mhurhangee/ep-ind-claims huggingface dataset:
A liquid dispenser comprising: a housing; a reservoir configured to store a liquid; a fluid passage disposed in the housing, the fluid passage having an inlet and an outlet; a pump disposed in the housing, the pump having an opening disposed in a pump body, the opening in fluid communication with the reservoir, the pump configured to allow air disposed therein to pass through the opening; a motor disposed in the housing, the motor configured to drive the pump, the pump configured to encourage a flow of liquid from the reservoir into the inlet and out of the outlet of the fluid passage; a first sensor configured to generate a signal, an electronic processor configured to receive the signal from the first sensor and to control the motor to dispense approximately the dispensation volume of the liquid, characterized in that the first sensor is configured to generate the signal based on a distance between an object and the first sensor; and in that the electronic processor is further configured to determine a dispensation volume of the liquid, the dispensation volume varying as a function of the distance between the object and the first sensor. a housing; a reservoir configured to store a liquid; a fluid passage disposed in the housing, the fluid passage having an inlet and an outlet; a pump disposed in the housing, the pump having an opening disposed in a pump body, the opening in fluid communication with the reservoir, the pump configured to allow air disposed therein to pass through the opening; a motor disposed in the housing, the motor configured to drive the pump, the pump configured to encourage a flow of liquid from the reservoir into the inlet and out of the outlet of the fluid passage; a first sensor configured to generate a signal, an electronic processor configured to receive the signal from the first sensor and to control the motor to dispense approximately the dispensation volume of the liquid, characterized in that the first sensor is configured to generate the signal based on a distance between an object and the first sensor; and in that the electronic processor is further configured to determine a dispensation volume of the liquid, the dispensation volume varying as a function of the distance between the object and the first sensor.
A method for configuring a nested cannula, the method comprising: reading an image of an anatomical region; and cooperatively configuring and dimensioning a plurality of successively smaller telescoping tubes to reach a target location relative to an anatomical region within the image through a set of arcs, wherein each arc is determined between a point associated with the anatomical region and the target location, wherein the motions performed when successively advancing each of the plurality of successively smaller telescoping tubes from a largest telescoping tube towards successively smaller telescoping tubes are designed into the plurality of successively smaller telescoping tubes so that they can perform multiple turns without the additional size or weight of motors or control wires, characterised by the set of arcs including at least one helical arc, wherein the plurality of successively smaller telescoping tubes includes at least two helical tubes, wherein at least two nested helical tubes form a net helix and wherein the cooperatively configuring and dimensioning the plurality of successively smaller telescoping tubes to reach the target location relative to the anatomical region within the image through the set of arcs including the at least one helical arc includes: determining a curvature of each helical tube defined by a turning radius of the helical tube and a non-zero pitch parameter of the helical tube and determining a net curvature of the net helix defined by an interaction of the curvatures of the at least two nested helical tubes, and/or determining a net torsion of the net helix defined by an interaction of the torsions of the at least two nested helical tubes. reading an image of an anatomical region; and cooperatively configuring and dimensioning a plurality of successively smaller telescoping tubes to reach a target location relative to an anatomical region within the image through a set of arcs, wherein each arc is determined between a point associated with the anatomical region and the target location, wherein the motions performed when successively advancing each of the plurality of successively smaller telescoping tubes from a largest telescoping tube towards successively smaller telescoping tubes are designed into the plurality of successively smaller telescoping tubes so that they can perform multiple turns without the additional size or weight of motors or control wires, determining a curvature of each helical tube defined by a turning radius of the helical tube and a non-zero pitch parameter of the helical tube and determining a net curvature of the net helix defined by an interaction of the curvatures of the at least two nested helical tubes, and/or determining a net torsion of the net helix defined by an interaction of the torsions of the at least two nested helical tubes.
