mhurhangee/ep-ind-claims huggingface dataset:
A delivery system (100, 400, 500, 600, 700) for delivering a prosthesis to a location in a body, the delivery system (100, 400, 500, 600, 700) comprising: a housing (120, 420, 520, 620, 720) having a longitudinal axis; a sheath extending from within the housing (120, 420, 520, 620, 720); and a first sheath control (150, 450, 550, 650, 750) accessible from the exterior of the housing (120, 420, 520, 620, 720), wherein the first sheath control (150, 450, 550, 650, 750) is operatively engaged with the sheath, wherein a first actuation of the first sheath control (150, 450, 550, 650, 750) causes the sheath to move axially in a proximal direction with respect to the first sheath control (150, 450, 550, 650, 750), further comprising a stop control (152, 452, 556, 652, 756) accessible from the exterior of the housing (120, 420, 520, 620, 720), wherein actuation of the stop control (152, 452, 556, 652, 756) removes a limitation on the axial motion of the sheath, and characterised by a sheath engagement control (118, 418, 556, 618, 756), wherein actuation of the sheath engagement control (118, 418, 556, 618, 756) causes the first sheath control to disengage or engage with the sheath. a housing (120, 420, 520, 620, 720) having a longitudinal axis; a sheath extending from within the housing (120, 420, 520, 620, 720); and a first sheath control (150, 450, 550, 650, 750) accessible from the exterior of the housing (120, 420, 520, 620, 720), wherein the first sheath control (150, 450, 550, 650, 750) is operatively engaged with the sheath, wherein a first actuation of the first sheath control (150, 450, 550, 650, 750) causes the sheath to move axially in a proximal direction with respect to the first sheath control (150, 450, 550, 650, 750), further comprising a stop control (152, 452, 556, 652, 756) accessible from the exterior of the housing (120, 420, 520, 620, 720), wherein actuation of the stop control (152, 452, 556, 652, 756) removes a limitation on the axial motion of the sheath, and characterised by a sheath engagement control (118, 418, 556, 618, 756), wherein actuation of the sheath engagement control (118, 418, 556, 618, 756) causes the first sheath control to disengage or engage with the sheath.
A method of determining the strength of a signal between a node (1011, 1012, 101N) and a gateway in a low-power wide-area network (LPWAN), the method at least comprising: detecting proximity of the respective node to a mobile electronic device by detecting an LPWAN signal of the respective node above a predetermined threshold value with the mobile electronic device; transmitting a control signal from the mobile electronic device to the respective node requesting quality-of-signal data from the respective node, the quality-of-signal data representing the strength of the signal between the respective node and the gateway; transmitting the quality-of-signal data from the respective node to the mobile electronic device; and displaying the quality-of-signal data via a user interface of the mobile electronic device. detecting proximity of the respective node to a mobile electronic device by detecting an LPWAN signal of the respective node above a predetermined threshold value with the mobile electronic device; transmitting a control signal from the mobile electronic device to the respective node requesting quality-of-signal data from the respective node, the quality-of-signal data representing the strength of the signal between the respective node and the gateway; transmitting the quality-of-signal data from the respective node to the mobile electronic device; and displaying the quality-of-signal data via a user interface of the mobile electronic device.
A separation type unit pixel having a 3D structure for a back-illuminated image sensor, comprising: a first wafer having a back side and a second side, the first wafer which includes a photodiode, a transfer transistor, a node of a floating diffusion area functioning as static electricity for converting electric charge into a voltage, and a pad on the second side for connecting the floating diffusion area and the transfer transistor to an external circuit, respectively; a second wafer, the second wafer including a reset transistor, a source-follower transistor, and a blocking switch transistor as the rest of the circuit elements constituting a pixel, a read-out circuit, a vertical/horizontal decoder, a correlated double sampling circuit which involves in a sensor operation and an image quality, an analog circuit, an analog-digital converter, a digital circuit, and a conductive pad for receiving a signal from the first wafer; and a connecting means which adheres the pad of the first wafer and the pad of the second wafer so that the first wafer is adhered to the second wafer, and a transparent buffer layer disposed on the back side of the first wafer whereby the pixel is illuminated through the first wafer. a first wafer having a back side and a second side, the first wafer which includes a photodiode, a transfer transistor, a node of a floating diffusion area functioning as static electricity for converting electric charge into a voltage, and a pad on the second side for connecting the floating diffusion area and the transfer transistor to an external circuit, respectively; a second wafer, the second wafer including a reset transistor, a source-follower transistor, and a blocking switch transistor as the rest of the circuit elements constituting a pixel, a read-out circuit, a vertical/horizontal decoder, a correlated double sampling circuit which involves in a sensor operation and an image quality, an analog circuit, an analog-digital converter, a digital circuit, and a conductive pad for receiving a signal from the first wafer; and a connecting means which adheres the pad of the first wafer and the pad of the second wafer so that the first wafer is adhered to the second wafer, and a transparent buffer layer disposed on the back side of the first wafer whereby the pixel is illuminated through the first wafer.
