less than the second aperture size, and wherein the multiple oxidation layers are configured to control beam divergence of a laser beam emitted by the VCSEL based on: a proximity of the multiple oxidation layers to the active layer.
Method for forecasting the energy consumption of a building, implemented by a computer and using a physical model taking into account the heating and cooling (P c) of the building by a heating and/or air-conditioning device, the passive solar inputs (P asp), the inputs by internal gains (P i) such as the heating by people and household appliances, and the heat losses (heat_losses) of heat convection and/or conduction type between the building and the outside environment, characterized in that it comprises a learning step to deduce therefrom the value of the parameters of the physical model based on measurements performed on the building in the past, comprising: - the determination of at least one parameter of the physical model relating to the internal gains and/or to the heat losses based on past measurements during periods of weak sunlight; - the determination of at least one parameter of the physical model relating to the passive solar inputs based on past measurements during sunny periods. - the determination of at least one parameter of the physical model relating to the internal gains and/or to the heat losses based on past measurements during periods of weak sunlight; - the determination of at least one parameter of the physical model relating to the passive solar inputs based on past measurements during sunny periods.
Material relocation device for relocation of materials, the material relocation device comprising a relocation base comprising two opposite open ends and two side walls, and a material relocation structure connected to the relocation base for the relocation of materials towards a user and away from the user, the relocation structure comprising a turning flap structure, to be turned according to a movement direction of material relocation, the material relocation device further comprising means for turning the flap structure, and a counter-structure for setting the flap structure to a desired position thereof, in such a way that in a first movement direction the flap structure turns open for allowing the materials onto the relocation base through one of the opposite open ends, and in a second relocation direction the flap structure is closed for holding the materials on the relocation base and for allowing release of the material through another one of the two open ends of the relocation base, characterized in that the device comprises a turnable handle (3,9) to be turned to a different position according to the selected use, wherein the turnable handle is attached to the two side walls for pushing and pulling the device.
Pharmaceutical composition, comprising a proton pump inhibitor, for use in treating dermatological autoimmune diseases, wherein the pharmaceutical composition is applied topically.
Assembly for a turbine engine, comprising: - a rotor shaft of a turbine engine, and - at least two bearings (10a, 10b) making it possible to support at least one portion of said shaft, characterised in that it comprises a bearing support configured to be connected to a casing of the turbine engine and which extends between the inner rings of the bearings (10a, 10b) by being mounted on the latter, as well as a bearing coupler which is connected to the rotor shaft and which is mounted on the outer rings of the bearings (10a, 10b) by extending between them, the bearing support and the bearing coupler being common to the two bearings (10a, 10b) and delimiting at least partially together a chamber for the circulation of oil common to the two bearings (10a, 10b). - a rotor shaft of a turbine engine, and - at least two bearings (10a, 10b) making it possible to support at least one portion of said shaft,
An agent that blocks interaction between CD47 and SIRPα for use in a method of hematopoietic stem cell engraftment in a human, wherein the method comprises: contacting said human concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human; and introducing exogenous hematopoietic stem cells to said human, wherein the exogenous hematopoietic stem cells are autologous. contacting said human concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is a monoclonal anti-SIRPα antibody; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human; and introducing exogenous hematopoietic stem cells to said human, wherein the exogenous hematopoietic stem cells are autologous.
A seal assembly for a gas turbine engine, the seal assembly comprising: a seal body coupled to an engine static structure of the gas turbine engine; and a seal seat insert coupled to a radially extending portion of a shaft of the gas turbine engine; wherein the seal body is configured to be biased into contact with the seal seat insert to provide a sealing pressure between the seal body and the seal seat insert, characterised by: the seal seat insert being made from a ceramic matrix composite including at least one of silicon carbide and silicon nitride; wherein the seal seat insert is retained within a recess defined by the shaft using an interference fit. a seal body coupled to an engine static structure of the gas turbine engine; and a seal seat insert coupled to a radially extending portion of a shaft of the gas turbine engine; wherein the seal body is configured to be biased into contact with the seal seat insert to provide a sealing pressure between the seal body and the seal seat insert, characterised by: the seal seat insert being made from a ceramic matrix composite including at least one of silicon carbide and silicon nitride; wherein the seal seat insert is retained within a recess defined by the shaft using an interference fit. the seal seat insert being made from a ceramic matrix composite including at least one of silicon carbide and silicon nitride; wherein the seal seat insert is retained within a recess defined by the shaft using an interference fit.
