mhurhangee/ep-ind-claims huggingface dataset:
A nacelle assembly, comprising: an inlet lip section; and a cowl section downstream of said inlet lip section, wherein at least a portion of said cowl section is selectively moveable between a first position and a second position to influence an effective boundary layer thickness of the nacelle assembly; characterised in that said portion is selectively translatable between first and second positions and in that said second position is radially outward and upstream relative to said first position. an inlet lip section; and a cowl section downstream of said inlet lip section, wherein at least a portion of said cowl section is selectively moveable between a first position and a second position to influence an effective boundary layer thickness of the nacelle assembly; characterised in that said portion is selectively translatable between first and second positions and in that said second position is radially outward and upstream relative to said first position.
Vehicle drinking water tank to be filled with drinking water, wherein the vehicle drinking water tank comprises, internally, a surface, wherein the vehicle drinking water tank comprises, internally, a spray diffuser for wetting the surface inside the vehicle drinking water tank with a disinfecting liquid, wherein the vehicle drinking water tank comprises a connected line system, characterised in that the vehicle drinking water tank comprises a pump device, wherein the line system forms a closed circuit together with the vehicle drinking water tank and the pump device.
A coordination complex of at least one metal element chosen from titanium, zirconium, hafnium, vanadium, niobium, tantale with at least one monomer fitting the following formula: wherein: - R 1 is an ethylenic group; - R 2, R 3, R 4, R 5 and R 6 represent independently of each other, a hydrogen atom, a -OH group, an amine group, a -CHO group, an oxime group, a hydrazone group, a carboxyl group -COOH, a halogen atom, a trialkylsilane group, and optional salts thereof, provided that at least one of the groups R 2 to R 6 represents a -OH group and at least one of the groups R 2 to R 6 represents an oxime group; said metal element being in the form of a metal alkoxide. - R 1 is an ethylenic group; - R 2, R 3, R 4, R 5 and R 6 represent independently of each other, a hydrogen atom, a -OH group, an amine group, a -CHO group, an oxime group, a hydrazone group, a carboxyl group -COOH, a halogen atom, a trialkylsilane group, and optional salts thereof, provided that at least one of the groups R 2 to R 6 represents a -OH group and at least one of the groups R 2 to R 6 represents an oxime group;
Cable receiving unit (104, 210) for a cable portion, there being associated with the cable receiving unit an information carrier unit, from which information can be read out by electromagnetic field coupling, characterized in that data concerning the structural design of the cable receiving unit (104, 210) can be read out from the information carrier unit, and/or in that functional data can be read out from the information carrier unit, which functional data comprise information on how the electrical interconnection of the cable portion or of the contacts of the cable receiving unit should be carried out.
A method for producing a valve housing having a plastic body having at least one fluid opening which is protected against passage of dirt by means of a screen, the method comprising the following steps: - providing the, preferably injection-molded, plastic body having the at least one fluid opening; - fixing the screen to the plastic body by melting the plastic body surface in a fixing area by externally applying ultrasound and applying contact pressure to the screen to press the screen against the fixing area; - cooling the fixing area, thus resolidifying the melted plastic body surface. characterized in that the screen is band-shaped and is laid around the plastic body, in particular across a circumferential angle of at least 90°, around the plastic body, prior to the application of ultrasound. - providing the, preferably injection-molded, plastic body having the at least one fluid opening; - fixing the screen to the plastic body by melting the plastic body surface in a fixing area by externally applying ultrasound and applying contact pressure to the screen to press the screen against the fixing area; - cooling the fixing area, thus resolidifying the melted plastic body surface. characterized in that the screen is band-shaped and is laid around the plastic body, in particular across a circumferential angle of at least 90°, around the plastic body, prior to the application of ultrasound.
Process for producing a coevaporate comprising (a) voriconazole, (b) cyclodextrin, and (c) optionally an organic solvent, said process comprising the steps of (i) dissolving voriconazole and cyclodextrin in the organic solvent, (ii) removing the solvent completely or partially. (a) voriconazole, (b) cyclodextrin, and (c) optionally an organic solvent, (i) dissolving voriconazole and cyclodextrin in the organic solvent, (ii) removing the solvent completely or partially.
