mhurhangee/ep-ind-claims huggingface dataset:
An orthokeratology contact lens for controlling myopia, said lens being a reverse-geometry rigid lens comprising an incurved anterior side and a posterior side which is intended to be applied to an eye, where said posterior side defines: - a central area adapted to coincide with the optical or visual area of the eye, and - a peripheral area, concentric with said central area, which comprises an annular portion defining a teardrops accumulation area configured to exert a negative hydrodynamic pressure on the surface of the cornea by conforming the surface of the cornea and by creating a positive power amp-up ring; characterized in that the annular portion includes: - a first segment which extends concentrically with respect to the central area, radially with respect to the geometric center which defines the curvature of the posterior side, towards the incurved anterior side up to an annular border line; and - a second segment which extends from said annular border line, concentrically with respect to the central area, the second segment extending in the direction of the surface of the cornea; wherein the first segment and the second segment and the central area form a broken line, such that the annular border line defines a ridge for the teardrops accumulation area having a teardrop height. - a central area adapted to coincide with the optical or visual area of the eye, and - a peripheral area, concentric with said central area, which comprises an annular portion defining a teardrops accumulation area configured to exert a negative hydrodynamic pressure on the surface of the cornea by conforming the surface of the cornea and by creating a positive power amp-up ring; characterized in that the annular portion includes: - a first segment which extends concentrically with respect to the central area, radially with respect to the geometric center which defines the curvature of the posterior side, towards the incurved anterior side up to an annular border line; and - a second segment which extends from said annular border line, concentrically with respect to the central area, the second segment extending in the direction of the surface of the cornea; - a first segment which extends concentrically with respect to the central area, radially with respect to the geometric center which defines the curvature of the posterior side, towards the incurved anterior side up to an annular border line; and - a second segment which extends from said annular border line, concentrically with respect to the central area, the second segment extending in the direction of the surface of the cornea; wherein the first segment and the second segment and the central area form a broken line, such that the annular border line defines a ridge for the teardrops accumulation area having a teardrop height.
A method for controlling echo cancellation, comprising: receiving a plurality of signals received from a telecommunication device associated with a call, the telecommunication device comprising at least one of an originating telecommunication device and an answering telecommunication device of the call; detecting a signal of the plurality of signals; determining (104, 110) whether the detected signal comprises a high speed signal or a low speed signal, wherein the high speed signal has a higher frequency than the low speed signal; disabling echo cancellation if the detected signal comprises the high speed signal; and enabling the echo cancellation if the detected signal comprises the low speed signal. receiving a plurality of signals received from a telecommunication device associated with a call, the telecommunication device comprising at least one of an originating telecommunication device and an answering telecommunication device of the call; detecting a signal of the plurality of signals; determining (104, 110) whether the detected signal comprises a high speed signal or a low speed signal, wherein the high speed signal has a higher frequency than the low speed signal; disabling echo cancellation if the detected signal comprises the high speed signal; and enabling the echo cancellation if the detected signal comprises the low speed signal.
Decontamination of nitrogen oxide from an internal combustion engine including an exhaust pipe, this decontamination process being at least partially implemented in the catalyser fitted into the exhaust pipe, this process includes the following stages: - determination of the quantity of nitrogen oxide actually produced by the engine for a given engine operating point, - determination of a target quantity of nitrogen oxide in the exhaust gas at the given engine operating point not to be exceeded when leaving the exhaust pipe, - comparison of the quantity of nitrogen oxide actually produced by the engine at the given operational point with this targeted quantity of nitrogen oxide produced by the engine, not to be exceeded, and if the quantity of nitrogen oxide actually produced by the engine is greater than this target of nitrogen oxide not to be exceeded, treatment of the nitrogen oxide, provided that the quantity of nitrogen oxide actually produced is greater than the target quantity of nitrogen oxide not to be exceeded on leaving the exhaust pipe, characterised in that the target quantity of nitrogen oxide in the exhaust gas not to be exceeded on leaving the exhaust pipe is determined as a function of the external pressure (Pext). - determination of the quantity of nitrogen oxide actually produced by the engine for a given engine operating point, - determination of a target quantity of nitrogen oxide in the exhaust gas at the given engine operating point not to be exceeded when leaving the exhaust pipe, - comparison of the quantity of nitrogen oxide actually produced by the engine at the given operational point with this targeted quantity of nitrogen oxide produced by the engine, not to be exceeded, and if the quantity of nitrogen oxide actually produced by the engine is greater than this target of nitrogen oxide not to be exceeded, treatment of the nitrogen oxide, provided that the quantity of nitrogen oxide actually produced is greater than the target quantity of nitrogen oxide not to be exceeded on leaving the exhaust pipe,