A mechanical seal arrangement comprising: a mechanical seal including a rotating sliding ring and a stationary sliding ring defining a sealing gap therebetween, a sliding ring carrier, which is arranged on the rotating sliding ring, at least one driver element, which is arranged between the rotating sliding ring and the sliding ring carrier and is adapted to transmit a torque from the sliding ring carrier to the rotating sliding ring, wherein the rotating sliding ring is clearance-fitted into the sliding ring carrier, wherein the rotating sliding ring comprises a first recess, and the sliding ring carrier comprises a second recess, and wherein the driver element is clearance-fitted into the first recess characterized in that the driver element is clearance-fitted into the second recess. a mechanical seal including a rotating sliding ring and a stationary sliding ring defining a sealing gap therebetween, a sliding ring carrier, which is arranged on the rotating sliding ring, at least one driver element, which is arranged between the rotating sliding ring and the sliding ring carrier and is adapted to transmit a torque from the sliding ring carrier to the rotating sliding ring, wherein the rotating sliding ring is clearance-fitted into the sliding ring carrier, wherein the rotating sliding ring comprises a first recess, and the sliding ring carrier comprises a second recess, and wherein the driver element is clearance-fitted into the first recess characterized in that the driver element is clearance-fitted into the second recess.
A method for separating a rod-like or tubular object made of a brittle material, especially of glass, in which at first at least one circumferential notch is made on the surface of the object at a predetermined point, whereupon a force impulse or impulses is/are applied to the fixed object, characterized in that in order to separate a section of the object to be separated, at least the surface area of the circumferential notch is placed with a radial clearance between the ends of the sonotrodes arranged around the entire circumference of the notch, whereby the ends of the sonotrodes and the circumference of the notch are in contact with the working liquid, whereupon acoustic waves are transmitted to the notch region from each sonotrode, by which means the separated object is in this region loaded by a tensile stress greater than the limit tensile strength of the material of the object to be separated.
A method of modelling a lens of an eye, the method comprising: measuring the anterior shape of the eye's cornea; determining direct optical measurements of at least one parameter of the cornea of the eye and at least one parameter of the lens of the eye; determining the refractive index of the cornea: correcting the optical measurements to account for the effect of the refractive index of the cornea on the direct optical measurements; measuring the aberration of the eye; calculating the refractive index of the lens by combining the corrected measurements and the aberration; and further correcting the optical measurements of the lens to account the effect of the refractive index of the lens on the direct optical measurements. measuring the anterior shape of the eye's cornea; determining direct optical measurements of at least one parameter of the cornea of the eye and at least one parameter of the lens of the eye; determining the refractive index of the cornea: correcting the optical measurements to account for the effect of the refractive index of the cornea on the direct optical measurements; measuring the aberration of the eye; calculating the refractive index of the lens by combining the corrected measurements and the aberration; and further correcting the optical measurements of the lens to account the effect of the refractive index of the lens on the direct optical measurements.
A method for providing a navigation route, comprising: receiving, at a mobile device, a request for a navigation route; querying a centralized database to obtain accessibility information relating to accessibility of at least one wireless network at different geographic locations along the navigation route and device specific information relating to technical attributes of the mobile device, wherein the accessibility information and the device specific information are crowd-sourced by a plurality of other mobile devices at different geographic locations; determining, via the mobile device, the navigation route based at least in part on the obtained accessibility information and the obtained device specific information; and providing, via the mobile device, the navigation route. receiving, at a mobile device, a request for a navigation route; querying a centralized database to obtain accessibility information relating to accessibility of at least one wireless network at different geographic locations along the navigation route and device specific information relating to technical attributes of the mobile device, wherein the accessibility information and the device specific information are crowd-sourced by a plurality of other mobile devices at different geographic locations; determining, via the mobile device, the navigation route based at least in part on the obtained accessibility information and the obtained device specific information; and providing, via the mobile device, the navigation route.