Filter module for separating in particular sticky and dry paint and/or adhesive overspray, abrasive dusts etc., with a filter arrangement in a filter housing in the form of an inlay for receiving a filter medium, said inlay consisting of a plurality of sections, wherein pivotable spacer plates are integrated in the inlay sections, which, in a swiveled-out position, are positioned at least approximately at right angles with the plane of the inlay section, characterized in that two spacer plates (6, 26, 7, 27) arranged side by side and wedged together are provided between an inlay section (10, 13) and the housing wall of the filter housing.
A method for obtaining a substrate provided, on at least a part of at least one of its faces, with a coating having a pattern with spatial modulation of at least one property of the coating, characterized in that it comprises a step of heat treatment, by means of laser radiation, of a continuous coating deposited on the substrate, wherein the coating before heat treatment at least partially absorbs the laser radiation, this heat treatment step being such that the substrate is irradiated with the laser radiation focused on the coating in the form of at least one laser line, while keeping the coating continuous and without melting the coating, and a relative movement of the substrate and of the laser line focused on the coating is imposed in a direction transverse to the longitudinal direction of the laser line, while temporally modulating, during this relative movement, the power (P las) of the laser line depending on the speed (v) of relative movement and the dimensions of the pattern in the direction of relative movement.
A detector device for detection of unauthorised objects or substances, comprising a support base designed to receive at least one foot covered by its shoe, of an individual to be controlled, characterised in that it also comprises means adapted to detect stratification by vertical stacking, in the sole, by detection of successive echoes following emission of waves towards the sole, means for defining a signal representative of the estimated height of the sole and that it comprises normalization means of the signal coming from detection means of vertical stratification, on the basis of a signal representative of the estimated height of the sole.
A piston pump, comprising: a cylinder formed in a pump body; a piston reciprocatable within the cylinder; and a seal member (50, 50A) interposed between the cylinder and the piston for sealing fluid tight between a pump chamber and a cam chamber, the pump chamber being formed on one end side of the piston in a sliding direction thereof, the cam chamber being formed on the other end side of the piston in the sliding direction, wherein the seal member (50, 50A) includes a sliding contact surface closely contactable with the cylinder or the piston and a seal section (L1, L3) defined between the piston and the seal member so as to be sealed by the sliding contact surface in the sliding direction of the piston, characterized in that the length of the seal section (L1, L3) is larger than the stroke length of the piston. a cylinder formed in a pump body; a piston reciprocatable within the cylinder; and a seal member (50, 50A) interposed between the cylinder and the piston for sealing fluid tight between a pump chamber and a cam chamber, the pump chamber being formed on one end side of the piston in a sliding direction thereof, the cam chamber being formed on the other end side of the piston in the sliding direction, wherein the seal member (50, 50A) includes a sliding contact surface closely contactable with the cylinder or the piston and a seal section (L1, L3) defined between the piston and the seal member so as to be sealed by the sliding contact surface in the sliding direction of the piston, a sliding contact surface closely contactable with the cylinder or the piston and a seal section (L1, L3) defined between the piston and the seal member so as to be sealed by the sliding contact surface in the sliding direction of the piston, characterized in that the length of the seal section (L1, L3) is larger than the stroke length of the piston.
