mhurhangee/ep-ind-claims huggingface dataset:
A system to determine hydraulic fracture geometry of a zone of interest in a reservoir system by combining functions of a subterranean observation well and a subterranean producing well into a single producing well, the system comprising: a lower completion (at 81) comprising wellbore sensors positioned within a tubular; a communication conduit defining a lower umbilical, the lower umbilical extending from a position (at 102) outside the tubular to a position adjacent an operable position of a connector; a lateral wellbore positioned to avoid intersection with the lower umbilical, the lateral wellbore oriented at least partially lateral to an orientation of the tubular, the tubular comprising an entranceway to the lateral wellbore comprising an aperture extending through an exterior wall of the tubular; and an upper completion (at 77) run with a communication conduit defining an upper umbilical, the upper umbilical attached to the connector, wherein the connector is a first connector connecting to the upper umbilical, and wherein the system further comprises a second connector within a bore of the tubular, the wellbore sensors connected to at least portions of the second connector, and the entranceway positioned at a location above the second connector and below the first connector. a lower completion (at 81) comprising wellbore sensors positioned within a tubular; a communication conduit defining a lower umbilical, the lower umbilical extending from a position (at 102) outside the tubular to a position adjacent an operable position of a connector; a lateral wellbore positioned to avoid intersection with the lower umbilical, the lateral wellbore oriented at least partially lateral to an orientation of the tubular, the tubular comprising an entranceway to the lateral wellbore comprising an aperture extending through an exterior wall of the tubular; and an upper completion (at 77) run with a communication conduit defining an upper umbilical, the upper umbilical attached to the connector, wherein the connector is a first connector connecting to the upper umbilical, and wherein the system further comprises a second connector within a bore of the tubular, the wellbore sensors connected to at least portions of the second connector, and the entranceway positioned at a location above the second connector and below the first connector.
A method comprising, at a network element: receiving a policy related rule for a user equipment, UE, wherein the UE is accessing an access point name, APN, using a first radio access technology, RAT, type associated with a first default bearer for the UE and wherein the policy related rule is associated with the UE accessing the APN using a second RAT type; determining whether the policy related rule matches an existing bearer for the UE based, at least in part, on the second RAT type associated with the policy related rule; creating a second default bearer for the UE if the policy related rule does not match an existing bearer for the UE associated with the second RAT type; and modifying an existing bearer for the UE to be a second default bearer for the UE if the policy related rule does match the existing bearer for the UE associated with the second RAT type; and binding the policy related rule to the second default bearer for the UE to access the APN, wherein the second default bearer for the UE is associated with the second RAT type. receiving a policy related rule for a user equipment, UE, wherein the UE is accessing an access point name, APN, using a first radio access technology, RAT, type associated with a first default bearer for the UE and wherein the policy related rule is associated with the UE accessing the APN using a second RAT type; determining whether the policy related rule matches an existing bearer for the UE based, at least in part, on the second RAT type associated with the policy related rule; creating a second default bearer for the UE if the policy related rule does not match an existing bearer for the UE associated with the second RAT type; and modifying an existing bearer for the UE to be a second default bearer for the UE if the policy related rule does match the existing bearer for the UE associated with the second RAT type; and binding the policy related rule to the second default bearer for the UE to access the APN, wherein the second default bearer for the UE is associated with the second RAT type.