An apparatus for illuminating a subject whose movements of at least one eye are to be registered by an eye-tracker to produce resulting data (D EYE), the apparatus comprising: a light producing means configured to produce a well-defined light beam (L1, L2, L12), a diffractive optical element, and an image registering means configured to register light from the light beam (L1, L2, L12) having been reflected against the subject, the light producing means comprising a coherent light source configured to generate coherent light included in the light beam (L1, L2, L12), wherein the coherent light source is arranged off-axis relative to the image registering means, characterized in that the diffractive optical element is arranged between the coherent light source and an output from the light producing means, the diffractive optical element being configured to direct the light beam towards a first designated area estimated to cover said at least one eye of the subject, wherein the diffractive optical element is further configured to direct light from the coherent light source in the form of a second light beam towards a second designated area, the second light beam containing structured light which has such properties that when the light of the second light beam reflected from the second designated area is registered by the image registering means creates resulting data (D EYE) adapted for three-dimensional mapping. a light producing means configured to produce a well-defined light beam (L1, L2, L12), a diffractive optical element, and an image registering means configured to register light from the light beam (L1, L2, L12) having been reflected against the subject, the light producing means comprising a coherent light source configured to generate coherent light included in the light beam (L1, L2, L12), wherein the coherent light source is arranged off-axis relative to the image registering means,
Pipe sleeve, in particular for a pressureless pipe system, comprising - a cylindrical base body with an opening on the front side for inserting a pipe, - and an elastic sealing means, - wherein the sealing means comprises a sealing ring arranged in the base body and an annular sealing lip directed inwards from the sealing ring, wherein the sealing ring is made in one piece with the sealing lip, - wherein the side of the sealing means facing the opening of the base body is defined as inserting side, - characterised in that the sealing means comprises at its inserting side a plurality of dirt pockets, which are distributed along the circumference of the sealing means, - and that the sealing lip comprises at the inserting side a chamfer slope, which merges into a sealing surface of the sealing lip, wherein the dirt pockets are positioned in the chamfer slope but not in the sealing surface. - a cylindrical base body with an opening on the front side for inserting a pipe, - and an elastic sealing means, - wherein the sealing means comprises a sealing ring arranged in the base body and an annular sealing lip directed inwards from the sealing ring, wherein the sealing ring is made in one piece with the sealing lip, - wherein the side of the sealing means facing the opening of the base body is defined as inserting side, - characterised in that the sealing means comprises at its inserting side a plurality of dirt pockets, which are distributed along the circumference of the sealing means, - and that the sealing lip comprises at the inserting side a chamfer slope, which merges into a sealing surface of the sealing lip, wherein the dirt pockets are positioned in the chamfer slope but not in the sealing surface.
A building element comprising at least one sheet of a rigid material and at least one nonlinear energy sink comprising - a blade with two end parts and a nonlinear spring function intermediate part, - a mass fixed to the nonlinear spring function intermediate part of the blade, - a fixing means allowing the two end parts of the blade to be fixed to a solid support in such a way that the nonlinear spring function intermediate part can oscillate about its position of equilibrium or its positions of equilibrium, the fixing means consisting of a single piece comprising two built-in means for clamping the end parts of the blade, with two branches extending symmetrically from a common base, the two built-in means being situated respectively on the two branches, the nonlinear energy sink being fixed rigidly to the sheet by the fixing means, the construction element being characterized in that the blade is subjected to stress that causes it elastic buckling. - a blade with two end parts and a nonlinear spring function intermediate part, - a mass fixed to the nonlinear spring function intermediate part of the blade, - a fixing means allowing the two end parts of the blade to be fixed to a solid support in such a way that the nonlinear spring function intermediate part can oscillate about its position of equilibrium or its positions of equilibrium,
A translucent cosmetic composition in the form of an oil-in-water emulsion comprising: a dispersed fatty phase comprising at least one oil selected from silicone oils and fatty acid esters; a continuous aqueous phase comprising at least one hydrophilic thickening polymer; and hydrophobic silica aerogel particles; the ratio of the amount by weight of silica aerogel particles to the amount by weight of oil(s) defined in being greater than 0.06; the composition being free of surfactant(s). a dispersed fatty phase comprising at least one oil selected from silicone oils and fatty acid esters; a continuous aqueous phase comprising at least one hydrophilic thickening polymer; and hydrophobic silica aerogel particles; the ratio of the amount by weight of silica aerogel particles to the amount by weight of oil(s) defined in being greater than 0.06; the composition being free of surfactant(s).
A device for filling and occluding a vascular malformation comprising: a distal portion configured to expand and conform to an interior surface of a vascular malformation; said distal portion is a tubular braid that folds inward on itself and forms a remaining space within said distal portion when delivered into the vascular malformation; characterized by a proximal portion comprising one or more coiled members (16, 26) connected to and extending from said distal portion and where said proximal portion is configured to be pushed into said remaining space. a distal portion configured to expand and conform to an interior surface of a vascular malformation; said distal portion is a tubular braid that folds inward on itself and forms a remaining space within said distal portion when delivered into the vascular malformation; characterized by a proximal portion comprising one or more coiled members (16, 26) connected to and extending from said distal portion and where said proximal portion is configured to be pushed into said remaining space.
