mhurhangee/ep-ind-claims huggingface dataset:
An electric radiator-type heating apparatus having a housing enclosing, on the one hand, an electric energy storage device operating under a direct current intended to be charged by an electric power source external to the apparatus, on the other hand, at least one heating member which may be supplied with electricity by the electric power source and/or by the electric energy storage device, the housing comprising at least one air inlet (13, 15) arranged in a lower part of the housing to allow air to enter the volume delimited internally by the housing and at least one air outlet arranged in an upper part of the housing to allow air to exit from said volume, characterized in that the electric energy storage device is implanted across the air flow which flows, in said volume, from said at least one air inlet (13, 15) to said at least one air outlet, at a location situated, seen in the direction of said flow, between, on the one hand, said at least one air inlet (13, 15) and, on the other hand, said at least one heating member.
System (19, 19', 39, 39', 59, 59') for assembling a part (5, 5', 25, 25', 45, 45') in the aperture (18, 18', 38, 38', 58, 58') of a component (3, 3', 23, 23', 43, 43') the part being arranged to be integral with an arbour, the component being arranged to be rotated, the assembly system including a system (1, 1', 21, 21', 41, 41') for securing the component (3, 3', 23, 23', 43, 43') and the part (5, 5', 25, 25', 45, 45') to each other, which includes at least one pawl device (11, 11', 31, 31', 51, 51') for making the component (3, 3', 23, 23', 43, 43') and the part (5, 5', 25, 25', 45, 45') move integrally with each other, regardless of the rotational movement of the component, said at least one pawl device (11, 11', 31, 31', 51, 51') including an elastic arm (13, 13', 33, 33', 53, 53') forming a pawl, which locks a mortise (16, 16', 36, 36', 56, 56') and tenon (14, 14', 34, 34', 54, 54') type assembly in order to prevent any relative movements between the component (3, 3', 23, 23', 43, 43') and the part (5, 5', 25, 25', 45, 45') characterised in that: - the arm (13, 33, 53) is formed in the component (3, 23, 43) and also forms the tenon, the mortise being formed in the part, or - the arm is formed in the component (3, 23, 43) and includes the mortise, the tenon being formed in the part, or - the arm is formed in the component and forms a wall of the mortise, the remainder of the mortise being formed in the component and the tenon being formed in the part, or - the arm is formed in the part (5', 25', 45') and includes the mortise, the tenon being formed in the component, or - the arm is formed in the part and forms a wall of the mortise, the remainder of the mortise being formed in the part and the tenon being formed in the component. - the arm (13, 33, 53) is formed in the component (3, 23, 43) and also forms the tenon, the mortise being formed in the part, or - the arm is formed in the component (3, 23, 43) and includes the mortise, the tenon being formed in the part, or - the arm is formed in the component and forms a wall of the mortise, the remainder of the mortise being formed in the component and the tenon being formed in the part, or - the arm is formed in the part (5', 25', 45') and includes the mortise, the tenon being formed in the component, or - the arm is formed in the part and forms a wall of the mortise, the remainder of the mortise being formed in the part and the tenon being formed in the component.
Method for transmitting messages of an energy autonomous radio system, wherein electrical energy for the radio system is provided by an energy converter which converts non-electrical primary energy from the environment into electrical energy, comprising the following steps: a.) storing at least two transmission channels in a predetermined frequency range in the radio system, b.) presetting a transmission unit of the radio system to a preferred stored transmission channel, c.) checking whether the preferred transmission channel is occupied by other radio systems, d.) changing from the preferred transmission channel to a different stored transmission channel if the preferred transmission channel is occupied, and e.) transmitting a predetermined radio message by the transmission unit on the preferred or the other transmission channel depending on step d.), wherein the energy converter is excited by a mechanical actuation of an actuating element of the radio system, whereby electrical energy for carrying out the method is provided, and wherein, at each actuation of the actuating element, at least steps c.) to e.) are carried out, wherein one or more of steps c.) to e.) are carried out repeatedly for the preferred transmission channel and/or for at least one further stored transmission channel, and wherein, for each stored transmission channel, a statistical probability of occupation is determined by repeatedly checking the occupancy according to step c.), and a stored transmission channel with the lowest probability of occupancy is set as the preferred transmission channel according to step b.). a.) storing at least two transmission channels in a predetermined frequency range in the radio system, b.) presetting a transmission unit of the radio system to a preferred stored transmission channel, c.) checking whether the preferred transmission channel is occupied by other radio systems, d.) changing from the preferred transmission channel to a different stored transmission channel if the preferred transmission channel is occupied, and e.) transmitting a predetermined radio message by the transmission unit on the preferred or the other transmission channel depending on step d.),
A rotational device for removing an occlusion from inside a tubular structure, the device comprising a flexible drive shaft for insertion into a tubular structure and an abrasive element on the drive shaft to abrade an occlusion when the drive shaft rotates, characterised by a solid support element on the drive shaft configured so that, when the device is being used to remove an occlusion from an inner surface of a curved section of the tubular structure, the abrasive element is biased toward the inner surface by the solid support element.
