mhurhangee/ep-ind-claims huggingface dataset:
A wetsuit, comprising: means (364, 505) for providing tension at or above an iliac crest of a wearer; a first leg portion including at least a first longitudinal strap or stiffening member, the first longitudinal strap or stiffening member extending from a first hip region of the wearer to a first lateral thigh region of the wearer and being coupled to the means for providing tension; and a second leg portion including at least a second longitudinal strap or stiffening member, the second longitudinal strap or stiffening member extending from a second hip region of the wearer to a second lateral thigh region of the wearer and being coupled to the means for providing tension, wherein: each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit; and the first and second longitudinal straps or stiffening members (206, 208) are made from neoprene. means (364, 505) for providing tension at or above an iliac crest of a wearer; a first leg portion including at least a first longitudinal strap or stiffening member, the first longitudinal strap or stiffening member extending from a first hip region of the wearer to a first lateral thigh region of the wearer and being coupled to the means for providing tension; and a second leg portion including at least a second longitudinal strap or stiffening member, the second longitudinal strap or stiffening member extending from a second hip region of the wearer to a second lateral thigh region of the wearer and being coupled to the means for providing tension, wherein: each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit; and the first and second longitudinal straps or stiffening members (206, 208) are made from neoprene. each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit; and the first and second longitudinal straps or stiffening members (206, 208) are made from neoprene.
Air conditioning device for a motor vehicle comprising a refrigerant circuit (3; 51) comprising a compressor, a downstream leg of the circuit comprising a first heat exchanger arranged to be passed through by a stream of air which can be distributed to a motor vehicle interior, and a first expansion member positioned downstream, in the direction in which the refrigerant circulates, of the first heat exchanger, and an upstream leg of the circuit comprising a second heat exchanger arranged to be passed through by the stream of air which can be distributed to the vehicle interior, a second expansion member positioned upstream, in the direction in which the refrigerant circulates, of the second heat exchanger, and an accumulator positioned downstream, in the direction in which the refrigerant circulates, of the second heat exchanger, the refrigerant circuit (3; 51) further comprising a third heat exchanger designed to operate reversibly and able to have a stream of air external to the vehicle interior passing through it, and a switchable connection system for selectively connecting the third heat exchanger to the upstream leg of the circuit and/or the downstream leg, characterized in that the switchable connection system comprises a switching means connected to a first inlet/outlet of the third heat exchanger, to the downstream leg of the circuit and to the upstream leg of the circuit, and in that the switchable connection system comprises a third expansion member connected to a second inlet/outlet of the third heat exchanger, to the first expansion member and to the second expansion member.
A method of manufacturing a spray nozzle chip (1; 1-1; 1-2; 1-3; 1-4; 1-5; 1-6; 1-7), wherein the method comprises: performing a first deposition onto a substrate to obtain a first layer, providing the first layer with a first layer orifice, performing a second deposition onto the first layer to obtain a nozzle layer, providing the nozzle layer with a nozzle orifice, and providing a fluid supply orifice in the substrate, the fluid supply orifice being set in fluid connection with the first layer orifice. performing a first deposition onto a substrate to obtain a first layer, providing the first layer with a first layer orifice, performing a second deposition onto the first layer to obtain a nozzle layer, providing the nozzle layer with a nozzle orifice, and providing a fluid supply orifice in the substrate, the fluid supply orifice being set in fluid connection with the first layer orifice.
A skin cosmetic composition, comprising: (a) at least one particle, comprising at least one cationic polymer, at least one anionic polymer, and at least one non-polymeric base having two or more pKb values or salt(s) thereof; and (b) at least one physiologically acceptable volatile medium, wherein the non-polymeric base having two or more pKb values or salt(s) thereof is selected from the group consisting of arginine, lysine, histidine, ornithine, and a mixture thereof. (a) at least one particle, comprising at least one cationic polymer, at least one anionic polymer, and at least one non-polymeric base having two or more pKb values or salt(s) thereof; and at least one cationic polymer, at least one anionic polymer, and at least one non-polymeric base having two or more pKb values or salt(s) thereof; and (b) at least one physiologically acceptable volatile medium,
A superabrasive cutting element comprising: a substrate centered about a central axis; and a superabrasive table bonded to the substrate and centered about the central axis, the superabrasive table comprising: a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table; and a second surface having a greater surface roughness than the first surface, the second surface surrounding a majority of the first surface, characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis. a substrate centered about a central axis; and a superabrasive table bonded to the substrate and centered about the central axis, the superabrasive table comprising: a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table; and a second surface having a greater surface roughness than the first surface, the second surface surrounding a majority of the first surface, characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis. a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table; and a second surface having a greater surface roughness than the first surface, the second surface surrounding a majority of the first surface, characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis.
