mhurhangee/ep-ind-claims huggingface dataset:
A vapor jet system comprising: a container for storing a sublimable solid, the container comprising a vapor discharge port for discharging vapor generated by sublimation of the sublimable solid; a first heater for heating an inside of the container; a member comprising an opening for jetting out the vapor to an outside of the vapor jet system; a vapor flow path between the vapor discharge port and the opening; a filter for preventing passage of the sublimable solid and allowing the vapor to pass through, the filter being provided to the vapor flow path; at least one of a pressure sensor for measuring pressure inside the container and a first temperature sensor for measuring temperature inside the container; and a second temperature sensor for measuring temperature of the vapor flow path; characterised by: a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor, and data from the second temperature sensor, the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater. a container for storing a sublimable solid, the container comprising a vapor discharge port for discharging vapor generated by sublimation of the sublimable solid; a first heater for heating an inside of the container; a member comprising an opening for jetting out the vapor to an outside of the vapor jet system; a vapor flow path between the vapor discharge port and the opening; a filter for preventing passage of the sublimable solid and allowing the vapor to pass through, the filter being provided to the vapor flow path; at least one of a pressure sensor for measuring pressure inside the container and a first temperature sensor for measuring temperature inside the container; and a second temperature sensor for measuring temperature of the vapor flow path; characterised by: a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor, and data from the second temperature sensor, the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater. a second heater for heating at least a part of the vapor flow path; and a controller configured to: control, based on data from at least one of the pressure sensor and the first temperature sensor, and data from the second temperature sensor, the temperature of the vapor flow path to be the temperature inside the container or higher by causing heating of the second heater.
Primary piston for a penetration-type tandem master cylinder of a brake, characterized in that the primary piston is made of moulded plastic and provided with a metal insert situated to the rear of a front cavity of the primary piston and in a cavity for receiving the push rod where a push rod exerts a force to move the primary piston and generate a pressure in the master cylinder, characterized in that the piston has at least one groove, and in that the said insert has a spherical cap shape making it possible to accommodate the push rod, and in that the metal insert has on its outer shape at least one protrusion with a slightly greater dimension than its outer shape for a force fit in the bottom of the cavity for receiving the push rod.
Pivoting motor adjuster for a camshaft, having a rotor and a stator, it being possible for the rotor to be rotated with respect to the stator, it being possible for a blade of the rotor to be positioned in each case between two webs of the stator, and an intermediate space which is configured between the two webs being divided with the aid of the blade into a first pressure chamber and into a second pressure chamber, a locking apparatus comprising a spring force-loaded locking bolt and a locking disc which is arranged coaxially with respect to the stator and the rotor with a locking bore for at least partially receiving the locking bolt in order to lock the stator to the rotor in an end position being configured for locking the stator and the rotor, and the locking bolt being received in one of the blades, and a locking play for the movability of the rotor with respect to the stator being configured during the locking action between the blade which carries the locking bolt and the adjacent web, the stator being provided in a fixed manner with the aid of connecting elements on the locking disc, and the locking disc having a stop element for setting the locking play and for fixing the locked end position.
An autofeed automatic screwdriver comprising: a bit-holding head that internally houses a rotatable screw bit, and is adapted to receive at inlet a succession of screws which are arranged in sequence in front of the screw bit; and a motor assembly which is adapted to drive into rotation the screw bit about its longitudinal axis; the bit-holding head comprising: an outer casing internally provided with a substantially straight, main duct open at the bottom and which accommodates said screw bit within an upper portion of the duct; and a bit-holding rod which extends substantially coaxial to the longitudinal axis of the main duct, is inserted in an axially slidable and rotatable manner in the outer casing so as to partially protrude inside of the upper portion of the main duct, and is integral with the screw bit; whereby the bit-holding rod is mechanically connected to the motor assembly so as to be driven into rotation about its longitudinal axis, characterized in that it further comprises a straight stem having an axial end firmly connected to the screw bit; and a hollow movable piston which is engaged in a pass-through and axially slidable manner by the straight stem and by the screw bit, so as to be able to move forward and backward astride the straight stem and the screw bit; the movable piston being provided, at its face turned towards the shaped tip of the screw bit, with a concave recess or seat which has a shape substantially complementary to that of the head of the screws to be screwed, and is adapted to receive the head of the screw to be screwed located inside the main duct, while at same time arranging the same screw substantially coaxial to the longitudinal axis of the screw bit.