A toothed transmission belt comprising a body of a first elastomeric material, a plurality of teeth transversal to said belt and a plurality of cords embedded in the body of the belt and a back characterised in that it comprises at least a helical element constituted by an elongated wire or element wound in a helix transversal to said belt and arranged at least partially inside said teeth.
Hand-held and hand-guided orbital polishing or sanding power tool, comprising a static body, a motor, an eccentric element driven by the motor and performing a rotational movement about a first rotational axis, and a plate-like backing pad connected to the eccentric element in a manner rotatable about a second rotational axis, wherein the first and second rotational axes (10, 16) extend essentially parallel to one another and are spaced apart from one another, wherein at least part of an external circumferential surface of the eccentric element has an at least discrete rotational symmetry in respect to the first rotational axis; and the power tool comprises at least one first bearing provided between the rotationally symmetric part of the external circumferential surface of the eccentric element and the static body of the power tool so that the eccentric element is guided in respect to the body in a manner rotatable about the first rotational axis, characterized in that the power tool is a random orbital polisher or sander where the plate-like backing pad is connected to the eccentric element in a manner freely rotatable about the second rotational axis; and the power tool comprises a magnetic transmission arrangement provided functionally between a driving shaft and the eccentric element, the driving shaft having a rotational axis corresponding to the first rotational axis, the transmission arrangement comprising a first number of first permanent magnets attached to the driving shaft with alternating polarities and a second number of second permanent magnets attached to the eccentric element with alternating polarities and opposite to the first permanent magnets. at least part of an external circumferential surface of the eccentric element has an at least discrete rotational symmetry in respect to the first rotational axis; and the power tool comprises at least one first bearing provided between the rotationally symmetric part of the external circumferential surface of the eccentric element and the static body of the power tool so that the eccentric element is guided in respect to the body in a manner rotatable about the first rotational axis, characterized in that the power tool is a random orbital polisher or sander where the plate-like backing pad is connected to the eccentric element in a manner freely rotatable about the second rotational axis; and the power tool comprises a magnetic transmission arrangement provided functionally between a driving shaft and the eccentric element, the driving shaft having a rotational axis corresponding to the first rotational axis, the transmission arrangement comprising a first number of first permanent magnets attached to the driving shaft with alternating polarities and a second number of second permanent magnets attached to the eccentric element with alternating polarities and opposite to the first permanent magnets.
