mhurhangee/ep-ind-claims huggingface dataset:
A transport container, in particular for the passive chilled transportation of pharmaceuticals and/or foodstuffs, - having an external container which has an external container base and an external container wall; - having an internal container which is able to be inserted into the external container and retrieved from the external container and which has an internal container base and an internal container wall; wherein the internal container forms an internal container space for cargo which is open toward the top; wherein on the external container wall and on the external container base a spacing is present between the internal container and the external container; wherein at least one thermal insulation element, in particular a vacuum insulation panel, is disposed between the internal container and the external container, in particular the external container wall; wherein at least one retrievable PCM element is disposed between the internal container and the external container, in particular the thermal insulation element, characterized in that the internal container on an upper periphery has an encircling collar that reaches outward beyond the internal container wall, and in that the transport container has an internal container support on which the collar of the internal container bears in the inserted state. - having an external container which has an external container base and an external container wall; - having an internal container which is able to be inserted into the external container and retrieved from the external container and which has an internal container base and an internal container wall; wherein on the external container wall and on the external container base a spacing is present between the internal container and the external container; wherein at least one thermal insulation element, in particular a vacuum insulation panel, is disposed between the internal container and the external container, in particular the external container wall; wherein at least one retrievable PCM element is disposed between the internal container and the external container, in particular the thermal insulation element, characterized in that the internal container on an upper periphery has an encircling collar that reaches outward beyond the internal container wall, and in that the transport container has an internal container support on which the collar of the internal container bears in the inserted state.
A method for providing video-on-demand service, said method comprising steps of: - receiving a at least one streamed leading content sub-clip from a server; - determining a set of content sub-clips that have to be pre-fetched by downloading before a playback deadline; - locating one of said set of content sub-clips, wherein said locating step further comprises signaling a sub-tracker to determine a location and status of said content sub-clips and selecting said location from which to request said located content sub-clip, - calculating a deadline for downloading said located content sub-clip; - determining, based on a ratio of a required downloading rate and an achieved downloading rate, if said deadline for downloading said located content sub-clip will be met; - downloading said located content sub-clip from multiple selected locations concurrently if said deadline for downloading said located content sub-clip will be met, - preparing a missing data vector if said deadline for downloading said located content sub-clip will be exceeded; and - invoking complementary streaming from the server based on the missing data vector for blocks of said located content sub-clip for which said deadline for downloading will be exceeded. - receiving a at least one streamed leading content sub-clip from a server; - determining a set of content sub-clips that have to be pre-fetched by downloading before a playback deadline; - locating one of said set of content sub-clips, wherein said locating step further comprises signaling a sub-tracker to determine a location and status of said content sub-clips and selecting said location from which to request said located content sub-clip, - calculating a deadline for downloading said located content sub-clip; - determining, based on a ratio of a required downloading rate and an achieved downloading rate, if said deadline for downloading said located content sub-clip will be met; - downloading said located content sub-clip from multiple selected locations concurrently if said deadline for downloading said located content sub-clip will be met, - preparing a missing data vector if said deadline for downloading said located content sub-clip will be exceeded; and - invoking complementary streaming from the server based on the missing data vector for blocks of said located content sub-clip for which said deadline for downloading will be exceeded.
A work vehicle, comprising: - a fender covering a rear wheel; - a seat base to which the fender is fixed and on which a seat is installed; - a step that is disposed above or below the seat base and to which the seat base is fixed; and - a first vibration insulating portion having a vibration insulating property and interposed between the step and the seat base, characterized in that - a ROPS (Rollover Protection Structure) that is disposed beside the fender and to which the fender is fixed; and - a second vibration insulating portion having a vibration insulating property and interposed between the ROPS and the fender. - a fender covering a rear wheel; - a seat base to which the fender is fixed and on which a seat is installed; - a step that is disposed above or below the seat base and to which the seat base is fixed; and - a first vibration insulating portion having a vibration insulating property and interposed between the step and the seat base, characterized in that - a ROPS (Rollover Protection Structure) that is disposed beside the fender and to which the fender is fixed; and - a second vibration insulating portion having a vibration insulating property and interposed between the ROPS and the fender.
An inkjet recording ink composition comprising: a wax emulsion having an average particle diameter of 140 nm or less and containing a polyolefin-based wax having a melting point of 85°C or more and 120°C or less; a resin emulsion containing an acrylic resin; a pigment; and an aqueous solvent, wherein the acrylic resin has a glass transition temperature of 20°C or more and an acid value of 25 mg KOH/g or less. a wax emulsion having an average particle diameter of 140 nm or less and containing a polyolefin-based wax having a melting point of 85°C or more and 120°C or less; a resin emulsion containing an acrylic resin; a pigment; and an aqueous solvent, wherein the acrylic resin has a glass transition temperature of 20°C or more and an acid value of 25 mg KOH/g or less.
