mhurhangee/ep-ind-claims huggingface dataset:
Electric circuit breaker, comprising an arc-forming chamber enclosing a fixed contact and a moving contact, which, at the time of their separation, form an arc between them, said forming chamber communicating with the input of a second so-called arc-quenching chamber comprising a stack of separators extending parallel to one another, this moving contact extending substantially at right angles to the plane of the separators, so as to pull an arc between the contacts upon their separation, the initial direction of which is substantially parallel to said separators, these separators having, on the side of the moving contact, an opening intended to facilitate the insertion of the arc, said circuit breaker comprising a magnetic release situated on the side of the fixed and moving contacts and a switching horn situated on the opposite side, characterized in that the form of the separators varies progressively from one separator to the next, or by groups of identical separators from one group to another, or a mixture of both, in such a way that this form changes from the V having the largest opening surface area to the V having the smallest opening surface area, in the direction from the magnetic release to the switching horn, these separators being distributed in three different groups A,B,C, i.e. a first group A, a second group B and a third group C, the separators belonging to a same group having substantially the same form, in that, in the first group A situated on the side (a) of the switching horn of the circuit breaker, the opening of the separators has a semicircular form and in that, in the third group C situated on the opposite side, namely the side (b) of the fixed contact and moving contact, the opening of the separators has a general form of a V formed in a curvilinear manner over the entire length of the opening, while in the second group B situated in the middle of the other two, the opening of the separators has a first part in the form of a V portion extended by a slot, in such a way that the cross-section of the first part of the opening decreases from the end (11 a) of the opening, situated towards the outside of the separator, in the direction of its other end, situated towards the inside of the said separator.
A method for processing a request, comprising: receiving, by a cache network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, the request carries a name of the content, a network address of the original content provider and a network address of the user, and the cache network node is a network node responsible for caching the content; characterized by checking a local cache, updating a hit rate of the local cache to the content, if hitting the content, generating a content data packet, and sending the content data packet to the user as a response to the request, wherein the content data packet carries hit rate information of the cache network node to the content, or, if not hitting the content, sending a processed request to the original content provider, wherein the processed request carries hit rate information of the cache network node to the content. receiving, by a cache network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, the request carries a name of the content, a network address of the original content provider and a network address of the user, and the cache network node is a network node responsible for caching the content; characterized by checking a local cache, updating a hit rate of the local cache to the content, if hitting the content, generating a content data packet, and sending the content data packet to the user as a response to the request, wherein the content data packet carries hit rate information of the cache network node to the content, or, if not hitting the content, sending a processed request to the original content provider, wherein the processed request carries hit rate information of the cache network node to the content.
Glazing unit providing heating and electromagnetic shielding functions, including at least one substrate, a heating layer deposited on one of the faces of the substrate, and electromagnetically shielding means that comprise an electrically conductive coating taking the form of a metal coating arranged on the periphery of the glazing unit, characterized in that the metal coating covers a portion of the heating layer, said heating layer being electrically insulated from said coating by electrically insulating means.
Method of determining content of polymer microfibres in cement composites based on utilisation of the buoyancy phenomenon, wherein a cement composite sample containing microfibres is crushed to grains less than 1 mm in size, the crushed mixture is flooded with a liquid with a density greater than that of the microfibres, but less than the density of a cement matrix, and after mixing and sedimentation the microfibres are collected from the surface, characterised in that after collection of microfibres a portion of an inorganic acid is added to the liquid to set free any microfibres bound to the cement matrix, and after mixing additional microfibres are collected from the surface, wherein the addition of acid and collection of microfibres operations are repeated until no further microfibres come up to the surface, and then the microfibres thus separated are dried and weighed, and in case they are contaminated, they are additionally ignited at the polypropylene decomposition temperature, as a result of which the microfibres will decompose and only impurities remain whose weight after weighing is subtracted from the dried microfibres, and the final result obtained will indicate the content of microfibres in the tested sample.