Air-spring valve for a vehicle, such that the air-spring valve comprises a valve body with fluid ducts and a blocking element, wherein the air-spring valve also comprises an integrally formed actuating lever having an actuating section and an entraining section, such that the entraining section can be or is mechanically coupled to the valve body in order to transfer an actuating force on the blocking element that can be exerted on the actuating section, wherein the actuating section has a longitudinal section profile which is bent twice to form a shape similar to an S-shaped longitudinal profile, wherein the actuating section of the actuating lever has a rectangular cross-section profile, wherein the actuating section has a first end and a second end, such that at the second end of the actuating section there is arranged a fastening section for attaching the actuating section to an actuating device, characterised in that the actuating lever is made from a plastic material, and in the actuating section of the actuating lever there is formed a reinforcing section to reinforce the mechanical rigidity of the actuating lever, whereas the entraining section has a round cross-section profile and is in the form of a cylindrical portion of the actuating lever, and at the first end of the actuating section there is a transition zone between the actuating section and the entraining section.
A method for measurement report in a Coordinated Multipoint transmission/reception CoMP system, comprising: according to a CoMP measurement configuration message sent by a serving cell, a terminal reporting a measurement report to the serving cell when a measurement event report triggering criterion is satisfied; said method being characterized in that, the measurement event report triggering criterion includes: a movement speed measurement value of the serving cell being lower than a preset first measurement threshold, and a ratio of a Reference Signal Received Power RSRP measurement value of the serving cell to an RSRP measurement value of one or more measuring cells in a measuring cell set being lower than a preset second measurement threshold. according to a CoMP measurement configuration message sent by a serving cell, a terminal reporting a measurement report to the serving cell when a measurement event report triggering criterion is satisfied; said method being characterized in that, the measurement event report triggering criterion includes: a movement speed measurement value of the serving cell being lower than a preset first measurement threshold, and a ratio of a Reference Signal Received Power RSRP measurement value of the serving cell to an RSRP measurement value of one or more measuring cells in a measuring cell set being lower than a preset second measurement threshold.
A C-arm, comprising a connection component, a driving component, a first support component, and a second support component, wherein the first support component is configured to support a radiation generator, the second support component is configured to support a radiation detector, the first support component and the second support component are movably connected to the connection component, the driving component is configured to drive a movement of the first support component and the second support component relative to the connection component, and the driving component includes a driving assembly configured to drive the first support component and the second support component to move toward or away from each other, the C-arm being characterized in that the driving assembly drives the first support component to move at a first speed and drives the second support component to move at a second speed, the first speed being different from the second speed to make a position of a center of gravity of the C-arm during movements of the first support component and the second support component relative to the connection component being constant. the first support component is configured to support a radiation generator, the second support component is configured to support a radiation detector, the first support component and the second support component are movably connected to the connection component, the driving component is configured to drive a movement of the first support component and the second support component relative to the connection component, and the driving component includes a driving assembly configured to drive the first support component and the second support component to move toward or away from each other, the C-arm being characterized in that the driving assembly drives the first support component to move at a first speed and drives the second support component to move at a second speed, the first speed being different from the second speed to make a position of a center of gravity of the C-arm during movements of the first support component and the second support component relative to the connection component being constant.
Method for multi-stream transmission of symbols to be transmitted sampled at a frequency F0 corresponding to communications of different types, in particular of sporadic type and of cellular type, implementing multi-carrier modulation with M sub-carriers using, whatever the type of communication, the same frequency-time transform (IFFT) of a size determined by the number M of sub-carriers, such that communication of cellular type is implemented with OFDM modulation, characterized in that the method samples the frequency-time transform (IFFT) at a frequency 2 × F0, in that, in order to produce OFDM modulation, the method temporally stretches a sequence of symbols which are sampled at the frequency F0 in order to deliver a sequence of symbols which are sampled at the frequency 2 × F0 and in that it filters a sequence, of length N, of symbols which are sampled at the frequency 2 × F0 using a linear frequency filter with L = 2 coefficients which are equal to {1,w}, with w ∈ [0,1], and can be parameterized in accordance with the type of communication, N and M being natural numbers, with N < M, in order to produce N + L - 1 symbols, according to which the first filtered symbol is the result of the first symbol of the sequence weighted by the first coefficient, according to which the n th filtered symbol is the result of the difference between the n th symbol of the sequence weighted by the first coefficient and the (n - 1) th symbol of the sequence weighted with the 2 nd coefficient, with 1 < n ≤ N, and according to which the (N + 1) th filtered symbol corresponds to the n th symbol of the sequence affixed with a minus sign and weighted with the 2 nd coefficient, in that a plurality of sequences of symbols are processed in parallel with a number of symbols which may be different between the sequences and with a parameterization of the filtering coefficients, for each different type of communication, which is associated with the sequences and in that the filtered sequences are mapped to the input of the frequency-time transform, each on a sub-band in order to produce, per sub-band, OFDM modulation in a form which can be configured by parameterizing the filtering coefficients for the sub-band.