Wrapping device configured to wrap a bale with a wrapping material, comprising a wrapping unit which is rotatable clockwise and counterclockwise, wherein the wrapping unit is configured to wrap part of the bale by rotating the wrapping unit counterclockwise around the bale, characterized in that the wrapping unit is configured to wrap another part of the bale by rotating the wrapping unit clockwise around the bale, wherein the rotatable wrapping unit is rotatable counterclockwise at least between a starting position and a dispensing position, and is rotatable clockwise between the dispensing position and an end position or wherein the rotatable wrapping unit is rotatable clockwise at least between a starting position and a dispensing position, and is rotatable counterclockwise between the dispensing position and an end position, and wherein the wrapping device furthermore comprises a linearly movable carriage configured to grip the wrapping material at the location of the dispensing position and carry it along in the direction of the end position of the rotatable wrapping unit in order to wrap part of the bale.
Warping machine with a warping drum, a thread warping path and a cross-laying device, which has a shedding device in the thread warping path and a cross-cord insertion device, with which a cross-cord (5, 10) can be inserted into a compartment (4, 9) formed by a divided yarn coulter (2, 3), wherein a first cross-cord joining device is arranged laterally next to the thread warping path on one side, characterized in that a second cross-cord joining device is arranged on the opposite side of the thread warping path.
A method of constructing a decoded audio frame using a plurality of decoded subband vectors, each subband vector comprising values for a plurality of frequency bins, said method comprising: placing, in a frequency domain, a first one of a plurality of decoded subband vectors according to a fundamental frequency value; placing, in the frequency domain, the rest of the plurality of decoded subband vectors according to the fundamental frequency value and a harmonic spacing value; and inserting, in the frequency domain, a decoded residual signal at locations of the frame that are not occupied by the plurality of decoded subband vectors. placing, in a frequency domain, a first one of a plurality of decoded subband vectors according to a fundamental frequency value; placing, in the frequency domain, the rest of the plurality of decoded subband vectors according to the fundamental frequency value and a harmonic spacing value; and inserting, in the frequency domain, a decoded residual signal at locations of the frame that are not occupied by the plurality of decoded subband vectors.
A thin film formulation comprising idebenone as active ingredient and hydroxypropylmethylcellulose (HPMC) as carrier material, wherein idebenone is present in the carrier material in form of a mono molecular dispersion.
Current rectifying arrangement for an internally cooled polyphase rotating electrical machine, notably an internally cooled motor vehicle alternator, provided with three or six phases, each having an output, an axial axis of symmetry (X-X), of the type comprising a current rectifying device (100-93, 94) and a bearing belonging to the rotating electrical machine and comprising a bottom generally of transverse orientation relative to the axial axis of symmetry (X-X) of the machine, said bottom being, on the one hand, provided with a central opening of the bearing delimited by the inner periphery of a web and trapezoidal openings for the passage of a coolant delimited radially inward by the web, and, on the other hand, bearing, with electrical insulation, the current rectifying device comprising at least one module comprising a support (10, 16) bearing the current rectifying elements (93, 94) of the relevant phase of the machine and intended to be linked electrically to the output of this same phase of the machine, characterized in that an electrically insulating part is inserted between the support (10, 16) of the module and the bottom of the bearing such that the support (10, 16) is in indirect contact with the bottom via its edge, in that the support (10, 16) of the module comprises a heat sink with fins which extends towards the centre of the machine and in that the fins of the heat sink at least partially cover an opening of the bearing.
Bearing unit for a double disc coulter with disc coulters arranged in a V-shape to one another, which as a minimum consist of an inner ring for the receiving of an axis, an outer ring with mounting flange for the disc coulter and a protective cap, whereby balls or rollers with cage are arranged in the gap between the inner ring and the outer ring, wherein a first seal is arranged between the inner ring and the outer ring on the side opposite the mounting flange, characterised in that a second seal is arranged, on the side opposite the mounting flange, between the outer ring and protective cap on the external ring race of the outer ring.
