mhurhangee/ep-ind-claims huggingface dataset:
A bone fixation device (101; 201; 501 - 1401), comprising: a first element extending along a first longitudinal axis from a proximal end to a distal end, the first element including a first channel extending therethrough along the first longitudinal axis and a head portion at a proximal end thereof; and a second element extending along a second longitudinal axis from a proximal end to a distal end, the second element including a proximal portion sized and shaped to be received within the first channel such that the first and second longitudinal axes (L1, L2) are substantially coaxial and a distal portion including a bone engaging structure, the proximal end of the second element slidably locked within the first channel such that the first and second elements (102, 104) are longitudinally movable relative to one another between a permitted range of motion, characterized in that the first element includes an opening extending through the head portion along a central axis extending at an acute angle with respect to the first longitudinal axis, the opening being sized and shaped to receive a bone fixation element therein. a first element extending along a first longitudinal axis from a proximal end to a distal end, the first element including a first channel extending therethrough along the first longitudinal axis and a head portion at a proximal end thereof; and a second element extending along a second longitudinal axis from a proximal end to a distal end, the second element including a proximal portion sized and shaped to be received within the first channel such that the first and second longitudinal axes (L1, L2) are substantially coaxial and a distal portion including a bone engaging structure, the proximal end of the second element slidably locked within the first channel such that the first and second elements (102, 104) are longitudinally movable relative to one another between a permitted range of motion, characterized in that the first element includes an opening extending through the head portion along a central axis extending at an acute angle with respect to the first longitudinal axis, the opening being sized and shaped to receive a bone fixation element therein.
Gear motor comprising electric motors, a gearing and an adapter, which is arranged between the electric motors and the gearing, wherein the gearing comprises an input shaft and an output shaft, wherein each motor comprises a rotor shaft, wherein the adapter comprises a casing-forming adapter flange, wherein the adapter flange surrounds, in a manner forming a casing at least in part, a summation gear for bringing together the power flows, generated by the motors, towards the input shaft of the gearing, wherein oil can flow through each motor as a coolant, i.e. the motors are liquid-cooled, wherein the motors each have an intake and an outlet for the coolant, wherein conduits are formed on the adapter flange, which conduits bring together the coolant emerging from the outlet of each motor towards an outlet on the adapter flange, wherein the input shaft of the gearing is borne in a casing part of the gearing, in particular the bearing housing, wherein the adapter flange comprises a centring means, which can be oriented on a centring means, in particular a centring collar (21, 31), of the gearing casing part, wherein receiving openings for receiving the end shields (1, 3) of the electric motors are arranged on the adapter flange, wherein each receptacle comprises a centring means, in particular a centring collar (21, 31), on which the end shield of each motor is oriented, wherein the summation gear is lubricated by coolant in that a connecting conduit leads from the spatial region of the summation gear to a conduit of the adapter flange.
Synchronous machine with permanent magnets comprising at least one rotor composed of at least one permanent magnet secured to a shaft extending through a stator bearing a plurality of coils, said synchronous machine being driven by a control electronic circuit board, and means for discharging the electromotive current generated by the electronic driver circuit consisting in an electrical connection of the magnetic circuit of the machine with the ground of the control electronic circuit board of said machine, the electronic circuit board comprising at least a rectifier circuit and a switching module composed of a plurality of switches mounted in series and in parallel with the terminals of the machine, the synchronous machine further comprising a connector taking the form of a flange obtained from an insulating material, capable of being secured to the body of the stator, and comprising through-holes emerging between clipping lugs, aligned and comprising conductive terminals, said conductive terminals coming into contact with the tracks of the electronic circuit board when the latter is clipped between the clipping lugs and one of the conductive terminals being connected to the metal part of the stator by an electrical conductor.
