mhurhangee/ep-ind-claims huggingface dataset:
A computer system for controlling drilling operations, the computer system comprising: a processor; a memory coupled to the processor, wherein the memory comprises instructions executable by the processor for: (a) determining values for a plurality of drilling parameters; (b) responsive to the determined values of the plurality of drilling parameters, setting a plurality of operating parameters for slide drilling in a wellbore; (c) determining an amount of change in weight on bit during drilling; (d) responsive to a desired amount of change in WOB, determining an effect on toolface; (e) determining a time for WOB to be delivered to a bit; (f) determining a spindle change required to modify the toolface to a toolface target; (g) sending a signal to apply the determined spindle change; (h) sending a signal to apply a traveling block velocity change to correct an anticipated toolface error value when the traveling block velocity change manifests at the bit; and (i) repeating step (h) during a time period for the toolface to reach the toolface target. a processor; a memory coupled to the processor, wherein the memory comprises instructions executable by the processor for: (a) determining values for a plurality of drilling parameters; (b) responsive to the determined values of the plurality of drilling parameters, setting a plurality of operating parameters for slide drilling in a wellbore; (c) determining an amount of change in weight on bit during drilling; (d) responsive to a desired amount of change in WOB, determining an effect on toolface; (e) determining a time for WOB to be delivered to a bit; (f) determining a spindle change required to modify the toolface to a toolface target; (g) sending a signal to apply the determined spindle change; (h) sending a signal to apply a traveling block velocity change to correct an anticipated toolface error value when the traveling block velocity change manifests at the bit; and (i) repeating step (h) during a time period for the toolface to reach the toolface target. (a) determining values for a plurality of drilling parameters; (b) responsive to the determined values of the plurality of drilling parameters, setting a plurality of operating parameters for slide drilling in a wellbore; (c) determining an amount of change in weight on bit during drilling; (d) responsive to a desired amount of change in WOB, determining an effect on toolface; (e) determining a time for WOB to be delivered to a bit; (f) determining a spindle change required to modify the toolface to a toolface target; (g) sending a signal to apply the determined spindle change; (h) sending a signal to apply a traveling block velocity change to correct an anticipated toolface error value when the traveling block velocity change manifests at the bit; and (i) repeating step (h) during a time period for the toolface to reach the toolface target.
In an intermediate network node, a lossless adjustment method of ODUflex channel bandwidth, characterized in that the method comprises: receiving a bandwidth adjustment indication request information; adjusting (101, 202), according to the bandwidth adjustment indication request information, the number of time slots occupied by an ODUflex frame in a Higher Order Optical Channel Data Unit, HO ODU, at an egress side of the intermediate network node on an ODUflex channel; receiving a rate adjustment indication information; adjusting (102, 203), according to the rate adjustment indication information, a transmission rate of the ODUflex frame of the intermediate network node on the ODUflex channel, to enable the transmission rate of each network node on the ODUflex channel to be unified. receiving a bandwidth adjustment indication request information; adjusting (101, 202), according to the bandwidth adjustment indication request information, the number of time slots occupied by an ODUflex frame in a Higher Order Optical Channel Data Unit, HO ODU, at an egress side of the intermediate network node on an ODUflex channel; receiving a rate adjustment indication information; adjusting (102, 203), according to the rate adjustment indication information, a transmission rate of the ODUflex frame of the intermediate network node on the ODUflex channel, to enable the transmission rate of each network node on the ODUflex channel to be unified.