A system comprising: a first power supply to supply a first voltage; a second power supply to supply a second voltage; a first magnetron to be powered by the first power supply; a second magnetron to be powered by the second power supply; characterized in that it comprises a balancer circuit to control a drive current (ICOIL) for altering a magnetic field of the first magnetron and a magnetic field of the second magnetron to maintain the first voltage and the second voltage at a substantially equal voltage, wherein a magnitude of the drive current (ICOIL) is based on an instantaneous voltage difference between the first voltage and the second voltage and a rate of convergence between the first voltage and the second voltage. a first power supply to supply a first voltage; a second power supply to supply a second voltage; a first magnetron to be powered by the first power supply; a second magnetron to be powered by the second power supply; characterized in that it comprises a balancer circuit to control a drive current (ICOIL) for altering a magnetic field of the first magnetron and a magnetic field of the second magnetron to maintain the first voltage and the second voltage at a substantially equal voltage, wherein a magnitude of the drive current (ICOIL) is based on an instantaneous voltage difference between the first voltage and the second voltage and a rate of convergence between the first voltage and the second voltage.
A system for cleaning an intestine, comprising: an evacuation lumen for evacuating irrigation fluid from said intestine; a pressure source (214, 214.3, 214.4); at least one sensor (204, 204A, 204B, 204C), positioned to detect an environmental condition in or near said evacuation lumen; and a controller configured to determine an existence of a partial blockage of said evacuation lumen based on a reporting from said at least one sensor; said system characterized in that said controller is configured to determine the existence of the partial blockage before the partial blockage causes more than a 20% impairment of flow through the evacuation lumen, determining a rate of increase of the partial blockage, and adjust the pressure from said pressure source for purging said partial blockage, based on the rate of increase of the partial blockage. an evacuation lumen for evacuating irrigation fluid from said intestine; a pressure source (214, 214.3, 214.4); at least one sensor (204, 204A, 204B, 204C), positioned to detect an environmental condition in or near said evacuation lumen; and a controller configured to determine an existence of a partial blockage of said evacuation lumen based on a reporting from said at least one sensor; said system characterized in that said controller is configured to determine the existence of the partial blockage before the partial blockage causes more than a 20% impairment of flow through the evacuation lumen, determining a rate of increase of the partial blockage, and adjust the pressure from said pressure source for purging said partial blockage, based on the rate of increase of the partial blockage.
Pump cap insert for a pharmaceutical container, wherein said pump cap insert comprises one or more plastic films, the outer diameter of which is smaller than the inner diameter of a pump cap and which each have a through-opening for a medicine discharge nozzle of a pharmaceutical container, and wherein the insert comprises an electronics unit, which is a transmitter that essentially has a chip module and an antenna designed as a coil or as a dipole, and wherein the chip module of the transmitter and the antenna designed as a planar ring coil or as a dipole is assigned to the plastic films, and wherein the electronics unit is configured to - detect an actuation of the pump cap relative to the pharmaceutical container by a user for dispensing content of the pharmaceutical container, - wirelessly emit signals representing actuations of the pump cap, and - have operating energy for (i) detecting the one or more actuations of the pump cap by a user and for (ii) wirelessly emitting signals representing the one or more actuations of the pump cap wirelessly supplied to itself from the outside by an electronic device in the form of a personal digital assistant. wherein said pump cap insert comprises one or more plastic films, the outer diameter of which is smaller than the inner diameter of a pump cap and which each have a through-opening for a medicine discharge nozzle of a pharmaceutical container, and wherein the insert comprises an electronics unit, which is a transmitter that essentially has a chip module and an antenna designed as a coil or as a dipole, and wherein the chip module of the transmitter and the antenna designed as a planar ring coil or as a dipole is assigned to the plastic films, and wherein the electronics unit is configured to - detect an actuation of the pump cap relative to the pharmaceutical container by a user for dispensing content of the pharmaceutical container, - wirelessly emit signals representing actuations of the pump cap, and - have operating energy for (i) detecting the one or more actuations of the pump cap by a user and for (ii) wirelessly emitting signals representing the one or more actuations of the pump cap wirelessly supplied to itself from the outside by an electronic device in the form of a personal digital assistant. - detect an actuation of the pump cap relative to the pharmaceutical container by a user for dispensing content of the pharmaceutical container, - wirelessly emit signals representing actuations of the pump cap, and - have operating energy for (i) detecting the one or more actuations of the pump cap by a user and for (ii) wirelessly emitting signals representing the one or more actuations of the pump cap wirelessly supplied to itself from the outside by an electronic device in the form of a personal digital assistant. (i) detecting the one or more actuations of the pump cap by a user and for (ii) wirelessly emitting signals representing the one or more actuations of the pump cap
