mhurhangee/ep-ind-claims huggingface dataset:
A pipette, comprising - at least one aspiration channel with a piston, the aspiration channel comprising a lower end, - as an extension at the lower end of the aspiration channel, an extension channel comprising a lower end, - at the lower end of the extension channel a pipette tip mounting piece, - on the outer surface of the pipette tip mounting piece a surrounding groove and in the groove a sealing ring, and - a pipette tip attached onto the pipette tip mounting piece so that the sealing ring seals the mounting piece against the pipette tip, characterized in that - the width of the groove in the axial direction of the mounting piece is at least 1.1 times the thickness of the sealing ring in the axial direction, and - the depth of the groove decreases in the axial direction upwards so that the sealing ring is moved upwards in the groove when the mounting piece is pushed into the pipette tip and the sealing ring is pressed tighter between the pipette tip and the mounting piece for providing reliable sealing between the mounting piece and the pipette tip. - at least one aspiration channel with a piston, the aspiration channel comprising a lower end, - as an extension at the lower end of the aspiration channel, an extension channel comprising a lower end, - at the lower end of the extension channel a pipette tip mounting piece, - on the outer surface of the pipette tip mounting piece a surrounding groove and in the groove a sealing ring, and - a pipette tip attached onto the pipette tip mounting piece so that the sealing ring seals the mounting piece against the pipette tip, - the width of the groove in the axial direction of the mounting piece is at least 1.1 times the thickness of the sealing ring in the axial direction, and - the depth of the groove decreases in the axial direction upwards so that the sealing ring is moved upwards in the groove when the mounting piece is pushed into the pipette tip and the sealing ring is pressed tighter between the pipette tip and the mounting piece for providing reliable sealing between the mounting piece and the pipette tip.
Device for fixing floating bodies (1, 1'), comprising a pile which can be fixed at one end to the ground and in the region of the other end thereof the floating body (1, 1') can be fixed, wherein the pile is configured as a telescopic tube and wherein the pile is configured such that the pile length adapts automatically to the tidal range conditions, characterised in that the pile is braced by means of pendulum supports which act upon the pile at one end and upon the ground at the other end, wherein the pendulum supports are fixed to the pile at one end and to the ground at the other end by means of fittings and consist of two support parts which can be displaced telescopically one inside the other and are supported against one another by means of a spring device both in a traction direction and in a pressure direction.
A computer-implemented method for assessing the susceptibility of a human individual suffering from a psychiatric or neurological disorder to neuromodulation treatment, the method comprising: providing a dataset comprising electroencephalograph activity and Event Related Potentials data of said human individual; comparing said dataset with reference data comprising EEG and ERP data from a control group and/or predetermined values; assessing the susceptibility of said human individual to neuromodulation treatment based on said comparison; characterized in that the susceptibility is assessed as negative if the data in said dataset meets any one of the conditions chosen from a first group of: a P300 ERP amplitude that is increased compared to the reference data; an EEG amplitude in the theta and/or the delta frequency range that is increased compared to the reference data; an alpha peak frequency that is lower than 10Hz. providing a dataset comprising electroencephalograph activity and Event Related Potentials data of said human individual; comparing said dataset with reference data comprising EEG and ERP data from a control group and/or predetermined values; assessing the susceptibility of said human individual to neuromodulation treatment based on said comparison; characterized in that the susceptibility is assessed as negative if the data in said dataset meets any one of the conditions chosen from a first group of: a P300 ERP amplitude that is increased compared to the reference data; an EEG amplitude in the theta and/or the delta frequency range that is increased compared to the reference data; an alpha peak frequency that is lower than 10Hz. characterized in that the susceptibility is assessed as negative if the data in said dataset meets any one of the conditions chosen from a first group of: a P300 ERP amplitude that is increased compared to the reference data; an EEG amplitude in the theta and/or the delta frequency range that is increased compared to the reference data; an alpha peak frequency that is lower than 10Hz.