A transportation system for a segment of a wind turbine tower, wherein the segment is a curved sheet, wherein the curved sheet segment comprises a pair of opposed long edges and a pair of opposed short edges, the segment being combinable with other like segments to form a section of a wind turbine tower, wherein those sections are mountable adjacent to other like sections to form a completed wind turbine tower, the system comprising: a transportation platform, the transportation platform having a centreline; and a segment support (306, 310) mountable on the transportation platform, wherein the segment support is configured to permit tilting of a supported segment with respect to a pivot point of the support, characterized in that, the segment support is configured to receive a segment such that the centre of gravity of the segment is offset transversely from: the support pivot point; and/or the transport platform centreline, and wherein the segment support is configured to, having received the segment, permit tilting of the segment with respect to the support pivot point to a rest position, wherein in the rest position the centre of gravity of the segment is alignable vertically with the transport platform centreline. a transportation platform, the transportation platform having a centreline; and a segment support (306, 310) mountable on the transportation platform,
A luminaire comprising: a wireless communications interface configured to wirelessly communicate with a control device; a light sensor; and a controller; wherein the controller is arranged to control the wireless communications interface such that upon the light sensor being illuminated above a threshold, the wireless communications interface is configured to change from a first mode to a second mode; wherein in the first mode, the wireless communications interface is configured to not transmit advertising messages and wherein in the second mode, the wireless communications interface is configured to enter an advertising state during which the wireless communications interface is configured to wirelessly transmit one or more advertising messages; wherein the threshold is defined by at least one of a light intensity, a duration of the illumination, a total amount of light received over a period of time, a spectral composition of the light. a wireless communications interface configured to wirelessly communicate with a control device; a light sensor; and a controller; wherein the controller is arranged to control the wireless communications interface such that upon the light sensor being illuminated above a threshold, the wireless communications interface is configured to change from a first mode to a second mode; wherein in the first mode, the wireless communications interface is configured to not transmit advertising messages and wherein in the second mode, the wireless communications interface is configured to enter an advertising state during which the wireless communications interface is configured to wirelessly transmit one or more advertising messages; wherein the threshold is defined by at least one of a light intensity, a duration of the illumination, a total amount of light received over a period of time, a spectral composition of the light.
Method for making an ornamental article comprising the following operating steps: - at least one step for augmenting, in a 3D printer, an ornamental body formed by a plurality of separate connection elements that are mechanically engaged with each other, said augmenting step being attained by means of successive welding of metal powder layers; said method being characterised in that it further comprises: - a step for arranging at least one finish plate made of metallic material, provided with an inner face and an outer face, in said 3D printer; said augmenting step providing for making at least one initial welding of a first metal powder layer on the inner face of said finish plate in order to fix said plurality of connection elements of said ornamental body to said finish plate; - a step for cutting said finish plate into a plurality of separate surface elements that are adjacent to each other, mechanically connected to said plurality of connection elements that are mechanically engaged with each other along a laying plane. - at least one step for augmenting, in a 3D printer, an ornamental body formed by a plurality of separate connection elements that are mechanically engaged with each other, said augmenting step being attained by means of successive welding of metal powder layers; - a step for arranging at least one finish plate made of metallic material, provided with an inner face and an outer face, in said 3D printer; said augmenting step providing for making at least one initial welding of a first metal powder layer on the inner face of said finish plate in order to fix said plurality of connection elements of said ornamental body to said finish plate; - a step for cutting said finish plate into a plurality of separate surface elements that are adjacent to each other, mechanically connected to said plurality of connection elements that are mechanically engaged with each other along a laying plane.