mhurhangee/patent-ind-claim-en huggingface dataset:
A braking device for a rolling wagon for parcels comprising a tray with a generally square or rectangular shape resting on a plurality of castors and provided with at least one lattice vertical panel arranged along one of the edges of said tray , said braking device including at least: - a brake shoe arranged under the tray of said wagon and being movable between a "high" position in which it is not in contact with the ground and a "low" position in which it bears against the ground so as to be able to brake and immobilise said wagon , and vice versa, - moving means for moving said brake shoe between its "high" position and its "low" position, and vice versa, - a shaft extending under the tray of the wagon and pivotably mounted about a horizontal axis of rotation and perpendicular to said edge of said tray , said shaft cooperating with the moving means to move said brake shoe, and - a connecting rod fastened to one end of the shaft and outside the wagon on the side of the vertical panel , and extending perpendicularly to the axis of rotation of said shaft , said braking device being characterised in that it includes a manoeuvring arm pivotably mounted on the vertical panel outside the wagon about an axis of rotation parallel to the axis of rotation of the shaft , said manoeuvring arm cooperating with the connecting rod so that a rotation of the manoeuvring arm about its axis of rotation in one direction causes, thanks to said connecting rod , a rotation of the shaft about its axis of rotation in the other direction, and vice versa. - a brake shoe arranged under the tray of said wagon and being movable between a "high" position in which it is not in contact with the ground and a "low" position in which it bears against the ground so as to be able to brake and immobilise said wagon , and vice versa, - moving means for moving said brake shoe between its "high" position and its "low" position, and vice versa, - a shaft extending under the tray of the wagon and pivotably mounted about a horizontal axis of rotation and perpendicular to said edge of said tray , said shaft cooperating with the moving means to move said brake shoe, and - a connecting rod fastened to one end of the shaft and outside the wagon on the side of the vertical panel , and extending perpendicularly to the axis of rotation of said shaft ,
Method for arranging on a component of a recipient a gas filter comprising a filter layer of filter material and a cover layer of covering material, wherein the method comprises of: - providing a component of a recipient with a recess ; - covering the recess with the filter layer and the cover layer , wherein the filter layer is located between the recipient and the cover layer ; and characterized by - welding the filter layer and the cover layer to the component of the recipient by arranging welds such that between the welds tunnels filled with filter material are formed which are intended to enable gas exchange between the interior of the recipient and an area externally of the recipient. - providing a component of a recipient with a recess ; - covering the recess with the filter layer and the cover layer , wherein the filter layer is located between the recipient and the cover layer ; and characterized by - welding the filter layer and the cover layer to the component of the recipient by arranging welds such that between the welds tunnels filled with filter material are formed which are intended to enable gas exchange between the interior of the recipient and an area externally of the recipient.
A self-supporting seamless tubular porous fiber filter, the filter comprising bicomponent fibers, wherein the bicomponent fibers are oriented generally in parallel along a long axis of the filter, wherein a void space in the filter is less than 60%, wherein the bicomponent fibers have a core/sheath structure, and the sheath has a higher melting temperature than the core, and wherein the filter comprises fibers having a generally homogeneous fiber distribution such that all fibers have the same fibre density or diameter throughout the filter. wherein a void space in the filter is less than 60%, wherein the bicomponent fibers have a core/sheath structure, and the sheath has a higher melting temperature than the core, and wherein the filter comprises fibers having a generally homogeneous fiber distribution such that all fibers have the same fibre density or diameter throughout the filter.