A system for estimating a location of a source transmitting a spectral-diversity signal having a known form but at least one unknown parameter, the system comprising: a plurality of signal receiving circuits, each configured to receive the spectral-diversity signal and to compute, for each signal carrier component in the spectral-diversity signal, a cross-ambiguity function using said known form and said received spectral-diversity signal; and a central processor circuit configured to receive data pertaining to a plurality of cross-ambiguity functions computed by said signal receiving circuits, and to estimate the location of the source, wherein said estimation comprises calculating an extremum of an objective function constructed from all said cross-ambiguity functions; wherein said estimation is an indirect estimation, and said central processor circuit is configured to calculate, based on said extremum, TDOA values between pairs of signal receiving circuits, and to estimate the location based on said TDOA values. a plurality of signal receiving circuits, each configured to receive the spectral-diversity signal and to compute, for each signal carrier component in the spectral-diversity signal, a cross-ambiguity function using said known form and said received spectral-diversity signal; and a central processor circuit configured to receive data pertaining to a plurality of cross-ambiguity functions computed by said signal receiving circuits, and to estimate the location of the source, wherein said estimation comprises calculating an extremum of an objective function constructed from all said cross-ambiguity functions; wherein said estimation is an indirect estimation, and said central processor circuit is configured to calculate, based on said extremum, TDOA values between pairs of signal receiving circuits, and to estimate the location based on said TDOA values.
A packaging device for a windshield wiper having a curved blade and an integrated flexible structure, said packaging device having a shell delimiting a housing intended to receive the wiper and defining holding means for fixing said wiper inside said housing in a position that can be at least partially straightened compared with its rest position, the holding means having: - a first bearing surface that is able to cooperate by contact with a portion of the upper part of the wiper, - a second and a third bearing surface (22, 23) that are provided in the bottom of the housing and are able to cooperate by contact with the flexible structure of said wiper, the first bearing surface extending opposite a region located between the second bearing surface and the third bearing surface, at least one of the second and third bearing surfaces (22, 23) having an abutment, known as the second abutment, which is able to cooperate by contact with a lateral end of the flexible structure, said second abutment being designed such that, in the position of abutment, at least a part of a heel of the blade is kept spaced apart from the shell, the wiper having on its upper part a connecting element intended to allow it to be mounted on a drive mechanism, and in that the first bearing surface is able to cooperate by contact with said connecting element. - a first bearing surface that is able to cooperate by contact with a portion of the upper part of the wiper, - a second and a third bearing surface (22, 23) that are provided in the bottom of the housing and are able to cooperate by contact with the flexible structure of said wiper, the first bearing surface extending opposite a region located between the second bearing surface and the third bearing surface,
Angular contact roller bearing comprising an inner bearing ring with an inner raceway, which is arranged on the outer shell surface of said inner bearing ring so as to be inclined with respect to the bearing axis of rotation (A L), and comprising a rim which delimits said raceway at its smallest diameter, comprising an outer bearing ring with an outer raceway, which is arranged on the inner shell surface of said outer bearing ring so as to be inclined with respect to the bearing axis of rotation (A L), and comprising a rim which delimits said raceway at its greatest diameter, and comprising a multiplicity of roller-type rolling bodies which are arranged between the bearing rings (2, 6) and which roll on the raceways (4, 8) of said bearing rings and which are held with uniform spacings to one another in a circumferential direction by means of a bearing cage, characterized in that the outer shell surface of the inner bearing ring and the inner shell surface of the outer bearing ring are, in each case on both sides outside the raceways (4, 8), of cylindrical form so as to run coaxially with respect to the bearing axis of rotation (A L) at least in sections, and the raceways (4, 8) of the two bearing rings (2, 6) are each formed in conical fashion into the shell surfaces (3, 7), and in that the rims (5, 9) which are thus formed and which delimit the raceways (4, 8) in each case on one side are thus each formed integrally with the bearing rings (2, 6).
A master link for a track chain, comprising: a link body extending from a first end to a second end; a plurality of apertures (66A, 66B, 66C, 66D) extending through the link body, the plurality of apertures including (a) a first aperture, having a first diameter, positioned proximate the first end, (b) a second aperture, having a second diameter, unconnected to the first aperture and positioned proximate the second end, and (c) a third aperture arranged between the first and second apertures; a first gap extending between and connecting the second and third apertures; a threaded first fastener configured to extend through the link body across the third aperture characterised in that the second diameter is greater than the first diameter and in that a substantially cylindrical flange is be positioned around the first aperture extending outwards from an outer surface. a link body extending from a first end to a second end; a plurality of apertures (66A, 66B, 66C, 66D) extending through the link body, the plurality of apertures including (a) a first aperture, having a first diameter, positioned proximate the first end, (b) a second aperture, having a second diameter, unconnected to the first aperture and positioned proximate the second end, and (c) a third aperture arranged between the first and second apertures; a first gap extending between and connecting the second and third apertures; a threaded first fastener configured to extend through the link body across the third aperture characterised in that the second diameter is greater than the first diameter and in that a substantially cylindrical flange is be positioned around the first aperture extending outwards from an outer surface.