Device for selecting drive stages for a transmission in a motor vehicle, with an operator control element which selects the respective drive stage and is designed to be pivotable or rotatable manually with respect to at least one axis of rotation (5, 6), wherein haptic feedback to a user can be generated by means of an actuator acting upon the operator control element, wherein a position pickup is provided for determining the pivoting or rotational position of the operator control element with respect to the at least one axis of rotation (5, 6) and for generating a corresponding position signal, and wherein a controller is provided which, depending on the position of the operator control element, actuates the actuator and generates drive stage control signals and which is designed both for determining a shift position of the operator control element and for generating a control signal for a movement and the haptic feedback of the operator control element taking into account the position signal of the position pickup, wherein the operator control element in addition to manual actuation by the user is also designed for the automatic shifting movement by the actuator, which is actuated by the controller, characterized in that the device has a sensor which is connected to the controller and which detects a manual engagement of the user on the operator control element and outputs a corresponding signal to the controller, wherein the actuator is designed as a BLDC motor, and the controller is designed for generating a commutation signal for the BLDC motor taking into account the position signal of the position pickup.
Method for processing image data provided by an image sensor, the image data comprising an array of pixel, characterized by the steps of: a) Determining the respective local brightness difference between a selected pixel and a set of pixels located adjacent to the selected pixel and assigned to the same colour as the respective pixel; and b) Identifying the selected pixel as a defect pixel when the local brightness difference for the selected pixel exceeds an upper threshold value or is less than an lower threshold value, and when the local brightness difference for the selected pixel exceeds a weighted maximum local brightness difference determined for the set of pixels located adjacent to and the same colour as the selected pixel or is less than a weighted minimum local brightness difference determined for the set of pixels located adjacent to and the same colour as the selected pixel. a) Determining the respective local brightness difference between a selected pixel and a set of pixels located adjacent to the selected pixel and assigned to the same colour as the respective pixel; and b) Identifying the selected pixel as a defect pixel when the local brightness difference for the selected pixel exceeds an upper threshold value or is less than an lower threshold value, and when the local brightness difference for the selected pixel exceeds a weighted maximum local brightness difference determined for the set of pixels located adjacent to and the same colour as the selected pixel or is less than a weighted minimum local brightness difference determined for the set of pixels located adjacent to and the same colour as the selected pixel.
Phosphor based on a lanthanum cerium terbium phosphate, characterized in that the phosphate consists of particles having an average size of not more than 4 μm, in that it has a lithium content of not more than 30 ppm and a boron content of not more than 30 ppm, and in that the brightnesses B 25 and B 200 measured for the phosphor at 25°C and at 200°C respectively are such that [B 25 -B 200]/B 25 ≤0.04.
A method for a User Equipment, UE, in a wireless communication system to transmit a channel Sounding Reference Signal, SRS, the method comprising: receiving a control channel for transmitting an uplink data channel transmission from a Base Station, BS, wherein the control channel comprises information indicating whether the UE transmits the channel SRS simultaneously with the uplink data in a subframe; determining whether aperiodic channel SRS transmission is requested in the control channel; and when it is determined that aperiodic channel SRS transmission is requested in the control channel, and the information indicates transmitting the channel SRS simultaneously with the uplink data in the subframe: transmitting uplink data through a first carrier in a subframe to the BS; and transmitting the aperiodic channel SRS through a second carrier in the subframe to the BS simultaneously with transmitting the uplink data, wherein a resource location in the subframe for the transmission of the aperiodic channel SRS is determined based on the received control channel. receiving a control channel for transmitting an uplink data channel transmission from a Base Station, BS, wherein the control channel comprises information indicating whether the UE transmits the channel SRS simultaneously with the uplink data in a subframe; determining whether aperiodic channel SRS transmission is requested in the control channel; and when it is determined that aperiodic channel SRS transmission is requested in the control channel, and the information indicates transmitting the channel SRS simultaneously with the uplink data in the subframe: transmitting uplink data through a first carrier in a subframe to the BS; and transmitting the aperiodic channel SRS through a second carrier in the subframe to the BS simultaneously with transmitting the uplink data, wherein a resource location in the subframe for the transmission of the aperiodic channel SRS is determined based on the received control channel. transmitting uplink data through a first carrier in a subframe to the BS; and transmitting the aperiodic channel SRS through a second carrier in the subframe to the BS simultaneously with transmitting the uplink data, wherein a resource location in the subframe for the transmission of the aperiodic channel SRS is determined based on the received control channel.