A heat exchanger for heat exchange between a first fluid and a second fluid and comprising: a plurality of tube sections, each comprising: an interior for passing the first fluid; an exterior for exposure to the second fluid; a first leg; a second leg; and a turn joining the first leg to the second leg; and a manifold, wherein the first leg and the second leg of each of the tube sections are mounted to the manifold and in communication therewith, characterised in that the heat exchanger further comprises: a support (200, 202) comprising: fiber members (204, 206, 230, 232) engaging the tubes by passing between the legs (46, 48) of the tube sections; and a first end plate (224, 244); and a second end plate (226, 246) sandwiching the fiber members (204, 206, 230, 232) and plurality of tube sections between the first end plate (224, 244) and the second end plate (226, 246). a plurality of tube sections, each comprising: an interior for passing the first fluid; an exterior for exposure to the second fluid; a first leg; a second leg; and a turn joining the first leg to the second leg; and an interior for passing the first fluid; an exterior for exposure to the second fluid; a first leg; a second leg; and a turn joining the first leg to the second leg; and a manifold, wherein the first leg and the second leg of each of the tube sections are mounted to the manifold and in communication therewith, characterised in that the heat exchanger further comprises: a support (200, 202) comprising: fiber members (204, 206, 230, 232) engaging the tubes by passing between the legs (46, 48) of the tube sections; and a first end plate (224, 244); and a second end plate (226, 246) sandwiching the fiber members (204, 206, 230, 232) and plurality of tube sections between the first end plate (224, 244) and the second end plate (226, 246). sections; and a first end plate (224, 244); and a second end plate (226, 246) sandwiching the fiber members (204, 206, 230, 232) and plurality of tube sections between the first end plate (224, 244) and the second end plate (226, 246).
Diagnostic device for detecting an out-of-roundness in wheels of rail vehicles within a specified measuring section, having multiple force sensors that are designed to sense forces acting on them from a rail vehicle wheel and are connected to an analysis device that is designed - to process a force signal F transmitted by the force sensors, which includes a quasi-static force component and a dynamic force component, - to determine a quasi-static wheel contact force F m, - and to correct the force signal F by the quasi-static wheel contact force F m, characterized in that - the analysis device is additionally designed to integrate the resultant dynamic force component over a time interval in order to determine an impulse, - wherein the time interval begins between a time t0, the occurrence of the impulse, and a time t1, the first zero crossing of the force signal F corrected by the quasi-static wheel contact force F m. - to process a force signal F transmitted by the force sensors, which includes a quasi-static force component and a dynamic force component, - to determine a quasi-static wheel contact force F m, - and to correct the force signal F by the quasi-static wheel contact force F m, characterized in that - the analysis device is additionally designed to integrate the resultant dynamic force component over a time interval in order to determine an impulse, - wherein the time interval begins between a time t0, the occurrence of the impulse, and a time t1, the first zero crossing of the force signal F corrected by the quasi-static wheel contact force F m.
Casing for storing technical information by a user, intended to be mounted in a service cabinet, and in particular intended to be attached to a metal rail, said casing comprising a front opening and a closing means making it possible to close said front opening, and said casing further comprising attachment means making it possible to attach said casing in said service cabinet, and advantageously on said metal rail, and said casing being characterised in that it further comprises (a) at least one antimagnetic and/or antistatic protection means, and (b) a re-writable medium (2, 21) for storing computer data, being removable or, preferably, fixed, and being protected by said antimagnetic and/or antistatic protection means as well as by said closing means, and said re-writable medium for storing computer data being a memory of the USB key type comprising a USB socket, and said USB key being attached in the casing or in its closing means, in such a way that its USB socket is accessible after opening of said closing means, in such a way as to be able to connect a cable on said socket. (a) at least one antimagnetic and/or antistatic protection means, and (b) a re-writable medium (2, 21) for storing computer data, being removable or, preferably, fixed, and being protected by said antimagnetic and/or antistatic protection means as well as by said closing means, and said re-writable medium for storing computer data being a memory of the USB key type comprising a USB socket,
A method of forming a scaffold material in vitro, the method comprising: providing polymer microparticles; suspending the polymer microparticles in a liquid carrier to form a scaffold material, which is a polymer microparticle suspension, wherein the scaffold material comprises a first plasticiser and a second plasticiser in the liquid carrier, wherein the first plasticiser is selected from any one of TEC (triethyl citrate), alcohol, benzoic acid, triacetin, NMP, DMSO and PEG; and the second plasticiser is TEC (triethyl citrate) or triacetin, wherein the first and second plasticisers are different. providing polymer microparticles; suspending the polymer microparticles in a liquid carrier to form a scaffold material, which is a polymer microparticle suspension, wherein the scaffold material comprises a first plasticiser and a second plasticiser in the liquid carrier, wherein the first plasticiser is selected from any one of TEC (triethyl citrate), alcohol, benzoic acid, triacetin, NMP, DMSO and PEG; and the second plasticiser is TEC (triethyl citrate) or triacetin, wherein the first and second plasticisers are different.