A tire, comprising: a groove that is formed in a tread face so as to open toward an outer side in a tire radial direction; and a plurality of protrusions that are formed on a surface of the groove so as to project to a projection height of from 0.1 mm to 1.0 mm, at a spacing of from 0.1 mm to 1.0 mm, characterised in that a center line linking a center point of a leading end side with a center point of a groove bottom face side of the respective protrusions leaning with respect to a perpendicular line orthogonal to a surface of the groove, such that the leading end side of the each protrusion is positioned further toward a tire rotation direction front side than the groove bottom face side of the protrusion when viewed along a tire width direction or the tire radial direction; the groove includes a circumferential direction groove (22, 24) extending along the tire rotation direction, and a lateral groove extending from the circumferential direction groove (22, 24) along an intersecting direction that intersects the tire rotation direction; one end portion of the lateral groove opens onto the circumferential direction groove (22, 24); and a guide face, configured to guide a part of water flowing in the circumferential direction groove (22, 24) toward the lateral groove, is formed at protrusions that are disposed at a connecting location between the circumferential direction groove (22, 24) and the lateral groove. a groove that is formed in a tread face so as to open toward an outer side in a tire radial direction; and a plurality of protrusions that are formed on a surface of the groove so as to project to a projection height of from 0.1 mm to 1.0 mm, at a spacing of from 0.1 mm to 1.0 mm, characterised in that a center line linking a center point of a leading end side with a center point of a groove bottom face side of the respective protrusions leaning with respect to a perpendicular line orthogonal to a surface of the groove, such that the leading end side of the each protrusion is positioned further toward a tire rotation direction front side than the groove bottom face side of the protrusion when viewed along a tire width direction or the tire radial direction; the groove includes a circumferential direction groove (22, 24) extending along the tire rotation direction, and a lateral groove extending from the circumferential direction groove (22, 24) along an intersecting direction that intersects the tire rotation direction; one end portion of the lateral groove opens onto the circumferential direction groove (22, 24); and a guide face, configured to guide a part of water flowing in the circumferential direction groove (22, 24) toward the lateral groove, is formed at protrusions that are disposed at a connecting location between the circumferential direction groove (22, 24) and the lateral groove.
Luggage item comprising - a luggage item body having at least one first and one second luggage item portion (6,8), wherein the first and the second luggage item portion (6,8) are pivotable relative to each other so that the luggage item body can be opened or closed, - at least one first and one second frame element (16,18), wherein the first frame element is arranged at an edge of the first luggage item portion and is connected to the first luggage item portion via a first bonding connection, and the second frame element is arranged at an edge of the second luggage item portion and is connected to the second luggage item portion via a second bonding connection, characterized in that at least a first profile element is connected on an inner side of the luggage item body to the first luggage item portion, and that at least a second profile element is connected on the inner side of the luggage item body to the second luggage item portion, wherein the first profile element at least partially overlaps the first frame element and the second profile element at least partially overlaps the second frame element, thus counteracting to a detachment of the first bonding connection between the first frame element and the first luggage item portion and of the second bonding connection between the second frame element and the second luggage item portion, wherein the first frame element is a frame element wound around the edge of the first luggage item portion and the second frame element is a frame element wound around the edge of the first luggage item portion. - a luggage item body having at least one first and one second luggage item portion (6,8), wherein the first and the second luggage item portion (6,8) are pivotable relative to each other so that the luggage item body can be opened or closed, - at least one first and one second frame element (16,18), wherein the first frame element is arranged at an edge of the first luggage item portion and is connected to the first luggage item portion via a first bonding connection, and the second frame element is arranged at an edge of the second luggage item portion and is connected to the second luggage item portion via a second bonding connection,
A supported catalyst comprising a carrier, phosphorus, at least one Group VIB metal, at least one Group VIII metal, and a polymer, where the molar ratio of phosphorus to Group VIB metal is 1:1.5 to less than 1:12, the molar ratio of the Group VIB metal to the Group VIII metal is 1:1 to 5:1, and the polymer has a carbon-carbon backbone and comprises functional groups having at least one heteroatom, and the polymer loading is about 1.5 wt% or more relative to the total weight of the other components in the catalyst, wherein the functional groups are selected from hydroxyl groups, carboxyl groups, carbonyl groups, amine groups, amide groups, nitrile groups, amino acid groups, phosphate groups, thiol groups, sulfonic acid groups, and mixtures of two or more of the foregoing, wherein the polymer is formed by polymerizing a monomer in contact with the carrier, and wherein the monomer has carbon-carbon unsaturation. the molar ratio of phosphorus to Group VIB metal is 1:1.5 to less than 1:12, the molar ratio of the Group VIB metal to the Group VIII metal is 1:1 to 5:1, and the polymer has a carbon-carbon backbone and comprises functional groups having at least one heteroatom, and the polymer loading is about 1.5 wt% or more relative to the total weight of the other components in the catalyst, wherein the functional groups are selected from hydroxyl groups, carboxyl groups, carbonyl groups, amine groups, amide groups, nitrile groups, amino acid groups, phosphate groups, thiol groups, sulfonic acid groups, and mixtures of two or more of the foregoing, wherein the polymer is formed by polymerizing a monomer in contact with the carrier, and wherein the monomer has carbon-carbon unsaturation.