An information processing device comprising: a transfer time estimating section configured to estimate a time in a series of time frames which includes (i) a first time frame during which a relatively large amount of waste is brought into a waste pit and (ii) a second time frame during which a smaller amount of waste is brought into the waste pit than during the first time frame, the estimated time being required for a transfer operation to cause a crane to transfer waste that has been brought into the waste pit; and a scheduler section configured to divide, between a mixing operation and the transfer operation, an operation time, during which the mixing operation or the transfer operation is allowed to be carried out with respect to waste by means of the crane in the series of time frames, in a manner which satisfies the following requirements: a requirement that the transfer operation is carried out for at least the time that has been estimated by the transfer time estimating section; and a requirement that the mixing operation is carried out for a time equal to or longer than a predetermined time in the first time frame during which a relatively large amount of waste is brought into the waste pit. a transfer time estimating section configured to estimate a time in a series of time frames which includes (i) a first time frame during which a relatively large amount of waste is brought into a waste pit and (ii) a second time frame during which a smaller amount of waste is brought into the waste pit than during the first time frame, the estimated time being required for a transfer operation to cause a crane to transfer waste that has been brought into the waste pit; and a scheduler section configured to divide, between a mixing operation and the transfer operation, an operation time, during which the mixing operation or the transfer operation is allowed to be carried out with respect to waste by means of the crane in the series of time frames, in a manner which satisfies the following requirements: a requirement that the transfer operation is carried out for at least the time that has been estimated by the transfer time estimating section; and a requirement that the mixing operation is carried out for a time equal to or longer than a predetermined time in the first time frame during which a relatively large amount of waste is brought into the waste pit. a requirement that the transfer operation is carried out for at least the time that has been estimated by the transfer time estimating section; and a requirement that the mixing operation is carried out for a time equal to or longer than a predetermined time in the first time frame during which a relatively large amount of waste is brought into the waste pit.
An ammunition magazine comprising: a. a casing having a mostly rectangular cross-section with fore and aft sides and two longer lateral sides and first and second open ends; b. a follower residing within the casing, said follower further comprising: i. a follower platform with two opposite tines at fore and aft positions and extending generally perpendicularly and distally therefrom; ii. the aft tine being shorter than the fore tine; c. a floor plate capable of interfacing the casing at the second end and having an orifice; d. a lock plate proximate the floor plate and residing generally within the second end of the casing and comprising: i. a tab projecting towards an exterior of the casing; and e. a follower spring residing between the follower and the lock plate (1 2); wherein spring pressure interfaces the lock plate and the floor plate together by forcing the tab into the orifice; characterised in that: the lock plate further comprises ii. a pillar extending into an interior of the casing along the aft side of the casing; wherein when the follower spring is compressed to a maximum designed limit, the pillar and aft tine abut each other to prevent further spring compression; and the casing further comprises a pair of spines located in the interior of the casing along the aft side and extending toward the first open end, said spines flanked by two channels and defining a trench along the aft side of the casing. a. a casing having a mostly rectangular cross-section with fore and aft sides and two longer lateral sides and first and second open ends; b. a follower residing within the casing, said follower further comprising: i. a follower platform with two opposite tines at fore and aft positions and extending generally perpendicularly and distally therefrom; ii. the aft tine being shorter than the fore tine; i. a follower platform with two opposite tines at fore and aft positions and extending generally perpendicularly and distally therefrom; ii. the aft tine being shorter than the fore tine; c. a floor plate capable of interfacing the casing at the second end and having an orifice; d. a lock plate proximate the floor plate and residing generally within the second end of the casing and comprising: i. a tab projecting towards an exterior of the casing; and i. a tab projecting towards an exterior of the casing; and e. a follower spring residing between the follower and the lock plate (1 2); the lock plate further comprises ii. a pillar extending into an interior of the casing along the aft side of the casing; ii. a pillar extending into an interior of the casing along the aft side of the casing; wherein when the follower spring is compressed to a maximum designed limit, the pillar and aft tine abut each other to prevent further spring compression; and the casing further comprises a pair of spines located in the interior of the casing along the aft side and extending toward the first open end, said spines flanked by two channels and defining a trench along the aft side of the casing.
