mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for decoupling an elongated screw coupling between railway vehicles, comprising a device for moving said apparatus in a direction of movement between and along railway rails of a railway track, a manipulator having a lifting device and an end effector hinged on the lifting device about an axis of rotation, said effector being height-adjustable via the lifting device between a rest position and a working position which is higher in relation to the rest position for uncoupling of the elongated screw coupling, characterized in that the end effector, which is hinged on the lifting device about an axis of rotation extending transversely to the direction of movement, forms a support for the elongated screw coupling which is tiltable about said axis of rotation.
An inflatable air-bag, the air-bag being provided with a controllable vent formed in the fabric of the air-bag, the vent comprising a hole formed in the fabric of the air-bag, and a flexible vent-tube which extends inwardly of the air-bag from said hole to terminate in a free end located within the air-bag, the free end of the vent-tube normally being tethered within the air-bag so as to maintain the vent in a closed condition, but being releasable in response to a signal from a sensor so as to open the vent, characterised in that said vent-tube is fixed to the inner surface of the air-bag fabric around said hole by stitching which runs around the periphery of the hole and which is located within the tube.
Metal sealing system for a triple eccentricity butterfly valve comprising: - a dynamic metal seal, comprising a metal core surrounded by an external coating, - a metal case with an inclined conical external surface, comprising: a first housing inside which the dynamic metal seal is mounted, and a second housing formed by a cut-out in the upper face or in the lower face of the metal case, - a metal cover, attached to the second housing of the metal case to allow it to close by flush fitting of the upper or lower faces of the metal cover and the metal case, the dynamic metal seal being located between the metal cover and the surface of the metal case defining the first housing. - a dynamic metal seal, comprising a metal core surrounded by an external coating, - a metal case with an inclined conical external surface, comprising: a first housing inside which the dynamic metal seal is mounted, and a second housing formed by a cut-out in the upper face or in the lower face of the metal case, - a metal cover, attached to the second housing of the metal case to allow it to close by flush fitting of the upper or lower faces of the metal cover and the metal case, the dynamic metal seal being located between the metal cover and the surface of the metal case defining the first housing.
An incident flow organ (301, 501) for an installation (300, 500) for obtaining electrical energy from hydropower, comprising an incident flow wall (302, 502) that comprises an incident flow side (303, 503), and comprising a free immersion edge (323, 523) that delimits the incident flow wall (302, 502), wherein the incident flow wall (302, 502) has a curvature, as viewed in a cross-sectional plane across the free immersion edge (323, 523), wherein the curvature is realized in such a manner that the incident flow wall (302, 502) is curved against an incident flow direction directed toward the incident flow side (303, 503), and the free immersion edge (323, 523) is disposed forward of the incident flow wall (302, 502), as viewed toward the incident flow side (303, 503) in the direction of incident flow, and the incident flow wall has a width extent and a height extent, wherein the incident flow organ comprises guide means (309a, 309b) for guiding the incident flow organ along a guide device, characterized in that the incident flow wall comprises a wall end portion, on the guide side, that is opposite the free immersion edge, and the incident flow organ comprises an interface wall that transversely adjoins the mentioned second wall end portion of the incident flow wall on the guide side and extends over the width extent of the incident flow wall.
A memory acquisition device, comprising: an interface, configured to communicate over a bus operating in accordance with a bus protocol, wherein the bus protocol supports address-translation transactions that translate between bus addresses in an address space of the bus and physical memory addresses in an address space of a memory; and memory acquisition circuitry, which is configured to read data from the memory by issuing over the bus, using the bus protocol, one or more requests that (i) specify addresses to be read in terms of the physical memory addresses, and (ii) indicate that the physical memory addresses in the requests have been translated from corresponding bus addresses even though the addresses were not obtained by any address-translation transaction over the bus, wherein the memory acquisition circuitry is configured to detect a malicious operation by detecting that one or more of the requests have been blocked, and to initiate a responsive action in response to detecting the malicious operation. an interface, configured to communicate over a bus operating in accordance with a bus protocol, wherein the bus protocol supports address-translation transactions that translate between bus addresses in an address space of the bus and physical memory addresses in an address space of a memory; and memory acquisition circuitry, which is configured to read data from the memory by issuing over the bus, using the bus protocol, one or more requests that (i) specify addresses to be read in terms of the physical memory addresses, and (ii) indicate that the physical memory addresses in the requests have been translated from corresponding bus addresses even though the addresses were not obtained by any address-translation transaction over the bus, wherein the memory acquisition circuitry is configured to detect a malicious operation by detecting that one or more of the requests have been blocked, and to initiate a responsive action in response to detecting the malicious operation.