A pneumatic-pressure operated brake system for a trailer, in particular, for an agriculturally usable or used trailer, in which an automatic load-dependent brake pressure regulator is provided for the brake-force dependent specification of an actuating force of brake cylinders assigned to at least two wheels of a trailer axle, wherein an input control variable is manually specifiable for the load-dependent variation and/or throttling of a control pressure of the wheel brake cylinders according to a loading state of the trailer, characterised in that a manually adjustable brake pressure regulator or a pressure control valve is provided upstream of the automatic load-dependent brake pressure regulator, in particular, the pneumatically actuated automatic load-dependent brake pressure regulator, which manually adjustable brake pressure regulator or pressure control valve enables a manually adjustable variation in the form of a staged or variable limitation of the input control variable.
A medical system, comprising: a medical device controlled according to a control protocol; and a controller configured to: receive a measured data set containing a current value at a current time and past values at past times of a physiologic signal measured on a recipient, the physiologic signal being affected by motion; calculate a difference signal at the current time based on the measured data set, the difference signal being a set of finite differences of the physiologic signal approximating a set of derivatives of the physiologic signal and including a first order finite difference of the physiologic signal at the current time and a second order finite difference of the physiologic signal at the current time; predict a difference value using the difference signal and a prediction algorithm, the difference value being a difference between a predicted future value of the physiologic signal at a future time and the current value; calculate the predicted future value based on the difference value and the current value; and update the control protocol according to the predicted future value. a medical device controlled according to a control protocol; and a controller configured to: receive a measured data set containing a current value at a current time and past values at past times of a physiologic signal measured on a recipient, the physiologic signal being affected by motion; calculate a difference signal at the current time based on the measured data set, the difference signal being a set of finite differences of the physiologic signal approximating a set of derivatives of the physiologic signal and including a first order finite difference of the physiologic signal at the current time and a second order finite difference of the physiologic signal at the current time; predict a difference value using the difference signal and a prediction algorithm, the difference value being a difference between a predicted future value of the physiologic signal at a future time and the current value; calculate the predicted future value based on the difference value and the current value; and update the control protocol according to the predicted future value. receive a measured data set containing a current value at a current time and past values at past times of a physiologic signal measured on a recipient, the physiologic signal being affected by motion; calculate a difference signal at the current time based on the measured data set, the difference signal being a set of finite differences of the physiologic signal approximating a set of derivatives of the physiologic signal and including a first order finite difference of the physiologic signal at the current time and a second order finite difference of the physiologic signal at the current time; predict a difference value using the difference signal and a prediction algorithm, the difference value being a difference between a predicted future value of the physiologic signal at a future time and the current value; calculate the predicted future value based on the difference value and the current value; and update the control protocol according to the predicted future value.
A probe for neural applications, comprising at least one lead, an Advanced Lead Can element comprising a switch matrix, a thin film comprising a distal end forming a part of a distal end of the lead and a proximal end electrically connected to the Advanced Lead Can element at the proximal end of the lead, and at least one protective tubing element (200, 200', 200"), wherein the protective tubing element (200, 200', 200") is at least partially arranged over and/or around the proximal end of the lead.
Compound of formula for the preparation of ruthenium-based catalysts wherein - a, b, c and d each are hydrogen; - R 1 is dimethylamino (NMe 2 -), nitro (NO 2 -) or chlorine; - R 2 is hydrogen, methyl, ethyl, n -propyl, iso -propyl, n -butyl or iso- butyl. - a, b, c and d each are hydrogen; - R 1 is dimethylamino (NMe 2 -), nitro (NO 2 -) or chlorine; - R 2 is hydrogen, methyl, ethyl, n -propyl, iso -propyl, n -butyl or iso- butyl.