A multi-axis, single mass acceleration sensor comprising: a three-dimensional frame ; a test mass disposed within and spaced apart from the frame ; a plurality of transducers mechanically coupled to the frame at a plurality of respective locations on the frame ; and a plurality of struts configured to couple to the test mass at a plurality of respective positions and to couple with respective sets of the transducers (106 a1,f2 ) at the plurality of respective locations, thereby suspending the test mass within the frame ; wherein the sensor is responsive to translational motion in multiple independent directions and to rotational motion about multiple independent axes. a plurality of transducers mechanically coupled to the frame at a plurality of respective locations on the frame ; and a plurality of struts configured to couple to the test mass at a plurality of respective positions and to couple with respective sets of the transducers (106 a1,f2 ) at the plurality of respective locations, thereby suspending the test mass within the frame ; wherein the sensor is responsive to translational motion in multiple independent directions and to rotational motion about multiple independent axes.
A thread forming tap for forming a female thread by causing plastic deformation of a prepared hole of a workpiece, the thread forming tap comprising: a male thread portion protruding in a thread shape in a radial direction, the male thread portion including: at least one protruding portion including a plurality of first thread ridges arranged in an axial direction and protruding in the radial direction, and a first root formed between the first thread ridges adjacent to each other in the axial direction; and at least one adjustment portion arranged with the at least one protruding portion in one lead of the male thread portion , a distance from an axial center to a section of the adjustment portion corresponding to the first root in the one lead being longer than a root radius (h1) of the first root and shorter than a ridge radius (H1) of the first thread ridge adjacent to the first root , characterised in that the at least one adjustment portion includes a plurality of second thread ridges arranged in the axial direction and protruding in the radial direction, and a second root formed between the second thread ridges adjacent to each other in the axial direction, and a root radius (h2) of the second root is longer than the root radius (h1) of the first root , and shorter than the ridge radius (H1) of the first thread ridge adjacent to the first root . at least one protruding portion including a plurality of first thread ridges arranged in an axial direction and protruding in the radial direction, and a first root formed between the first thread ridges adjacent to each other in the axial direction; and at least one adjustment portion arranged with the at least one protruding portion in one lead of the male thread portion , a distance from an axial center to a section of the adjustment portion corresponding to the first root in the one lead being longer than a root radius (h1) of the first root and shorter than a ridge radius (H1) of the first thread ridge adjacent to the first root , the at least one adjustment portion includes a plurality of second thread ridges arranged in the axial direction and protruding in the radial direction, and a second root formed between the second thread ridges adjacent to each other in the axial direction, and a root radius (h2) of the second root is longer than the root radius (h1) of the first root , and shorter than the ridge radius (H1) of the first thread ridge adjacent to the first root .
A photovoltaic module comprising: a glass panel , a back panel , and a cell string including a plurality of cells encapsulated between the glass panel and the back panel ; wherein the photovoltaic module further comprises a first film containing metal oxides and/or silicon oxides disposed between the glass panel and the cell string , wherein each of the cells has a part of the first film deposited thereon, characterized in that the glass panel also has a part of the first film deposited thereon. a glass panel , a back panel , and a cell string including a plurality of cells encapsulated between the glass panel and the back panel ; wherein the photovoltaic module further comprises a first film containing metal oxides and/or silicon oxides disposed between the glass panel and the cell string , wherein each of the cells has a part of the first film deposited thereon, characterized in that the glass panel also has a part of the first film deposited thereon.
A volatile organic compound combustion device comprising: a mixer which mixes VOC gas containing volatile organic compounds and combustion air; and a burner which burns fuel in a combustion chamber by using VOC mixed air mixed by the mixer , characterized in that the burner includes a burner outer cylinder , a plurality of fuel gas nozzles connected to a fuel gas header which distributes the fuel to each of the nozzles , the nozzles injecting the fuel into the combustion chamber and disposed inside the burner outer cylinder , and a VOC mixed air flow path which is a space between the burner outer cylinder and between the fuel gas nozzles and which supplies the VOC mixed air to the combustion chamber . a mixer which mixes VOC gas containing volatile organic compounds and combustion air; and a burner which burns fuel in a combustion chamber by using VOC mixed air mixed by the mixer , characterized in that the burner includes a burner outer cylinder , a plurality of fuel gas nozzles connected to a fuel gas header which distributes the fuel to each of the nozzles , the nozzles injecting the fuel into the combustion chamber and disposed inside the burner outer cylinder , and a VOC mixed air flow path which is a space between the burner outer cylinder and between the fuel gas nozzles and which supplies the VOC mixed air to the combustion chamber .
