mhurhangee/ep-ind-claims huggingface dataset:
An HLS-based capability control service system, comprising a server load balancing, SLB, server and one or more Hyper Text Transfer Protocol Live Streaming, HLS, video servers based on a Hyper Text Transfer Protocol, HTTP, wherein the SLB server is configured to receive an HLS HTTP request from a terminal, redirect the HLS HTTP request to an HLS video server, and return a service address of the specified HLS video server to the terminal; and the specified HLS video server is configured to receive an HLS HTTP request from the terminal, return a requested m3u8 index file to the terminal, establish an HTTP connection with the terminal; characterized in that, the HLS video server is further configured to monitor a request status of each terminal in real time, and count online terminal users according to terminals that initiate requests; wherein the SLB server is configured to, receive the HLS HTTP request from the terminal, and assign a session identifier, SessionID, for the request; and select an HLS video server according to performance indexes of HLS video servers under administration of the SLB server, and return the assigned SessionID and a service address of the selected HLS video server to the terminal by using an HTTP 302 redirection message; the specified HLS video server is configured to, receive a message, from the terminal, for requesting the m3u8 index file, and record the SessionID corresponding to the terminal; return an m3u8 index file response carrying a ts connection list to the terminal, wherein the m3u8 index file response carries the SessionID of the terminal; and establish an HTTP connection with the terminal; and monitor a request status of the terminal in real time, and if the SessionID is not carried in the request and no new request is received within a preset time, determine that the terminal has been offline.
Fluid cooling and filtering arrangement having a fluid pump which is driven by a pump motor and which serves for pumping a fluid through a fluid filter, and having a fluid cooler for cooling the fluid, wherein the pump motor is fed by a pump current converter which is designed to control a rotational speed of the pump motor in dependence on a pump actuating variable, having a processing unit which is designed to activate the pump current converter such that the rotational speed of the pump motor is controlled in dependence on a load state of a machine operated with the fluid, in particular in dependence on the load state of a gear mechanism, having a sensor device for measuring a fluid pressure and/or a fluid temperature and/or a fluid volume flow as at least one measurement value at an inlet of the fluid filter and/or at an outlet of the fluid filter and/or at an inlet of the fluid cooler and/or at an outlet of the fluid cooler, wherein the processing unit is designed to determine the load state from the at least one measurement value.
A process for producing a catalyst composition for use in the polymerization of olefins, the process comprising concurrently: contacting a supported chromium-based catalyst with a reducing agent fed at a selected feed rate over a selected addition time period, wherein the selected addition time period is within the range of from about 30 seconds to about 500 minutes; and agitating the chromium-based catalyst at a selected agitation rate in the range of 5 to 200 rpm for a selected reaction time, wherein the selected reaction time is in the range of from about 5 minutes to about 240 minutes; to produce a catalyst composition having a flow index response within a selected range, characterized in that the selected feed rate, the selected addition time, and the selected agitation rate are selected to control the flow index response of the catalyst composition to within the selected range, and; wherein, when the selected agitation rate is less than about 70 rpm, a higher flow index response is achieved when the selected time period for adding the reducing agent is increased. contacting a supported chromium-based catalyst with a reducing agent fed at a selected feed rate over a selected addition time period, wherein the selected addition time period is within the range of from about 30 seconds to about 500 minutes; and agitating the chromium-based catalyst at a selected agitation rate in the range of 5 to 200 rpm for a selected reaction time, wherein the selected reaction time is in the range of from about 5 minutes to about 240 minutes;
A method for leak testing the ventilation system of an environmental enclosure_ comprising an operator cab or a room of a building, the method comprising: replacing temporarily an existing airborne contaminant filter in the ventilation system with a test filter for filtering a tracer gas from the air flowing therethrough, the tracer gas comprising a gas naturally present in the ambient air surrounding the enclosure, wherein the tracer gas comprises carbon dioxide, nitrogen, oxygen or argon; inducing ambient air outside of the enclosure to flow through the ventilation system and into the enclosure so as to establish positive pressure inside the enclosure; measuring the concentration of tracer gas inside the enclosure; and detecting for the presence of leaks in the ventilation system from the concentration of the tracer gas inside the enclosure. replacing temporarily an existing airborne contaminant filter in the ventilation system with a test filter for filtering a tracer gas from the air flowing therethrough, the tracer gas comprising a gas naturally present in the ambient air surrounding the enclosure, wherein the tracer gas comprises carbon dioxide, nitrogen, oxygen or argon; inducing ambient air outside of the enclosure to flow through the ventilation system and into the enclosure so as to establish positive pressure inside the enclosure; measuring the concentration of tracer gas inside the enclosure; and detecting for the presence of leaks in the ventilation system from the concentration of the tracer gas inside the enclosure.