A method performed by a user equipment, UE, configured to perform reflective quality of service, QoS, in a wireless communication system, the method comprising: receiving, from a control plane function in a core network, a timer value upon a protocol data unit, PDU, session establishment procedure for establishing a PDU session; receiving, from an access network, a downlink packet in which a reflective QoS indication, RQI, is marked; based on receiving the downlink packet: generating a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting the QoS rule based on expiry of the timer. receiving, from a control plane function in a core network, a timer value upon a protocol data unit, PDU, session establishment procedure for establishing a PDU session; receiving, from an access network, a downlink packet in which a reflective QoS indication, RQI, is marked; based on receiving the downlink packet: generating a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting the QoS rule based on expiry of the timer. generating a QoS rule based on the downlink packet; starting a timer, related to the QoS rule, set to the timer value; applying a QoS marking to an uplink packet based on the QoS rule; transmitting the uplink packet to the access network; and deleting the QoS rule based on expiry of the timer.
A compound having the formula wherein Phos is a phosphate group; and X is a cation selected from the group consisting of a magnesium cation and an imidazolium cation which can be optionally substituted by one or more C 1-6 alkyl groups, wherein, if the cation is an imidazolium cation the phosphate group is and if the cation is a magnesium cation, then the phosphate group is as well as a pharmaceutically acceptable solvate thereof. Phos is a phosphate group; and X is a cation selected from the group consisting of a magnesium cation and an imidazolium cation which can be optionally substituted by one or more C 1-6 alkyl groups, wherein, if the cation is an imidazolium cation the phosphate group is and if the cation is a magnesium cation, then the phosphate group is as well as a pharmaceutically acceptable solvate thereof.
Circuitry for driving a light-emitting diode, comprising: a current source responsive to an input voltage representing a LED current to produce an output current at a desired level to regulate the LED current, and an offset correction circuit coupled to the current source for correcting an off-set voltage applied to the current source, to prevent the output current from deviating from the desired level, wherein the offset correction circuit comprises holding capacitors for holding offset correction information. a current source responsive to an input voltage representing a LED current to produce an output current at a desired level to regulate the LED current, and an offset correction circuit coupled to the current source for correcting an off-set voltage applied to the current source, to prevent the output current from deviating from the desired level, wherein the offset correction circuit comprises holding capacitors for holding offset correction information.
An apparatus comprising: an insulin infusion pump to deliver insulin to a patient; a glucose sensor to obtain observations of a blood glucose concentration of the patient; and a controller configured to: predict using the observed current blood glucose concentrations, a plurality of different time durations for the blood glucose concentration to reach each of a plurality of different target blood glucose concentration levels; identify which of the target blood glucose concentration levels is predicted to be reached first in time; compare the predicted duration of time for the identified target blood glucose concentration level against a plurality of different threshold time periods corresponding to a plurality of different time-to-target checkpoints of the identified target blood glucose concentration level, to determine an operation of the insulin infusion pump based on the predicted duration of time and the plurality of different time-to-target checkpoints; and generate one or more insulin pump commands to control an operation of the insulin infusion pump based on the predicted duration of time. an insulin infusion pump to deliver insulin to a patient; a glucose sensor to obtain observations of a blood glucose concentration of the patient; and a controller configured to: predict using the observed current blood glucose concentrations, a plurality of different time durations for the blood glucose concentration to reach each of a plurality of different target blood glucose concentration levels; identify which of the target blood glucose concentration levels is predicted to be reached first in time; compare the predicted duration of time for the identified target blood glucose concentration level against a plurality of different threshold time periods corresponding to a plurality of different time-to-target checkpoints of the identified target blood glucose concentration level, to determine an operation of the insulin infusion pump based on the predicted duration of time and the plurality of different time-to-target checkpoints; and generate one or more insulin pump commands to control an operation of the insulin infusion pump based on the predicted duration of time. predict using the observed current blood glucose concentrations, a plurality of different time durations for the blood glucose concentration to reach each of a plurality of different target blood glucose concentration levels; identify which of the target blood glucose concentration levels is predicted to be reached first in time; compare the predicted duration of time for the identified target blood glucose concentration level against a plurality of different threshold time periods corresponding to a plurality of different time-to-target checkpoints of the identified target blood glucose concentration level, to determine an operation of the insulin infusion pump based on the predicted duration of time and the plurality of different time-to-target checkpoints; and generate one or more insulin pump commands to control an operation of the insulin infusion pump based on the predicted duration of time.