Device for capturing optical information configured for being installed in a recess of an exterior surface of a vehicle, comprising at least an imaging means configured for imaging an image of the surroundings of the vehicle, the imaging means being movable between an operating position and a non-operating position, wherein in the non-operating position the imaging means is arranged to be located in the recess of the vehicle, the device for capturing optical information also comprises a protective cover configured to be arranged to cover the opening of the recess when the imaging means is in an operating position outside the recess , said protective cover being further adapted to cover the opening of the recess such that it follows the contour of the exterior surface of the vehicle in the operating position characterised in that it comprises a front protective cover being configured for covering the opening of the recess when the imaging means is able to be located in the recess in a non-operating position and being further adapted to cover the opening of the recess such that it follows the contour of the exterior surface of the vehicle in the non-operating position, wherein the imaging means is coupled to the protective covers such that they are moved together from the non-operating position to the operating position and it comprises a pivot axis configured such that the imaging means , the protective cover and the front protective cover are pivoted between the operating and non-operating positions.
A vehicle information control device with a load management function configured for setting power within capacity ranges of operating vehicle power supplies mounted on a plurality of vehicles; wherein the vehicle information control device is configured to receive information through a core transmission from a plurality of loads of respective vehicle apparatuses (3A-F) mounted on a plurality of the vehicles, and to control activation/termination of each vehicle apparatus based on the received information, received information including power feeding states to the vehicles and states of auxiliary power supply devices of the vehicles; wherein the vehicle information control device comprises a display device configured for setting given vehicle apparatuses as targets of load capacity control, and for setting activation priority order of each vehicle apparatus with a screen operation; wherein the vehicle information control device is configured, when the power feeding state to the vehicle is not an external feeding state from an external power supply outside of the vehicle and when the number of the operating vehicle power supplies is decreasing in the entire formation of the plurality of vehicles, to perform priority activation control of each vehicle apparatus according to the activation priority orders set by the display device , to set load limits of the loads of the given vehicle apparatuses selected by the display device , to calculate a surplus power from a total usable electric energy and a currently used electric energy, and to distribute the surplus power. wherein the vehicle information control device is configured to receive information through a core transmission from a plurality of loads of respective vehicle apparatuses (3A-F) mounted on a plurality of the vehicles, and to control activation/termination of each vehicle apparatus based on the received information, received information including power feeding states to the vehicles and states of auxiliary power supply devices of the vehicles; wherein the vehicle information control device comprises a display device configured for setting given vehicle apparatuses as targets of load capacity control, and for setting activation priority order of each vehicle apparatus with a screen operation; wherein the vehicle information control device is configured, when the power feeding state to the vehicle is not an external feeding state from an external power supply outside of the vehicle and when the number of the operating vehicle power supplies is decreasing in the entire formation of the plurality of vehicles, to perform priority activation control of each vehicle apparatus according to the activation priority orders set by the display device , to set load limits of the loads of the given vehicle apparatuses selected by the display device , to calculate a surplus power from a total usable electric energy and a currently used electric energy, and to distribute the surplus power.
A connector arrangement for connecting heatable fluid lines, the connector arrangement comprising at least one first coupling component and at least one second coupling component , the first coupling component being connectable to the second coupling component , the first coupling component and the second coupling component each include at least one first fluid line , at least one first fluid line interface , at least one first electrical conductor , and at least one first electrical interface , wherein the first fluid line interfaces and the first electrical interfaces are oriented parallel to an axis of insertion of the first coupling component and the second coupling component , characterized in that the first coupling component and/or the second coupling component includes at least one fluid line splitter , and the second coupling component including at least one second fluid line .