A hydrofluoroolefin compound represented by the following general formula: wherein Rf is a linear or branched perfluorinated alkyl group containing 2-10 carbon atoms and optionally contains (i) at least one catenated heteroatom selected from O or N; or (ii) a ring structure having 3 to 6 ring carbon atoms that optionally contains one or more catentated heteroatoms selected from O or N.
A method for controlling a wind turbine, the wind turbine comprising a wind turbine blade, the method comprising: measuring one or more wind turbine parameters; determining, based on the one or more wind turbine parameters, whether negative stall will occur at an outboard region of the wind turbine blade; generating a first signal if it is determined negative stall will occur at the outboard region of the wind turbine blade; and activating a lift disrupting device for disrupting airflow over the suction side of the wind turbine blade in response to the generated first signal such that the lift generated by the wind turbine blade is reduced; wherein the lift disrupting device for disrupting airflow over the suction side of the wind turbine blade is disposed at a mid-board region of the wind turbine blade. measuring one or more wind turbine parameters; determining, based on the one or more wind turbine parameters, whether negative stall will occur at an outboard region of the wind turbine blade; generating a first signal if it is determined negative stall will occur at the outboard region of the wind turbine blade; and activating a lift disrupting device for disrupting airflow over the suction side of the wind turbine blade in response to the generated first signal such that the lift generated by the wind turbine blade is reduced; wherein the lift disrupting device for disrupting airflow over the suction side of the wind turbine blade is disposed at a mid-board region of the wind turbine blade.
A method for transmitting flexible sub-frames including at least one packet over a transmission link that couples a client and a host within an electronic device, comprising sending a flexible sub-frame comprising a first sub-frame header packet at a sub-frame boundary by the host to the client, the sub-frame header packet comprising an indicator of a sub-frame length, and transmitting the at least one packet by the host to the client, the method characterized by: sending a second sub-frame header packet at an end of the transmitted at least one packet after the at least one packet has crossed at least one sub-frame boundary, by the host to the client, wherein the sub-frame length comprises a flexible length, wherein sending the second sub-frame header packet comprises adjusting a second sub-frame length by an amount a first sub-frame exceeded a target sub-frame length to correspond to an average sub-frame length.
Sole (200; 1200; 1300) for a shoe (400; 500; 600; 700; 800), in particular a sports shoe, comprising: a. midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210) comprising randomly arranged particles (910; 1010; 1215) of an expanded material; and b. an element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) which comprises a higher deformation stiffness in at least one direction than the expanded material; c. wherein the material of the midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210) surrounds the element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) at least partially; and d. wherein the element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) is not bonded to the expanded material of the midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210). a. midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210) comprising randomly arranged particles (910; 1010; 1215) of an expanded material; and b. an element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) which comprises a higher deformation stiffness in at least one direction than the expanded material; c. wherein the material of the midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210) surrounds the element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) at least partially; and d. wherein the element (220; 320; 720; 840; 920; 930; 1020; 1030; 1120; 1130; 1220; 1320; 1322; 1324; 1326; 1340) is not bonded to the expanded material of the midsole (210; 310; 410; 510; 610; 710; 810; 900; 1000; 1100; 1210).