A compound selected from the group consisting of or a physiologically acceptable salt, solvate, hydrate or stereoisomer thereof, for use in treating cancer, an angiogenesis disorder, an inflammatory disease or disorder, an infectious disease or disorder, a cell cycle regulation disease or disorder, or an autophagy regulation or disorder, in enhancing cellular engraftment, or in enhancing wound repair.
Pillow core for a head and neck support pillow, comprising a head-resting upper side, on which three head-resting troughs (3, 4, 5) are arranged, spaced apart from one another, and on which a human head can rest, at least indirectly, wherein the head-resting troughs (3, 4, 5) are arranged at corners of an imaginary isosceles triangle and each comprise a central through-bore (6, 7, 8) which penetrates the pillow core in the vertical direction thereof perpendicular to the head-resting upper side, wherein a shoulder side of the pillow core, which is arranged on a side of the base of the imaginary isosceles triangle opposite the apex of the imaginary isosceles triangle, comprises a recess which has a maximum depth at a central point at which an imaginary central straight line, which extends through the apex of the imaginary isosceles triangle and is positioned perpendicularly on the base, intersects the shoulder side, characterised in that the depth of the recess decreases continuously, on either side of the central point of the recess, as far a lateral point in each case or therebeyond by a predetermined distance, at which point a respective imaginary lateral straight line, which extends in each case through the respective corner at the base of the imaginary isosceles triangle and in parallel with the imaginary central straight line, intersects the shoulder side.
A method performed by a first Network Function, NF, in a core network of a cellular communications system, the method comprising: receiving (Fig. 5, step 2; Fig. 9, step 1), from a second NF, a request for services exposed by the first NF; and responsive to receiving (Fig. 5, step 2; Fig. 9, step 1) the request, sending (Fig. 5, step 3; Fig. 9, step 2), to the second NF, information about one or more services exposed by the first NF; wherein the first NF is a Network Repository Function, NRF, (402; 508) and the second NF is an NF service consumer. receiving (Fig. 5, step 2; Fig. 9, step 1), from a second NF, a request for services exposed by the first NF; and responsive to receiving (Fig. 5, step 2; Fig. 9, step 1) the request, sending (Fig. 5, step 3; Fig. 9, step 2), to the second NF, information about one or more services exposed by the first NF; wherein the first NF is a Network Repository Function, NRF, (402; 508) and the second NF is an NF service consumer.
Work method comprising the following steps: - determining an initial pose of a recording device relative to a 3D model of a component arrangement, wherein the determination of the initial pose involves a first image detail being recorded by the recording device and being compared with at least one reference image stored in the 3D model, - generating a pose tracking signal, proceeding from the initial pose, on the basis of detected translational and/or rotational movements of the recording device, - recording a second image detail, wherein the second image detail comprises at least one component to be recognized of the component arrangement, - determining a first pose of the recording device relative to the 3D model, on the basis of the pose tracking signal, - determining a second pose of the recording device relative to the 3D model, on the basis of a comparison of the second image detail with model data of the 3D model, characterized by the following method steps: - evaluating at least one item of component information of the at least one component to be recognized on the basis of the first pose and the second pose if the comparison of the second image detail with the model data is successful, - generating a warning signal if the comparison of the second image detail with the model data is at least partly not successful. - determining an initial pose of a recording device relative to a 3D model of a component arrangement, wherein the determination of the initial pose involves a first image detail being recorded by the recording device and being compared with at least one reference image stored in the 3D model, - generating a pose tracking signal, proceeding from the initial pose, on the basis of detected translational and/or rotational movements of the recording device, - recording a second image detail, wherein the second image detail comprises at least one component to be recognized of the component arrangement, - determining a first pose of the recording device relative to the 3D model, on the basis of the pose tracking signal, - determining a second pose of the recording device relative to the 3D model, on the basis of a comparison of the second image detail with model data of the 3D model, - evaluating at least one item of component information of the at least one component to be recognized on the basis of the first pose and the second pose if the comparison of the second image detail with the model data is successful, - generating a warning signal if the comparison of the second image detail with the model data is at least partly not successful.
