mhurhangee/ep-ind-claims huggingface dataset:
A laparoscopic forceps comprising: handpiece; a jaw bias mechanism; a tubular member including: an outer tube, and an inner tube, wherein the outer tube and inner tube are configured for relative axial motion when acted upon by the jaw bias mechanism; and two or more jaws that extend out of the tubular member and the two or more jaws pivot on a common axis that is anchored to the inner tube; wherein the outer tube, during actuation of the jaw bias mechanism, overruns the two or more jaws so that the two or more jaws are moved towards each other, wherein the common axis is a pin that connects each of the two or more jaws to the tubular member, and wherein the laparoscopic forceps include a blade and the blade includes a pin recess that receives a portion of the pin so that the blade is movable along a longitudinal axis of the tubular member. handpiece; a jaw bias mechanism; a tubular member including: an outer tube, and an inner tube, wherein the outer tube and inner tube are configured for relative axial motion when acted upon by the jaw bias mechanism; and two or more jaws that extend out of the tubular member and the two or more jaws pivot on a common axis that is anchored to the inner tube; wherein the outer tube, during actuation of the jaw bias mechanism, overruns the two or more jaws so that the two or more jaws are moved towards each other, wherein the common axis is a pin that connects each of the two or more jaws to the tubular member, and wherein the laparoscopic forceps include a blade and the blade includes a pin recess that receives a portion of the pin so that the blade is movable along a longitudinal axis of the tubular member. an outer tube, and an inner tube, wherein the outer tube and inner tube are configured for relative axial motion when acted upon by the jaw bias mechanism; and two or more jaws that extend out of the tubular member and the two or more jaws pivot on a common axis that is anchored to the inner tube;
A turbulence free ring for a pipe-coupler unit, the turbulence free ring comprising: a main portion forming a closed loop of predetermined diameter; webbed portions extending in an axial direction from the main portion; a fitment edge, extending in a radially outward direction from the main portion; and characterized in that a raised section having a top surface having a concave profile, wherein, in use, the top surface rises to be substantially flat and in line with the inner surface of the pipe-coupler unit upon exertion of a compressive force and a reactive force on the turbulence free ring, the raised section extending in a radially inward direction from the main portion, wherein each of the webbed portions is connected to the raised section via a curved section, the curved section being configured with a radius in a range of about 0.75 mm to about 2 mm. a main portion forming a closed loop of predetermined diameter; webbed portions extending in an axial direction from the main portion; a fitment edge, extending in a radially outward direction from the main portion; and characterized in that a raised section having a top surface having a concave profile, wherein, in use, the top surface rises to be substantially flat and in line with the inner surface of the pipe-coupler unit upon exertion of a compressive force and a reactive force on the turbulence free ring, the raised section extending in a radially inward direction from the main portion, wherein each of the webbed portions is connected to the raised section via a curved section, the curved section being configured with a radius in a range of about 0.75 mm to about 2 mm.
A self organizing network, SON, coordination method, comprising: obtaining, by SON coordination device, a coordination parameter before running of a SON function, wherein the coordination parameter comprises a parameter changed by running of a previous SON function or a change value of a parameter changed by running of a previous SON function, and the parameter affects the running of the SON function; coordinating, by the SON coordination device according to the coordination parameter, the running of the SON function; returning or notifying, by the SON coordination device, a result or a state of the running of the SON function after the running of the SON function ends. obtaining, by SON coordination device, a coordination parameter before running of a SON function, wherein the coordination parameter comprises a parameter changed by running of a previous SON function or a change value of a parameter changed by running of a previous SON function, and the parameter affects the running of the SON function; coordinating, by the SON coordination device according to the coordination parameter, the running of the SON function; returning or notifying, by the SON coordination device, a result or a state of the running of the SON function after the running of the SON function ends.