A dry-to-the touch, ready-to-use hydrophilic intermittent catheter assembly, comprising: a catheter having an insertable portion with a hydrophilic outer surface in an activated condition, the catheter including a including a funnel associated with a drainage end of the catheter located opposite an insertion end thereof; characterized in: a liquid and vapor impermeable sleeve defining a closed cavity and covering at least the insertable portion of the catheter, the sleeve being sealed at a seal zone beyond the funnel and the seal zone provided with a weakened tear propagation line; an introducer tip adjacent to the insertion end of the insertable portion of the catheter wherein the liquid and vapor impermeable sleeve is sealed to the introducer tip to define the closed cavity; an amount of liquid disposed and contained within the closed cavity defined by the sleeve; the amount of liquid being contained within a liquid flow interfering element (20, 23a) that interferes with liquid flow, the liquid flow interfering element contained within the closed cavity defined by the sleeve and comprising a liquid impermeable, vapor permeable membrane sealed to an inner surface of the sleeve with the liquid being confined between the membrane and the inner surface of the sleeve; a vapor atmosphere contained within the cavity defined by the liquid and vapor impermeable sleeve wherein the vapor atmosphere is produced by vapor donated from the amount of liquid contained within the liquid flow interfering element (20, 23a).; a liquid and vapor impermeable sleeve defining a closed cavity and covering at least the insertable portion of the catheter, the sleeve being sealed at a seal zone beyond the funnel and the seal zone provided with a weakened tear propagation line; an introducer tip adjacent to the insertion end of the insertable portion of the catheter wherein the liquid and vapor impermeable sleeve is sealed to the introducer tip to define the closed cavity; an amount of liquid disposed and contained within the closed cavity defined by the sleeve; the amount of liquid being contained within a liquid flow interfering element (20, 23a) that interferes with liquid flow, the liquid flow interfering element contained within the closed cavity defined by the sleeve and comprising a liquid impermeable, vapor permeable membrane sealed to an inner surface of the sleeve with the liquid being confined between the membrane and the inner surface of the sleeve; a vapor atmosphere contained within the cavity defined by the liquid and vapor impermeable sleeve wherein the vapor atmosphere is produced by vapor donated from the amount of liquid contained within the liquid flow interfering element (20, 23a).;
A thermosensitive probe comprising: a non-metallic thermoconductive member defining a housing space; a thermosensitive element disposed in the housing space; and a coupling member having a portion surrounding the thermosensitive element in the housing space while fixing the thermosensitive element to the thermoconductive member, wherein a thermal conductivity of the thermoconductive member is higher than a thermal conductivity of the coupling member, the thermosensitive probe further comprising: an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire, wherein an outer diameter of the sheath: and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member. a non-metallic thermoconductive member defining a housing space; a thermosensitive element disposed in the housing space; and a coupling member having a portion surrounding the thermosensitive element in the housing space while fixing the thermosensitive element to the thermoconductive member, wherein a thermal conductivity of the thermoconductive member is higher than a thermal conductivity of the coupling member, the thermosensitive probe further comprising: an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire, wherein an outer diameter of the sheath: and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member. an electrically conductive core wire electrically connected to the thermosensitive element; and an electrically insulative sheath partially surrounding the core wire, wherein an outer diameter of the sheath: and an outer diameter of the thermoconductive member other, and coincide with each wherein a thermal conductivity of the sheath is lower than the thermal conductivity of the coupling member.
A porous separator for a secondary battery, comprising: a polymer porous substrate having pores; and an organic/inorganic composite porous layer formed on at least one surface of the polymer porous substrate, wherein the organic/inorganic composite porous layer includes inorganic particles, binder polymer particles, and an adsorbent polymer binder, and the inorganic particles are coated with the adsorbent polymer binder on at least a portion of surface, wherein a maximum radius of gyration of the adsorbent polymer binder is 1/100 or more and 1/4 or less of a median diameter of the inorganic particles, wherein the maximum radius of gyration of the adsorbent polymer binder is 50nm or less. a polymer porous substrate having pores; and an organic/inorganic composite porous layer formed on at least one surface of the polymer porous substrate, wherein the organic/inorganic composite porous layer includes inorganic particles, binder polymer particles, and an adsorbent polymer binder, and the inorganic particles are coated with the adsorbent polymer binder on at least a portion of surface, wherein a maximum radius of gyration of the adsorbent polymer binder is 1/100 or more and 1/4 or less of a median diameter of the inorganic particles, wherein the maximum radius of gyration of the adsorbent polymer binder is 50nm or less.
Seat arrangement for disabled persons, in particular wheelchair or pushchair, with a frame, which has two rails parallel to one another, and a seat surface arranged on the frame, which seat surface is fastened displaceably in the direction of the rails and pivotably on the frame, wherein it comprises a fastening unit which fastens the seat surface displaceably and pivotably on at least one of the rails, wherein the fastening unit has a pivotable coupling element for fastening the seat surface, wherein the coupling element is located between the two rails, characterised in that the fastening unit has at least one bearing through which one of the rails protrudes and which is displaceable in the longitudinal direction of the rail, that the displacement movement of the fastening unit is delimited by at least one stop and that at least one bias spring pushes the fastening unit against the stop.