mhurhangee/ep-ind-claims huggingface dataset:
Device for shaping a tyre, comprising a first flange intended to receive a first bead of a tyre; a second flange intended to receive a second bead of said tyre; a translation mechanism allowing movement of the first flange and/or the second flange in translation along a common central axis in order to modify the so-called "centre distance" (dZ) which axially separates the first flange from the second flange, so that the flanges (11, 12) can be brought axially closer together and hence the beads (3, 4) closer together, to accompany a radial expansion of the tyre; a rotation mechanism which allows rotation of the first flange and/or the second flange around the central axis so as to allow modification of the relative azimuthal angular position (dA) of the first flange relative to the second flange, called the "angular difference" (dA); said device being characterized in that it comprises a control system configured to apply a control law which comprises a function mode called "conditional assistance mode" in which i) over a first predetermined centre distance range called the "first application region", the control law associates with each centre distance value (dZ) of said first application region a range of permitted angular differences, called the "permitted region" (DdA), which has a predetermined amplitude (H_DdA) delimited by a low boundary (DdA_min) and a high boundary (DdA_max) separate from the low boundary (DdA_min); and in which ii) when a mutual axial convergence of the flanges (11, 12) is performed and the centre distance (dZ) thus passes through the first application region, the rotation mechanism remains passive if the angular difference (dA) lies inside the permitted region (DdA), so as to allow the first flange and the second flange to rotate freely relative to one another under the effect of the natural reaction of the tyre to the radial expansion of said tyre and to the mutual axial convergence of said flanges (11, 12), and said rotation mechanism selectively triggers an assistance with rotation if the angular difference (dA) reaches one of the boundaries (DdA_min, DdA_max) of the permitted region (DdA) or leaves said permitted region (DdA), in order to actively manage the relative rotation of the flanges (11, 12) so as to force the angular difference (dA) to remain in or return within said permitted region (DdA).
A method for service provisioning in a communication network, wherein a planned resource to be installed, is created in a network element of the communication network as a virtual resource and reserved for a dedicated service in the network element, wherein the planned resource is an unequipped resource not yet physically available for productive use by the communication network, wherein said virtual resource can be presented to a network element interface in the same way as an installed resource (1002, 1003), but with a different state expressing the fact that the resource is only virtually available, thereby permitting that the virtual resource can be handled by a network management system in the same way as an installed resource (1002, 1003), and permitting the creation of a virtual cross connection to installed resources using such virtual resource, and wherein the virtual cross connection can be immediately activated by the network element as soon as said planned resource is installed.
A system (100 - 400) for tracking a bone healing progress, comprising: an implant (102 - 402) configured for fixing a fracture (110 - 410) of a bone (108 - 408) including a first sensor (104 - 404) configured for measuring a first strain when mounted thereon at a position which, when the implant (102 - 402) is mounted on the bone (108 - 408) in a target position, is mechanically coupled to a fracture (110 - 410) of the bone (108 - 408); and a second sensor (106 - 406) configured for measuring a second strain on a portion of the bone (108 - 408) separated from the fracture (110 - 410), characterized in that the system is configured to calculate a ratio of the first strain to the second strain so as to normalize an effect of loads on the bone (108 - 408) and indicate an increased stiffness as the fracture (110 - 410) heals. an implant (102 - 402) configured for fixing a fracture (110 - 410) of a bone (108 - 408) including a first sensor (104 - 404) configured for measuring a first strain when mounted thereon at a position which, when the implant (102 - 402) is mounted on the bone (108 - 408) in a target position, is mechanically coupled to a fracture (110 - 410) of the bone (108 - 408); and a second sensor (106 - 406) configured for measuring a second strain on a portion of the bone (108 - 408) separated from the fracture (110 - 410), characterized in that the system is configured to calculate a ratio of the first strain to the second strain so as to normalize an effect of loads on the bone (108 - 408) and indicate an increased stiffness as the fracture (110 - 410) heals.
A cell comprising an exogenous deoxyribonucleic acid sequence encoding a preimplantation factor peptide, wherein the PIF peptide consists of the sequence of MX 1 RIKPX 2 X 3 A, wherein X 1, X 2 and X 3 are independently any amino acid, provided that said PIF peptide is not SEQ ID NO: 1, wherein the cell is obtained by a method of modifying the cell to express the exogenous DNA.