A composition, not being human breast milk, comprising (i) at least two triglycerides of formula I: wherein R 1, R 2 and R 3 may be identical or different and are each independently selected from saturated fatty acid, mono-unsaturated fatty acid and long chain poly-unsaturated fatty acid (LC-PUFA) residues; and wherein an LC-PUFA is conjugated to the triglycerides (R 1 and/or R 2 and/or R 3) (ii) at least two phospholipids of formula II: in which R 4 and R 5 are each a substituent having independently the meanings of R 1, R 2, R 3; and wherein an LC-PUFAs is conjugated to the phospholipids (R 4 and/or R 5), and in which R 6 is selected from choline, inositol, ethanolamine and serine; (iii) free LC-PUFAs and wherein at least about 1% of the LC-PUFA in the composition is conjugated to said at least two phospholipids, and the LC-PUFAs present in the composition as free LC-PUFA, conjugated to the triglycerides and to the phospholipids comprise docosahexaenoic acid and arachidonic acid. (i) at least two triglycerides of formula I: wherein R 1, R 2 and R 3 may be identical or different and are each independently selected from saturated fatty acid, mono-unsaturated fatty acid and long chain poly-unsaturated fatty acid (LC-PUFA) residues; and wherein an LC-PUFA is conjugated to the triglycerides (R 1 and/or R 2 and/or R 3) (ii) at least two phospholipids of formula II: in which R 4 and R 5 are each a substituent having independently the meanings of R 1, R 2, R 3; and wherein an LC-PUFAs is conjugated to the phospholipids (R 4 and/or R 5), and in which R 6 is selected from choline, inositol, ethanolamine and serine; (iii) free LC-PUFAs and wherein at least about 1% of the LC-PUFA in the composition is conjugated to said at least two phospholipids, and the LC-PUFAs present in the composition as free LC-PUFA, conjugated to the triglycerides and to the phospholipids comprise docosahexaenoic acid and arachidonic acid. at least about 1% of the LC-PUFA in the composition is conjugated to said at least two phospholipids, and the LC-PUFAs present in the composition as free LC-PUFA, conjugated to the triglycerides and to the phospholipids comprise docosahexaenoic acid and arachidonic acid.
A bag processing apparatus comprising: a defect detection unit adapted to detect occurrence of a defect in processing of a bag; and an imaging unit which is separately provided from the defect detection unit and is adapted to take images of a location creating a cause of occurrence of the defect and to acquire video data, the video data being stored in association with the occurrence of the defect. a defect detection unit adapted to detect occurrence of a defect in processing of a bag; and an imaging unit which is separately provided from the defect detection unit and is adapted to take images of a location creating a cause of occurrence of the defect and to acquire video data, the video data being stored in association with the occurrence of the defect.
Method for determining a geographical location of an access point of a wireless local access network (L-NW) which makes it possible to access an IP multimedia core network, said method being intended to be implemented by a server situated at the input of the IP multimedia core network and comprising: - after at least one message is received from at least one terminal via said access point containing an item (LOC) of information on the location of the terminal inserted by the latter into a signalling of the message: ∘ a step of extracting, from said signalling, a hardware identifier (ID) of said access point; and ∘ a step of storing, in association with the hardware identifier (ID) of said access point, said item (LOC) of location information inserted into the message by the terminal in a database; and - a step of determining a geographical location (LOC) of the access point on the basis of at least one said item of location information stored in association with the hardware identifier of the access point, said determination taking account of said at least one item of location information only if it was stored within a predetermined time interval, said at least one item of location information being timestamped for this purpose when it is stored in the database. - after at least one message is received from at least one terminal via said access point containing an item (LOC) of information on the location of the terminal inserted by the latter into a signalling of the message: ∘ a step of extracting, from said signalling, a hardware identifier (ID) of said access point; and ∘ a step of storing, in association with the hardware identifier (ID) of said access point, said item (LOC) of location information inserted into the message by the terminal in a database; and ∘ a step of extracting, from said signalling, a hardware identifier (ID) of said access point; and ∘ a step of storing, in association with the hardware identifier (ID) of said access point, said item (LOC) of location information inserted into the message by the terminal in a database; and - a step of determining a geographical location (LOC) of the access point on the basis of at least one said item of location information stored in association with the hardware identifier of the access point, said determination taking account of said at least one item of location information only if it was stored within a predetermined time interval, said at least one item of location information being timestamped for this purpose when it is stored in the database.