A cartridge (400; 600) for use with an apparatus (300; 500) for heating aerosol generating material to volatilise at least one component of the aerosol generating material, the cartridge comprising: a first body (400a; 600a) defining a first chamber, wherein the first body comprises a first base (404; 604) comprising a sheet of heat conductive material and having a first outer surface; and aerosol generating material located within the first chamber; and wherein at least a major portion of the first outer surface of the first base is adapted to contact a first heating surface (313a; 512a) of a heater (313; 513) of the apparatus for heating the aerosol generating material within the first chamber and wherein the first base is substantially parallel to a longitudinal axis of the first body; characterised in that the cartridge further comprises a second body (400b; 600b) defining a second chamber, wherein the second body comprises a second base (404'; 604') comprising a sheet of heat conductive material having a second outer surface; and aerosol generating material located within the second chamber; and wherein at least a major portion of the second outer surface of the second base is adapted to contact a second heating surface (313a; 513a) of the heater of the apparatus and wherein the second base is substantially parallel to a longitudinal axis of the second body. a first body (400a; 600a) defining a first chamber, wherein the first body comprises a first base (404; 604) comprising a sheet of heat conductive material and having a first outer surface; and aerosol generating material located within the first chamber; and wherein at least a major portion of the first outer surface of the first base is adapted to contact a first heating surface (313a; 512a) of a heater (313; 513) of the apparatus for heating the aerosol generating material within the first chamber and wherein the first base is substantially parallel to a longitudinal axis of the first body; characterised in that a second body (400b; 600b) defining a second chamber, wherein the second body comprises a second base (404'; 604') comprising a sheet of heat conductive material having a second outer surface; and aerosol generating material located within the second chamber; and wherein at least a major portion of the second outer surface of the second base is adapted to contact a second heating surface (313a; 513a) of the heater of the apparatus and wherein the second base is substantially parallel to a longitudinal axis of the second body.
Implantable tube valve for implanting in a human vessel, comprising: - a tube, having an inner and outer tube wall extending between two axial tube ends; - a valve member, connected to a pivot shaft supported by the tube, with the valve member pivotable between an open position and a closed position; - an actuator mechanism, mounted on the outer tube wall; - a pivot member, arranged for driving the pivot shaft from the outer tube wall by an actuation force from the actuator mechanism; and - at least one biasing element, connected to the pivot member and arranged for preloading the pivot member to bistably bias the valve member towards the open or closed position; wherein the pivot member is substantially curved, having a curvature following a contour of the inner tube wall to limit a lateral extension of the implantable tube valve. - a tube, having an inner and outer tube wall extending between two axial tube ends; - a valve member, connected to a pivot shaft supported by the tube, with the valve member pivotable between an open position and a closed position; - an actuator mechanism, mounted on the outer tube wall; - a pivot member, arranged for driving the pivot shaft from the outer tube wall by an actuation force from the actuator mechanism; and - at least one biasing element, connected to the pivot member and arranged for preloading the pivot member to bistably bias the valve member towards the open or closed position;
A runout measurement device for a rolling bearing, the runout measurement device comprising: a fixing stage to which an inner ring of a rolling bearing to be measured is fixed; a weight member configured to apply a measuring load in an axial direction to an outer ring of the rolling bearing; a runout amount detector configured to detect a radial or axial runout amount of the outer ring; wherein the measuring load is applied to the outer ring of the bearing by the weight member, the outer ring is rotated together with the weight member under this state, and the runout amount of the outer ring is detected by the runout amount detector; characterized by: a phase detector configured to detect phase information of the inner ring; and an analyzer configured to import a displacement signal, which is synchronized with a rotation phase, in the runout amount corresponding to displacement data detected by the runout amount detector, to thereby calculate a magnitude and a maximum phase of a runout of the outer ring based on data of the displacement signal, wherein the analyzer comprises a removing unit configured to remove a vibration component that is not synchronized with rotation, and wherein the removing unit comprises a drift correction processing unit. a fixing stage to which an inner ring of a rolling bearing to be measured is fixed; a weight member configured to apply a measuring load in an axial direction to an outer ring of the rolling bearing; a runout amount detector configured to detect a radial or axial runout amount of the outer ring; wherein the measuring load is applied to the outer ring of the bearing by the weight member, the outer ring is rotated together with the weight member under this state, and the runout amount of the outer ring is detected by the runout amount detector; characterized by: a phase detector configured to detect phase information of the inner ring; and an analyzer configured to import a displacement signal, which is synchronized with a rotation phase, in the runout amount corresponding to displacement data detected by the runout amount detector, to thereby calculate a magnitude and a maximum phase of a runout of the outer ring based on data of the displacement signal, a phase detector configured to detect phase information of the inner ring; and an analyzer configured to import a displacement signal, which is synchronized with a rotation phase, in the runout amount corresponding to displacement data detected by the runout amount detector, to thereby calculate a magnitude and a maximum phase of a runout of the outer ring based on data of the displacement signal, wherein the analyzer comprises a removing unit configured to remove a vibration component that is not synchronized with rotation, and wherein the removing unit comprises a drift correction processing unit.
