mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for preventing removal of an article of footwear, the apparatus comprising: a sock having a first strap coupled thereto, the first strap having a first end and a second end, wherein the first end has a first connector disposed thereon and the second end has a second connector disposed thereon; a second strap coupled to the first strap, the second strap being configured to form at least one channel; characterised in that the apparatus further comprises a third strap configured to pass through the at least one channel, wherein the third strap has a third connector disposed thereon. a sock having a first strap coupled thereto, the first strap having a first end and a second end, wherein the first end has a first connector disposed thereon and the second end has a second connector disposed thereon; a second strap coupled to the first strap, the second strap being configured to form at least one channel;
A method for providing dynamic power distribution for return link signals in a spot beam satellite communication system, the method comprising: receiving a plurality of return link signals (310a-N), each from a respective user beam (308a-N) corresponding to a respective spot beam coverage area; each of a plurality of programmable attenuators attenuating a respective signal of the plurality of return link signals, each of the plurality of programmable attenuators being set at a respective attenuation value; adjusting the respective attenuation values to adjust a distribution of data transmission capacity across the plurality of return link signals; summing outputs from the plurality of programmable attenuators to generate a combined signal; amplifying the combined signal to generate an amplified signal; and transmitting the amplified signal to a gateway. receiving a plurality of return link signals (310a-N), each from a respective user beam (308a-N) corresponding to a respective spot beam coverage area; each of a plurality of programmable attenuators attenuating a respective signal of the plurality of return link signals, each of the plurality of programmable attenuators being set at a respective attenuation value; adjusting the respective attenuation values to adjust a distribution of data transmission capacity across the plurality of return link signals; summing outputs from the plurality of programmable attenuators to generate a combined signal; amplifying the combined signal to generate an amplified signal; and transmitting the amplified signal to a gateway.
A base station device comprising: a modulation unit configured to take at least a first plurality of bits as input and produce modulation symbols, and a radio transmission unit configured to transmit the modulation symbols and transmit control information, wherein the control information includes 2-bit information field related to an interference signal, wherein said information indicated by the 2-bit field is changed in accordance with a notification in a higher layer, in a case that the 2-bit information field has a first value, the first value indicates that the interference signal is not present, and in a case that the 2-bit information field has either of values other than the first value, either of the values indicates the interference signal is present with either of a first modulation scheme, a second modulation scheme, or a third modulation scheme. a modulation unit configured to take at least a first plurality of bits as input and produce modulation symbols, and a radio transmission unit configured to transmit the modulation symbols and transmit control information, wherein the control information includes 2-bit information field related to an interference signal, wherein said information indicated by the 2-bit field is changed in accordance with a notification in a higher layer, in a case that the 2-bit information field has a first value, the first value indicates that the interference signal is not present, and in a case that the 2-bit information field has either of values other than the first value, either of the values indicates the interference signal is present with either of a first modulation scheme, a second modulation scheme, or a third modulation scheme.
A method of providing a threaded fastener with a multi-layered coating, the multi-layered coating comprising between ten and seventy individual coating layers, the threaded fastener comprising a threaded portion, the method comprising the step of: using a vapour deposition process to apply a multi-layered coating to the threaded portion, each layer of the multi-layered coating being formed from a coating material selected from the group comprising titanium, chromium, nickel, platinum, tantalum, and combinations thereof. using a vapour deposition process to apply a multi-layered coating to the threaded portion, each layer of the multi-layered coating being formed from a coating material selected from the group comprising titanium, chromium, nickel, platinum, tantalum, and combinations thereof.
A method for producing a pile, wherein a drill pipe having at least one cutting helix disposed in a subsection of an outer wall thereof, is drilled into a subsoil, a pile foot is formed by means of an inner pipe that can be disposed in the drill pipe, at least an end region of the inner pipe is inserted into the pile foot, a granular material having at least one binder is poured in via the inner pipe, and the drill pipe and the inner pipe are removed from the subsoil (32, 34), wherein the pile foot is formed by internal driving and wherein the inner pipe protrudes over an end side front face of the drill pipe with its end side front face facing the subsoil and the inner pipe is drilled into the pile foot.