Locking assembly for locking a door of a household appliance, in particular of a dishwasher, wherein - the locking assembly can be fastened to the door or to a carcass of the household appliance which supports the door, - the locking assembly comprises a locking element, which can move between an open position, in which it is not engaged with a holding element on the carcass or on the door, and a locking position, in which it is engaged with the holding element, and is supported such that during the movement between the open position and the locking position it can be moved along a longitudinal axis and in addition can be rotated about an axis of rotation which extends at right angles to the longitudinal axis, and - the locking assembly has a force accumulator, which applies a closing force to the locking element, with the aid of which the locking element can move from the open position into the locking position, characterised in that the locking assembly has a drive unit, with the aid of which the locking element can move from the locking position against the closing force into the open position. - the locking assembly can be fastened to the door or to a carcass of the household appliance which supports the door, - the locking assembly comprises a locking element, which can move between an open position, in which it is not engaged with a holding element on the carcass or on the door, and a locking position, in which it is engaged with the holding element, and is supported such that during the movement between the open position and the locking position it can be moved along a longitudinal axis and in addition can be rotated about an axis of rotation which extends at right angles to the longitudinal axis, and - the locking assembly has a force accumulator, which applies a closing force to the locking element, with the aid of which the locking element can move from the open position into the locking position,
Electromagnetic radiation sensor micro device for detecting or sensing electromagnetic radiation, the device comprising a Si-substrate and a Si-cover providing an hermetically sealed cavity, wherein a getter material is arranged within the cavity, such that a high quality vacuum in the hermetically sealed cavity is provided, whereby the getter layer is arranged in such a manner around an optical window of the cover that an optical aperture is formed; an electromagnetic radiation detecting unit being arranged within the hermetically sealed cavity, the cavity being KOH-etched into the Si-cover and having side walls according to the KOH-etching of the Si-cover; the cover consisting of an electromagnetic radiation transparent material and comprising a reflection reducing coating; the cover being attached to the substrate by a metallic seal bond and an interface layer to form the hermetically sealed cavity; wherein the reflection reducing coating is arranged in form of a multi-layer thin film stack; wherein the multi-layer thin film stack (60,30) comprises at least a first layer and at least a second layer arranged one upon the other, wherein the first layer has a first refractive index, the second layer has a second refractive index, different from the first refractive index and the first layer and the second layer having a layer thickness providing destructive interference in a certain range of wavelengths of the electromagnetic radiation.
A device for the assembly and maintenance of a tower for a wind turbine, the device comprising a working platform for use inside the tower, the working platform comprising a base platform having a cutout for a vertical support structure, wherein the base platform is circular in shape and has at least one arcuate guide and/or bearing element at the periphery, characterised in that the working platform comprises at least one accessible, radially retractable and extendable catwalk, which is movably mounted on the base platform and a guide platform, and in that a drive for moving the catwalk along the arcuate guide and/or bearing element is mounted on the base platform and/or on the guide platform.
An adaptive video streaming system for use with a computer network comprising a data source and a video player, the system comprising: a session controller configured to use in parallel a variable number of streams in order to maximize download throughput from said data source to said video player; and characterized by an adaptive streaming optimizer connected between the data source and the video player, wherein the adaptive streaming optimizer is configured to: receive a request from a video player to download an adaptive video stream from a given URL in a specified resolution; download fragments of the specified resolution into a buffer and upload them from the buffer to the player at the same rate; wait for a pre-determined time before starting an optimization process; and start an optimization process which comprises maximizing the download rate of current resolution fragments by using said variable number of streams and limiting the upload rate of current resolution fragments to be below the rate required for a next higher resolution; downloading fragments of the next resolution into a second buffer; speeding up the upload rate of current resolution fragments to be at a rate required for a next higher resolution; and uploading fragments to the player from the second buffer if the player requests the next resolution and the second buffer is full enough (490, 475). a session controller configured to use in parallel a variable number of streams in order to maximize download throughput from said data source to said video player; and characterized by an adaptive streaming optimizer connected between the data source and the video player, wherein the adaptive streaming optimizer is configured to: receive a request from a video player to download an adaptive video stream from a given URL in a specified resolution; download fragments of the specified resolution into a buffer and upload them from the buffer to the player at the same rate; wait for a pre-determined time before starting an optimization process; and start an optimization process which comprises maximizing the download rate of current resolution fragments by using said variable number of streams and limiting the upload rate of current resolution fragments to be below the rate required for a next higher resolution; downloading fragments of the next resolution into a second buffer; speeding up the upload rate of current resolution fragments to be at a rate required for a next higher resolution; and uploading fragments to the player from the second buffer if the player requests the next resolution and the second buffer is full enough (490, 475).