A three-dimensional measuring device, characterised in that it comprises: - a base intended to be fixed to a support assembly and lying in a first plane, - a plate mounted so as to rotate on the base about a first axis orthogonal to this first plane, said plate being equipped with a first sensor determining the angle of rotation (Φ) of the plate about this first axis, - a single rocking telescopic arm composed of several hollow rods (2.1, 2.2, 2.3, 2.4) sliding in one another, a first end of which is articulated on the plate about a second axis orthogonal to the first axis so as to be able to rock in a second plane (P') containing the first axis and orthogonal to the second axis, the angle of rotation (θ) of said single arm about the second axis being determined by a second sensor, the second end of the single telescopic arm being provided with a measuring feeler, and the said single arm being equipped with a third sensor determining the elongation length (ρ) of the arm in translation, the spatial position of the measuring feeler being determined by its polar coordinates (ρ, θ, Φ) in the fixed three-dimensional reference frame consisting of the base once the latter is fixed to the support assembly. - a base intended to be fixed to a support assembly and lying in a first plane, - a plate mounted so as to rotate on the base about a first axis orthogonal to this first plane, said plate being equipped with a first sensor determining the angle of rotation (Φ) of the plate about this first axis, - a single rocking telescopic arm composed of several hollow rods (2.1, 2.2, 2.3, 2.4) sliding in one another, a first end of which is articulated on the plate about a second axis orthogonal to the first axis so as to be able to rock in a second plane (P') containing the first axis and orthogonal to the second axis, the angle of rotation (θ) of said single arm about the second axis being determined by a second sensor, the second end of the single telescopic arm being provided with a measuring feeler, and the said single arm being equipped with a third sensor determining the elongation length (ρ) of the arm in translation,
An electronic control unit connected to a first network in an onboard network system, the onboard network system including the first network for transmission of a first-type frame following a first communication protocol, and a second network for transmission of a second-type frame following a second communication protocol that is different from the first communication protocol, the electronic control unit comprising: a generating unit adapted to generate the first-type frame following the first communication protocol; and a transmission unit adapted to transmit the first-type frame generated by the generating unit to the first network; characterized in that the first-type frame includes first information serving as a base for the second-type frame to be transmitted to the second network, and second information indicating that the first-type frame includes information that is to be transmitted to the second network. a generating unit adapted to generate the first-type frame following the first communication protocol; and a transmission unit adapted to transmit the first-type frame generated by the generating unit to the first network; characterized in that the first-type frame includes first information serving as a base for the second-type frame to be transmitted to the second network, and second information indicating that the first-type frame includes information that is to be transmitted to the second network.
A radio terminal comprising: means for performing dual connectivity of a master cell group associated with a master node, MN, and a secondary cell group associated with a secondary node, SN,; means for receiving a third Radio Resource Control, RRC, message of an MN Radio Access Technology, RAT, from the master node, the third RRC message containing a first RRC message of an SN RAT from the SN, the first RRC message containing an execution condition of a conditional secondary cell group primary cell, PSCell, change from a first cell to a second cell; and means for, in response to the execution condition being satisfied, transmitting a fourth RRC message of the MN RAT to the master node, the fourth RRC message containing a second RRC message of the SN RAT destined for the secondary node. means for performing dual connectivity of a master cell group associated with a master node, MN, and a secondary cell group associated with a secondary node, SN,; means for receiving a third Radio Resource Control, RRC, message of an MN Radio Access Technology, RAT, from the master node, the third RRC message containing a first RRC message of an SN RAT from the SN, the first RRC message containing an execution condition of a conditional secondary cell group primary cell, PSCell, change from a first cell to a second cell; and means for, in response to the execution condition being satisfied, transmitting a fourth RRC message of the MN RAT to the master node, the fourth RRC message containing a second RRC message of the SN RAT destined for the secondary node.
A process for preparing a composition X comprising at least one organopolysiloxane A comprising at least one (meth)acrylate group, said process comprising the following steps: a) at least one organopolysiloxane B comprising at least one epoxy group is reacted, at a temperature of between 50 and 130°C, preferably between 70 and 130°C and even more preferentially between 90 and 125°C, with acrylic acid or methacrylic acid or a mixture of the two, in the absence of alcohol and in the presence: - of a catalyst C which is a complex of chromium in the oxidation state, - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, b) the reaction medium obtained at the end of step a) is devolatilized and c) said composition X comprising at least one organopolysiloxane A is obtained. a) at least one organopolysiloxane B comprising at least one epoxy group is reacted, at a temperature of between 50 and 130°C, preferably between 70 and 130°C and even more preferentially between 90 and 125°C, with acrylic acid or methacrylic acid or a mixture of the two, in the absence of alcohol and in the presence: - of a catalyst C which is a complex of chromium in the oxidation state, - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, - of a catalyst C which is a complex of chromium in the oxidation state, - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, b) the reaction medium obtained at the end of step a) is devolatilized and c) said composition X comprising at least one organopolysiloxane A is obtained.
Rotor of an electric machine, in particular an electric motor, having a rotor body which circumferentially surrounds a shaft and which has a first sub-body and a second sub-body which in the axial direction are joined together by means of an axle that extends in the axial direction and in terms of the shaft is offset in a radially outward manner, wherein the first sub-body has an eye within which a bush that receives the axle is disposed, and wherein the second sub-body has a lug that receives the axle, characterized in that the first and the second sub-body (26, 28) each are a laminated core.