Extramedullary alignment system of the instruments used in total knee arthroplasty, comprising: - a fixed femoral guide, configured to be placed on the femur of a patient, comprising a curved surface partially delimited by an irregular edge and configured to fit and tightly contact the femur, surrounding the articular surface of the femoral condyles without overlapping said articular surface, a fixation element for the fixation of the fixed femoral guide to the femur and a connection element through which a first joinable femoral guide and a second joinable femoral guide are configured to be detachably and consecutively coupled; and - a tibial guide, configured to be placed on an anteromedial region of the patient's tibia, comprising a curved surface configured to adapt to the tibia, surrounding the articular surface of the tibia without overlapping said articular surface, the system also comprising - the first joinable femoral guide comprising two through holes parallel to each other, the holes being arranged in a plane perpendicular to the mechanical axis of the femur when the fixed femoral guide is placed on the femur and the first joinable femoral guide is coupled to the fixed femoral guide, and - the second joinable femoral guide comprising at least a pair of through holes, being these holes aligned parallel to the epicondylar line of the femur when the fixed femoral guide is placed on the femur and the second joinable femoral guide is coupled to the fixed femoral guide. - a fixed femoral guide, configured to be placed on the femur of a patient, comprising a curved surface partially delimited by an irregular edge and configured to fit and tightly contact the femur, surrounding the articular surface of the femoral condyles without overlapping said articular surface, a fixation element for the fixation of the fixed femoral guide to the femur and a connection element through which a first joinable femoral guide and a second joinable femoral guide are configured to be detachably and consecutively coupled; and - a tibial guide, configured to be placed on an anteromedial region of the patient's tibia, comprising a curved surface configured to adapt to the tibia, surrounding the articular surface of the tibia without overlapping said articular surface, the system also comprising - the first joinable femoral guide comprising two through holes parallel to each other, the holes being arranged in a plane perpendicular to the mechanical axis of the femur when the fixed femoral guide is placed on the femur and the first joinable femoral guide is coupled to the fixed femoral guide, and - the second joinable femoral guide comprising at least a pair of through holes, being these holes aligned parallel to the epicondylar line of the femur when the fixed femoral guide is placed on the femur and the second joinable femoral guide is coupled to the fixed femoral guide.
A 3D printing build material container outlet structure, the outlet structure comprising: a valve element comprising one or more sections to define a barrier that substantially closes the outlet structure when the valve element is in a closed configuration and wherein the one or more sections are displaced to open the outlet structure when the valve element changes to an open configuration, the valve element having: the open configuration to enable a tube, when inserted in the outlet structure, to aspirate build material from the container; and the closed configuration to inhibit build material from exiting the container; wherein the valve element changes from the closed configuration to the open configuration by at least one of: through the insertion of the tube in the outlet structure to displace the valve element; and through the application of a vacuum force to the outlet structure when the tube has been inserted in the outlet structure, characterized in that each of the one or more sections is urged inwardly of the outlet structure by the tube or the vacuum force to change the valve element from the closed configuration to the open configuration. a valve element comprising one or more sections to define a barrier that substantially closes the outlet structure when the valve element is in a closed configuration and wherein the one or more sections are displaced to open the outlet structure when the valve element changes to an open configuration, the valve element having: the open configuration to enable a tube, when inserted in the outlet structure, to aspirate build material from the container; and the closed configuration to inhibit build material from exiting the container; the open configuration to enable a tube, when inserted in the outlet structure, to aspirate build material from the container; and the closed configuration to inhibit build material from exiting the container; wherein the valve element changes from the closed configuration to the open configuration by at least one of: through the insertion of the tube in the outlet structure to displace the valve element; and through the application of a vacuum force to the outlet structure when the tube has been inserted in the outlet structure, characterized in that each of the one or more sections is urged inwardly of the outlet structure by the tube or the vacuum force to change the valve element from the closed configuration to the open configuration. through the insertion of the tube in the outlet structure to displace the valve element; and through the application of a vacuum force to the outlet structure when the tube has been inserted in the outlet structure, characterized in that each of the one or more sections is urged inwardly of the outlet structure by the tube or the vacuum force to change the valve element from the closed configuration to the open configuration.
A method for producing a rubber composition that includes a rubber component including solid natural rubber without use of stable viscosity natural rubber, at least one filler selected from an inorganic filler and carbon black, and a hydrazide compound, the method comprising: a compounding step performed in a preliminary compounding stage and a plurality of compounding stages, wherein the compounding step is performed in a batch process or continuous process in a rubber kneader and without performance of a mastication step, adding the hydrazide compound to the rubber component and kneading at a temperature of 70°C to 120°C for 15 seconds to 60 seconds in the preliminary compounding stage, wherein the hydrazide compound is propionic acid hydrazide, and adding, mixing and dispersing the filler into the rubber component into which the hydrazide compound has been kneaded, in a first compounding stage subsequent to the preliminary compounding stage. a compounding step performed in a preliminary compounding stage and a plurality of compounding stages, wherein the compounding step is performed in a batch process or continuous process in a rubber kneader and without performance of a mastication step, adding the hydrazide compound to the rubber component and kneading at a temperature of 70°C to 120°C for 15 seconds to 60 seconds in the preliminary compounding stage, wherein the hydrazide compound is propionic acid hydrazide, and adding, mixing and dispersing the filler into the rubber component into which the hydrazide compound has been kneaded, in a first compounding stage subsequent to the preliminary compounding stage.