A method for beamforming using an antenna array, the method being performed by a network node and comprising: obtaining, from a wireless device, a precoding matrix indicator to be used for transmission to the wireless device; selecting a codebook from a set of codebooks according to the received indicator, wherein the selected codebook defines the precoding matrix, and wherein the set of codebooks comprises codebooks defining variable beam widths and having same number of non-zero antenna weights for all beam widths, wherein the set of codebooks comprises extension codebooks, and wherein all extension codebooks are derivable from respective initial codebooks, wherein each extension codebook is iteratively derivable from the respective initial codebook by elements of the respective codebook being duplicated, wherein at least some of the elements of the respective codebook that are being duplicated are reversed in order, wherein at least some of the elements of the respective codebook that are being duplicated are conjugated, and wherein at least some of the elements of the respective codebook that are being duplicated have their weights negated; and precoding transmission of signals to the wireless device from the antenna array using said selected codebook. obtaining, from a wireless device, a precoding matrix indicator to be used for transmission to the wireless device; selecting a codebook from a set of codebooks according to the received indicator, wherein the selected codebook defines the precoding matrix, and wherein the set of codebooks comprises codebooks defining variable beam widths and having same number of non-zero antenna weights for all beam widths, wherein the set of codebooks comprises extension codebooks, and wherein all extension codebooks are derivable from respective initial codebooks, wherein each extension codebook is iteratively derivable from the respective initial codebook by elements of the respective codebook being duplicated, wherein at least some of the elements of the respective codebook that are being duplicated are reversed in order, wherein at least some of the elements of the respective codebook that are being duplicated are conjugated, and wherein at least some of the elements of the respective codebook that are being duplicated have their weights negated; and precoding transmission of signals to the wireless device from the antenna array using said selected codebook.
Device comprising at least one flow chamber (20, 20') which has an inlet opening (3, 5) and an outlet opening (4, 6) and which is provided to allow the flow of a medium therethrough, wherein the flow chamber (20, 20') is arranged in a single-piece block element and is defined at least partially by a diathermal wall in order to absorb or release thermal energy through the wall taking place through the medium, characterized in that the at least one flow chamber (20, 20') is formed in the block element from a plurality of first mutually spaced apart channels which extend straight and in parallel with one another, and a plurality of second mutually spaced apart channels which extend straight and in parallel with one another, wherein the first and the second channels (22, 23) are bores and have a circular cross-section and each have two ends and are closed at least at one of the two ends, and in that the second channels are arranged at an angle to the first channels such that the first and the second channels cross, wherein support pillars which have a parallelogram-shaped cross-section are located within the respective flow chamber (20, 20') between the crossing points of two adjacent first and two adjacent second channels (22, 23), and in that the first and the second channels (22, 23) each have a uniform cross-section between regions of their two ends. characterized in that the at least one flow chamber (20, 20') is formed in the block element from a plurality of first mutually spaced apart channels which extend straight and in parallel with one another, and a plurality of second mutually spaced apart channels which extend straight and in parallel with one another, wherein the first and the second channels (22, 23) are bores and have a circular cross-section and each have two ends and are closed at least at one of the two ends, and in that the second channels are arranged at an angle to the first channels such that the first and the second channels cross, wherein support pillars which have a parallelogram-shaped cross-section are located within the respective flow chamber (20, 20') between the crossing points of two adjacent first and two adjacent second channels (22, 23), and in that the first and the second channels (22, 23) each have a uniform cross-section between regions of their two ends.