An LED light emitting device comprising a plurality of types of light emitting parts (31, 32, 33) each having: an LED element (311, 321, 331) that emits ultraviolet radiation or violet color visible light; and a resin composition containing a phosphor that absorbs the ultraviolet radiation or the violet color visible light to emit colored light, wherein: lights emitted by the plurality of types of light emitting parts (31, 32, 33) become white light when all mixed with each other; the LED elements (311, 321, 331) of the plurality of types of light emitting parts (31, 32, 33) are all the same type, and mounted on a single base material; and the plurality of types of light emitting parts (31, 32, 33) comprise at least, a red color based light emitting part that dominantly emits red light; and a blue color based light emitting part that dominantly emits blue light; and the LED elements (311, 321, 331) are each arranged to be positioned below a non-overlapping portion of the light emitting part, characterised in that the plurality of light emitting parts have been formed such that two or more light emitting parts overlap with each other in their parts and in the overlapping portion, the red color based light emitting part is positioned below the blue color based light emitting part. lights emitted by the plurality of types of light emitting parts (31, 32, 33) become white light when all mixed with each other; the LED elements (311, 321, 331) of the plurality of types of light emitting parts (31, 32, 33) are all the same type, and mounted on a single base material; and the plurality of types of light emitting parts (31, 32, 33) comprise at least, a red color based light emitting part that dominantly emits red light; and a blue color based light emitting part that dominantly emits blue light; and the LED elements (311, 321, 331) are each arranged to be positioned below a non-overlapping portion of the light emitting part, characterised in that the plurality of light emitting parts have been formed such that two or more light emitting parts overlap with each other in their parts and in the overlapping portion, the red color based light emitting part is positioned below the blue color based light emitting part.
An atmospheric plasma generator, comprising: a longitudinally extending casing which is made of an insulator and which defines a columnar plasma-generating zone; a gas intake section for supplying a plasma-generating gas to the plasma-generating zone in a direction normal to the longitudinal direction of the plasma-generating zone so as to attain a uniform gas distribution, in the longitudinal direction, over the plasma-generating zone; a pair of electrodes (2a, 2b) disposed in the plasma-generating zone; and a gas discharge section for discharging the plasma generated in the plasma-generating zone, which section is connected to the plasma-generating zone, which section is disposed along the longitudinal direction of the plasma-generating zone, and which section comprises a number of elongate holes (23, 24) that extend in the direction of the flow of the generated gas-form plasma, characterized in that said pair of electrodes (2a, 2b) is disposed with a spacing in the longitudinal direction of the plasma-generating zone. a longitudinally extending casing which is made of an insulator and which defines a columnar plasma-generating zone; a gas intake section for supplying a plasma-generating gas to the plasma-generating zone in a direction normal to the longitudinal direction of the plasma-generating zone so as to attain a uniform gas distribution, in the longitudinal direction, over the plasma-generating zone; a pair of electrodes (2a, 2b) disposed in the plasma-generating zone; and a gas discharge section for discharging the plasma generated in the plasma-generating zone, which section is connected to the plasma-generating zone, which section is disposed along the longitudinal direction of the plasma-generating zone, and which section comprises a number of elongate holes (23, 24) that extend in the direction of the flow of the generated gas-form plasma, characterized in that said pair of electrodes (2a, 2b) is disposed with a spacing in the longitudinal direction of the plasma-generating zone.
A copper alloy sheet consisting of, in terms of mass%, 0.1 to 3.0% of Ni, 0.01 to 3.0% of Sn and 0.01 to 0.3% of P, and optionally of at least one member selected from the group consisting of, in terms of mass%, 0.5% or less of Fe, % or less of Zn, 0.1 % or less of Mn, 0.1 % or less of Si and 0.3% or less of Mg, optionally of at least one member selected from the group consisting of Ca, Zr, Ag, Cr, Cd, Be, Ti, Co, Au and Pt, in a total amount of 1.0 mass% or less, and optionally of at least one member selected from the group consisting of Hf, Th, Li, Na, K, Sr, Pd, W, S, C, Nb, Al, V, Y, Mo, Pb, In, Ga, Ge, As, Sb, Bi, Te, B and Misch metal, in a total amount of 0.1 mass% or less, with the balance being copper and inevitable impurities, wherein the copper alloy sheet has, as terminal/connector properties, an electrical conductivity of 32% IACS or more and a stress relaxation ratio in the direction parallel to the rolling direction, as measured according to SAEJ Standards JASO-C400 after holding at 150°C for 1,000 hr, of 15% or less and further has, as mechanical properties, a 0.2%-proof stress of 500 MPa or more and an elongation of 10% or more, wherein the copper alloy sheet has an intensity peak at the X-ray diffraction angle (2θ) between 100° and 102° in the X-ray diffraction pattern.
