mhurhangee/ep-ind-claims huggingface dataset:
Component which can be subjected to hot gas for a gas turbine, having at least one wall - which comprises a first surface as far as an edge, wherein the first surface is intended for delimiting a hot gas flow path of the gas turbine, and - which comprises a second surface which adjoins the edge and is arranged transversely with respect to the first surface, wherein a groove provided for receiving a sealing element is arranged in the second surface and extends at least partially along the edge at a distance from the edge, and wherein the groove comprises a groove base and two mutually facing side walls which adjoin said groove face and extend along the edge, of which side walls one of the two is arranged on the hot gas side and the other is arranged on the cold gas side and each have recesses, characterized in that at least some of the recesses (38a, 38b) can be combined to form a group, the recesses (38a, 38b) of which are arranged in such a manner that two of said recesses of said group are arranged in the hot-gas-side side wall and are spaced apart from each other in such a manner that a further recess of said group, which recess is arranged in the cold-gas-side side wall, partially lies opposite each of the two hot-gas-side recesses. - which comprises a first surface as far as an edge, wherein the first surface is intended for delimiting a hot gas flow path of the gas turbine, and - which comprises a second surface which adjoins the edge and is arranged transversely with respect to the first surface, wherein a groove provided for receiving a sealing element is arranged in the second surface and extends at least partially along the edge at a distance from the edge, and
A method of preparing a non-woven fabric for a base cloth of a carpel comprising: preparing a stretched polyester filament fiber having a circular cross section forming a web by integrating the filament fiber in a web form, crimp processing and calendering it; and needle punching the web, wherein the crimping processing is performed such that the stretched filament fiber is piled up on a conveyor net for forming the web and at same time, the stretched filament is treated at 100 to 150 °C for 30 to 60 seconds to form number of crimps of 20 to 40 per 2.54 cm (20 to 40 per inch), and wherein the needle punching is performed in a first step and a second step and in a condition of 300 to 400 stroke rpm in the first step and 600 to 800 stroke rpm in the second step. preparing a stretched polyester filament fiber having a circular cross section forming a web by integrating the filament fiber in a web form, crimp processing and calendering it; and needle punching the web, wherein the crimping processing is performed such that the stretched filament fiber is piled up on a conveyor net for forming the web and at same time, the stretched filament is treated at 100 to 150 °C for 30 to 60 seconds to form number of crimps of 20 to 40 per 2.54 cm (20 to 40 per inch), and wherein the needle punching is performed in a first step and a second step and in a condition of 300 to 400 stroke rpm in the first step and 600 to 800 stroke rpm in the second step.
An utility (10; 10') for hot forming a flat metallic material (20; 20') comprising, on the one hand, two supports (12, 14; 12', 14') intended to be alternately driven in movement the one towards the other, and a tool intended to be heated, comprising at least one matrix element (18; 18') and at least one stamp element (16; 16'), said tool being thermally deformable, and on the other hand, securing members (29, 30, 32, 34; 29', 30') allowing to maintain in a fixed position said at least one matrix element (18; 18') on one of said supports (12, 14; 12', 14') and said at least one stamp element (16; 16') on the other of said supports (12, 14; 12', 14'), so that said at least one stamp element (16; 16') cooperates with said at least one matrix element (18; 18') when said supports (12, 14; 12', 14') are driven the one towards the other; characterized in that said securing members (29, 30, 32, 34; 29', 30') comprise elastically deformable legs; and in that said legs are elastically deformed when said tool (16, 18; 16', 18') is heated.
A dry solid of an anionically modified cellulose nanofiber, comprising 5 to 300% by mass of a water-soluble polymer relative to the anionically modified cellulose nanofiber, wherein the anionically modified cellulose nanofiber is a carboxymethylated cellulose nanofiber, and wherein the water-soluble polymer is a carboxymethyl cellulose or a salt thereof.
A system for protecting the mouth of a pipe, the system comprising a protective part that has a central portion provided with at least one opening for the passage of a fluid circulating in the pipe, and a peripheral portion provided with skirts (31, 32, 33, 34) provided to protect surfaces (61, 62, 63, 64) of the mouth from the fluid, the protective part being made of a deformable material, so as to be able to be removed from the interior of the pipe, characterised in that the central portion is wheel-shaped, with at least two radii that are connected to the peripheral portion and separated by openings for the passage of fluid, and the central portion comprises also a central hub and the radii extend between the central hub and the peripheral portion.