A system to communicate with a remote component located in an aircraft environment, the system comprising: the remote component disposed in the aircraft environment configured to control a single phase alternating or direct current input drawn from a constant voltage power source; a controller disposed in the aircraft environment configured to monitor the current input to the remote component and determine a message from the remote component based on a current pattern in the current input, wherein the remote component controls the current input to turn on and off in a specified pattern to generate the current pattern; characterized in that the remote component is configured to generate the current pattern, controlling a ratio of time that the current input draw is on to time the current input draw is off. the remote component disposed in the aircraft environment configured to control a single phase alternating or direct current input drawn from a constant voltage power source; a controller disposed in the aircraft environment configured to monitor the current input to the remote component and determine a message from the remote component based on a current pattern in the current input, wherein the remote component controls the current input to turn on and off in a specified pattern to generate the current pattern; characterized in that the remote component is configured to generate the current pattern, controlling a ratio of time that the current input draw is on to time the current input draw is off.
A computer system, comprising: one or more processors; and one or more computer-readable media having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to set breakpoints on a plurality of memory addresses covered by a data structure, the computer-executable instructions including instructions that are executable to cause the computer system to perform at least the following: receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints, wherein the plurality of memory addresses covered by the data structure comprise a base memory address of the data structure and all of the other memory addresses of the data structure. one or more processors; and one or more computer-readable media having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to set breakpoints on a plurality of memory addresses covered by a data structure, the computer-executable instructions including instructions that are executable to cause the computer system to perform at least the following: receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints, receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints, wherein the plurality of memory addresses covered by the data structure comprise a base memory address of the data structure and all of the other memory addresses of the data structure.
An apparatus for the conveying of plastics material pre-forms, with a plurality of holding devices which engage in apertures of the plastics material pre-forms and hold them, wherein these holding devices are movable along a pre-set conveying path, with a movement mechanism which has the effect that, in addition to the movement along the conveying path, the holding devices are also movable in a direction at a right angle to this conveying path, characterized in that the apparatus has at least one capturing device which is suitable for capturing a defective state of a plastics material pre-form held by a holding device, and at least one first removal device which is arranged downstream along the conveying path of the capturing device and which - in reaction to a signal of the capturing device - permits the individual removal of this plastics material preform from the holding device holding it and/or at least one first correction device which is arranged downstream along the conveying path of the capturing device and which - in reaction to a signal of the capturing device - permits a correction of the position of this plastics material preform with respect to the holding device holding it, wherein the at least one removal device has at least one capturing element (62, 64) for capturing the plastics material preform, wherein this capturing element (62, 64) can be adapted to the plastics material preform and at least the first capturing element (62, 64) is pivotable about a predefined pivot axis.
Hydrophobic modified preS-derived peptide of hepatitis B virus of the formula [H m -P-R n]A o as vehicle for the specific delivery of compound(s) to the liver for use as a medicament, wherein P is said preS-derived peptide consisting of an amino acid sequence selected from SEQ ID NOs. 11, 12, 13, 16, 23, and 26; H is said hydrophobic modification of the preS-derived peptide P, which is N-terminal of P and selected from acylation with stearoyl or myristoyl, m is 1, R is a C-terminal modification of said preS-derived peptide P, which is preferably a moiety that protects from degradation selected from amide, D-amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycane, n is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, o is 0 or at least 1, further comprising compound(s) selected from a drug; a prodrug; a carrier or depot for a drug, or prodrug and wherein the compound(s) and the hydrophobic peptide form a conjugate. P is said preS-derived peptide consisting of an amino acid sequence selected from SEQ ID NOs. 11, 12, 13, 16, 23, and 26; H is said hydrophobic modification of the preS-derived peptide P, which is N-terminal of P and selected from acylation with stearoyl or myristoyl, m is 1, R is a C-terminal modification of said preS-derived peptide P, which is preferably a moiety that protects from degradation selected from amide, D-amino acid, modified amino acid, cyclic amino acid, albumin, natural and synthetic polymer, such as PEG, glycane, n is 0 or at least 1, A is an anchor group, preferably selected from ester, ether, disulfide, amide, thiol, thioester, o is 0 or at least 1,