Fastener for fastening structural elements (40, 42) having aligned bores having a nominal diameter, the elements having a nominal thickness that varies between a minimum thickness and a maximum thickness, the fastener comprising a minimum tightening plane (Gmin) and a maximum tightening plane (Gmax) of these elements, and - a screw comprising a widened head at one end and a threaded portion at an opposite end, - a sleeve comprising a widened head able to receive the head of the screw and intended to come into contact with a first side of the structural elements, a cylindrical tubular body able to receive with play the cylindrical shaft of the screw and a tapped portion engaging the threaded portion of the screw, the tapped portion being adjacent to an internally smooth portion of the body of the sleeve, said smooth portion having a nominal thickness, a slightly deformable area adjacent to the head of the sleeve and a deformable area adjacent to the slightly deformable area, - the deformable area of the sleeve has a weakened resistance with respect to the resistance of the slightly deformable area in order to facilitate the radial deformation of the deformable portion into a bulb intended to come into contact with a side of the structural elements opposite the first surface, characterised in that the deformable area extends over a length that is greater than a minimum length (Lmin) and less than a maximum length (Lmax), the minimum and maximum lengths (Lmin, Lmax) being defined by the relationships: Lmin = D / 2 + 2 ⁢ E + Gmax − Gmin, Lmax = E / 0.092 with the start of the deformable area being at most arranged in the minimum tightening plane (Gmin) of the fastener. - a screw comprising a widened head at one end and a threaded portion at an opposite end, - a sleeve comprising a widened head able to receive the head of the screw and intended to come into contact with a first side of the structural elements, a cylindrical tubular body able to receive with play the cylindrical shaft of the screw and a tapped portion engaging the threaded portion of the screw, the tapped portion being adjacent to an internally smooth portion of the body of the sleeve, said smooth portion having a nominal thickness, a slightly deformable area adjacent to the head of the sleeve and a deformable area adjacent to the slightly deformable area, - the deformable area of the sleeve has a weakened resistance with respect to the resistance of the slightly deformable area in order to facilitate the radial deformation of the deformable portion into a bulb intended to come into contact with a side of the structural elements opposite the first surface,
Process for washing fabrics using carbon dioxide, characterized in that it provides to use at least two treatment chambers (14, 15) operating alternately, or in partly or totally overlapping washing cycle, and to carry out in each of said treatment chambers (14, 15) the washing of a fabric, wherein said process also provides to recover and recirculate the carbon dioxide used in one treatment chamber (14 or 15) at the end of the washing of a fabric, and to feed it into the at least one other treatment chamber (15 or 14), transferring the carbon dioxide from one treatment chamber to the other (14, 15) by means of a carbon dioxide feed and/or recovery and recirculation circuit that connects said at least two treatment chambers (14, 15) to each other, wherein the temperature/pressure conditions of the carbon dioxide are regulated so as to allow a passage of the carbon dioxide in a gaseous form from one treatment chamber (14 or 15) to the other treatment chamber (15 or 14) without any phase change.
Pressing, crimping or cutting tool (1; 2; 3) comprising two components (87, 88) arranged in the force flow of the pressing, crimping or cutting tool (1; 2; 3), an elastic supporting element and a sensor being arranged in mechanical parallel arrangement between the components (87, 88) so that the sensor and the elastic supporting element are biased with correlating deflections (85, 86) due to applied working force, the components (87, 88) between which the elastic supporting element and the sensor are arranged being a tool jaw and a supporting body, characterised in that the stiffness of the elastic supporting element is dimensioned such that for the maximum applicable working force of the pressing, crimping or cutting tool (1; 2; 3) which results from the maximum driving force produced by a drive of the pressing, crimping or cutting tool (1; 2; 3) or from a maximum hand force of 250 N applied via a hand lever and the transmission ratio of a drive kinematic used in the pressing, crimping or cutting tool, the sensor is biased with a maximum deflection which is at least 0.05 mm or at least 1°.
