mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaner comprising: a suction part ; a main body including a body , including a cyclone part configured to separate dust from air suctioned through the suction part and a dust container configured to store the dust separated by the cyclone part , and a body cover configured to open or close a lower portion of the body ; a filter part disposed in the body and configured to filter air in a process where air separated from dust in the cyclone part passes through the filter part ; a movable part configured to move along a space between an outer portion of the filter part and an inner circumference surface of the body in the body ; wherein the cleaner further comprises: a manipulation part disposed outside the main body and manipulated by a user for moving the movable part ; a transfer part passing through the main body and connecting the movable part to the manipulation part and an elastic member disposed outside the main body to elastically support the manipulation part , characterized in that the transfer part is disposed outside the cyclone part in a horizontal direction with respect to the cyclone part . a suction part ; a main body including a body , including a cyclone part configured to separate dust from air suctioned through the suction part and a dust container configured to store the dust separated by the cyclone part , and a body cover configured to open or close a lower portion of the body ; a filter part disposed in the body and configured to filter air in a process where air separated from dust in the cyclone part passes through the filter part ; a movable part configured to move along a space between an outer portion of the filter part and an inner circumference surface of the body in the body ; wherein the cleaner further comprises: a manipulation part disposed outside the main body and manipulated by a user for moving the movable part ; a transfer part passing through the main body and connecting the movable part to the manipulation part and an elastic member disposed outside the main body to elastically support the manipulation part , characterized in that the transfer part is disposed outside the cyclone part in a horizontal direction with respect to the cyclone part . a manipulation part disposed outside the main body and manipulated by a user for moving the movable part ; a transfer part passing through the main body and connecting the movable part to the manipulation part and an elastic member disposed outside the main body to elastically support the manipulation part , characterized in that the transfer part is disposed outside the cyclone part in a horizontal direction with respect to the cyclone part .
A method for manufacturing a wheel , said method comprising a step (a) of producing a carrier core during which is produced, by injection of a first polymer material in a first mold , a carrier core which extends from a radially inner wall forming a bore having a steering axis (XX'), corresponding to the axis of rotation of the wheel , up to a radially outer peripheral edge , said method then comprising a coating step (b) during which is produced, by overmolding operation on the carrier core , in a second polymer material, a coating layer in order to form a rim about the peripheral edge , in the radial over-thickness of the radially outer surface of said peripheral edge , said method being characterized in that , during step (a) of producing the carrier core , is placed in the first mold , in the position substantially centered on the steering axis (XX'), and before the injection of the first material, a preformed reinforcing ring , made of a third material called "reinforcing material" which is distinct from the first polymer material and from the second polymer material and which has a Young's modulus greater than that of the first material and than that of the second material, then is embedded, at least partially, said reinforcing ring , while injecting the first material, in the mass of said first material which forms the peripheral edge .
A modular load carrying apparatus for a rotary wing aircraft , comprising: a tube that has a first predetermined outer diameter and first and second axial ends ; a first cap that is located inside the tube at the first axial end and adapted for being connected with the rotary wing aircraft ; a second cap that is located inside the tube at the second axial end and comprises a protrusion that protrudes from the second axial end and has a second predetermined outer diameter that is greater than the first predetermined outer diameter ; and at least first and second removable platforms that are interchangeably installable on the tube , wherein each one of the at least first and second platforms has a first predetermined inner diameter that is greater than the first predetermined outer diameter and smaller than the second predetermined outer diameter such that each one of the at least first and second removable platforms is adapted for being slidable over the first axial end of the tube and restrained by the second axial end of the tube . a tube that has a first predetermined outer diameter and first and second axial ends ; a first cap that is located inside the tube at the first axial end and adapted for being connected with the rotary wing aircraft ; a second cap that is located inside the tube at the second axial end and comprises a protrusion that protrudes from the second axial end and has a second predetermined outer diameter that is greater than the first predetermined outer diameter ; and at least first and second removable platforms that are interchangeably installable on the tube , wherein each one of the at least first and second platforms has a first predetermined inner diameter that is greater than the first predetermined outer diameter and smaller than the second predetermined outer diameter such that each one of the at least first and second removable platforms is adapted for being slidable over the first axial end of the tube and restrained by the second axial end of the tube .