Drive circuit for generating a sawtooth voltage (Vpp) for a voltage regulator, having a V/I converter with a resistor and a capacitor for generating the sawtooth voltage (Vpp) in a voltage conversion operating state on the basis of an input voltage (Vin), wherein the V/I converter is configured to convert a predefined voltage into a current, wherein the voltage ramp du/dt of the sawtooth voltage (Vpp) is determined by the resistor and the capacitor, characterized in that the predefined voltage can be a reference voltage (Vref) or the input voltage (Vin), the resistor or the capacitor has multiple individually switchable elements (21, 22, 24, 26), the drive circuit comprises a counter that drives the individually switchable elements (22, 24, 26) in a stepwise manner to generate sawtooth voltages of different amplitudes, and wherein the drive circuit is configured such that, prior to the voltage conversion operating state, the counter is decremented by one level upon a rising edge of a clock signal and when the amplitude of the sawtooth voltage (Vpp) has not reached the amplitude of the reference voltage (Vref), and wherein the drive circuit comprises a comparator that is configured to stop the counter when the sawtooth voltage (Vpp) reaches the reference voltage (Vref) within one period of a clock.
A method for producing end products made from lamination stacks, in which non-rotationally-symmetrical laminations (A, B) are punched out of a sheet metal strip, said laminations being placed one on top of the other and connected to each other in a rotating unit to form the lamination stack, the laminations (A, B) that are punched in one punching stroke lying rotated in relation to each other within the sheet metal strip, characterised in that after the punching stroke, all or at least some of the laminations (A, B) are rotated about an axis, which lies outside the lamination stack that forms an end product, by means of the rotating unit in such a manner that the laminations (A, B), which lie rotated in relation to each other after punching, lie aligned with each other in the rotating unit to produce the end product.
A method of managing a translation lookaside buffer, the method comprising: receiving an input virtual address and an input page size indication at a translation lookaside buffer, the input virtual address and the input page size indication corresponding to an input page; determining a larger of an input page size represented by the input page size indication and an entry page size represented by an entry page size indication of an entry of the TLB, wherein the entry of the TLB corresponds to an entry page; selecting the determined larger of the input page size and the entry page size as a first selected page size; and performing a first masked comparison, based on the selected page size, of the input virtual address to an entry virtual address of the entry to determine whether the input page overlaps the entry page; characterized by: determining whether any unexamined entries of the TLB remain; and if no unexamined entries remain, outputting an overlap indication, wherein the overlap indication is a number of overlapping entries. receiving an input virtual address and an input page size indication at a translation lookaside buffer, the input virtual address and the input page size indication corresponding to an input page; determining a larger of an input page size represented by the input page size indication and an entry page size represented by an entry page size indication of an entry of the TLB, wherein the entry of the TLB corresponds to an entry page; selecting the determined larger of the input page size and the entry page size as a first selected page size; and performing a first masked comparison, based on the selected page size, of the input virtual address to an entry virtual address of the entry to determine whether the input page overlaps the entry page; characterized by: determining whether any unexamined entries of the TLB remain; and if no unexamined entries remain, outputting an overlap indication, wherein the overlap indication is a number of overlapping entries. determining whether any unexamined entries of the TLB remain; and if no unexamined entries remain, outputting an overlap indication, wherein the overlap indication is a number of overlapping entries.