Method for detecting the position of a vehicle along a route, wherein the route is arranged on a concrete floor, wherein the concrete floor has a reinforcement, that is to say in particular an armouring, comprising the temporally successive method steps: wherein, in a first method step, the vehicle carries out a reference journey along the route, wherein the vehicle records measurement points along the route, wherein each measurement point associates a signal from the reinforcement with a position on the route, wherein, in a second method step, a reference profile of the route is determined, in particular by interpolation, from the measurement points ascertained during the reference journey, characterized in that, in a third method step, the vehicle drives along the route during a further journey and records further measurement points, wherein, in a fourth method step, a profile section is determined from the further measurement points by interpolation, wherein, in a fifth method step, the profile section is unequivocally associated with a section of the reference profile by means of a correlation process by determining a maximum of the correlation integral relating to the correlation between the profile section and the section of the reference profile, wherein, in a sixth method step, a position on the route is unequivocally associated with the vehicle by means of the profile section associated with the reference profile. wherein, in a first method step, the vehicle carries out a reference journey along the route, wherein the vehicle records measurement points along the route, wherein each measurement point associates a signal from the reinforcement with a position on the route, wherein, in a second method step, a reference profile of the route is determined, in particular by interpolation, from the measurement points ascertained during the reference journey, characterized in that, in a third method step, the vehicle drives along the route during a further journey and records further measurement points, wherein, in a fourth method step, a profile section is determined from the further measurement points by interpolation, wherein, in a fifth method step, the profile section is unequivocally associated with a section of the reference profile by means of a correlation process by determining a maximum of the correlation integral relating to the correlation between the profile section and the section of the reference profile, wherein, in a sixth method step, a position on the route is unequivocally associated with the vehicle by means of the profile section associated with the reference profile.
A method, comprising: receiving a higher-layer signaling from a base station by a user equipment, UE, in a mobile communication network to determine whether multiuser superposition transmission, MUST, is enabled; receiving a physical-layer control signaling containing MUST-related information if MUST is enabled, wherein the physical-layer control signaling indicates whether MUST exists on allocated resource blocks; deriving an amount of power allocated to the UE and a co-channel UE on the allocated resource blocks, wherein the power allocated to the UE is based on a first value for a data to pilot, D2P, ratio of the UE if MUST exists and is based on a second value for a data to pilot, D2P, ratio of the UE if MUST does not exist; and decoding data information intended to the UE according to the derived power information. receiving a higher-layer signaling from a base station by a user equipment, UE, in a mobile communication network to determine whether multiuser superposition transmission, MUST, is enabled; receiving a physical-layer control signaling containing MUST-related information if MUST is enabled, wherein the physical-layer control signaling indicates whether MUST exists on allocated resource blocks; deriving an amount of power allocated to the UE and a co-channel UE on the allocated resource blocks, wherein the power allocated to the UE is based on a first value for a data to pilot, D2P, ratio of the UE if MUST exists and is based on a second value for a data to pilot, D2P, ratio of the UE if MUST does not exist; and decoding data information intended to the UE according to the derived power information.
Communication method implemented by a device for forwarding in a communication network implementing a name-based forwarding, said device being able to aggregate a plurality of requests relating to a data segment of a flow into another request and to store in a queue data segments belonging to various flows before forwarding by the device to the client entities that have requested them, said method comprising: - a step of determining a credit associated with a flow, said credit varying as a function of a number of requests that have been transmitted by client entities and that relate to data segments belonging to the flow; and on receipt of a data segment in response to said other request, when the available memory space of the queue does not make it possible to store the data segment received, - a step of selecting a flow, in which a flow having at least one data segment stored in the queue and for which the associated credit is the lowest is selected; - a step of deleting a stored data segment from the queue, said stored data segment belonging to the selected flow; said method furthermore comprising a step of forwarding the data segment received to the client entities that have requested it, after extraction from the queue. - a step of determining a credit associated with a flow, said credit varying as a function of a number of requests that have been transmitted by client entities and that relate to data segments belonging to the flow; and on receipt of a data segment in response to said other request, when the available memory space of the queue does not make it possible to store the data segment received, - a step of selecting a flow, in which a flow having at least one data segment stored in the queue and for which the associated credit is the lowest is selected; - a step of deleting a stored data segment from the queue, said stored data segment belonging to the selected flow;
A thermomechanical method of fabricating a part made of TA6Zr4DE titanium alloy, the method comprising a step of forging a blank in the alpha/beta domain to form a preform, a step of hot die-stamping the preform in order to form a rough part in the beta domain of the titanium alloy, and heat treatment, the method being characterized in that during the hot die-stamping step, the rough part is subjected at any point to local deformation ε greater than or equal to 1.2, this hot die-stamping step terminating with immediate cooling at an initial cooling rate faster than 85°C/min, wherein the local deformation is defined by Where [ε] pl corresponds to the plastic deformation tensor.