A wireless power reception device comprising: first to N th reception coils (1501 to 1503) disposed such that partial regions thereof overlap each other in the same plane for receiving a wireless power signal; first to N th output terminals connected to both ends of each of the first to N th reception coils (1501 to 1503) for transferring alternating current power induced by at least one of the first to N th reception coils (1501 to 1503); and a rectifier configured to convert the alternating current power, input from the first to N th output terminals, into direct current power, wherein the first to N th reception coils (1501 to 1503) are disposed such that turns of the first to Nth reception coils (1501 to 1503) mutually form rings, wherein each of the first to Nth reception coils (1501 to 1503) has a fan shape, characterized in that the first to N th reception coils (1501 to 1503) are disposed such that the turns of the first to N th reception coils (1501 to 1503) are parallel to each other in a linear section thereof, and that two different reception coil turns cross each other in the linear section. first to N th reception coils (1501 to 1503) disposed such that partial regions thereof overlap each other in the same plane for receiving a wireless power signal; first to N th output terminals connected to both ends of each of the first to N th reception coils (1501 to 1503) for transferring alternating current power induced by at least one of the first to N th reception coils (1501 to 1503); and a rectifier configured to convert the alternating current power, input from the first to N th output terminals, into direct current power, wherein the first to N th reception coils (1501 to 1503) are disposed such that turns of the first to Nth reception coils (1501 to 1503) mutually form rings, wherein each of the first to Nth reception coils (1501 to 1503) has a fan shape, characterized in that the first to N th reception coils (1501 to 1503) are disposed such that the turns of the first to N th reception coils (1501 to 1503) are parallel to each other in a linear section thereof, and that two different reception coil turns cross each other in the linear section.
A method for forming a three-dimensional article through successively depositing individual layers of powder material that are fused together with an electron beam from an electron beam source so as to form the article, the method comprising the steps of: providing a model of the three-dimensional article; providing a vacuum chamber having at least a first and a second section, said individual layer of powder material that are fused together is provided in said first section, said at least one electron beam source comprises an electron gun or a linear accelerator and is provided in said second section, wherein said first and second sections are openly connected to each other; and directing an electron beam from said at least one electron beam source over a work table to fuse in first selected locations according to said model to form a first cross section of said three-dimensional article while supplying a gas to said second section of said vacuum chamber, wherein a mean pressure in said second section is at least one of higher than or equal to a mean pressure in said first section while forming said three-dimensional article, wherein a cathode in said electron beam source is made of a rare earth metal hexaboride, wherein said gas is hydrogen gas for stimulating electron emission from said cathode. providing a model of the three-dimensional article; providing a vacuum chamber having at least a first and a second section, said individual layer of powder material that are fused together is provided in said first section, said at least one electron beam source comprises an electron gun or a linear accelerator and is provided in said second section, wherein said first and second sections are openly connected to each other; and directing an electron beam from said at least one electron beam source over a work table to fuse in first selected locations according to said model to form a first cross section of said three-dimensional article while supplying a gas to said second section of said vacuum chamber, wherein a mean pressure in said second section is at least one of higher than or equal to a mean pressure in said first section while forming said three-dimensional article, wherein a cathode in said electron beam source is made of a rare earth metal hexaboride, wherein said gas is hydrogen gas for stimulating electron emission from said cathode.
A method of wirelessly updating software at an in-vehicle gateway of a vehicle, the method comprising: obtaining (S2, S3) a software module list: from at least one controller of the vehicle, the software module list indicating one or more software modules which are currently installed in each of the at least one controller; transmitting (S4), to an update server, a diagnose submit message including the software module list for each of the at least one controller, for checking whether updates of the software modules are needed, wherein the software module list includes hardware version information for each of the at least one controller, characterized in that the diagnose submit message further includes locale field indicating region information of the vehicle, and the hardware version information and the region information are used for determining (S6) whether updates of the software modules are needed for each of the at least one controller; and by receiving (S8), from the update server, an update check response message which includes download location information of at least one update module and an actions element, wherein: the download location information includes two or more URL addresses, at least one of which is a backup URL address, and the actions element indicates information about actions to be performed to install the at least one update module once the at least one update module has been successfully downloaded. obtaining (S2, S3) a software module list: from at least one controller of the vehicle, the software module list indicating one or more software modules which are currently installed in each of the at least one controller; transmitting (S4), to an update server, a diagnose submit message including the software module list for each of the at least one controller, for checking whether updates of the software modules are needed, wherein the software module list includes hardware version information for each of the at least one controller, characterized in that the diagnose submit message further includes locale field indicating region information of the vehicle, and the hardware version information and the region information are used for determining (S6) whether updates of the software modules are needed for each of the at least one controller; and by receiving (S8), from the update server, an update check response message which includes download location information of at least one update module and an actions element, wherein: the download location information includes two or more URL addresses, at least one of which is a backup URL address, and the actions element indicates information about actions to be performed to install the at least one update module once the at least one update module has been successfully downloaded. the download location information includes two or more URL addresses, at least one of which is a backup URL address, and the actions element indicates information about actions to be performed to install the at least one update module once the at least one update module has been successfully downloaded.