A device, comprising: a first portion and a second portion; and, a hinge assembly secured to a hinge end of the first portion and a hinge end of the second portion to rotatably secure the first and second portions (102, 104), the hinge assembly comprising hinge bores (1702, 1702, 1702), first and second hinge arms (210A, 210A, 210B, 210B) associated with the first and second portions (102, 104) and including corresponding first and second hinge pins (1002, 1002, 1002, 1004, 1004, 1004) that are rotatable in the hinge bores (1702, 1702, 1702), and cams (1800, 1800, 1800); wherein the cams (1800, 1800, 1800) configure the device to have a first configuration where the first portion and the second portion are adjacent and coplanar, and a second configuration where the first and second portions (102, 104) are extended toward one another to define an oblique angle; and wherein the first hinge arm is slideably secured to the first portion, and the second hinge arm is slideably secured to the second portion,so that the hinge end (108, 112) of the first portion and the hinge end (108, 112) of the second portion are brought toward one another in the first configuration and away from one another in the second configuration. a first portion and a second portion; and, a hinge assembly secured to a hinge end of the first portion and a hinge end of the second portion to rotatably secure the first and second portions (102, 104), the hinge assembly comprising hinge bores (1702, 1702, 1702), first and second hinge arms (210A, 210A, 210B, 210B) associated with the first and second portions (102, 104) and including corresponding first and second hinge pins (1002, 1002, 1002, 1004, 1004, 1004) that are rotatable in the hinge bores (1702, 1702, 1702), and cams (1800, 1800, 1800); wherein the cams (1800, 1800, 1800) configure the device to have a first configuration where the first portion and the second portion are adjacent and coplanar, and a second configuration where the first and second portions (102, 104) are extended toward one another to define an oblique angle; and wherein the first hinge arm is slideably secured to the first portion, and the second hinge arm is slideably secured to the second portion,so that the hinge end (108, 112) of the first portion and the hinge end (108, 112) of the second portion are brought toward one another in the first configuration and away from one another in the second configuration.
A rotating thermolysis reactor comprising a tubular outer jacket with covers closing its ends, an interior chamber, a shaft supported centrally in the covers, feed tools and discharge tools which are placed at the start and the end of the shaft inside the interior chamber, respectively, wherein helical coil runners are fixed to the shaft, and the coil runners are arranged in a helical pattern, once or several times, close to the inner side of the outer jacket in the interior chamber and have a square, rectangular, round or oval shape, characterized in that feed tools and discharge tools are placed at the start and at the end of the shaft and can be moved via the shaft by a drive unit, wherein the feed tools are installed within the effective range of the helical coil runners as one unit or as several units parallel to the shaft and below the material feed unit.
A crying doll that comprises a head in which two eyes are provided, each one endowed with a tear hole, and a mouth, a device being housed in the head for producing the visual effect of the doll shedding tears, in other words, that it spills tears from its eyes, the device comprising a fluid tank connected to the outside and able to accumulate a fluid above the level of the tear holes; and at least one flexible supply duct that hydraulically connects said tank to one or to both of the tear holes, the doll being characterized in that the device comprises a throttle for the supply duct and an actuating cam for the throttle with the ability to move between an operative position, in which it pushes and arranges the throttle against the supply duct, flattening it locally and impeding the passage of fluid through it; and a free position, in which it does not arrange the throttle against the duct, thereby allowing the passage of liquid from the tank to the tear holes, the mentioned actuating cam being mounted in the proximity of the mouth and being operable in the direction of its operative position upon inserting in the mouth a nipple of an accessory element, separate or not from the doll.
A stepwise method of producing titanium-aluminium compounds, comprising a first step of: - reducing an amount of titanium chloride (TiCl 4) with an amount of aluminium at a temperature to trigger reactions to form titanium subchloride(s) and aluminium chloride (AlCl 3) products; and then a second step of: - mixing said products, with the addition of more aluminium if required, and heating the mixture in a reaction zone to a temperature above 300°C to form AlCl 3 and the titanium-aluminium compounds. - reducing an amount of titanium chloride (TiCl 4) with an amount of aluminium at a temperature to trigger reactions to form titanium subchloride(s) and aluminium chloride (AlCl 3) products; - mixing said products, with the addition of more aluminium if required, and heating the mixture in a reaction zone to a temperature above 300°C to form AlCl 3 and the titanium-aluminium compounds.
A device for connecting a tube to a circuit element, the device comprising a tubular body of cartridge type provided externally with an anchor washer for anchoring the body in a well of the circuit element, and provided internally with retaining means for retaining the tube, the anchor washer having outwardly projecting teeth, the teeth being connected together in pairs by respective flat circumferential portions that are elastically deformable in twisting to enable the teeth to move between a state for allowing the body to pass freely in the well and a state for anchoring the body in the well, the device being characterized in that the anchor washer has holder portions in relief for holding it on the body, the portions in relief extending from teeth and projecting towards the inside relative to the teeth and to the circumferential portions, and in that the portions in relief are embedded in the body and the circumferential portions are sufficiently separated from the body to leave the teeth free to move between their two states.