A syringe device mixing/administration system comprising: a syringe barrel having a forward end and an opposing back end, the forward end configured to both removeably couple with a fluid-bag and expel fluid from the interior of the barrel, the opposing back end configured to receive a syringe piston; the syringe piston insertable into the back end of the syringe barrel, the syringe piston defining a fluid passage extending the length thereof, the syringe piston having a piston stem; a vial having a lid; a vial housing extending from an end of the piston stem, the vial housing having sidewalls defining an exterior diameter less than that of the barrel and insertable into the barrel, the vial housing having an access opening in the sidewall of sufficient size to allow removal of the lid while a vial is within the vial housing; a fluid-bag reversibly attachable to the forward end of the syringe barrel; and a protective film material encasing the syringe barrel, syringe piston, vial housing, vial and fluid-bag, the protective film material configured to encase the syringe barrel, syringe piston, vial housing, vial and fluid-bag while the fluid is expelled from the barrel of the syringe and into the fluid-bag. a syringe barrel having a forward end and an opposing back end, the forward end configured to both removeably couple with a fluid-bag and expel fluid from the interior of the barrel, the opposing back end configured to receive a syringe piston; the syringe piston insertable into the back end of the syringe barrel, the syringe piston defining a fluid passage extending the length thereof, the syringe piston having a piston stem; a vial having a lid; a vial housing extending from an end of the piston stem, the vial housing having sidewalls defining an exterior diameter less than that of the barrel and insertable into the barrel, the vial housing having an access opening in the sidewall of sufficient size to allow removal of the lid while a vial is within the vial housing; a fluid-bag reversibly attachable to the forward end of the syringe barrel; and a protective film material encasing the syringe barrel, syringe piston, vial housing, vial and fluid-bag, the protective film material configured to encase the syringe barrel, syringe piston, vial housing, vial and fluid-bag while the fluid is expelled from the barrel of the syringe and into the fluid-bag.
Method for purifying a gaseous supply flow implementing an adsorption unit comprising at least 2 adsorbers, a cryogenic distillation unit, an exchanger and a compressor functioning at a temperature lower than or equal to -50°C, wherein the heat necessary to regenerate the adsorbers, comes from, at least in part, at least one part of the heat generated by the compressor, during the compression of a fluid and said method comprises an adsorption step implemented by the adsorption unit, with said method characterised in that the adsorption step is carried out at a negative temperature.
A decryption service providing device (13, 332) comprising: a storage (131, 2204) that holds a private key s conforming to an EIGamal encryption system on a semigroup H; an input unit (132, 3132) that receives an input of information corresponding to ciphertext (c 1, c 2) = (m·y r, g r) ∈H 2 conforming to the EIGamal encryption system, y = g -s being a public key, g being an invertible element of the semigroup H, m being plaintext, and r being a random number; a decryption unit (133, 2201, 2202) that decrypts the information corresponding to the ciphertext (c 1, c 2) in conformance to the EIGamal encryption system using the private keys and obtains information corresponding to a result c 1 ·c 2 s of decrypting the ciphertext (c 1, c 2); and an output unit (134, 3134) that outputs information corresponding to the decryption result c 1 ·c 2 s, characterized in that an order of the element g of the semigroup H cannot be calculated within a polynomial-time, the semigroup H has an identity element, and the semigroup H consists of rational points on an elliptic curve on a residue class ring with N as a modulus, wherein N cannot be factorized into prime factors within polynomial-time. a storage (131, 2204) that holds a private key s conforming to an EIGamal encryption system on a semigroup H; an input unit (132, 3132) that receives an input of information corresponding to ciphertext (c 1, c 2) = (m·y r, g r) ∈H 2 conforming to the EIGamal encryption system, y = g -s being a public key, g being an invertible element of the semigroup H, m being plaintext, and r being a random number; a decryption unit (133, 2201, 2202) that decrypts the information corresponding to the ciphertext (c 1, c 2) in conformance to the EIGamal encryption system using the private keys and obtains information corresponding to a result c 1 ·c 2 s of decrypting the ciphertext (c 1, c 2); and an output unit (134, 3134) that outputs information corresponding to the decryption result c 1 ·c 2 s, characterized in that an order of the element g of the semigroup H cannot be calculated within a polynomial-time, the semigroup H has an identity element, and the semigroup H consists of rational points on an elliptic curve on a residue class ring with N as a modulus, wherein N cannot be factorized into prime factors within polynomial-time.