A wireless communication method, comprising: transmitting, from a base station to a terminal, a synchronization signal and a broadcast channel using a first set of resource elements, wherein the first set of resource elements is in a physical carrier, wherein the physical carrier is identified by a channel number of the physical carrier, wherein the channel number of the physical carrier is within a range of channel numbers, and wherein the broadcast channel carries bandwidth information about a second set of resource elements; and transmitting, by the base station, based on the bandwidth information about the second set of resource elements, information to the terminal using the second set of resource elements, wherein a first frequency domain index of a center resource element of the first set of resource elements is associated with the channel number of the physical carrier in the range of channel numbers, wherein the center resource element of the first set of resource elements further corresponds to a second frequency domain index associated with an adjacent carrier identified by a second channel number, and wherein an absolute value of a difference between the first frequency domain index and the second frequency domain index is a positive constant. transmitting, from a base station to a terminal, a synchronization signal and a broadcast channel using a first set of resource elements, wherein the first set of resource elements is in a physical carrier, wherein the physical carrier is identified by a channel number of the physical carrier, wherein the channel number of the physical carrier is within a range of channel numbers, and wherein the broadcast channel carries bandwidth information about a second set of resource elements; and transmitting, by the base station, based on the bandwidth information about the second set of resource elements, information to the terminal using the second set of resource elements, wherein a first frequency domain index of a center resource element of the first set of resource elements is associated with the channel number of the physical carrier in the range of channel numbers, wherein the center resource element of the first set of resource elements further corresponds to a second frequency domain index associated with an adjacent carrier identified by a second channel number, and wherein an absolute value of a difference between the first frequency domain index and the second frequency domain index is a positive constant.
A silencer for a gun, in particular a portable firearm, comprising - a silencer housing having a rear end wall facing towards the gun barrel of the gun and a front end wall opposing the rear end wall, characterised in that the silencer comprises a fastening rail disposed on the silencer housing and designed for mounting the silencer on the gun, said fastening rail being disposed on a lower side wall of the silencer housing that extends between the rear end wall and the front end wall. - a silencer housing having a rear end wall facing towards the gun barrel of the gun and a front end wall opposing the rear end wall, characterised in that the silencer comprises a fastening rail disposed on the silencer housing and designed for mounting the silencer on the gun, said fastening rail being disposed on a lower side wall of the silencer housing that extends between the rear end wall and the front end wall.
A method of wireless communication performed by a user equipment, UE (405, 505, 605), comprising: determining that a peer-to-peer, P2P, communication is to be relayed based at least in part on a location of the UE, a range requirement associated with the P2P communication, and a speed at which the UE (405, 505, 605) is moving being greater than or equal to a threshold speed; and transmitting the P2P communication, wherein the P2P communication includes an indication that the P2P communication is to be relayed.
An expandable centre arrangement for a reactor, the arrangement comprising: an expansion tube; a centre support inside the expansion tube and three or more spring elements; the spring elements being fastened to the centre support and arcing out to the expansion tube, wherein: (i) the expansion tube is formed from tail ends of the spring elements spiralling around and overlapping each other; or (ii) the expansion tube is separate to the spring elements and the spring elements press outwardly against the expansion tube, and the expansion tube comprises at least one sheet wrapped around multiple times to form the circumference of the expansion tube. (i) the expansion tube is formed from tail ends of the spring elements spiralling around and overlapping each other; or (ii) the expansion tube is separate to the spring elements and the spring elements press outwardly against the expansion tube, and the expansion tube comprises at least one sheet wrapped around multiple times to form the circumference of the expansion tube.
A blade outer airseal for a gas turbine engine having: a body comprising: an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, wherein: at least over a first area of the inner diameter surface, the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate; and the thermal barrier layer comprises a ceramic and metallic phases (144, 140) within the ceramic, characterised in that: over a span of the abradable layer, a relative thickness of the abradable layer to the thermal barrier layer decreases from fore to aft. an inner diameter surface; an outer diameter surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, at least over a first area of the inner diameter surface, the coating system comprises an abradable layer and a thermal barrier layer between the abradable layer and the substrate; and the thermal barrier layer comprises a ceramic and metallic phases (144, 140) within the ceramic, characterised in that: over a span of the abradable layer, a relative thickness of the abradable layer to the thermal barrier layer decreases from fore to aft.
Method for controlling data relating to a vehicle, the vehicle comprising a communication unit, a first data receiver, a second data receiver, a basic application and at least one data application, the vehicle being identified with an identification, the method comprising: requesting data from the at least one data application with regard to a specific position, acquiring basic data relating to the vehicle by means of the first data receiver, transmitting the basic data relating to the vehicle to the basic application, coding the identification of the vehicle; transmitting the basic data containing the coded identification of the vehicle to a basic service of a backend via the communication unit, acquiring the requested data by means of the second data receiver, transmitting the requested data to the at least one data application, allocating the at least one data application using an identifier; transmitting the requested data with the allocated identifier of the at least one data application to a first service via the communication unit, and the identifier of the at least one data application and the coded identification of the vehicle making it possible to anonymize the requested data to be transmitted.