Suction hood comprising a booth, inside which a chamber is defined, and a suction device for removing a fluid from said chamber, said booth being provided with a front opening connecting said chamber with an external environment in which a person can stay externally of said booth, with a panel mobile between a close position, in which said panel substantially closes said front opening for separating said chamber from said external environment, and an open position (B; C), in which said panel opens at least partially said front opening, with an exhaust conduit suitable for exhausting externally of said booth said fluid coming from said chamber, with a valve for varying a section of said exhaust conduit as a function of the volume of said fluid to be sucked, said valve being driven by a mechanical device connecting said valve and said panel, characterized in that said mechanical device comprises an up-and-down mechanism connected to a further up-and-down system of said panel, this latter being arranged for enabling said panel to slide from said close position to said open position (B; C), and vice versa; said up-and-down mechanism comprising a cable having a first end fixed to a counterweight of said up-and-down system and a second end fixed to a further counterweight of said up-and-down mechanism; said up-and-down mechanism further comprising a first pulley and a second pulley on which said cable is at least partially wrapped around; said mechanical device further comprises a driving rod having one end fixed to a rotating shaft of said valve; said driving rod comprising a further end opposite said end and arranged for interacting with a thrust member provided in said mechanical device and fixed to said cable.
Sheath for a prestressed cable, comprising a tubular sheath body having an internal volume able to receive reinforcements of the prestressed cable and a filling product and at least one vent between the internal volume of the sheath and the exterior of the sheath, characterised in that the vent includes a filtering element permeable to air and impermeable to the filling product.
An aircraft panel which is a wall of a fluid tank when in use, the panel comprising a skin layer with an outer surface which is an aerodynamic surface of an aircraft when in use; an inner layer; a core having a mass density lower than the inner layer and the skin layer, wherein the core is positioned between the inner layer and the skin layer; and a hole in the skin layer; characterised in that the aircraft panel further comprises an ultrasonic gauge, wherein the gauge is fitted into a hole or recess in the core; and an access panel which fills the hole in the skin layer and can be removed to gain access to the gauge from outside the tank.
A coupler, comprising: a direct current, DC, power line coupled between a first connector and a second connector, the power line configured to conduct power line communication, PLC, signals, wherein the first and second connectors are Twinax connectors, having two co-axial conductors, and are impedance matched for PLC communication; a PLC-to-Ethernet converter configured to convert between the PLC signals and Ethernet signals; a first transformer coupled between the PLC-to-Ethernet converter and a third connector, the first transformer configured to condition the Ethernet signals for power-over-Ethernet transmission; a power sourcing circuit coupled to the power line via a first diode and a second diode acting together as a rectifier and the power sourcing circuit being configured to provide power to the first transformer; and a second transformer coupled between the power line and the PLC-to-Ethernet converter, wherein the second transformer is capacitively coupled to the power line. a direct current, DC, power line coupled between a first connector and a second connector, the power line configured to conduct power line communication, PLC, signals, wherein the first and second connectors are Twinax connectors, having two co-axial conductors, and are impedance matched for PLC communication; a PLC-to-Ethernet converter configured to convert between the PLC signals and Ethernet signals; a first transformer coupled between the PLC-to-Ethernet converter and a third connector, the first transformer configured to condition the Ethernet signals for power-over-Ethernet transmission; a power sourcing circuit coupled to the power line via a first diode and a second diode acting together as a rectifier and the power sourcing circuit being configured to provide power to the first transformer; and a second transformer coupled between the power line and the PLC-to-Ethernet converter, wherein the second transformer is capacitively coupled to the power line.
Pulley for installation in a pulley mechanism of a Jacquard machine, comprising - a shaft; - a housing, comprising two flank bodies, which fasten the shaft, so that this shaft extends substantially between the flank bodies and so that the the shaft axially secures the flank bodies in both axial directions; - and a pulley wheel (6, 6'), which is arranged between the two flank bodies so as to be directly rotatable around the shaft; characterized in that the shaft, is provided with at least one cavity (7, 10, 11) for the axial securement of the flank bodies in both axial directions, the cavity (7, 10, 11) forming an empty space within the shaft, the empty space being bounded on at least two opposite sides. - a shaft; - a housing, comprising two flank bodies, which fasten the shaft, so that this shaft extends substantially between the flank bodies and so that the the shaft axially secures the flank bodies in both axial directions; - and a pulley wheel (6, 6'), which is arranged between the two flank bodies so as to be directly rotatable around the shaft; characterized in that the shaft, is provided with at least one cavity (7, 10, 11) for the axial securement of the flank bodies in both axial directions, the cavity (7, 10, 11) forming an empty space within the shaft, the empty space being bounded on at least two opposite sides.