A method of enhancing distorted signal having a speech and noise component, with a processing device having memory with stored training information, comprising a step of distorted signal frame r acquisition, a step of computing orthogonal transform over frame r to obtain (104,105) distorted signal magnitude spectrum d and distorted signal phase spectrum, a step of removing noise in spectrum domain according to a noise and speech model to obtain clear amplitude spectrum d̂ sk of the frame, and a step of synthetizing clear speech signal ŝ p frame with inverse transformation of the clear amplitude spectrum d̂ sk from spectrum domain to time domain, characterized in that the training information T comprises dictionaries of compact spectra prototypes of speech s i 1 and noise n i 2, speech gains c S i 3 and noise gains c N i 4 forming together composite states i = ( i 1, i 2, i 3, i 4), and probabilities of speech P S l and noise P N l state history wherein dictionaries of compact spectra prototypes comprise compact spectra prototypes of a first dimension P 1 and of a second dimension P 2 where second dimension P 2 is higher or equal to the first dimension P 1, and in that the step of removing noise includes com putation of a first compact spectrum d 1 of the first dimension P 1 from magnitude spectrum d, computation of a second compact spectrum d 2 of the second dimension P 2 from magnitude spectrum d, preselection from training information T a set of composite states matching the first compact spectrum d 1 evaluation of composite states likelihoods and transition probabilities with a'priori knowledge model using the second compact spectra d 2 over the set of preselected states, computing a'posteriori probabilities of the composite states using forward and backward probabilities calculated on a base of the likelihoods of the preselected composite states and on a base of the transition probabilities corresponding to at least three frames, estimation of a noise compact spectrum d̂ 2n based on the second compact spectrum d 2, training information T and a'posteriori probabilities, estimation of a speech compact spectrum d̂ 2s based on the second compact spectrum d 2, the training information T and the a'posteriori probabilities, recovering a speech magnitude spectrum d̂ sk based on the estimated noise compact spectrum, the estimated speech compact spectrum d̂ 2s, the estimated speech compact spectrum d̂ 2n, and distorted signal magnitude spectrum d 2.
A method for transmitting reference signals for 8 antenna ports at a base station, the method comprising: transmitting common reference signals, CRSs, for M, wherein M is 1 or 2, antenna ports in a downlink subframe including a first slot and a second slot and having a normal cyclic prefix, CP, wherein the downlink subframe having the normal CP has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to only two OFDM symbols in a data region of the downlink subframe, the two OFDM symbols being separated by only one OFDM symbol, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location. transmitting common reference signals, CRSs, for M, wherein M is 1 or 2, antenna ports in a downlink subframe including a first slot and a second slot and having a normal cyclic prefix, CP, wherein the downlink subframe having the normal CP has 14 orthogonal frequency division multiplexing, OFDM, symbols, where the OFDM symbol index starts from 0; and transmitting channel state information-reference signals, CSI-RSs, for the 8 antenna ports, the CSI-RSs being mapped to the downlink subframe according to a predetermined pattern, wherein the predetermined pattern defines the CSI-RSs for the 8 antenna ports to be mapped to only two OFDM symbols in a data region of the downlink subframe, the two OFDM symbols being separated by only one OFDM symbol, wherein the CSI-RSs for the 8 antenna ports are subjected to code division multiplexing, CDM, using orthogonal codes, such that in the downlink subframe CSI-RSs for two antenna ports are mapped to the same OFDM symbol and the same subcarrier, and wherein the CSI-RSs for two antenna ports are spread in the time domain by CDM over the two OFDM symbols at the same subcarrier location.
A lens antenna system, comprising: a hybrid focal source antenna circuit configured to generate a source antenna beam, the hybrid focal source antenna circuit comprising a set of antenna elements coupled to one another, the set of antenna elements comprising: a first antenna element configured to be excited in a first transverse mode with a first order; and a second antenna element configured to be excited in a second, different, transverse mode with a second order, wherein the second order is higher than the first order; wherein the first transverse mode and the second transverse mode are co-polarized. a first antenna element configured to be excited in a first transverse mode with a first order; and a second antenna element configured to be excited in a second, different, transverse mode with a second order, wherein the second order is higher than the first order; wherein the first transverse mode and the second transverse mode are co-polarized.
A handling device suitable for lifting a single container from a stack of containers in a frame structure of a storage system and for moving the container laterally, the handling device carrying batteries; the handling device comprising a robot vehicle moveable to access different stacks; the robot vehicle being equipped with a crane device, wherein the crane device comprises a gripper device configured to grip a container from above; characterised in that: the vehicle comprises first and second vehicle modules (632a, 632b) that support the crane device therebetween; the first and second vehicle modules are spaced apart to define a space therebetween into which the container can be lifted; and the first and second vehicle modules are linked by a cross member from which the crane device is suspended. the vehicle comprises first and second vehicle modules (632a, 632b) that support the crane device therebetween; the first and second vehicle modules are spaced apart to define a space therebetween into which the container can be lifted; and the first and second vehicle modules are linked by a cross member from which the crane device is suspended.