An arrangement for a supercharged combustion engine, which arrangement comprises a first cooling system with a circulating coolant, a second cooling system with a circulating coolant which during normal operation of the combustion engine is at a lower temperature than the coolant in the first cooling system, and a cooler (10, 15) in which a gaseous medium which contains water vapour is intended to be cooled by the coolant in the second cooling system, wherein the arrangement comprises a heat exchanger which itself comprises a passage adapted to having coolant from the first cooling system flow through it and a passage adapted to having coolant from the second cooling system flow through it, and a valve means which can be placed in a first position when coolant from at least one of said cooling systems is prevented from flowing through the heat exchanger and in a second position when coolant from both of the cooling systems flows through the heat exchanger so that the coolant in the second cooling system is warmed by the coolant in the first cooling system, at least one sensor adapted to detecting a parameter which indicates whether the gaseous medium is cooled so much that there is ice formation or risk of ice formation in the cooler (10, 15), and a control unit adapted to receiving information from said sensors and to deciding whether there is ice formation or risk of ice formation in the cooler (10, 15) and, if so, to placing the valve means in the second position characterised in that the arrangement comprises pressure sensors or temperature sensors adapted to detecting a parameter which is related to the gaseous medium's pressure drop or temperature drop in the cooler (10, 15).
A speaker adjustment method for adjusting a plurality of speakers (120_1, 120_2), the speaker adjustment method comprising: obtaining a plurality of frequency responses (L', R') of the plurality of speakers (120_1, 120_2) in sequence by using a microphone; obtaining a distance information between the microphone and the plurality of speakers (120_1, 120_2); and adjusting outputs of the plurality of speakers (120_1, 120_2) according to the plurality of frequency responses (L', R') proportional to the distance information, wherein the distance information comprises a distance ratio or absolute distance measured from line-of-sight distances between the microphone and the plurality of speakers (120_1, 120_2), characterised in that the plurality of speakers (120_1, 120_2) and the microphone are disposed in a lifting cover of electronic device, wherein the step of obtaining the distance information between the microphone and the plurality of speakers (120_1, 120_2) comprises: obtaining a closing angle of the lifting cover of electronic device by calculating the angle between an upper cover and a lower base; and calculating the distance information according to the closing angle. obtaining a plurality of frequency responses (L', R') of the plurality of speakers (120_1, 120_2) in sequence by using a microphone; obtaining a distance information between the microphone and the plurality of speakers (120_1, 120_2); and adjusting outputs of the plurality of speakers (120_1, 120_2) according to the plurality of frequency responses (L', R') proportional to the distance information, wherein the distance information comprises a distance ratio or absolute distance measured from line-of-sight distances between the microphone and the plurality of speakers (120_1, 120_2), characterised in that the plurality of speakers (120_1, 120_2) and the microphone are disposed in a lifting cover of electronic device, wherein the step of obtaining the distance information between the microphone and the plurality of speakers (120_1, 120_2) comprises: obtaining a closing angle of the lifting cover of electronic device by calculating the angle between an upper cover and a lower base; and calculating the distance information according to the closing angle. obtaining a closing angle of the lifting cover of electronic device by calculating the angle between an upper cover and a lower base; and calculating the distance information according to the closing angle.