A bandage comprising: - a base substrate having a central region, a first side region and a second side region, the base substrate comprising an elastic material; - a wound covering portion positioned over the central region; - a first side coupling member extending over the first side region, and a second side coupling member extending over the second region; - a first side adhesive portion positioned on the first side region, and a second side adhesive portion positioned on the second side region, wherein at least one of the first side coupling member and the second side coupling member further comprises: - a base having a lower surface and an upper surface, and defining an outer perimeter, the outer perimeter having a leading edge and a trailing edge; and - a plurality of gripping structures extending outwardly from the base, and spaced apart from each other, each of the gripping structures being curved toward the leading edge, and wherein the gripping structures each include a leading surface and a trailing surface, and opposing first side surface and second side surface, together defining a base perimeter at the base and an upper tip distally therefrom, the opposing first side surface and second side surface inwardly angled to meet at the upper tip, with the leading surface and the trailing surfaces being curved toward the leading edge, wherein the upper tip lies outside of a footprint defined by the base perimeter. - a base substrate having a central region, a first side region and a second side region, the base substrate comprising an elastic material; - a wound covering portion positioned over the central region; - a first side coupling member extending over the first side region, and a second side coupling member extending over the second region; - a first side adhesive portion positioned on the first side region, and a second side adhesive portion positioned on the second side region, - a base having a lower surface and an upper surface, and defining an outer perimeter, the outer perimeter having a leading edge and a trailing edge; and - a plurality of gripping structures extending outwardly from the base, and spaced apart from each other, each of the gripping structures being curved toward the leading edge, and
Tent structure for camping vehicles, characterised in that the tent structure comprises an additional roof part which can be grasped by means of just one strut which is held on the camping vehicle, defines a mounting position inclined at a substantially acute angle to a vertical axis and provides at least one protective position via an extended useful space.
A system for creating an ablation volume within a target object, comprising: - an applicator comprising a head, which applicator is configured to be inserted into the patient's body so as to position said head into or close to a target object located inside said body, and wherein the applicator is configured to emit energy provided to the applicator via said head so as to create an ablation volume comprising at least a region of said target object, - a tracking system configured to track the pose of the head with respect to the pose of the target object, wherein the tracking system is further configured to provide a signal indicative of the relative pose of the head of the applicator with respect to the target object, and - an energy control unit configured to control emission of said energy per time by the head of the applicator in response to said signal. - characterized in that the energy control unit is configured to control emission of energy such that the energy that is delivered per unit time and unit of volume to the target object is a linear function derived from the relative pose between the head and the target object or a derivative of said relative pose. - an applicator comprising a head, which applicator is configured to be inserted into the patient's body so as to position said head into or close to a target object located inside said body, and wherein the applicator is configured to emit energy provided to the applicator via said head so as to create an ablation volume comprising at least a region of said target object, - a tracking system configured to track the pose of the head with respect to the pose of the target object, wherein the tracking system is further configured to provide a signal indicative of the relative pose of the head of the applicator with respect to the target object, and - an energy control unit configured to control emission of said energy per time by the head of the applicator in response to said signal. - characterized in that the energy control unit is configured to control emission of energy such that the energy that is delivered per unit time and unit of volume to the target object is a linear function derived from the relative pose between the head and the target object or a derivative of said relative pose.
A powder-cleaning device for dental use, comprising: - a proximal arm, configured for attachment to a source of compressed air and extending according to a first prevailing direction; - a distal arm, having a distal end portion configured for dispensing a mixture of air and abrasive powder and extending according to a second prevailing direction, the second prevailing direction being angled with respect to the first prevailing direction; - a turbulence chamber, which has a loading side door configured for insertion of the abrasive powder into the chamber itself according to a loading direction substantially orthogonal to a plane defined by said first and second prevailing direction, which turbulence chamber is interposed between said proximal arm and said distal arm and in fluid communication with both in such a way that the compressed air can be adducted in the turbulence chamber through said proximal arm and the mixture of air and powder can escape within said distal arm, which device is configured as a handpiece so as to be grasped by an operator at said proximal and/or distal arm. - a proximal arm, configured for attachment to a source of compressed air and extending according to a first prevailing direction; - a distal arm, having a distal end portion configured for dispensing a mixture of air and abrasive powder and extending according to a second prevailing direction, the second prevailing direction being angled with respect to the first prevailing direction; - a turbulence chamber, which has a loading side door configured for insertion of the abrasive powder into the chamber itself according to a loading direction substantially orthogonal to a plane defined by said first and second prevailing direction, which turbulence chamber is interposed between said proximal arm and said distal arm and in fluid communication with both in such a way that the compressed air can be adducted in the turbulence chamber through said proximal arm and the mixture of air and powder can escape within said distal arm, which device is configured as a handpiece so as to be grasped by an operator at said proximal and/or distal arm.