An AC pulse arc welding control method for controlling welding which is performed by feeding a welding wire, and applying repeatedly welding currents consisting of an electrode negative polarity base current during an electrode negative polarity base period, an electrode negative polarity peak current during an electrode negative polarity peak period, and an electrode positive polarity current during an electrode positive polarity period, wherein the electrode negative polarity base current, the electrode negative polarity peak current and the electrode positive polarity current are applied continuously in this order, the electrode negative polarity peak period comprises a rising period, a peak period and a falling period, characterized in that a time ratio of the peak period to the electrode negative polarity peak period is less than 20%. the electrode negative polarity base current, the electrode negative polarity peak current and the electrode positive polarity current are applied continuously in this order, the electrode negative polarity peak period comprises a rising period, a peak period and a falling period, characterized in that a time ratio of the peak period to the electrode negative polarity peak period is less than 20%.
An apparatus for shading window or door openings extending around a corner, having at least two box elements , two textile hangings , end strips (6") at the lower end of the hangings and guides on the sides of the hangings facing away from the corner area, the hangings being wound up in a box element in each case, the box elements being connected to one another at the angle of the existing windows or doors, the end strips (6") being connected to one another in the corner area of the apparatus by an angle connector, two connecting elements arranged at the free ends of the end strips (6") and connectable to one another being provided as angle connectors, characterized in that each connecting element is designed as a covering cap which can be detachably connected to the respective end strip (6"), and in that each covering cap has a projecting web , at the end of which there is a guide element with an inner through-hole serving as a vertical centering axis. two connecting elements arranged at the free ends of the end strips (6") and connectable to one another being provided as angle connectors, characterized in that each connecting element is designed as a covering cap which can be detachably connected to the respective end strip (6"), and in that each covering cap has a projecting web , at the end of which there is a guide element with an inner through-hole serving as a vertical centering axis.
A method implemented in an identity document comprising a microcircuit and means enabling the microcircuit to communicate with a terminal (S.I.), the microcircuit being designed to permit the transmission of data obtained from data stored in a storage zone in response to a request (rq) received from said terminal (S.I.), the method comprising the following steps: - reception by the microcircuit of an identifier (id) of said terminal (S.I.), and - identification of said terminal (S.I.) by comparing at least partially said identifier (id) of said terminal (S.I.) with distinct identifiers (id1, id2, idi) or portions of identifiers stored in the microcircuit , the method being characterised in that it further comprises the following steps: - determination of an action (Ai) to be performed, said action (Ai) being selected, as a function of the identifier (id) of the terminal (S.I.), among distinct actions (A1, A2, Ai) respectively associated to said identifiers (id1, id2, idi) or portions of identifiers in a memory module of the microcircuit; and - performance, by the microcircuit, of the action (Ai) previously determined, at least two of said actions (A1, A2, Ai), respectively associated to said identifiers (id1, id2, idi) or portions of identifiers in the memory module of the microcircuit, respectively corresponding to two distinct changes of said data stored in the storage zone. - reception by the microcircuit of an identifier (id) of said terminal (S.I.), and - identification of said terminal (S.I.) by comparing at least partially said identifier (id) of said terminal (S.I.) with distinct identifiers (id1, id2, idi) or portions of identifiers stored in the microcircuit , - determination of an action (Ai) to be performed, said action (Ai) being selected, as a function of the identifier (id) of the terminal (S.I.), among distinct actions (A1, A2, Ai) respectively associated to said identifiers (id1, id2, idi) or portions of identifiers in a memory module of the microcircuit; and - performance, by the microcircuit, of the action (Ai) previously determined,