A wearable device for measuring an analyte concentration in a host, the device comprising: on-skin sensor assembly comprising a housing comprising a top housing and a bottom housing, the bottom housing having an aperture and an adhesive patch to couple the housing to the skin of the host; a sensor carrier comprising a substrate formed using printed circuit board technology comprising a first portion and a second portion; a transcutaneous sensor configured for transcutaneous implantation into the host for sensing analyte in the host, wherein the first portion comprises one or more contacts and wherein the sensor is attached to the sensor carrier via the one or more contacts; and sensor electronics, wherein the second portion forms an implementation of the sensor electronics, or wherein the second portion is directly coupled to a signal processing circuit of the on-skin sensor assembly, a system in package, SIP, implementation of sensor electronics or a main printed circuit board for sensor electronics, wherein the sensor is configured to extend through an opening of the second portion for insertion for in vivo operations, wherein the first portion is flexible and folded over to envelop the second portion for installation into the on-skin sensor assembly to positionally secure the analyte sensor for in vivo operations, and wherein the sensor extends out from the aperture of the housing during in vivo operations. on-skin sensor assembly comprising a housing comprising a top housing and a bottom housing, the bottom housing having an aperture and an adhesive patch to couple the housing to the skin of the host; a sensor carrier comprising a substrate formed using printed circuit board technology comprising a first portion and a second portion; a transcutaneous sensor configured for transcutaneous implantation into the host for sensing analyte in the host, wherein the first portion comprises one or more contacts and wherein the sensor is attached to the sensor carrier via the one or more contacts; and sensor electronics, wherein the second portion forms an implementation of the sensor electronics, or wherein the second portion is directly coupled to a signal processing circuit of the on-skin sensor assembly, a system in package, SIP, implementation of sensor electronics or a main printed circuit board for sensor electronics, wherein the sensor is configured to extend through an opening of the second portion for insertion for in vivo operations, wherein the first portion is flexible and folded over to envelop the second portion for installation into the on-skin sensor assembly to positionally secure the analyte sensor for in vivo operations, and wherein the sensor extends out from the aperture of the housing during in vivo operations.
Device for controlling the actuation of a group for moving a curtain/awning housed in a double glazing, said device being coupled to said movement group and comprising: • at least one pulley rotating around its own axis; • support means for the pulley, said means being connected to said movement group and being suitable for allowing the rotation of the pulley; • a ring of cord at least partially wound around the pulley, having two cord sections (8a, 8b) moving away from the pulley in the same direction, in diametrically opposite positions with respect to the pulley, a tension applied to one of said cord sections (8a, 8b) generating a torque tending to rotate the pulley; • means for transmitting said torque from the pulley to said movement group, so as to cause said movement; characterized in that said support means: • are separated from said movement group by means of a wall of said double glazing; • are connected to a connection element integral with said wall of said double glazing at said movement group; • support the pulley for a value of tension applied to at least one of said cord sections (8a, 8b) that is lower than a pre-established value, the exceeding of said value causing the disconnection of said support means from said movement group. • at least one pulley rotating around its own axis; • support means for the pulley, said means being connected to said movement group and being suitable for allowing the rotation of the pulley; • a ring of cord at least partially wound around the pulley, having two cord sections (8a, 8b) moving away from the pulley in the same direction, in diametrically opposite positions with respect to the pulley, a tension applied to one of said cord sections (8a, 8b) generating a torque tending to rotate the pulley; • means for transmitting said torque from the pulley to said movement group, so as to cause said movement; • are separated from said movement group by means of a wall of said double glazing; • are connected to a connection element integral with said wall of said double glazing at said movement group; • support the pulley for a value of tension applied to at least one of said cord sections (8a, 8b) that is lower than a pre-established value, the exceeding of said value causing the disconnection of said support means from said movement group.