System for operating a car park, the car park having a parking area (303, 401, 601) for parking motor vehicles (605, 607, 609), comprising: - multiple pressure sensors for detecting multiple motor vehicles (605, 607, 609) that are on the parking area (303, 401, 601), - a processor for ascertaining a respective size of area sections of the parking area (303, 401, 601) that are occupied by means of the detected motor vehicles (605, 607, 609) on the basis of the detection, - the processor being designed to add the occupied area sections with the ascertained size to a digital map of the car park, with the result that a digital map of the car park is produced that indicates what area sections of what size are occupied, - a detection device for detecting a size of a further motor vehicle (901, 903) intended to be parked on the parking area (303, 401, 601), - the processor being designed to ascertain a further area section of the parking area (303, 401, 601) for the further motor vehicle (901, 903) on the basis of the digital map produced and the detected size of the further motor vehicle (901, 903), on which the further motor vehicle (901, 903) is intended to park, characterized in that the pressure sensors are arranged inside one or more hoses and the hose or hoses are arranged on the parking area (303, 401, 601) and/or the hose or hoses are arranged so as to be recessed in the parking area (303, 401, 601). - multiple pressure sensors for detecting multiple motor vehicles (605, 607, 609) that are on the parking area (303, 401, 601), - a processor for ascertaining a respective size of area sections of the parking area (303, 401, 601) that are occupied by means of the detected motor vehicles (605, 607, 609) on the basis of the detection, - the processor being designed to add the occupied area sections with the ascertained size to a digital map of the car park, with the result that a digital map of the car park is produced that indicates what area sections of what size are occupied, - a detection device for detecting a size of a further motor vehicle (901, 903) intended to be parked on the parking area (303, 401, 601), - the processor being designed to ascertain a further area section of the parking area (303, 401, 601) for the further motor vehicle (901, 903) on the basis of the digital map produced and the detected size of the further motor vehicle (901, 903), on which the further motor vehicle (901, 903) is intended to park,
A system for determining the location of an x-ray source of an x-ray machine comprising: an x-ray source, said x-ray source emitting x-ray beams, said emitted x-ray beams having an idealized beam path, said x-ray source having a source locator associated therewith, said source locator including an IR transmitter, a computing device for determining a location of the x-ray source based on determining size differences between an x-ray opaque object and an image of the x-ray opaque object; a digital storage device for storing location information derived from the computing device; and an x-ray grid having x-ray grid lines, said x-ray grid lines being adjustable to said idealized beam path of said x-ray beam source in response to the location information transmitted from the IR transmitter to selectively permit said emitted x-ray beams to pass through said x-ray grid, wherein the location information stored in the digital storage device is transmitted by the IR transmitter. an x-ray source, said x-ray source emitting x-ray beams, said emitted x-ray beams having an idealized beam path, said x-ray source having a source locator associated therewith, said source locator including an IR transmitter, a computing device for determining a location of the x-ray source based on determining size differences between an x-ray opaque object and an image of the x-ray opaque object; a digital storage device for storing location information derived from the computing device; and an x-ray grid having x-ray grid lines, said x-ray grid lines being adjustable to said idealized beam path of said x-ray beam source in response to the location information transmitted from the IR transmitter to selectively permit said emitted x-ray beams to pass through said x-ray grid, wherein the location information stored in the digital storage device is transmitted by the IR transmitter.
A method of performing a handover by a user equipment, UE, in a wireless communication system, the method comprising: receiving a handover command from a serving cell; obtaining system information of a target cell from the serving cell with the handover command when performing inter-cell interference coordination, ICIC, for the serving cell and the target cell, wherein the UE recognizes that the ICIC is performed when i) a subframe set for restricted measurement is received, ii) an almost blank subframe, ABS configuration is received, iii) an adjustment of a threshold related to a criterion of a measurement report is received and iv) signaling indicating not to decode a physical broadcasting channel, PBCH, is received, obtaining synchronization of the target cell, and performing a random access procedure for the target cell based on the handover command; wherein the system information includes a subframe offset when a time boundary is matched with each other between the serving cell and the target cell, and wherein obtaining synchronization of the target cell is based on a subframe number of the serving cell and the subframe offset. receiving a handover command from a serving cell; obtaining system information of a target cell from the serving cell with the handover command when performing inter-cell interference coordination, ICIC, for the serving cell and the target cell, wherein the UE recognizes that the ICIC is performed when i) a subframe set for restricted measurement is received, ii) an almost blank subframe, ABS configuration is received, iii) an adjustment of a threshold related to a criterion of a measurement report is received and iv) signaling indicating not to decode a physical broadcasting channel, PBCH, is received, obtaining synchronization of the target cell, and performing a random access procedure for the target cell based on the handover command; wherein the system information includes a subframe offset when a time boundary is matched with each other between the serving cell and the target cell, and wherein obtaining synchronization of the target cell is based on a subframe number of the serving cell and the subframe offset.