A stent disposed about a longitudinal axis, the stent having a radially compressed configuration and a radially expanded configuration, the stent comprising: a first stent segment disposed about the longitudinal axis and a plurality of stent struts forming a plurality of first outer apices that extend in a first longitudinal direction; a second stent segment disposed about the longitudinal axis and axially adjacent to the first stent segment, the second stent segment having a plurality of stent struts forming a plurality of second outer apices that extend in a second longitudinal direction, opposite the first longitudinal direction; and a plurality of interlocking joints removably coupling the first stent segment and the second stent segment together, each of the interlocking joints comprising a first mating element , a second mating element , and a third mating element , wherein the first mating element extends away from one of the first outer apices having a principal axis, the principle axis extending through the centre of an apex tip and dividing the corresponding apex into apex halves, the second mating element and the third mating element extend away from adjacent outer apices of the second outer apices, and an axial restrictor member extending away from the second stent segment, wherein, in the radially compressed configuration, the second and third mating elements are circumferentially engageable with the first mating element , and the axial restrictor member is axially engageable with the first mating element and crosses the principal axis. a first stent segment disposed about the longitudinal axis and a plurality of stent struts forming a plurality of first outer apices that extend in a first longitudinal direction; a second stent segment disposed about the longitudinal axis and axially adjacent to the first stent segment, the second stent segment having a plurality of stent struts forming a plurality of second outer apices that extend in a second longitudinal direction, opposite the first longitudinal direction; and a plurality of interlocking joints removably coupling the first stent segment and the second stent segment together, each of the interlocking joints comprising a first mating element , a second mating element , and a third mating element , wherein the first mating element extends away from one of the first outer apices having a principal axis, the principle axis extending through the centre of an apex tip and dividing the corresponding apex into apex halves, the second mating element and the third mating element extend away from adjacent outer apices of the second outer apices, and an axial restrictor member extending away from the second stent segment, wherein, in the radially compressed configuration, the second and third mating elements are circumferentially engageable with the first mating element , and the axial restrictor member is axially engageable with the first mating element and crosses the principal axis.
A device for depositing a layer consisting of at least two components on an object , comprising - a deposition chamber for disposing the object , - at least one source comprising a material to be deposited , - at least one apparatus for controlling the deposition process, configured such that the concentration of at least one component of the material to be deposited in its gas phase can be modified prior to deposition onto the object by selective binding of a certain amount of the at least one component, wherein the selectively bound amount of the at least one component can be controlled by modifying at least one control parameter operatively coupled to a binding rate for the at least one component, wherein the apparatus for controlling the deposition process has at least one gettering element made of a material chemically inert to or chemically reactive with the at least one component to be controlled, which is arranged in the deposition chamber and is configured such that the concentration of the at least one component can be modified by physical or chemical binding of a certain amount of the component to the gettering element , wherein the apparatus is configured such that an effective binding area can be modified, wherein the apparatus for controlling the deposition process has at least one masking element for the gettering element, which is configured such that an effective area of the gettering element can be varied, and/or an electric potential of the gettering element can be modified. - a deposition chamber for disposing the object , - at least one source comprising a material to be deposited , - at least one apparatus for controlling the deposition process, configured such that the concentration of at least one component of the material to be deposited in its gas phase can be modified prior to deposition onto the object by selective binding of a certain amount of the at least one component, wherein the selectively bound amount of the at least one component can be controlled by modifying at least one control parameter operatively coupled to a binding rate for the at least one component, wherein the apparatus for controlling the deposition process has at least one gettering element made of a material chemically inert to or chemically reactive with the at least one component to be controlled, which is arranged in the deposition chamber and is configured such that the concentration of the at least one component can be modified by physical or chemical binding of a certain amount of the component to the gettering element , wherein the apparatus is configured such that an effective binding area can be modified, wherein the apparatus for controlling the deposition process has at least one masking element for the gettering element, which is configured such that an effective area of the gettering element can be varied, and/or an electric potential of the gettering element can be modified.