mhurhangee/ep-ind-claims huggingface dataset:
A process comprising polymerising in a loop reactor of a continuous tubular construction an olefin monomer optionally together with an olefin comonomer in the presence of a polymerisation catalyst in a diluent to produce a slurry comprising solid particulate olefin polymer and the diluent wherein the average internal diameter of at least 50% of the total length of the reactor is at least 650 millimeters, the solids concentration in the reactor is at least 15 volume % and having a particle size distribution of the polymer particles such that (D90-D10)/D50 is less than 1.5, and further wherein D95 is less than 1000μm, where D10, D50 and D90 are the diameters under which 10%, 50% and 90% by weight respectively of the particles are collected and D95 is the diameter under which 95% by weight of the particles are collected.
A process for the functional ejaculate-related quality evaluation of the spermatozoa of a male bovine for prognosticating the fertility by examining functions of spermatozoa contained in an ejaculate of said male bovine, characterized in that the binding capacity of at least a fraction of the spermatozoa from the ejaculate to fucose or a compound containing fucose is determined as a function of the spermatozoa contained in the ejaculate in a cell-free assay, wherein a binding capacity of the spermatozoa to the fucose or to a compound containing fucose that is increased over that of a control indicates a higher fertility of the spermatozoa and thus a higher quality of the ejaculate.
A polyolefin composition, comprising a polyolefin and a first stabilizer comprising a phenol moiety which is alkyl substituted in ortho position to the hydroxy group of the phenol moiety but unsubstituted in the other ortho position; and a second stabilizer comprising a phenol moiety which is alkyl substituted in both ortho positions to the hydroxy group of the phenol moiety, whereby the second stabilizer comprises both of the following structures: and
A process for the preparation of 4-cyanobenzoyl chlorides of formula I, wherein R is halogen, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, C 1 -C 4 -alkoxy, or C 1 -C 4 -haloalkoxy; n is 0, 1 or 2; the process comprising reacting a compound of formula II, wherein the variable R is as defined above for compounds of formula I, with a chlorinating agent. R is halogen, C 1 -C 4 -alkyl, C 1 -C 4 -haloalkyl, C 1 -C 4 -alkoxy, or C 1 -C 4 -haloalkoxy; n is 0, 1 or 2;
A train control network comprising a rail, a first communication element (1, 1') and a second communication element (2, 2'), which are configured to communicate with each other, wherein the first communication element (1, 1') comprises or is connected to a first HF-injector mounted on a train, adapted for injecting HF-signals into the rail, wherein the second communication element (2, 2') comprises or is connected to a second HF-receiver mounted on a train, adapted for receiving HF-signals transmitted via the rail, wherein an evaluation unit is provided on board of said train for analyzing the received HF-signals, wherein the second communication element (2, 2') is adapted for transferring the HF-signals to the evaluation unit; characterized in that the HF-signals are time signals with frequency of the HF-signals is > 1MHz; wherein the train control network further comprises a train integrity module for determining train integrity, wherein a time basis device is adapted for providing a common time basis for the HF-receiver and the second HF-injector, and the evaluation unit, wherein the first HF-injector, the second HF-receiver, the rail, the time basis device and the evaluation unit are adapted for determining train integrity by determining the length of the train, wherein the evaluation unit is configured to evaluate the length of the train by evaluating the HF-signal-runtime within the rail between first HF-injector and the second HF-receiver by determining the difference of the injection time and the reception time. wherein the first communication element (1, 1') comprises or is connected to a first HF-injector mounted on a train, adapted for injecting HF-signals into the rail, wherein the second communication element (2, 2') comprises or is connected to a second HF-receiver mounted on a train, adapted for receiving HF-signals transmitted via the rail, wherein an evaluation unit is provided on board of said train for analyzing the received HF-signals, wherein the second communication element (2, 2') is adapted for transferring the HF-signals to the evaluation unit; characterized in that the HF-signals are time signals with frequency of the HF-signals is > 1MHz; wherein the train control network further comprises a train integrity module for determining train integrity, wherein a time basis device is adapted for providing a common time basis for the HF-receiver and the second HF-injector, and the evaluation unit, wherein the first HF-injector, the second HF-receiver, the rail, the time basis device and the evaluation unit are adapted for determining train integrity by determining the length of the train, wherein the evaluation unit is configured to evaluate the length of the train by evaluating the HF-signal-runtime within the rail between first HF-injector and the second HF-receiver by determining the difference of the injection time and the reception time.