Turbine blade comprising: - a blade tip, - a cooling structure comprising cooling ducts which are configured to have a cooling fluid flowing through them during operation in order to cool the turbine blade, - an end portion that is recessed with respect to the blade tip, and - an outer wall portion which extends as far as the blade tip, wherein the cooling structure is formed between the end portion and the blade tip such that the cooling structure extends from the end portion as far as the blade tip, characterized in that the cooling structure comprises a lattice structure, which forms the cooling ducts. - a blade tip, - a cooling structure comprising cooling ducts which are configured to have a cooling fluid flowing through them during operation in order to cool the turbine blade, - an end portion that is recessed with respect to the blade tip, and - an outer wall portion which extends as far as the blade tip, wherein the cooling structure is formed between the end portion and the blade tip such that the cooling structure extends from the end portion as far as the blade tip, characterized in that the cooling structure comprises a lattice structure, which forms the cooling ducts.
A tire comprising: a bead core; a bead filler which extends to an outer side in a tire radial direction of the bead core; a carcass ply which extends from the bead core to another bead core and is folded around the bead core; a pad member which is disposed at an outer side in a tire-width direction of the bead filler; characterised by a first rubber sheet disposed between the bead filler and the pad member in a state covering a folding end of the carcass ply which is folded back, and a second rubber sheet covering an electronic component is disposed between the bead filler and the pad member, on an outer side in the tire-radial direction of the first rubber sheet. a bead core; a bead filler which extends to an outer side in a tire radial direction of the bead core; a carcass ply which extends from the bead core to another bead core and is folded around the bead core; a pad member which is disposed at an outer side in a tire-width direction of the bead filler; characterised by a first rubber sheet disposed between the bead filler and the pad member in a state covering a folding end of the carcass ply which is folded back, and a second rubber sheet covering an electronic component is disposed between the bead filler and the pad member, on an outer side in the tire-radial direction of the first rubber sheet.
A dish washing machine comprising a wash tub, a dish-cleaning water filtration device, said wash tub comprising a back wall, side walls, an upper wall and a lower wall, said lower wall comprising a sump, said sump comprising an inlet opening to a water circulation device and an inlet opening to a drainage device, said inlet opening to a water circulation device and said inlet opening to a drainage device both being located in a lower part of said sump, said filtration device being at least partially housed inside said sump, said filtration device comprising a waste trap, an intermediary filter and a micro-filter, characterised in that: - said inlet opening to a water circulation device is arranged in the central part of said micro-filter; and - said inlet opening to a drainage device is arranged on the outside of said micro-filter. - said inlet opening to a water circulation device is arranged in the central part of said micro-filter; and - said inlet opening to a drainage device is arranged on the outside of said micro-filter.
A computing device for determining an anchoring location of a marine vessel, the computing device comprising: a memory area for storing computer-executable components for determining and identifying an anchoring location of the marine vessel, the computer-executable components comprising a location component configured to determine location data representative of the location of the marine vessel along a route of the marine vessel; and a processor, wherein the processor is programmed to: receive the location data of the marine vessel; determine, from the location data, a location along the route that the marine vessel traveled if the marine vessel traveled in a predefined period of time along the route over a distance less than a maximum threshold distance; and identify the determined location of the marine vessel as an anchoring location; an anchorage database configured to store the determined location of the marine vessel as anchorage location, wherein the maximum threshold distance is a dynamic distance, being the maximum distance the marine vessel travels when the marine vessel is anchored and further based on the length of an anchor line for the marine vessel, the depth of water at the anchoring location, the wind at the anchoring location, and/or the type/size of the marine vessel. a memory area for storing computer-executable components for determining and identifying an anchoring location of the marine vessel, the computer-executable components comprising a location component configured to determine location data representative of the location of the marine vessel along a route of the marine vessel; and a processor, wherein the processor is programmed to: receive the location data of the marine vessel; determine, from the location data, a location along the route that the marine vessel traveled if the marine vessel traveled in a predefined period of time along the route over a distance less than a maximum threshold distance; and identify the determined location of the marine vessel as an anchoring location; receive the location data of the marine vessel; determine, from the location data, a location along the route that the marine vessel traveled if the marine vessel traveled in a predefined period of time along the route over a distance less than a maximum threshold distance; and identify the determined location of the marine vessel as an anchoring location; an anchorage database configured to store the determined location of the marine vessel as anchorage location, wherein the maximum threshold distance is a dynamic distance, being the maximum distance the marine vessel travels when the marine vessel is anchored and further based on the length of an anchor line for the marine vessel, the depth of water at the anchoring location, the wind at the anchoring location, and/or the type/size of the marine vessel.