An apparatus (1200, 2400) comprising: a lift turbine assembly operatively interconnected with an axial flow turbine assembly (1705, 1710), the lift turbine assembly and the axial flow turbine assembly (1705, 1710) being housed within a container filled with a gas; the lift turbine assembly including: (a) an input stator (1900, 1910, 2005) having a first set of blades, the first set of blades causing a counter rotation flow in the gas; (b) a lift turbine having a second set of blades, the second set of blades generating lift force, the second set of blades rotating into the counter rotation flow of the gas; and the axial flow turbine assembly (1705, 1710) including: (a) an axial flow input stator (1900, 1910, 2005) having a third set of blades; (b) an axial flow turbine (1705, 1710) having a fourth set of blades, the fourth set of blades rotating into the counter rotation flow, wherein the container is sealed from an outside atmosphere. a lift turbine assembly operatively interconnected with an axial flow turbine assembly (1705, 1710), the lift turbine assembly and the axial flow turbine assembly (1705, 1710) being housed within a container filled with a gas; the lift turbine assembly including: (a) an input stator (1900, 1910, 2005) having a first set of blades, the first set of blades causing a counter rotation flow in the gas; (b) a lift turbine having a second set of blades, the second set of blades generating lift force, the second set of blades rotating into the counter rotation flow of the gas; and (a) an input stator (1900, 1910, 2005) having a first set of blades, the first set of blades causing a counter rotation flow in the gas; (b) a lift turbine having a second set of blades, the second set of blades generating lift force, the second set of blades rotating into the counter rotation flow of the gas; and the axial flow turbine assembly (1705, 1710) including: (a) an axial flow input stator (1900, 1910, 2005) having a third set of blades; (b) an axial flow turbine (1705, 1710) having a fourth set of blades, the fourth set of blades rotating into the counter rotation flow, (a) an axial flow input stator (1900, 1910, 2005) having a third set of blades; (b) an axial flow turbine (1705, 1710) having a fourth set of blades, the fourth set of blades rotating into the counter rotation flow,
A connection kit (101, 102) comprising a sleeve and a coupling for connecting together at least one pair of tubes, wherein the coupling is generally tubular in shape, presenting an axis, together with first and second orifices (24A, 24B) for fastening the two tubes; the first orifice is provided at a first end of the coupling and is oriented on its axis; said first end is configured to enable one tube of said pair of tubes to be fastened in leaktight manner to the first orifice of the coupling; the coupling is suitable for sliding coaxially relative to the sleeve, from a first position in which the first end of the coupling projects outside a first end of the sleeve; to a second position that enables the sleeve to be fastened to the coupling; the connection kit being characterized in that the second position enables the sleeve to be fastened to the coupling at a distance from said first orifice, said distance being greater than a diameter of an internal passage of the coupling.
A prosthetic annuloplasty ring, comprising: a relatively rigid ring core defining a discontinuous periphery around an axis along an inflow-outflow direction with a first free end separated from a second free end across a gap; and a suture-permeable interface (44, 46) surrounding the ring core along its length, characterized in that the interface (44, 46) extends circumferentially from both free ends (54, 56) into the gap to form floppy regions through which sutures may be passed to secure the annuloplasty ring to a valve annulus wherein the floppy regions comprise enlarged paddle-shaped generally circular extensions. a relatively rigid ring core defining a discontinuous periphery around an axis along an inflow-outflow direction with a first free end separated from a second free end across a gap; and a suture-permeable interface (44, 46) surrounding the ring core along its length, characterized in that the interface (44, 46) extends circumferentially from both free ends (54, 56) into the gap to form floppy regions through which sutures may be passed to secure the annuloplasty ring to a valve annulus wherein the floppy regions comprise enlarged paddle-shaped generally circular extensions.