Control device for heating circuit valves with a one-part or multi-part device housing (11, 12), in which a return spring, a control member and an actuator are provided that is connected to a first and a second electrical supply line (51; 52) and that comprises an actuator housing and a movable actuator plunger, wherein the device housing (11, 12) comprises a tubular second housing member, which at its upper part, which is open towards the outside, is covered by a releasable first housing member and which at its opposite lower part, which is open towards the outside, is connectable to a heating circuit valve, characterised in that the housing member comprises between the upper part and the lower part a separation wall, which is provided with a preferably cylindrical receiving member having a bottom that is provided with at least one passage opening, through which the actuator and the control member contact one another, wherein the control member is hat-shaped and covers the receiving member in such a way, that the passage opening is shielded against the penetration of water.
Geometrically defined nanocomplexes consisting of a polyanion and cationic amphiphilic peptide molecules in an equimolar ratio to the negative charges present, characterized in that they are held together by means of cooperative molecular interactions and in that the peptide molecules carry 1 positive charge each.
Removal apparatus for removing and conveying away bulk material from a bulk material pile, comprising a conveying device which can be positioned at a base of the bulk material pile in order to convey away bulk material from the bulk material pile, and a scraping device which is movable to and fro along a sloping face of the bulk material pile that faces the conveying device, wherein the scraping device comprises a plurality of activation elements which are designed for engaging contact with the bulk material, wherein at least one or more or all of the activation elements is/are plough-shaped and thus comprises/comprise at least one leading ploughshare with respect to one of the directions of movement of the scraping device, and at least one mouldboard trailing the ploughshare, characterized in that the plough-shaped activation element or activation elements is/are in the shape of a double-furrow plough, and therefore it or they at least in each case comprises/comprise a leading ploughshare in the two directions of movement of the scraping device and a respective mouldboard trailing the ploughshares.
A mobile device accessory comprising: a fixing plate to be fixed to a surface of a mobile device; a ring having an opening portion at a side thereof; and a connecting member connecting the opening portion of the ring with the fixing plate such that the ring is configured to rotate to have various angles with respect to the fixing plate and an angle between the ring and the fixing plate is configured to maintain, the connecting member including a connecting block disposed at the opening portion of the ring, a connecting rod penetrating through both end portions of the ring having the opening and the connecting block to connect the ring with the connecting block, and an elastic part being interposed between the connecting block and the connecting rod and being disposed along a circumference of the connecting rod to provide a friction force between the connecting block and the connecting rod to suppress the connecting rod from naturally rotating against the connecting block, characterized in that: the connecting rod includes a flat face or a concave-convex face at an end portion thereof to suppress the connecting rod from rotating with respect to the ring, and the flat face or the concave-convex face is formed at the end portion of the connecting rod along a longitudinal direction. a fixing plate to be fixed to a surface of a mobile device; a ring having an opening portion at a side thereof; and a connecting member connecting the opening portion of the ring with the fixing plate such that the ring is configured to rotate to have various angles with respect to the fixing plate and an angle between the ring and the fixing plate is configured to maintain, the connecting member including a connecting block disposed at the opening portion of the ring, a connecting rod penetrating through both end portions of the ring having the opening and the connecting block to connect the ring with the connecting block, and an elastic part being interposed between the connecting block and the connecting rod and being disposed along a circumference of the connecting rod to provide a friction force between the connecting block and the connecting rod to suppress the connecting rod from naturally rotating against the connecting block, characterized in that: the connecting rod includes a flat face or a concave-convex face at an end portion thereof to suppress the connecting rod from rotating with respect to the ring, and the flat face or the concave-convex face is formed at the end portion of the connecting rod along a longitudinal direction.