Lightning protection spark gap assembly, comprising: a lightning protection spark gap (1; 1') comprising a first main terminal and a second main terminal; a first voltage line of a supply network being connectable to the first main terminal and a second voltage line of the supply network being connectable to the second main terminal; a fuse device triggerable by an electric match and connected between the first or second voltage line (S1, S2) and the corresponding main terminal (1a, 1b) of the lightning protection spark gap (1; 1'); and an indicator device (4'; 4"; 4′′′) for detecting secondary network current characteristic, which follows a pulse current characteristic, or a corresponding portion of the secondary network current characteristic, and for triggering the fuse device by activating the electric match if the detected secondary network current characteristic or the corresponding portion of the secondary network current characteristic meets a first predetermined criterion, the lightning protection spark gap (1; 1') having a first and a second diverging electrode (21a, 21b) and an arcing chamber; wherein the indicator device (4'; 4"; 4′′′) is electrically connected to the first or second diverging electrode (21a, 21b) and/or to the arcing chamber so as to detect the secondary network current characteristic or the corresponding portion of the secondary network current characteristic in the travel region of the arc. a lightning protection spark gap (1; 1') comprising a first main terminal and a second main terminal; a first voltage line of a supply network being connectable to the first main terminal and a second voltage line of the supply network being connectable to the second main terminal; a fuse device triggerable by an electric match and connected between the first or second voltage line (S1, S2) and the corresponding main terminal (1a, 1b) of the lightning protection spark gap (1; 1'); and an indicator device (4'; 4"; 4′′′) for detecting secondary network current characteristic, which follows a pulse current characteristic, or a corresponding portion of the secondary network current characteristic, and for triggering the fuse device by activating the electric match if the detected secondary network current characteristic or the corresponding portion of the secondary network current characteristic meets a first predetermined criterion, the lightning protection spark gap (1; 1') having a first and a second diverging electrode (21a, 21b) and an arcing chamber; wherein the indicator device (4'; 4"; 4′′′) is electrically connected to the first or second diverging electrode (21a, 21b) and/or to the arcing chamber so as to detect the secondary network current characteristic or the corresponding portion of the secondary network current characteristic in the travel region of the arc.
A fixation mechanism assembly, comprising: a first fixation member including a housing having a tissue facing surface and an opposing non-tissue facing surface, more than one guide apertures extending between the tissue facing surface and the non-tissue facing surface, and one or more first fixation elements; the one or more first fixation elements including a longitudinal body, and a proximal end attached to, or integrated with, the tissue facing surface of the housing of the first fixation member; and a second fixation member; moveably engaged with the first fixation member, including more than one second fixation elements, each of the more than one second fixation elements corresponding to a corresponding one of the more than one guide apertures and including a longitudinal body, a proximal end attached to, or integrated with, the second fixation member, and a distal end movable through the corresponding one of the more than one guide apertures and out the tissue facing surface of the first fixation member. a first fixation member including a housing having a tissue facing surface and an opposing non-tissue facing surface, more than one guide apertures extending between the tissue facing surface and the non-tissue facing surface, and one or more first fixation elements; the one or more first fixation elements including a longitudinal body, and a proximal end attached to, or integrated with, the tissue facing surface of the housing of the first fixation member; and a second fixation member; moveably engaged with the first fixation member, including more than one second fixation elements, each of the more than one second fixation elements corresponding to a corresponding one of the more than one guide apertures and including a longitudinal body, a proximal end attached to, or integrated with, the second fixation member, and a distal end movable through the corresponding one of the more than one guide apertures and out the tissue facing surface of the first fixation member.
Instrument for blowing a gas into a live organ to aid the dissection of that organ, comprising: • a control handle capable of being grasped by a surgeon, • an outlet orifice made on said handle, • a tube comprising a through-hole defined between a proximal inlet and a distal outlet, said tube being defined between a proximal end and a distal end, said through-hole being made in a part (Pb) of the tube comprising the distal end ending, over a determined length towards this distal end, substantially in the shape of a truncated cone, optionally of revolution, • means for connecting the proximal inlet of the through-bore with said outlet port of the handle, and • means for coupling an external gas supply source with said outlet orifice, the large base of this truncated cone being substantially in the plane of the distal outlet of the through-hole, the small base of the truncated cone having the same diameter as the through-hole. • a control handle capable of being grasped by a surgeon, • an outlet orifice made on said handle, • a tube comprising a through-hole defined between a proximal inlet and a distal outlet, said tube being defined between a proximal end and a distal end, said through-hole being made in a part (Pb) of the tube comprising the distal end ending, over a determined length towards this distal end, substantially in the shape of a truncated cone, optionally of revolution, • means for connecting the proximal inlet of the through-bore with said outlet port of the handle, and • means for coupling an external gas supply source with said outlet orifice, the large base of this truncated cone being substantially in the plane of the distal outlet of the through-hole, the small base of the truncated cone having the same diameter as the through-hole.
Spectrum converter comprising one or more photoactive polymers or copolymers of acrylic monomers comprising cycloimide units functionalised with at least one luminescent chromophore group, preferably photoluminescent.