A mobile unit for mobile machines having extensible support devices comprising a first, continuous rigid support on which travel devices and some of the support devices are arranged and on which a further continuous support, which supports the remaining support devices, is outwardly pivotably linked, characterized in that a main travel device is disposed centrally at the first, continuous rigid support, with the first, continuous rigid support being aligned at an angle to the longitudinal axis of the mobile unit defined by the main travel device in travel position; and in that the further continuous support is aligned with point symmetry to a real pivot point on the first continuous rigid support, with it likewise supporting travel devices (30, 32).
Use of a material containing one or more elements selected from the group consisting of Mg, Al, Zn, and Fe in an ornamental member to make it less likely to cause an Ni allergy problem, the ornamental member comprising: a first part (21, 22, 23) composed of stainless steel containing Ni; and a second part electrically connected to the first part, with the second part being composed of the material containing one or more elements selected from the group consisting of Mg, Al, Zn, and Fe. a first part (21, 22, 23) composed of stainless steel containing Ni; and a second part electrically connected to the first part, with the second part being composed of the material containing one or more elements selected from the group consisting of Mg, Al, Zn, and Fe.
A composition, comprising: a thermosetting resin; characterized in that the composition further comprises: a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin. a thermosetting resin; characterized in that the composition further comprises: a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin. a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin.
A method for producing a three-dimensional preform from a fibre structure as part of the production of fibre-reinforced formed components, comprising a draping apparatus and a transport apparatus for the fibre structure, wherein the draping apparatus at least comprises a draping mould for a fibre structure and means displaceable in relation to the draping mould for forming the fibre structure according to the contour of the draping mould, characterized in that the transport apparatus successively releases the fibre structure in the direction of the draping mould, and the released regions of the fibre structure are fixed and/or draped by means of a fixing stamp an/or a draping stamp on the draping mould.
Use of a coating agent comprising a copolymer containing a recurring unit which contains an organic group of the following formula (a) and a recurring unit which contains an organic group of the following formula (b): wherein U a1, U a2, U b1, U b2 and U b3 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms, and An - represents an anion selected from the group consisting of a halide ion, an inorganic acid ion, a hydroxide ion and an isothiocyanate ion, for coating the inner surface of a flow passage, wherein the material of the inner surface of the flow passage is cycloolefin polymer or polydimethylsiloxane (PDMS) alone, a combination of these, or polyvinylchloride. U a1, U a2, U b1, U b2 and U b3 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 5 carbon atoms, and An - represents an anion selected from the group consisting of a halide ion, an inorganic acid ion, a hydroxide ion and an isothiocyanate ion, for coating the inner surface of a flow passage, wherein the material of the inner surface of the flow passage is cycloolefin polymer or polydimethylsiloxane (PDMS) alone, a combination of these, or polyvinylchloride.
Air conditioning system for a battery, this system comprising the battery and a closed casing containing the battery while forming an air gap around it, this closed casing comprising, through the same first of its ends, an outside air inlet opening into the air gap and an air outlet from the air gap opening towards the exterior of the casing, characterized in that an internal partition to the casing extends from the first end to an opposite second end of the casing through the air gap by separating it into two air volumes (9,10), the air inlet opening into one of the air volumes, and the outlet d air opening onto the other air volume, the partition being provided with an air passage between the two air volumes (9, 10), opposite the first end.
A power semiconductor module, comprising a metal bottom plate, an insulating heat dissipation material layer, a chip, a binding plate, silica gel, and an outer housing, wherein the binding plate comprises a copper plate and a copper strap, the copper plate is connected to the copper strap through welding, the binding plate is configured to connect circuits of various components, the metal bottom plate is connected to the insulating heat dissipation material layer through tin soldering, the chip is connected to the insulating heat dissipation material layer through tin soldering, the copper plate is connected to the chip via the copper strap, and the copper plate is connected to the insulating heat dissipation material layer via the copper strap, characterized in that the copper plate does not touch with the outer housing. the binding plate comprises a copper plate and a copper strap, the copper plate is connected to the copper strap through welding, the binding plate is configured to connect circuits of various components, the metal bottom plate is connected to the insulating heat dissipation material layer through tin soldering, the chip is connected to the insulating heat dissipation material layer through tin soldering, the copper plate is connected to the chip via the copper strap, and the copper plate is connected to the insulating heat dissipation material layer via the copper strap, characterized in that the copper plate does not touch with the outer housing.