A method comprising: applying (1402; 1508; 1610) one or more communication traces and one or more power traces to a structure using at least one direct-write technique; coupling (1404; 1510) the one or more communication traces to at least one digitizing sensor for monitoring the health or integrity of the structure; coupling (1406; 1520) the one or more power traces to the at least one digitizing sensor, wherein the one or more communication traces include at least one synchronization trace, the method being characterized by coupling the one or more communication traces to at least one actuator, wherein the one or more communication traces enables synchronization of the at least one actuator and the at least one digitizing sensor; and applying (1504; 1604) a first conductive shield layer to the structure before applying the one or more communication traces, wherein the one or more communication traces are applied over the first conductive shield layer. applying (1402; 1508; 1610) one or more communication traces and one or more power traces to a structure using at least one direct-write technique; coupling (1404; 1510) the one or more communication traces to at least one digitizing sensor for monitoring the health or integrity of the structure; coupling (1406; 1520) the one or more power traces to the at least one digitizing sensor, wherein the one or more communication traces include at least one synchronization trace, the method being characterized by coupling the one or more communication traces to at least one actuator, wherein the one or more communication traces enables synchronization of the at least one actuator and the at least one digitizing sensor; and applying (1504; 1604) a first conductive shield layer to the structure before applying the one or more communication traces, wherein the one or more communication traces are applied over the first conductive shield layer.
A cardanol-derivatives modified polymer obtained from a reaction of epoxy groups in a cardanol-derivative compound and carboxyl groups in a carboxyl-functional polymer, wherein the cardanol-derivative compound is the resultant product of cardanol reacted with haloalkylene oxide having a carbon number of from 3 to 10, preferably from 3 to 6, and the acid number of the carboxyl-functional polymer is from 100 to 200 mg KOH/g, preferably from 120 to 180 mg KOH/g, and at least 60% and preferably at least 65% of carboxyl groups in the carboxyl-functional polymer is reacted with epoxy groups in the cardanol-derivative compound.
An orthopaedic implant for the replacement of joints, with an insert body made of a non-metallic material as ceramic and with a metallic socket made of titanium materials that at least partially surrounds the insert body, characterised in that the surface of the metallic socket (2, 3) is pre-coated with a silicate glass solder that is hardened in a ceramic firing, and its subsequent soldering with the outer surface of the insert body is achieved via a glass solder based on silicon dioxide (SiO 2), which joins the two components to one another, and the metallic socket (2, 3) is embodied as a net structure or as a perforated metal sheet, having through-apertures in the form of a plurality of small holes.
A security element for a value document, comprising an array of lines in relief, each line comprising at least one flank (18, 18A) each defining an angle of inclination (α1) with respect to a direction normal to the array, characterized in that the angle of inclination (α1) of the flank (18, 18A) of at least one line of the array varies gradually along this line so as to form in reflected light an optical shading effect that changes according to an angle of observation (θ, θ1, θ2) of the security element.
An electrical contact comprising: a core wing configured to crimp to a lead of a wire cable, the core wing comprising an interior surface; a knurl pattern defined in the interior surface of the electrical contact along a portion of a length of the electrical contact, the length being disposed along a longitudinal axis and the portion configured to receive the lead of the wire cable along the axis for attachment thereto thereby allowing the lead to engagingly contact against the knurl pattern, the knurl pattern including a plurality of elements, each element in the plurality of elements has a rhombus shape that includes a plurality of inner corners, a first pair of opposing axial inner corners defining an axial minor distance therebetween and a second pair of opposing inner corners different from said first pair of opposing inner corners defining a major distance therebetween, wherein said axial minor distance is less than said major distance, and the major distance is bisecting and perpendicular to the axial minor distance, characterized in that the axial minor distance is axial with the longitudinal axis a core wing configured to crimp to a lead of a wire cable, the core wing comprising an interior surface; a knurl pattern defined in the interior surface of the electrical contact along a portion of a length of the electrical contact, the length being disposed along a longitudinal axis and the portion configured to receive the lead of the wire cable along the axis for attachment thereto thereby allowing the lead to engagingly contact against the knurl pattern, the knurl pattern including a plurality of elements, each element in the plurality of elements has a rhombus shape that includes a plurality of inner corners, a first pair of opposing axial inner corners defining an axial minor distance therebetween and a second pair of opposing inner corners different from said first pair of opposing inner corners defining a major distance therebetween, wherein said axial minor distance is less than said major distance, and the major distance is bisecting and perpendicular to the axial minor distance, characterized in that the axial minor distance is axial with the longitudinal axis