A wheel for a vehicle, comprising: an inner hub portion configured to receive a vehicle axle therethrough and defining an axis of rotation at a center thereof; an outer rim portion; a plurality of spoke portions extending generally between the inner hub portion and the outer rim portion, the inner hub portion, the outer rim portion, and the plurality of spoke portions cooperate to form a wheel outer surface having a plurality of turbine openings, the wheel outer surface defining a wheel reference plane that is oriented generally perpendicular to the axis of rotation, the wheel outer surface being oriented to face away from a vehicle; wherein each of the plurality of wheel spoke portions has an outboard side adjacent the wheel outer surface, an inboard side opposite the spoke outboard side, a leading side surface and a trailing side surface, the inboard side of each of the plurality of wheel spoke portions having a middle portion that is spaced a first distance apart from the reference plane; wherein the inboard side of each of the plurality of wheel spoke portions has an inboard edge adjacent the wheel spoke leading side surface that is spaced a second distance apart from the wheel reference plane and an inboard edge adjacent the wheel spoke trailing side surface that is spaced a third distance apart from the wheel reference plane; and wherein the first distance is greater than at least one of the second distance or the third distance. an inner hub portion configured to receive a vehicle axle therethrough and defining an axis of rotation at a center thereof; an outer rim portion; a plurality of spoke portions extending generally between the inner hub portion and the outer rim portion, the inner hub portion, the outer rim portion, and the plurality of spoke portions cooperate to form a wheel outer surface having a plurality of turbine openings, the wheel outer surface defining a wheel reference plane that is oriented generally perpendicular to the axis of rotation, the wheel outer surface being oriented to face away from a vehicle; wherein each of the plurality of wheel spoke portions has an outboard side adjacent the wheel outer surface, an inboard side opposite the spoke outboard side, a leading side surface and a trailing side surface, the inboard side of each of the plurality of wheel spoke portions having a middle portion that is spaced a first distance apart from the reference plane; wherein the inboard side of each of the plurality of wheel spoke portions has an inboard edge adjacent the wheel spoke leading side surface that is spaced a second distance apart from the wheel reference plane and an inboard edge adjacent the wheel spoke trailing side surface that is spaced a third distance apart from the wheel reference plane; and wherein the first distance is greater than at least one of the second distance or the third distance.
A method comprising: storing an identifier identifying an associated coupon offer in a database of a coupon server; configuring a client device to call a coupon management application upon receipt of the identifier that matches predefined criteria; receiving, at the coupon management application executing on the client device, a call that includes the identifier, wherein the identifier matches the predefined criteria; receiving, at the coupon management application, from a first server, confirmation data indicating that a user of the client device has participated in a prerequisite activity for obtaining a coupon; responsive to receiving the confirmation data, the coupon management application sending to the coupon server: identification data associated with the user of the client device, and a request for the coupon server including the identifier to distribute a coupon for the coupon offer associated with the identifier to the user. storing an identifier identifying an associated coupon offer in a database of a coupon server; configuring a client device to call a coupon management application upon receipt of the identifier that matches predefined criteria; receiving, at the coupon management application executing on the client device, a call that includes the identifier, wherein the identifier matches the predefined criteria; receiving, at the coupon management application, from a first server, confirmation data indicating that a user of the client device has participated in a prerequisite activity for obtaining a coupon; responsive to receiving the confirmation data, the coupon management application sending to the coupon server: identification data associated with the user of the client device, and a request for the coupon server including the identifier to distribute a coupon for the coupon offer associated with the identifier to the user.