Method for detecting and assessing ultrasonic sources with a broadband ultrasonic microphone, wherein the ultrasonic sources constitute acoustic effects of an electrical partial discharge which propagate through airborne sound, characterized in that a broadband ultrasonic signal from at least one ultrasonic source is measured; at least one frequency range of the ultrasonic signal is evaluated; and in that the frequency range in which the ultrasonic signal is evaluated is selected on the basis of the distance between the ultrasonic microphone and the ultrasonic source. a broadband ultrasonic signal from at least one ultrasonic source is measured; at least one frequency range of the ultrasonic signal is evaluated; and in that the frequency range in which the ultrasonic signal is evaluated is selected on the basis of the distance between the ultrasonic microphone and the ultrasonic source.
Valve apparatus for gas-operated devices, comprising a valve housing having a gas inlet and at least one gas outlet, in which housing a magnetic insert that exerts a magnetic force when active is provided in order to selectively open a flow path from the gas inlet to the gas outlet, which insert comprises a movable closing part for closing the flow path, a movable valve body being accommodated in the valve housing, which valve body comprises an inner flow channel having at least one inlet opening and at least one outlet opening for the gas to be conducted therethrough, characterised in that the valve body can be positioned, by means of an open-loop or closed-loop control unit that actuates a drive unit associated with the valve body, between a closed position entirely closing the gas outlet and an open position completely opening the gas outlet, such that the passage of gas can be controlled continuously, the inlet opening of the inner flow channel being sealed by the closing part when the magnetic insert is inactive, irrespective of the position of the movable valve body.
A method for manufacturing a turbine engine component, the method comprising: providing a layered structure having a base structure (18; 28) having a major surface (22; 32) and a brazing layer (20; 30a) secured to the major surface (22; 32), said base structure (18; 28) being a metallic plate; positioning the layered structure onto a turbine engine component surface such that at least a portion of the brazing layer (20; 30a) contacts the turbine engine component surface; heating the turbine engine component containing the layered structure; and cooling the turbine engine component, thereby fusing the layered structure to the turbine engine component with the brazing layer (20; 30a). providing a layered structure having a base structure (18; 28) having a major surface (22; 32) and a brazing layer (20; 30a) secured to the major surface (22; 32), said base structure (18; 28) being a metallic plate; positioning the layered structure onto a turbine engine component surface such that at least a portion of the brazing layer (20; 30a) contacts the turbine engine component surface; heating the turbine engine component containing the layered structure; and cooling the turbine engine component, thereby fusing the layered structure to the turbine engine component with the brazing layer (20; 30a).
A battery-powered string trimmer assembly, comprising: an elongated support shaft assembly having a proximal end and a distal end; a head assembly including a motor, connected to the distal end of the support shaft assembly; a handle assembly operatively connected to the support shaft assembly, the handle assembly including a front handle member and a main handle member including a housing, wherein the front handle member is provided in front of the center of gravity on the shaft and the main handle member is provided rearward of the center of gravity on the shaft; and, a battery housing assembly connected to the proximal end of the support shaft assembly and including a housing configured to receive a battery, characterised in that the battery housing assembly is in spaced relation from the main handle member. an elongated support shaft assembly having a proximal end and a distal end; a head assembly including a motor, connected to the distal end of the support shaft assembly; a handle assembly operatively connected to the support shaft assembly, the handle assembly including a front handle member and a main handle member including a housing, wherein the front handle member is provided in front of the center of gravity on the shaft and the main handle member is provided rearward of the center of gravity on the shaft; and, a battery housing assembly connected to the proximal end of the support shaft assembly and including a housing configured to receive a battery, characterised in that the battery housing assembly is in spaced relation from the main handle member.
Device for the hot measuring, during rolling, of a transverse size of a metal profile, comprising a transmission element with at least two sections (14a, 14b, 14c, 14d) distinct and spatially separated from each other, disposed along a nominal axis of feed of the metal profile, and operating on the same nominal measurement of transverse size of the metal profile, said transmission element being configured to generate an electromagnetic field with a desired profile of force lines, and a reception element disposed along said nominal axis in a position comprised in the overall longitudinal bulk of said transmission element along said nominal axis and configured to detect a signal relating to the variations of said electromagnetic field due to the passage of said metal profile, wherein both the sections (14a, 14b, 14c, 14d) of the transmission element and also the reception element have a section shape defining a transit hole of a larger size than the diameter of the metal profile on which the measurement is performed, and inside which the metal profile is made to transit, characterized in that said transmission element and said reception element each consist of a coil with an extension along the nominal axis, said coils being of a cylindrical shape, and defining said transit hole.