A charging station comprising a charger plug for supplying electric energy to an electric vehicle and for supplying cooling of the electric vehicle, the charger plug comprising at least a first electric connector comprising a first electric contact and at least a second electric contact, the first electric connector being arranged to be coupled with a corresponding second electric connector of a charging receiver, so that the first and second electric contacts (5, 5') being electrically connected with corresponding first and second electric contacts (6, 6') of the second electric connector, and comprising a first fluid connector comprising a first fluid inlet duct and a second fluid outlet duct, the first fluid connector being arranged to be coupled with a corresponding second fluid connector of the charging receiver, so that the first fluid inlet duct being connected with a corresponding third fluid outlet duct of the second fluid connector and that the second fluid outlet duct being connected with a corresponding fourth fluid inlet duct of the second fluid connector, the first electric contact being located on a first protrusion and the second electric contact being located on a second protrusion, the first fluid inlet duct passing through the first protrusion and the second fluid outlet duct passing through the second protrusion, the charging station being characterized in that it comprises a protection housing arranged to protect the charger plug, the protection housing comprising a first protection lid and a second protection lid arranged to be movable between a closed position and an open position, the first protection lid and the second protection lid being arranged to move from the closed position to the open position when the first protrusion and the second protrusion lean against the first protection lid and the second protection lid respectively and wherein the first protection lid and the second protection lid comprise respectively first cleaning means and second cleaning means provided to clean the first and second electric contacts (5, 5'), when the charger plug is moved outside the protection housing.
Process for manufacturing a monofilament made of glass-resin composite comprising glass filaments embedded in a resin, comprising at least the following steps: - creating a rectilinear arrangement of glass filaments and conveying this arrangement in a feed direction: - in a vacuum chamber, degassing the arrangement of glass filaments by the action of the vacuum; - at the outlet of the vacuum chamber, after degassing, passing through an impregnation chamber under vacuum so as to impregnate said arrangement of glass filaments with a photocurable resin composition in the liquid state, referred to as impregnation resin, to obtain a pre-preg containing the glass filaments and the resin composition; - passing said pre-preg through a sizing die having a cross section of predefined area and shape, to provide it with the shape of a monofilament; - downstream of the die, in a UV irradiation chamber, polymerizing the resin composition under the action of the UV rays, the irradiation chamber comprising a tube which is transparent to UV rays, referred to as an irradiation tube, through which the monofilament moves during formation, having a stream of inert gas flowing through it characterized in that: - the speed, denoted Sir, of passage of the monofilament through the irradiation chamber is in a range from 60 to 120 m/min; - the duration of irradiation, denoted D ir, of the monofilament in the irradiation chamber is in a range from 2 to 5 s. - creating a rectilinear arrangement of glass filaments and conveying this arrangement in a feed direction: - in a vacuum chamber, degassing the arrangement of glass filaments by the action of the vacuum; - at the outlet of the vacuum chamber, after degassing, passing through an impregnation chamber under vacuum so as to impregnate said arrangement of glass filaments with a photocurable resin composition in the liquid state, referred to as impregnation resin, to obtain a pre-preg containing the glass filaments and the resin composition; - passing said pre-preg through a sizing die having a cross section of predefined area and shape, to provide it with the shape of a monofilament; - downstream of the die, in a UV irradiation chamber, polymerizing the resin composition under the action of the UV rays, the irradiation chamber comprising a tube which is transparent to UV rays, referred to as an irradiation tube, through which the monofilament moves during formation, having a stream of inert gas flowing through it - the speed, denoted Sir, of passage of the monofilament through the irradiation chamber is in a range from 60 to 120 m/min; - the duration of irradiation, denoted D ir, of the monofilament in the irradiation chamber is in a range from 2 to 5 s.
A clamp ring assembly for use in a can bottom former, said clamp ring assembly comprising: a clamp ring retainer; a clamp ring, having a circumferential channel and cooperating biasing members seated within the circumferential channel; and an inner dome die having a flange and being characterized in that it has a tapered side wall. a clamp ring retainer; a clamp ring, having a circumferential channel and cooperating biasing members seated within the circumferential channel; and an inner dome die having a flange and being characterized in that it has a tapered side wall.