A method for forwarding information, in a system comprising a first edge network, EN, and a transit network, TN, wherein the TN includes a first registration agent, RA; the method comprising:: obtaining, by a first border router, BR, in the first EN and the TN, an IP packet that carries an IP address indicating a destination edge network; parsing, by the first BR, the obtained IP packet to obtain a destination IP address of the obtained IP packet; sending, by the first BR, a BR query message that carries the destination IP address to the first RA, via a tunnel destined for an RAAnycast address; obtaining, by the first BR, from the first RA, BR information of a second BR in the destination edge network corresponding to the obtained IP address; and sending, by the first BR, the obtained IP packet to the second BR in the destination edge network for processing, through a communication tunnel set up between the first BR and the second BR. obtaining, by a first border router, BR, in the first EN and the TN, an IP packet that carries an IP address indicating a destination edge network; parsing, by the first BR, the obtained IP packet to obtain a destination IP address of the obtained IP packet; sending, by the first BR, a BR query message that carries the destination IP address to the first RA, via a tunnel destined for an RAAnycast address; obtaining, by the first BR, from the first RA, BR information of a second BR in the destination edge network corresponding to the obtained IP address; and sending, by the first BR, the obtained IP packet to the second BR in the destination edge network for processing, through a communication tunnel set up between the first BR and the second BR.
A recombinant host cell, comprising a recombinant gene encoding a polypeptide catalyzing glycosylation of steviol, steviol-1,2-bioside, steviol-1,3-bioside, steviol-13- O -glucoside (13-SMG), and/or Rebaudioside B (RebB) at its C-19 carboxyl group and having at least 80% sequence identity to the amino acid sequence set forth in SEQ ID NO:2 or 119, wherein the recombinant host cell is producing a steviol glycoside or a steviol glycoside composition.
Apparatus for extrusion of sulfur-crosslinkable rubber mixtures comprising - at least one plasticizing unit for plasticizing the produced sulfur-crosslinkable rubber mixtures, - at least one supplying unit arranged downstream of the plasticizing unit for supplying rubber mixtures into an extrusion unit, - at least one extrusion unit arranged downstream of the supplying unit and - at least one sensor unit for determining the actual metered weight of a rubber mixture extruded using the extrusion unit, characterized in that the apparatus additionally comprises a control unit configured for controlling the energy input into the plasticizing unit according to the metered weight and/or the metered weight variations of the rubber mixture extruded using the extrusion unit. - at least one plasticizing unit for plasticizing the produced sulfur-crosslinkable rubber mixtures, - at least one supplying unit arranged downstream of the plasticizing unit for supplying rubber mixtures into an extrusion unit, - at least one extrusion unit arranged downstream of the supplying unit and - at least one sensor unit for determining the actual metered weight of a rubber mixture extruded using the extrusion unit,
Method for manufacturing a thermocouple temperature sensor, comprising the following successive steps: a) manufacture of a mineral insulated cable comprising a protective sheath and two thermocouple wires (10, 12) extending inside the protective sheath over the entire length of the mineral insulated cable and embedded in a mineral insulation; b) stripping of one of the ends of the mineral insulated cable over a length of between 2 and 20 mm so as to uncover ends (40, 42) of the thermocouple wires; c) connection of the ends (40, 42) of the thermocouple wires thus uncovered, so as to constitute a thermocouple hot junction; d) fixing of a cap onto the said mineral insulated cable so as to protect the said hot junction, the cap having a restriction, the diameter of the restriction at the level of the hot junction after step d) being less than 2 mm, e) insertion of the mineral insulated cable comprising a protective sheath into a reinforcing tube, the reinforcing tube 60 extending the cap in order therewith to cover the entire exterior lateral surface of the protective sheath. a) manufacture of a mineral insulated cable comprising a protective sheath and two thermocouple wires (10, 12) extending inside the protective sheath over the entire length of the mineral insulated cable and embedded in a mineral insulation; b) stripping of one of the ends of the mineral insulated cable over a length of between 2 and 20 mm so as to uncover ends (40, 42) of the thermocouple wires; c) connection of the ends (40, 42) of the thermocouple wires thus uncovered, so as to constitute a thermocouple hot junction; d) fixing of a cap onto the said mineral insulated cable so as to protect the said hot junction, the cap having a restriction, the diameter of the restriction at the level of the hot junction after step d) being less than 2 mm, e) insertion of the mineral insulated cable comprising a protective sheath into a reinforcing tube, the reinforcing tube 60 extending the cap in order therewith to cover the entire exterior lateral surface of the protective sheath.