A parts washer comprising: an upper portion including a sink basin, a lid through which two integrated heavy duty gloves are passed and fixed, a viewing panel, a high-pressure nozzle, and a drain from the sink basin, where the lid is a four bar (30a,30b,30c,30d) lid mechanism; and a lower portion including a drum for containing an aqueous cleaning solution, a high-pressure pump for pumping_solution from the drum to the high-pressure nozzle, a down tube passing from the drain from the sink basin in the upper portion into the drum for passing excess liquid from the upper portion back to the lower portion for regeneration and re-use, heating means within the drum for heating the cleaning solution, and safety and control means for operating the parts washer, where the drum is configured to be a shipping container, and where the drum comprises a bung adapter for connecting the drum to the high-pressure pump, the bung adapter being positioned below the liquid level and designed to provide a floaded fluid connection to the drum without the drum having external connectors or fittings protruding from the drum.
A method for operating a hearing device that is worn by a hearing device user, the method comprising the steps of: - picking up an audio signal (a) by an input transducer of the hearing device, the audio signal (a) comprising a source signal (s) of a sound source and a disturbing signal (d) of a disturbing source, - receiving a transmission signal (d_AIS) via an interface unit of the hearing device, the transmission signal (d_AIS) comprising the disturbing signal (d) or at least characteristic features of the disturbing signal (d), - at least partially eliminating the disturbing signal (d) from the audio signal (a) by using the disturbing signal (d) transmitted by the transmission signal (d_AIS) or by using the characteristic features of the disturbing signal (d) transmitted by the transmission signal (d_AIS) for obtaining an adjusted audio signal (a*), and - processing the adjusted audio signal (a*) in the hearing device. - picking up an audio signal (a) by an input transducer of the hearing device, the audio signal (a) comprising a source signal (s) of a sound source and a disturbing signal (d) of a disturbing source, - receiving a transmission signal (d_AIS) via an interface unit of the hearing device, the transmission signal (d_AIS) comprising the disturbing signal (d) or at least characteristic features of the disturbing signal (d), - at least partially eliminating the disturbing signal (d) from the audio signal (a) by using the disturbing signal (d) transmitted by the transmission signal (d_AIS) or by using the characteristic features of the disturbing signal (d) transmitted by the transmission signal (d_AIS) for obtaining an adjusted audio signal (a*), and - processing the adjusted audio signal (a*) in the hearing device.
A method of manufacturing a metal insert for radiofrequency smart card, said method comprising the steps of forming or supplying an assembly comprising an insulating substrate bearing: - at least one antenna coil resting on said substrate, comprising a connection interface (4, 5) to a radiofrequency module, - a metal plate comprising radiofrequency permittivity perforations and a cavity for receiving a radiofrequency chip module, arranged respectively facing said antenna coil and the connection interface thereof (4, 5), characterized in that said perforations comprise at least two longitudinal slots (9, 11) each extending along and facing a portion (L3, L4) of antenna coil, each slot (9, 11) also opening onto the edge of the plate via a passage (P1, P2), made on said edge (10, 12). - at least one antenna coil resting on said substrate, comprising a connection interface (4, 5) to a radiofrequency module, - a metal plate comprising radiofrequency permittivity perforations and a cavity for receiving a radiofrequency chip module, arranged respectively facing said antenna coil and the connection interface thereof (4, 5),
A drum to place laundry and washing liquid and being rotated by a motor around its central axis in a tub for washing/drying machines, comprising a torque transmitter comprising a shaft, which is driven by a motor and a torque distributor distributing the shaft drive to the whole drum, produced so as not be separated from the material and coated thereof partially or fully embedded into the rear wall of the drum and produced as a single piece, wherein the torque distributor, which transmits motor drive power via the shaft to the whole drum, with the help of the rear wall, includes several angular transmitting support elements, which extend from the center where the shaft is placed towards the sides, characterized in that the torque distributor comprises a plate to transmit motor drive power, via the shaft, to the whole drum with the help of its rear wall.