An apparatus for extracting and collecting particulate infill from an infilled artificial turf field comprising: a vehicle having a first forward end and a second rearward end, the vehicle defining a forward facing direction; an infill extractor located at the first forward end of the vehicle and adapted to extract infill from a strip of the infilled athletic turf field as the vehicle moves therealong, whereby the extracted infill falls into a bottom section of the infill extractor; an infill mover secured to the vehicle and adapted to move the extracted infill from the bottom section of the infill extractor toward the second rearward end of the vehicle; and an infill collector connected to the second rearward end of the vehicle and operable to cooperate with the infill mover to collect the moved infill, the infill collector including a frame, characterized in that the frame is laterally movable relative to the forward facing direction of the vehicle from an operative "in use" position to a stowed position when not in use. a vehicle having a first forward end and a second rearward end, the vehicle defining a forward facing direction; an infill extractor located at the first forward end of the vehicle and adapted to extract infill from a strip of the infilled athletic turf field as the vehicle moves therealong, whereby the extracted infill falls into a bottom section of the infill extractor; an infill mover secured to the vehicle and adapted to move the extracted infill from the bottom section of the infill extractor toward the second rearward end of the vehicle; and an infill collector connected to the second rearward end of the vehicle and operable to cooperate with the infill mover to collect the moved infill, the infill collector including a frame, characterized in that the frame is laterally movable relative to the forward facing direction of the vehicle from an operative "in use" position to a stowed position when not in use.
A handle assembly for a garden tool, comprising a housing, wherein the housing is provided with a gripping portion; a cavity for detachably mounting a battery pack; an operating portion disposed at one end of the gripping portion close to the battery pack; and a control panel unit which is arranged internally below the operating portion, characterized in that the battery pack is configured to be inserted into the cavity along the extension direction of the gripping portion; the control panel unit includes a substrate and an electrode holder disposed on the lower surface of the substrate; the battery pack includes at least two battery cells, wherein axes of the at least two battery cells are consistent with the extension direction of the gripping portion and the arrangement direction of the at least two battery cells is perpendicular to the extension direction of the gripping portion; and terminals (521, 522) that are matched with the electrode holder to achieve electrical connection with the substrate are respectively provided on two sides of the battery pack side by side along the at least two battery cells; and the battery pack further comprises a vibration damper (571, 572) made of elastic material.
A juice extraction machine comprising: a fixed peeler and a mobile peeler actuated by a gear-motor set with a crank arm, the mobile peeler being interconnected to the gear-motor set; a cowling with a fruit funnel communicating with a feeder-dispenser tube in the machine; an arched section fruit-rack whose movement is synchronized with a mobile peeler drive axle; the funnel having a receiving rim and a cylindrical wire conduit at a ramp to allow the fruit to move forward through gravity; wherein the feeder-dispenser tube includes a transverse spring attached at the bottom of the feeder-dispenser tube for retaining the fruit; the fruit-rack being positioned on an outer top face of the mobile peeler and arranged to serve as a waiting stage before the fruit falls onto the peelers; the fruit-rack being attached to the mobile peeler through fittings; and wherein the transverse spring is arranged between the feeder dispenser tube and the fruit-rack; there being spring-release means of actuation of the transverse spring, provided on the fruit-rack for releasing the fruit from inside the feeder-dispenser tube to fall on the fruit rack through linear movement of the mobile peeler towards the fixed peeler. a fixed peeler and a mobile peeler actuated by a gear-motor set with a crank arm, the mobile peeler being interconnected to the gear-motor set; a cowling with a fruit funnel communicating with a feeder-dispenser tube in the machine; an arched section fruit-rack whose movement is synchronized with a mobile peeler drive axle; the funnel having a receiving rim and a cylindrical wire conduit at a ramp to allow the fruit to move forward through gravity; wherein the feeder-dispenser tube includes a transverse spring attached at the bottom of the feeder-dispenser tube for retaining the fruit; the fruit-rack being positioned on an outer top face of the mobile peeler and arranged to serve as a waiting stage before the fruit falls onto the peelers; the fruit-rack being attached to the mobile peeler through fittings; and wherein the transverse spring is arranged between the feeder dispenser tube and the fruit-rack; there being spring-release means of actuation of the transverse spring, provided on the fruit-rack for releasing the fruit from inside the feeder-dispenser tube to fall on the fruit rack through linear movement of the mobile peeler towards the fixed peeler.