A method for user-plane location, comprising: a terminal setting up a data connection with a home location server of the terminal (401, 501, 601, 701) and then sending a first location request for a third party to the location server (301, 402, 502, 602, 702); the location server receiving and processing the first location request and sending response message carrying location request processing information and session identification information to the terminal before getting a location result (302, 403, 503, 603, 703); the location request processing information comprising information which shows an estimated time of completion; the terminal receiving the response message, and the terminal choosing to disconnect or keep the data connection according to the estimated time of completion information comprised in the location request processing information; the location server getting the location result (404, 504, 604, 704) and judging whether the data connection with the terminal is disconnected or not, if disconnected, then buffering the location result; when the data connection is disconnected halfway the obtaining of the location result, the terminal resetting a data connection with the location server and sending a second location request carrying the session identification information to the location server (505, 606, 706); and the location server sending the buffered location result of the third party to the terminal according to the session identification information in the second location request received (506, 607, 707). a terminal setting up a data connection with a home location server of the terminal (401, 501, 601, 701) and then sending a first location request for a third party to the location server (301, 402, 502, 602, 702); the location server receiving and processing the first location request and sending response message carrying location request processing information and session identification information to the terminal before getting a location result (302, 403, 503, 603, 703); the location request processing information comprising information which shows an estimated time of completion; the terminal receiving the response message, and the terminal choosing to disconnect or keep the data connection according to the estimated time of completion information comprised in the location request processing information; the location server getting the location result (404, 504, 604, 704) and judging whether the data connection with the terminal is disconnected or not, if disconnected, then buffering the location result; when the data connection is disconnected halfway the obtaining of the location result, the terminal resetting a data connection with the location server and sending a second location request carrying the session identification information to the location server (505, 606, 706); and the location server sending the buffered location result of the third party to the terminal according to the session identification information in the second location request received (506, 607, 707).
An optical OFDMA communication network, comprising: - a plurality of optical network units (ONUs 2a-2n), wherein each one of the ONUs (2a-2n) is configured to generate a ranging sequence (20b - 20n) for upstream synchronization of the ONUs (2a-2n); - a receiving unit for receiving signals of the ONUs (2a-2n), the receiving unit being also configured to receive the ranging sequences (20b - 20n) of the ONUs (2a-2n), - wherein the receiving unit comprises a correlator unit in which a plurality of ranging sequences is stored, - and wherein the receiving unit is configured to perform a ranging detection operation including performing a correlation operation with a plurality of the received ranging sequences (20b - 20n) using at least one of the stored ranging sequences and to transmit a ranging response to the ONUs (2a-2n) depending on the result of the correlation operation, wherein - the ranging sequence (20b - 20n) generated by each one of the ONUs (2a-2n) comprises a constant amplitude zero auto correlation (CAZAC) sequence multiplied by a pseudo noise sequence specific to each one of the ONUs (2a-2n) such that the receiving unit can assign the received ranging sequence (20b - 20n) to the ONUs (2a-2n). - a plurality of optical network units (ONUs 2a-2n), wherein each one of the ONUs (2a-2n) is configured to generate a ranging sequence (20b - 20n) for upstream synchronization of the ONUs (2a-2n); - a receiving unit for receiving signals of the ONUs (2a-2n), the receiving unit being also configured to receive the ranging sequences (20b - 20n) of the ONUs (2a-2n), - wherein the receiving unit comprises a correlator unit in which a plurality of ranging sequences is stored, - and wherein the receiving unit is configured to perform a ranging detection operation including performing a correlation operation with a plurality of the received ranging sequences (20b - 20n) using at least one of the stored ranging sequences and to transmit a ranging response to the ONUs (2a-2n) depending on the result of the correlation operation, wherein - the ranging sequence (20b - 20n) generated by each one of the ONUs (2a-2n) comprises a constant amplitude zero auto correlation (CAZAC) sequence multiplied by a pseudo noise sequence specific to each one of the ONUs (2a-2n) such that the receiving unit can assign the received ranging sequence (20b - 20n) to the ONUs (2a-2n).
A method of evolution of a protein in a eukaryotic cell production host, the method comprising: a. evolving a template protein to produce a set of mutant proteins in the eukaryotic cell production host; b. screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c. selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d. manufacturing the up-mutant protein comprising expressing the up-mutant protein in the same eukaryotic cell production host as used in the evolving step a. a. evolving a template protein to produce a set of mutant proteins in the eukaryotic cell production host; b. screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c. selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d. manufacturing the up-mutant protein comprising expressing the up-mutant protein in the same eukaryotic cell production host as used in the evolving step a.