A method of determining a corneal ablation pattern for treating presbyopia of a human eye, comprising: - defining a non-zero amount of induced aberration for a presbyopic human eye; and - applying a ray tracing process based on an eye model in conjunction with measured data of the eye to be treated to determine a corneal ablation pattern defining an amount of corneal tissue that, when removed from the eye, leaves the eye with the defined amount of induced aberration, characterized in that: defining the non-zero amount of induced aberration includes introducing into the eye model a focus tube of selected diameter and length; the induced aberration is effective to increase a depth of focus of the eye by about 1 to 3 diopters at least essentially by way of pseudo accommodation, and the ray tracing process is performed using measurement data for pre-operative refraction of the eye, pre-operative aberrations of the eye, corneal topography of the eye, one or more opto-geometrical parameters of the eye, and one or more pupil-related parameters, and the ray tracing process is used to determine the corneal ablation pattern for obtaining the focus tube. - defining a non-zero amount of induced aberration for a presbyopic human eye; and - applying a ray tracing process based on an eye model in conjunction with measured data of the eye to be treated to determine a corneal ablation pattern defining an amount of corneal tissue that, when removed from the eye, leaves the eye with the defined amount of induced aberration, defining the non-zero amount of induced aberration includes introducing into the eye model a focus tube of selected diameter and length; the induced aberration is effective to increase a depth of focus of the eye by about 1 to 3 diopters at least essentially by way of pseudo accommodation, and the ray tracing process is performed using measurement data for pre-operative refraction of the eye, pre-operative aberrations of the eye, corneal topography of the eye, one or more opto-geometrical parameters of the eye, and one or more pupil-related parameters, and the ray tracing process is used to determine the corneal ablation pattern for obtaining the focus tube.
Device for closing off a bay made in a structure, comprising a fixed portion, in which an aperture is defined, and at least one slidably movable panel which is guided along two guide rails (114, 115) mounted on one face of said fixed panel, between a closed position, sealing said aperture, in a first plane defined by said fixed panel, called sealing plane, and at least one opening position, in a second plane, called sliding plane, substantially parallel to said sealing plane, each of said guide rails (114, 115) carrying at least one shuttle (2, 3) which is guided in translation in said rail (114, 115), each shuttle (2, 3) comprising two guide tracks (21, 22, 31, 32) or two fixed pins (123, 124) capable of cooperating respectively with two fixed pins (123, 124) or two guide tracks (21, 22, 31, 32) carried by said movable panel, said device for closing off further comprising actuating means acting on one of said shuttles to ensure a translational displacement of the latter in said guide rails (114, 115), and the passage of the movable panel from said sealing position to said at least one sliding position, and vice versa, said device for closing off further comprising means (41, 42) for synchronising the displacement of said shuttles (2, 3), comprising two synchronisation elements (41, 42), characterised in that one end of one of said synchronisation elements (41, 42) is connected to the frame of said movable panel via a spring for holding the movable panel in the opening position, the other ends of said synchronisation elements (41, 42) being connected to one of said shuttles (2, 3). each of said guide rails (114, 115) carrying at least one shuttle (2, 3) which is guided in translation in said rail (114, 115), each shuttle (2, 3) comprising two guide tracks (21, 22, 31, 32) or two fixed pins (123, 124) capable of cooperating respectively with two fixed pins (123, 124) or two guide tracks (21, 22, 31, 32) carried by said movable panel, said device for closing off further comprising actuating means acting on one of said shuttles to ensure a translational displacement of the latter in said guide rails (114, 115), and the passage of the movable panel from said sealing position to said at least one sliding position, and vice versa, said device for closing off further comprising means (41, 42) for synchronising the displacement of said shuttles (2, 3), comprising two synchronisation elements (41, 42), characterised in that one end of one of said synchronisation elements (41, 42) is connected to the frame of said movable panel via a spring for holding the movable panel in the opening position, the other ends of said synchronisation elements (41, 42) being connected to one of said shuttles (2, 3).