A method for wireless communication, comprising: tracking distributed coordination function, DCF, operations of a wireless station to obtain historical DCF information; determining a channel congestion metric based at least in part on the historical DCF information; and setting an inactivity timeout, ITO, for the wireless station based at least in part on the channel congestion metric. tracking distributed coordination function, DCF, operations of a wireless station to obtain historical DCF information; determining a channel congestion metric based at least in part on the historical DCF information; and setting an inactivity timeout, ITO, for the wireless station based at least in part on the channel congestion metric.
A vaccine composition for use in a method of protecting a human subject against dengue disease, wherein said composition comprises a dengue antigen of serotype 1, a dengue antigen of serotype 2, a dengue antigen of serotype 3 and a dengue antigen of serotype 4: wherein said dengue antigens of serotypes 1, 2, 3 and 4 are each a live attenuated chimeric virus and wherein said live attenuated chimeric dengue viruses comprise a yellow fever virus genome whose prM-E sequence has been substituted with the prM-E sequence of a dengue virus; wherein said human subject is 2-45 years of age and has previously been infected by a dengue virus; and wherein said method comprises administering said composition in a first dose, a second dose and a third dose and wherein said second dose is to be administered six months after said first dose and wherein said third dose is to be administered twelve months after said first dose and wherein said doses are administered via a subcutaneous route. wherein said dengue antigens of serotypes 1, 2, 3 and 4 are each a live attenuated chimeric virus and wherein said live attenuated chimeric dengue viruses comprise a yellow fever virus genome whose prM-E sequence has been substituted with the prM-E sequence of a dengue virus; wherein said human subject is 2-45 years of age and has previously been infected by a dengue virus; and wherein said method comprises administering said composition in a first dose, a second dose and a third dose and wherein said second dose is to be administered six months after said first dose and wherein said third dose is to be administered twelve months after said first dose and wherein said doses are administered via a subcutaneous route.
A tower segment (200, 201, 202, 203, 210, 220) of a tower (102, 20) of a wind turbine, including a compression element and a tension element (310, 320), wherein the tension element (310, 320) is arranged with its main direction of extent substantially horizontally in the installation state and is spaced from the tower segment (200, 201, 202, 203, 210, 220) in a direction in orthogonal relationship with its main direction of extent and is connected to the compression element by way of an intermediate element, wherein the tension element (310, 320) has a clamping element, characterised in that the intermediate element is of a pivotable configuration and/or is pivotably connected to the compression element and/or to the tension element (310, 320). a compression element and a tension element (310, 320), wherein the tension element (310, 320) is arranged with its main direction of extent substantially horizontally in the installation state and is spaced from the tower segment (200, 201, 202, 203, 210, 220) in a direction in orthogonal relationship with its main direction of extent and is connected to the compression element by way of an intermediate element, wherein the tension element (310, 320) has a clamping element, characterised in that the intermediate element is of a pivotable configuration and/or is pivotably connected to the compression element and/or to the tension element (310, 320).
A vehicle control apparatus comprising: an electric power steering configured to support steering of a vehicle and be able to perform torque control; a current-position acquisition unit configured to acquire a current position of the vehicle in a traffic lane where the vehicle is currently traveling; and a target-position control unit configured to perform steering control of the electric power steering in such a manner that the vehicle is caused to run from the current position to a target position and maintains a current traffic lane, characterised in that, by definitions that a first phase is a predetermined period including a span immediately after reverse turning of steering is determined in the steering control and a second phase is a period during which steering-turn is performed and does not overlap the first phase, weighting in follow-up control from the current position to the target position is larger in the first phase than in the second phase. an electric power steering configured to support steering of a vehicle and be able to perform torque control; a current-position acquisition unit configured to acquire a current position of the vehicle in a traffic lane where the vehicle is currently traveling; and a target-position control unit configured to perform steering control of the electric power steering in such a manner that the vehicle is caused to run from the current position to a target position and maintains a current traffic lane, characterised in that, by definitions that a first phase is a predetermined period including a span immediately after reverse turning of steering is determined in the steering control and a second phase is a period during which steering-turn is performed and does not overlap the first phase, weighting in follow-up control from the current position to the target position is larger in the first phase than in the second phase.