Suspension clamp for inclined trolley wires with - a contact wire clamp for conductive connection of a contact wire and - a suspension cable connection fitting for connection of a suspension cable , connected with - a suspension cable connection profile , wherein - the suspension cable connection profile is designed to be rigid and - a clearance which is to be kept free and is located above the contact wire clamp when the suspension clamp is connected to a contact wire , characterised in that the suspension cable connection profile has a section which is arranged at right angles to a longitudinal direction of the contact wire and so as to be rotatable about its longitudinal direction. - a contact wire clamp for conductive connection of a contact wire and - a suspension cable connection fitting for connection of a suspension cable , connected with - a suspension cable connection profile , wherein - the suspension cable connection profile is designed to be rigid and - a clearance which is to be kept free and is located above the contact wire clamp when the suspension clamp is connected to a contact wire ,
A gas laser comprising: a core formed from a first material and at least partially defining a waveguide slab laser cavity , wherein an interior surface of the waveguide slab laser cavity is coated with a layer of a second material that is different than the first material; a plurality of mirrors external to the waveguide slab laser cavity and forming a resonator in the waveguide slab laser cavity ; a plurality of electrodes external to the waveguide slab laser cavity and positioned such that laser gas in the waveguide slab laser cavity is excited when an excitation signal is applied to the plurality of electrodes ; and a plurality of heat sinks spaced apart from the electrodes by a distance defined by at least one spacer that has a coefficient of thermal expansion matching a coefficient of thermal expansion of the core . a core formed from a first material and at least partially defining a waveguide slab laser cavity , wherein an interior surface of the waveguide slab laser cavity is coated with a layer of a second material that is different than the first material; a plurality of mirrors external to the waveguide slab laser cavity and forming a resonator in the waveguide slab laser cavity ; a plurality of electrodes external to the waveguide slab laser cavity and positioned such that laser gas in the waveguide slab laser cavity is excited when an excitation signal is applied to the plurality of electrodes ; and a plurality of heat sinks spaced apart from the electrodes by a distance defined by at least one spacer that has a coefficient of thermal expansion matching a coefficient of thermal expansion of the core .
Application device comprising: • a container (3; 110); • a composition for making up and/or caring for the lips (P), stored in the container, which is in the form of a liquid emulsion comprising: a) at least 8% by weight, relative to the total weight of the composition, of one or more non-volatile oils; b) at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; alkylcelluloses; silicone resins, or combinations thereof; c) at least 10% by weight of water relative to the total weight of the composition; • an application member for the composition which has a porous application surface (14; 120) consisting of one or more open-cell or semi-open-cell foams. • a container (3; 110); • a composition for making up and/or caring for the lips (P), stored in the container, which is in the form of a liquid emulsion comprising: a) at least 8% by weight, relative to the total weight of the composition, of one or more non-volatile oils; b) at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; alkylcelluloses; silicone resins, or combinations thereof; c) at least 10% by weight of water relative to the total weight of the composition; a) at least 8% by weight, relative to the total weight of the composition, of one or more non-volatile oils; b) at least one film-forming agent chosen from vinyl polymers comprising at least one carbosiloxane dendrimer-based unit; alkylcelluloses; silicone resins, or combinations thereof; c) at least 10% by weight of water relative to the total weight of the composition; • an application member for the composition which has a porous application surface (14; 120) consisting of one or more open-cell or semi-open-cell foams.
Cosmetic product for altering the natural color of keratinous fibers, in particular human hair, comprising (i) at least one package (VP) comprising at least one multilayer film (F) comprising at least one first polymer layer (P1), at least one second polymer layer (P2) and at least one barrier layer (BS), and (ii) at least one cosmetic composition (KM) packaged in the package (VP) and comprising: a) at least one oxidizing compound and b) at least one thickening agent selected from the group of xanthans, characterized in that the first polymer layer (P1) is formed of polyethylene terephthalate; the second polymer layer (P2) is formed of polyethylene; and the barrier layer (BS) is formed of metallized oriented polypropylene. (i) at least one package (VP) comprising at least one multilayer film (F) comprising at least one first polymer layer (P1), at least one second polymer layer (P2) and at least one barrier layer (BS), and (ii) at least one cosmetic composition (KM) packaged in the package (VP) and comprising: a) at least one oxidizing compound and b) at least one thickening agent selected from the group of xanthans, a) at least one oxidizing compound and b) at least one thickening agent selected from the group of xanthans,