A rotary magnetic induction pump for pumping molten metal, said pump comprising: a motor; a shaft (120; 220) operatively connected to said motor; a rotor, through which said shaft extends, comprising a plurality of pairs of bipolar permanent magnets (180; 280) operatively connected to and extending from said shaft (120; 220) in a spoke configuration; a non-magnetic conduit (150; 250) for the passage of molten metal, said conduit (150; 250) being arcuate in shape; a yoke (170; 270), said yoke being directly adjacent to said conduit (150; 250), and opposite from said bipolar magnets (180; 280), and wherein said yoke (170; 270) is ferromagnetic and intensifies a magnetic field generated by said at least one magnet (180; 280); wherein said motor moves said shaft (120; 220) and said rotor about a rotation axis (a) thereby inducing an electric current in molten metal in said conduit (150; 250) to pump said molten metal through said conduit with said molten metal coming into contact with only said conduit; wherein each bipolar magnet (180; 280) has a polar configuration opposite that of adjacent magnets; wherein a height (h m) of said bipolar permanent magnets (180; 280) is greater than or equal to 2 to 3 times an internal passage height (h) of said conduit (150; 250); wherein said bipolar permanent magnets (180; 280) are spaced apart angularly about said shaft (120; 220) and said conduit, (150; 250) an angular spacing (τ) of poles (p) of said bipolar permanent magnets (180; 280) being greater than or equal to 2 to 3 times twice said height (h) of said conduit (150; 250) and being equal to 2πR/N, wherein R is a radius of said rotor and N is a total number of poles of said bipolar permanent magnets (180; 280); wherein a thickness of said yoke (h y) is greater than or equal to 1⁄2 a width (b m) of said poles; and wherein a radius (R 1) of said shaft (120; 220) is greater than or equal to said width (b m) of said poles. a motor; a shaft (120; 220) operatively connected to said motor; a rotor, through which said shaft extends, comprising a plurality of pairs of bipolar permanent magnets (180; 280) operatively connected to and extending from said shaft (120; 220) in a spoke configuration; a non-magnetic conduit (150; 250) for the passage of molten metal, said conduit (150; 250) being arcuate in shape; a yoke (170; 270), said yoke being directly adjacent to said conduit (150; 250), and opposite from said bipolar magnets (180; 280), and wherein said yoke (170; 270) is ferromagnetic and intensifies a magnetic field generated by said at least one magnet (180; 280);
A method for estimating downlink channel quality for a user equipment, UE, affected by weak and strong interference from non-serving interfering cells, wherein a strong interfering cell is a non-anchor cell or a non-serving cell whose large scale fading with the UE is lower than a threshold, comprising: receiving a downlink channel quality indicator or an interference indicator, wherein the downlink channel quality indicator or the interference indicator is fed back by the UE; estimating a weak interference noise matrix being a diagonal matrix based on a noise diagonal matrix and the downlink channel matrices between weak interfering cells and the UE, such weak interference noise matrix being obtained according to the downlink channel quality indicator or the interference indicator, wherein the downlink channel quality indicator or the interference indicator is fed back by the UE; obtaining a time-frequency channel matrix of a serving cell to the UE and a time-frequency strong interference matrix of at least one strong interfering cell, and obtaining a time-frequency interference noise matrix of the UE according to the estimated weak interference noise matrix and the time-frequency strong interference matrix; and estimating downlink channel quality according to the time-frequency channel matrix and the time-frequency interference noise matrix. receiving a downlink channel quality indicator or an interference indicator, wherein the downlink channel quality indicator or the interference indicator is fed back by the UE; estimating a weak interference noise matrix being a diagonal matrix based on a noise diagonal matrix and the downlink channel matrices between weak interfering cells and the UE, such weak interference noise matrix being obtained according to the downlink channel quality indicator or the interference indicator, wherein the downlink channel quality indicator or the interference indicator is fed back by the UE; obtaining a time-frequency channel matrix of a serving cell to the UE and a time-frequency strong interference matrix of at least one strong interfering cell, and obtaining a time-frequency interference noise matrix of the UE according to the estimated weak interference noise matrix and the time-frequency strong interference matrix; and estimating downlink channel quality according to the time-frequency channel matrix and the time-frequency interference noise matrix.
A plugging device for double blocking a section of pipeline or piping, the plugging device comprising: a first and second elastomeric sealing element (50, 70), each said sealing element (50, 70) having a rearward surface (56, 76) and a forward sealing surface (52, 72); a telescoping cylinder arrangement connected to said rearward surface (56, 76) of each of said first and second sealing elements (50, 70), said telescoping cylinder arrangement being extendable between a retracted first position and an extended second position to move the first and second sealing elements (50, 70) between the retracted first position and the extended second position; and a means for actuating said telescoping cylinder arrangement; said forward sealing surface (52, 72) of said at least one of said first and second sealing elements (50, 70) sealably engaging an opposing cut end (102, 112) of a pipe when said telescoping cylinder arrangement is in the extended second position and blocking a product flow through the pipe. a first and second elastomeric sealing element (50, 70), each said sealing element (50, 70) having a rearward surface (56, 76) and a forward sealing surface (52, 72); a telescoping cylinder arrangement connected to said rearward surface (56, 76) of each of said first and second sealing elements (50, 70), said telescoping cylinder arrangement being extendable between a retracted first position and an extended second position to move the first and second sealing elements (50, 70) between the retracted first position and the extended second position; and a means for actuating said telescoping cylinder arrangement; said forward sealing surface (52, 72) of said at least one of said first and second sealing elements (50, 70) sealably engaging an opposing cut end (102, 112) of a pipe when said telescoping cylinder arrangement is in the extended second position and blocking a product flow through the pipe.