An electrochemical analyte sensor comprising: a base layer; a working electrode disposed on the base layer including an arrangement of electrically conductive pillars defining channels between the pillars; and a multilayer analyte sensor stack operably coupled to the arrangement of pillars, the stack comprising: (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer, wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer; wherein the arrangement of pillars comprises a regular pattern of repeating units of pillars and spaces between the pillars; characterized in that: the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars.. a base layer; a working electrode disposed on the base layer including an arrangement of electrically conductive pillars defining channels between the pillars; and a multilayer analyte sensor stack operably coupled to the arrangement of pillars, the stack comprising: (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer, wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer; (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer, wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer; wherein the arrangement of pillars comprises a regular pattern of repeating units of pillars and spaces between the pillars; characterized in that: the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars.. the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars..
A ball screw device, comprising: a ball screw shaft having a ball rolling groove provided on its outer peripheral surface in a helical pattern; a ball screw nut having a ball rolling groove provided on its inner peripheral surface in a helical pattern; a plurality of balls provided between the ball rolling groove of the ball screw shaft and the ball rolling groove of the ball screw nut; and a retainer arranged between the ball screw shaft and the ball screw nut and having a plurality of retainer grooves configured to retain the balls in a rollable manner, characterized in that the retainer groove has a shape of an elongated hole that extends so as to be inclined at a predetermined angle with respect to the axis of the ball screw shaft, and a distance between a first end of the ball screw nut and a first end of the retainer, which is one of two ends of the retainer that is closer to the first end of the ball screw nut, is set equal to or larger than a distance (F') between a terminal end of the retainer groove that is closest to a second end of the retainer and a part of the ball that is closest to a second end of the ball screw nut. a ball screw shaft having a ball rolling groove provided on its outer peripheral surface in a helical pattern; a ball screw nut having a ball rolling groove provided on its inner peripheral surface in a helical pattern; a plurality of balls provided between the ball rolling groove of the ball screw shaft and the ball rolling groove of the ball screw nut; and a retainer arranged between the ball screw shaft and the ball screw nut and having a plurality of retainer grooves configured to retain the balls in a rollable manner, characterized in that the retainer groove has a shape of an elongated hole that extends so as to be inclined at a predetermined angle with respect to the axis of the ball screw shaft, and a distance between a first end of the ball screw nut and a first end of the retainer, which is one of two ends of the retainer that is closer to the first end of the ball screw nut, is set equal to or larger than a distance (F') between a terminal end of the retainer groove that is closest to a second end of the retainer and a part of the ball that is closest to a second end of the ball screw nut.
A convertible vehicle with a movable roof which can be stowed at least partly below a lid part that can be opened, at least in a first opening direction, at a front region rearwardly and upwardly to uncover a passage opening for the roof, onto which lid part a drive force can be applied in the opening and/or closing direction via drive elements, said drive elements being assigned to body-side bases holding carrier bodies for the lid part in a movable manner, which carrier bodies point in the direction of travel from the bases with at least one longitudinal component when the lid part is closed and are movable together with the lid part to uncover the passage opening for the roof, at least one of said carrier bodies having a hold-down element assigned to it to fix the opened roof in position, said hold-down element being arranged in front of the base in the direction of travel, characterised in that the bases have abutments assigned to them to prevent a downward roof movement and to receive outwardly engaging holding means of the stowed roof.
A method for detecting a subscriber permanent identifier, SUPI, from a subscriber concealed identifier, SUCI,, the method comprising steps of: receiving the SUCI that is a representative of user equipment, UE, of interest and that is encrypted; characterized by checking association data with the received SUCI to determine a corresponding SUPI, wherein the association data includes a mapping of a plurality of SUCIs to a plurality of SUPIs and is maintained over time based on monitoring messages in a 5G core network; and providing the corresponding SUPI. receiving the SUCI that is a representative of user equipment, UE, of interest and that is encrypted; characterized by checking association data with the received SUCI to determine a corresponding SUPI, wherein the association data includes a mapping of a plurality of SUCIs to a plurality of SUPIs and is maintained over time based on monitoring messages in a 5G core network; and providing the corresponding SUPI.
A brake assembly comprising: a carriage; a lever having a ramp, a shaft, and a pivot, wherein the lever is mounted to the pivot, wherein the shaft is coupled to the lever, and characterized in that the carriage is configured to ride along the ramp and constrained to move in a plane substantially perpendicular to the shaft, and wherein the ramp comprises a slot. a carriage; a lever having a ramp, a shaft, and a pivot, wherein the lever is mounted to the pivot, wherein the shaft is coupled to the lever, and characterized in that the carriage is configured to ride along the ramp and constrained to move in a plane substantially perpendicular to the shaft, and wherein the ramp comprises a slot.