A solar protection device (24, 40) delimiting a zone for protection against solar radiation from an outside zone, said device (24, 40) comprising at least one panel (4, 26) having opposite outside and inside faces (4a, 26a; 4b), the inside face being intended, in operation, to face said zone for protection, the outside face (4a, 26a) being intended, in operation, to face the solar radiation and being arranged to reflect solar radiation, the device being characterized in that the inside face of said panel (4, 26) comprises superposed and in this order: a first layer having an infrared emissivity rate s1 (%) and a second layer having an infrared emissivity rate s2 (%), the infrared emissivity rate s2 (%) of the second layer being less than the infrared emissivity rate ε1 (%) of the first layer, said panel (4, 26) being arranged so that said inside face presents an infrared emissivity rate ε3 (%) that is less than the infrared emissivity rate ε4 (%) of the outside face (4a, 26a).
High-pressure pump for delivering a fluid, in particular fuel, for example diesel, comprising - a housing, - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - wherein the at least one piston is supported indirectly on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft, - a lubricating chamber, within which the drive shaft with the at least one cam is arranged, for the lubricating and cooling of the drive shaft, - at least one shaft plain bearing for the mounting of the drive shaft with a fluid-conducting connection of a gap, in particular ring-shaped gap, between the shaft plain bearing and the drive shaft to the lubricating chamber., such that the at least one shaft plain bearing is lubricated and cooled by way of the lubricating fluid from the lubricating chamber, wherein - at least one duct for the additional discharging of lubricating fluid from the lubricating chamber is formed into the housing and/or into a bearing bushing for the drive shaft, characterized in that the at least one duct is formed as a groove in the housing and/or in the bearing bushing, and the housing has an opening or a blind hole for the mounting of the drive shaft and the at least one duct is formed at the opening or on the blind hole, wherein the gap, in particular ring-shaped gap, between the shaft plain bearing and the drive shaft is connected in fluid-conducting fashion to the return bore and/or to the return line by way of a return restrictor throttle, and in particular, the return restrictor throttle is formed into the housing and/or into the bearing bushing. - a housing, - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - wherein the at least one piston is supported indirectly on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft, - a lubricating chamber, within which the drive shaft with the at least one cam is arranged, for the lubricating and cooling of the drive shaft, - at least one shaft plain bearing for the mounting of the drive shaft with a fluid-conducting connection of a gap, in particular ring-shaped gap, between the shaft plain bearing and the drive shaft to the lubricating chamber., such that the at least one shaft plain bearing is lubricated and cooled by way of the lubricating fluid from the lubricating chamber, wherein - at least one duct for the additional discharging of lubricating fluid from the lubricating chamber is formed into the housing and/or into a bearing bushing for the drive shaft,
An endoprosthesis delivery system, comprising: an outer member, a catheter and a stent positioned between the catheter and the outer member; the catheter includes a tube having a proximal tube portion; characterized in that the proximal tube portion defines a plurality of sockets and a plurality of inserts, each insert operatively associated with each socket and projecting radially outward of the proximal tube portion; the tube has a first lubricity and an outer surface of each insert has a second lubricity different from the first lubricity; and the second lubricity is greater than the first lubricity. an outer member, a catheter and a stent positioned between the catheter and the outer member; the catheter includes a tube having a proximal tube portion; characterized in that the proximal tube portion defines a plurality of sockets and a plurality of inserts, each insert operatively associated with each socket and projecting radially outward of the proximal tube portion; the tube has a first lubricity and an outer surface of each insert has a second lubricity different from the first lubricity; and the second lubricity is greater than the first lubricity.
Mixing valve with a housing, in which a first flow duct and a second flow duct are arranged, the second flow duct issuing into the first flow duct, and in each case with a flap which is mounted rotatably in the respective flow duct in order to influence the throughflow cross section, characterized in that the first flow duct has downstream of the issue of the second flow duct, as seen in the flow direction, a region with at least two cross-sectional widenings (14, 15), and in that at least one stationary guide element (12, 13) projecting into the flow duct is arranged in this region.
Fall-through protection for skylights, light shafts, roof hatches, roof windows and the like, having a safety net which is fastened to holders, characterised in that at least one holder consists of a fundamentally trapezoidal plate, the height and arms (9, 9') of which are preferably substantially larger than the length of the sides (3,4) that are parallel to each other, and a widened elongation region is provided in the region of its longer parallel sides, the base, in which elongation region at least one brake slot is provided, into which the narrow end of the plate is inserted and is enclosed by the formation of a clinch.