A method performed by a wireless device, comprising: receiving a data set in a file delivery over unidirectional transport, FLUTE, session, the data set comprising a target area associated with a broadcast file, at least one additional target area and logical operators; determining a location of the wireless device; determining whether a criterion is satisfied based on the determined location, said target area and said at least one additional target area as a function of the logical operators; and receiving the broadcast file associated with the data set in the FLUTE session only when the criterion is satisfied. receiving a data set in a file delivery over unidirectional transport, FLUTE, session, the data set comprising a target area associated with a broadcast file, at least one additional target area and logical operators; determining a location of the wireless device; determining whether a criterion is satisfied based on the determined location, said target area and said at least one additional target area as a function of the logical operators; and receiving the broadcast file associated with the data set in the FLUTE session only when the criterion is satisfied.
A delivery system, comprising a cannula (300, 1410), comprising: an elongate tubular member having a lengthwise axis and a circumferential wall extending between a proximal end and a distal end and defining an interior lumen; the elongate tubular member having an intermediate axial portion extending between a proximal axial portion that includes the proximal end and a distal axial portion that includes the distal end; and a pattern of openings in the circumferential wall of the elongate tubular member, the pattern of openings comprising a plurality of openings arranged in an interrupted spiral that extends circumferentially along the intermediate axial portion of the elongate tubular member; wherein the proximal axial portion and the distal axial portion are free of the pattern of openings and comprise an uninterrupted circumferential wall; and wherein the proximal portion is longer than the distal portion; an elongate outer tubular member defining an outer tubular member lumen; and an intraluminal medical device disposed within the outer tubular member lumen; wherein the cannula is disposed within the elongate outer tubular member lumen such that the cannula is disposed proximal to the intraluminal medical device and the intraluminal medical device is not disposed about the cannula. an elongate tubular member having a lengthwise axis and a circumferential wall extending between a proximal end and a distal end and defining an interior lumen; the elongate tubular member having an intermediate axial portion extending between a proximal axial portion that includes the proximal end and a distal axial portion that includes the distal end; and a pattern of openings in the circumferential wall of the elongate tubular member, the pattern of openings comprising a plurality of openings arranged in an interrupted spiral that extends circumferentially along the intermediate axial portion of the elongate tubular member; wherein the proximal axial portion and the distal axial portion are free of the pattern of openings and comprise an uninterrupted circumferential wall; and wherein the proximal portion is longer than the distal portion; an elongate outer tubular member defining an outer tubular member lumen; and an intraluminal medical device disposed within the outer tubular member lumen; wherein the cannula is disposed within the elongate outer tubular member lumen such that the cannula is disposed proximal to the intraluminal medical device and the intraluminal medical device is not disposed about the cannula.
Travel tube section for a roller coaster arrangement, comprising - a travel tube, and - a travel tube coupling body which is rigidly connected to the travel tube at a travel tube end laterally in the tangential direction of the travel tube by means of a connecting surface between the travel tube coupling body and the travel tube, characterized in that the travel tube coupling body has a through-hole extending through the travel tube coupling body in the tangential direction of the travel tube for receiving a connecting element, by means of which the travel tube can be releasably connected to a further travel tube in a connection region at the abutting end via a clamp connection, the extent of the connecting surface in the tangential direction of the travel tube being greater than the extent of the through-hole in the tangential direction of the travel tube, and the tangential direction of the travel tube being a direction in which, in the connection region, the travel tube end of the travel tube points. - a travel tube, and - a travel tube coupling body which is rigidly connected to the travel tube at a travel tube end laterally in the tangential direction of the travel tube by means of a connecting surface between the travel tube coupling body and the travel tube, characterized in that the travel tube coupling body has a through-hole extending through the travel tube coupling body in the tangential direction of the travel tube for receiving a connecting element, by means of which the travel tube can be releasably connected to a further travel tube in a connection region at the abutting end via a clamp connection, the extent of the connecting surface in the tangential direction of the travel tube being greater than the extent of the through-hole in the tangential direction of the travel tube, and the tangential direction of the travel tube being a direction in which, in the connection region, the travel tube end of the travel tube points.