Vehicle comprising a vehicle seat, a seat drawer, a seat frame and a movement unit, wherein - the seat frame is arranged beneath the vehicle seat and comprises a base unit and is designed to receive the seat drawer; and - the movement unit is located between a lower side of the seat drawer and an upper side of the base unit, wherein the movement unit is designed to enable a movement of the seat drawer along a predefined primary direction between a closed position and a primary open position, characterized in that the movement unit is designed to enable a movement of the seat drawer along a predefined secondary direction between the closed position and a secondary open position, wherein the predefined secondary direction is orthogonal to the predefined primary direction. - the seat frame is arranged beneath the vehicle seat and comprises a base unit and is designed to receive the seat drawer; and - the movement unit is located between a lower side of the seat drawer and an upper side of the base unit, wherein the movement unit is designed to enable a movement of the seat drawer along a predefined primary direction between a closed position and a primary open position,
An application instance address translation method, wherein the method comprises: sending, by a control plane device, a collaboration request to a mobile edge cloud, MEC, control device, wherein the collaboration request comprises location information of a terminal and information about an application service, and the application service is an application service accessed by the terminal, wherein the control plane device is a core network element configured to formulate a packet forwarding policy, and control a user plane to forward a packet according to the packet forwarding policy; receiving, by the control plane device, response information from the MEC control device, wherein the response information comprises an address of a target instance, wherein the target instance is an application instance that provides the application service and whose service location range comprises a location of the terminal, and the address of the target instance is associated with the location information of the terminal and the information about the application service; and sending, by the control plane device based on the address of the target instance, the address of the target instance to a first user plane device corresponding to the target instance, and instructing the first user plane device to set, as the address of the target instance, a forwarding address of an uplink packet that is sent by the terminal to obtain the application service. sending, by a control plane device, a collaboration request to a mobile edge cloud, MEC, control device, wherein the collaboration request comprises location information of a terminal and information about an application service, and the application service is an application service accessed by the terminal, wherein the control plane device is a core network element configured to formulate a packet forwarding policy, and control a user plane to forward a packet according to the packet forwarding policy; receiving, by the control plane device, response information from the MEC control device, wherein the response information comprises an address of a target instance, wherein the target instance is an application instance that provides the application service and whose service location range comprises a location of the terminal, and the address of the target instance is associated with the location information of the terminal and the information about the application service; and sending, by the control plane device based on the address of the target instance, the address of the target instance to a first user plane device corresponding to the target instance, and instructing the first user plane device to set, as the address of the target instance, a forwarding address of an uplink packet that is sent by the terminal to obtain the application service.
An apparatus comprising: an indenter housing configured to be sunk into a seabed and configured to create a trench in the seabed by being pulled or pushed through the seabed a tubular suction pile, wherein the intender housing surrounds the tubular suction pile, and wherein the tubular suction pile extends into and forms at least part of a bottom region of the intender housing; and a water jetting device, within the indenter housing, to loosen the soil surrounding the intender housing that includes a nozzle and a channel, characterized in that the indenter housing is configured to be sunk into the seabed in response to a negative pressure created from water being removed from the tubular suction pile; wherein the bottom region is configured to form a water tight seal with the seabed when a part of the bottom region penetrates into the seabed, wherein the water tight seal is sufficiently tight such that removal of water from the suction pile creates a negative pressure zone such that the intender housing is driven into the seabed in response to the negative pressure; and wherein the water jetting device comprises a first valve, wherein the channel connects the first valve to the nozzle. an indenter housing configured to be sunk into a seabed and configured to create a trench in the seabed by being pulled or pushed through the seabed a tubular suction pile, wherein the intender housing surrounds the tubular suction pile, and wherein the tubular suction pile extends into and forms at least part of a bottom region of the intender housing; and a water jetting device, within the indenter housing, to loosen the soil surrounding the intender housing that includes a nozzle and a channel, the indenter housing is configured to be sunk into the seabed in response to a negative pressure created from water being removed from the tubular suction pile; wherein the bottom region is configured to form a water tight seal with the seabed when a part of the bottom region penetrates into the seabed, wherein the water tight seal is sufficiently tight such that removal of water from the suction pile creates a negative pressure zone such that the intender housing is driven into the seabed in response to the negative pressure; and wherein the water jetting device comprises a first valve, wherein the channel connects the first valve to the nozzle.