A circuit comprising: a three-level buck converter having: a plurality of input switches connected in series between a DC input voltage and a ground, the plurality of input switches coupled with a first capacitor (Cfly) and configured to charge and discharge the first capacitor (Cfly), wherein one end of the first capacitor (Cfly) is connected between two upper switches (112, 113) on the DC input voltage side and the other end of the first capacitor (Cfly) is connected between two lower switches (114, 115) on the ground side; an inductor configured to receive a voltage from the first capacitor (Cfly) and the plurality of input switches, wherein an input node of the inductor is connected to the middle node between the upper switches (112, 113) and lower switches (114, 115) and the output node of the inductor is connected to an output node of the buck converter; a second capacitor (Cload) between the output node of the buck converter and ground; characterised in that the circuit further comprises: a switched capacitor (Cx) connected in series with a switch (Scx) between the input node of the inductor and ground, wherein the switched capacitor (Cx) is switched into the circuit by closing switch (Scx) when the load is relatively heavy, while the switch (Scx) may be opened when the load is relatively light, thereby removing capacitor (Cx) from the circuit, wherein the capacitance value of the switched capacitor (Cx) is appropriately sized very small compared to both the capacitance value of the first capacitor (Cfly) and the second capacitor (Cload), so that any current that is conducted to ground is very small, and wherein charging and discharging of the switched capacitor (Cx) has the effect of neutralizing ripple at the input node of the inductor rather than conduct substantial current to ground. a plurality of input switches connected in series between a DC input voltage and a ground, the plurality of input switches coupled with a first capacitor (Cfly) and configured to charge and discharge the first capacitor (Cfly), wherein one end of the first capacitor (Cfly) is connected between two upper switches (112, 113) on the DC input voltage side and the other end of the first capacitor (Cfly) is connected between two lower switches (114, 115) on the ground side; an inductor configured to receive a voltage from the first capacitor (Cfly) and the plurality of input switches, wherein an input node of the inductor is connected to the middle node between the upper switches (112, 113) and lower switches (114, 115) and the output node of the inductor is connected to an output node of the buck converter; a second capacitor (Cload) between the output node of the buck converter and ground;
A flexible bag for separation of chemical compounds in liquid column chromatography, said bag comprising: an exterior wall of a non-porous material; first and second opposed liquid distribution elements (13,14) selected from the group consisting of filter, mesh, net and sinter attached to the exterior wall, thereby defining a compartment for chromatographic medium therein; a medium filling port; the bag further comprising a first and a second end piece attached to said exterior wall adjacent to the first and second liquid distribution elements respectively, both said end pieces comprising an opening for receipt of an inlet or an outlet for carrier liquid; the bag being characterized in that: said bag contains a chromatographic medium; in that the first liquid distribution element and the second liquid distribution element are welded or moulded to said wall; and in that each element has pores that are too small to allow the chromatographic medium to pass through but are porous to liquids. an exterior wall of a non-porous material; first and second opposed liquid distribution elements (13,14) selected from the group consisting of filter, mesh, net and sinter attached to the exterior wall, thereby defining a compartment for chromatographic medium therein; a medium filling port; the bag further comprising a first and a second end piece attached to said exterior wall adjacent to the first and second liquid distribution elements respectively, both said end pieces comprising an opening for receipt of an inlet or an outlet for carrier liquid; the bag being characterized in that: said bag contains a chromatographic medium; in that the first liquid distribution element and the second liquid distribution element are welded or moulded to said wall; and in that each element has pores that are too small to allow the chromatographic medium to pass through but are porous to liquids.
A control system for a motor vehicle, the system being operable in an automatic mode selection condition in which the system is configured to receive a plurality of terrain indicator signals from a plurality of vehicle sensors, said terrain indicator signals representative of a variety of different parameters associated with vehicle motion and status, to determine, in dependence on said terrain indicator signals, a terrain over which the vehicle is travelling, and to select automatically an appropriate system operating mode in dependence on the determined terrain, whereby the system assumes operation in said system operating mode, the system being further configured to allow activation of a hill descent control system configured to automatically control the speed of the vehicle to maintain a substantially constant speed when descending an incline, the system being characterized in that when the hill descent control system is active the system is configured automatically to suspend changes in the selected system operating mode.