A method for manufacturing functionalized micronized rubber powders comprising grinding of a rubber granulated feedstock, size classification and storage of the micronized rubber powders thus obtained, wherein during the grinding process an agent is used to prevent the rubber powder particles sticking to themselves, wherein the agent during the grinding process is chosen from the group of synthetic amorphous precipitated silica and silane-treated synthetic amorphous precipitated silica, or a combination thereof, and wherein said size classification provides at least two micronized rubber powders product streams, comprising an 80 mesh stream and a 40 mesh stream, wherein at least one of the 80 mesh micronized rubber powders product stream and the 40 mesh micronized rubber powders product stream is contacted with an agent, wherein the agent after size classification is chosen from the group of synthetic amorphous precipitated silica, silane-treated synthetic amorphous precipitated silica, organosilane and organic peroxide, or a combination thereof for obtaining said functionalized micronized rubber powder product.
A method for computing a friction estimate (μ) between a road surface and a tire (101a-d) of a vehicle when the vehicle is in motion along a course, said vehicle comprising two front wheels (102a-b) and two rear wheels (102c-d), said method comprising the steps of: - applying a controllable torque to at least one of said two front wheels and said two rear wheels, - determining a vehicle velocity when the controllable torque is applied; - estimating a present tire force acting on the tire of said one wheel when the torque is applied, - based on said vehicle velocity, estimating a value indicative of the present slip of said tire when the torque is applied; - determining a present gradient of said tire force with respect to said slip based on the present tire force and said value indicative of the present slip; wherein when the magnitude of said controllable torque is such that the present gradient exceeds a predetermined first gradient threshold value and is below predetermined second gradient threshold value, said first gradient threshold value being set to avoid an undesirable sliding condition for said tire: - computing the friction estimate based on the estimated force, based on the value indicative of the slip, and based on the present gradient of said tire force with respect to said slip. - applying a controllable torque to at least one of said two front wheels and said two rear wheels, - determining a vehicle velocity when the controllable torque is applied; - estimating a present tire force acting on the tire of said one wheel when the torque is applied, - based on said vehicle velocity, estimating a value indicative of the present slip of said tire when the torque is applied; - determining a present gradient of said tire force with respect to said slip based on the present tire force and said value indicative of the present slip; - computing the friction estimate based on the estimated force, based on the value indicative of the slip, and based on the present gradient of said tire force with respect to said slip.
A method comprising: receiving (204, 304, 404), at a user equipment, interworking information from a cellular base station of a radio access network, wherein the interworking information comprises at least one rule associated with network access for handling Access Network Discovery and Selection Function information; characterized in that, receiving (208, 306, 406), at the user equipment, radio access network information from the radio access network, wherein the radio access network information describes how to use the at least one rule associated with network access; and ignoring (210, 310, 410), by the user equipment, a portion of the interworking information, when the interworking information is in conflict with the radio access network information. receiving (204, 304, 404), at a user equipment, interworking information from a cellular base station of a radio access network, wherein the interworking information comprises at least one rule associated with network access for handling Access Network Discovery and Selection Function information; characterized in that, receiving (208, 306, 406), at the user equipment, radio access network information from the radio access network, wherein the radio access network information describes how to use the at least one rule associated with network access; and ignoring (210, 310, 410), by the user equipment, a portion of the interworking information, when the interworking information is in conflict with the radio access network information.
A woven gauze fabric comprising: a surface layer and a back layer; wherein the surface layer and the back layer are directly and/or indirectly joined together; characterised in that the surface layer is formed of a hollow twisted yarn having a weight within the range of 0.94g / 100m to 1.57g / 100m, both inclusive; and in that the back layer is formed of a hollow twisted yarn having a weight within the range of 0.94g / 100m to 1.57g / 100m, both inclusive. a surface layer and a back layer; wherein the surface layer and the back layer are directly and/or indirectly joined together; characterised in that the surface layer is formed of a hollow twisted yarn having a weight within the range of 0.94g / 100m to 1.57g / 100m, both inclusive; and in that the back layer is formed of a hollow twisted yarn having a weight within the range of 0.94g / 100m to 1.57g / 100m, both inclusive.