An emergency ship arrest system for large, ocean-going vessels comprising: a vessel attachment system configured to operatively connect to a disabled large, ocean-going vessel at sea, the vessel attachment system including a continuous bridle line and a hawser assembly having a hawser line, and a hawser bushing secured to a proximal end of the hawser line, wherein the continuous bridle line is slidingly disposed through a central opening of the hawser bushing, wherein the continuous bridle line is configured to engage fittings on two sides of a foredeck of the disabled vessel to distribute a load applied to the hawser line over the fittings on two sides of the foredeck and to equalize the load distribution over the fittings on two sides of the foredeck independent of a position of the hawser bushing along the continuous bridle line; and; a para sea anchor system (80, 232) detachably connected to the vessel attachment system in an anchor position, the para sea anchor system including a main rode and a para sea anchor having a canopy and a plurality of shrouds, wherein a proximal end of the main rode is detachably connected to a distal end of the hawser line in the anchor position to generate a drag force sufficient to slow the drift rate of the disabled vessel, wherein each of the plurality of shrouds of the para sea anchor interconnects a distal end of the main rode and a perimeter of the canopy. a vessel attachment system configured to operatively connect to a disabled large, ocean-going vessel at sea, the vessel attachment system including a continuous bridle line and a hawser assembly having a hawser line, and a hawser bushing secured to a proximal end of the hawser line, wherein the continuous bridle line is slidingly disposed through a central opening of the hawser bushing, wherein the continuous bridle line is configured to engage fittings on two sides of a foredeck of the disabled vessel to distribute a load applied to the hawser line over the fittings on two sides of the foredeck and to equalize the load distribution over the fittings on two sides of the foredeck independent of a position of the hawser bushing along the continuous bridle line; and; a para sea anchor system (80, 232) detachably connected to the vessel attachment system in an anchor position, the para sea anchor system including a main rode and a para sea anchor having a canopy and a plurality of shrouds, wherein a proximal end of the main rode is detachably connected to a distal end of the hawser line in the anchor position to generate a drag force sufficient to slow the drift rate of the disabled vessel, wherein each of the plurality of shrouds of the para sea anchor interconnects a distal end of the main rode and a perimeter of the canopy.
A method for treating oilfield produced water, wherein the oilfield produced water comprises hydrocarbons and hazardous sulfides, the method comprising: introducing the oilfield produced water to an oil removal vessel, wherein the oil removal vessel removes a portion of the hydrocarbons from the oilfield produced water to provide a reduced oil produced water; introducing the reduced oil produced water to an iron sponge downstream of said oil removal vessel, wherein the iron sponge removes a portion of the hazardous sulfides from the reduced oil produced water to provide a reduced sulfide produced water; characterized by measuring the amount of hazardous sulfides in the reduced sulfide produced water from the iron sponge stage using a sulfide measuring device; and mixing a stabilized sodium percarbonate solution with the reduced sulfide produced water to remove a portion of the hazardous sulfides from the reduced sulfide produced water to provide a treated produced water, wherein said measured amount of hazardous sulfides determines the amount of stabilized sodium percarbonate solution to provide to mix with the reduced sulfide produced water. introducing the oilfield produced water to an oil removal vessel, wherein the oil removal vessel removes a portion of the hydrocarbons from the oilfield produced water to provide a reduced oil produced water; introducing the reduced oil produced water to an iron sponge downstream of said oil removal vessel, wherein the iron sponge removes a portion of the hazardous sulfides from the reduced oil produced water to provide a reduced sulfide produced water; characterized by measuring the amount of hazardous sulfides in the reduced sulfide produced water from the iron sponge stage using a sulfide measuring device; and mixing a stabilized sodium percarbonate solution with the reduced sulfide produced water to remove a portion of the hazardous sulfides from the reduced sulfide produced water to provide a treated produced water, wherein said measured amount of hazardous sulfides determines the amount of stabilized sodium percarbonate solution to provide to mix with the reduced sulfide produced water.