A method for supervision of an electrical parameter in a wind power plant, the wind power plant comprising a plurality of wind turbine generators, the method comprising: a) measuring the electrical parameter in the wind power plant, b) determining a difference between the measurement parameter and a reference value, c) in case the difference is greater than a threshold value, incrementing an event counter, and d) in case the event counter is incremented, raising a first warning flag. e) determining a sign of the difference, f) in case the difference is greater than a threshold value and the sign of a previous difference has toggled from negative to positive or from positive to negative, incrementing a flicker counter, g) in case the flicker counter is incremented, starting a flicker window with a second predetermined duration of time, h) repeating the steps a) to g) once every predefined sample period of time, i) in case the flicker counter is greater than a predetermined limit value, raising a flicker warning flag, and j) resetting the flicker counter when the flicker window expirers. a) measuring the electrical parameter in the wind power plant, b) determining a difference between the measurement parameter and a reference value, c) in case the difference is greater than a threshold value, incrementing an event counter, and d) in case the event counter is incremented, raising a first warning flag. e) determining a sign of the difference, f) in case the difference is greater than a threshold value and the sign of a previous difference has toggled from negative to positive or from positive to negative, incrementing a flicker counter, g) in case the flicker counter is incremented, starting a flicker window with a second predetermined duration of time, h) repeating the steps a) to g) once every predefined sample period of time, i) in case the flicker counter is greater than a predetermined limit value, raising a flicker warning flag, and j) resetting the flicker counter when the flicker window expirers.
A device for hydrating a hydrating support that contains a reaction medium including all of the elements necessary for the survival and / or growth of microorganisms with a liquid sample, the device comprising: - a container for receiving at least one liquid sample, the container including at least one reception well that is upwardly open at a top edge; and - a lid possessing a bottom face (5 1) having at least one hydrating support fastened thereto to present an absorption face (3 1) for absorbing a liquid sample when the lid and the container occupy a hydrating position in which the hydrating support is in contact with the liquid sample via a hydrating interface; the device being characterized in that the container presents, by means of at least one well, a calibrated volume for receiving a liquid sample, the at least said well presenting a hydrating calibrated open section for hydrating a hydrating support defined by the top edge of at least said well, the hydrating calibrated open section possessing an area that is less than the area of the absorption face of the hydrating support in order to control the absorption by capillarity of the liquid sample by the hydrating support. - a container for receiving at least one liquid sample, the container including at least one reception well that is upwardly open at a top edge; and - a lid possessing a bottom face (5 1) having at least one hydrating support fastened thereto to present an absorption face (3 1) for absorbing a liquid sample when the lid and the container occupy a hydrating position in which the hydrating support is in contact with the liquid sample via a hydrating interface;
A method for a Diffie Hellman key exchange, the method comprising: selecting a field size p in the form p = hq + 1, where q is a prime number that is one plus a factorial number b, such that q = ( b ! + 1), and h is a cofactor, such that p=hq + 1 is prime; selecting a generator integer g whose order modulo p is the prime q or is divisible by q; choosing a private key x; computing a public key g x mod p by raising said generator g to the power of said private key x, using arithmetic modulo said prime field size p; sending said public key g x mod p to a correspondent; receiving, from the correspondent, a second public key B comprising g raised to a second private key y selected by the correspondent, in the form g y; and creating a key B x from the received second public key B, by raising said second public key B to the power of said private key x, using arithmetic modulo said prime field size p. selecting a field size p in the form p = hq + 1, where q is a prime number that is one plus a factorial number b, such that q = ( b ! + 1), and h is a cofactor, such that p=hq + 1 is prime; selecting a generator integer g whose order modulo p is the prime q or is divisible by q; choosing a private key x; computing a public key g x mod p by raising said generator g to the power of said private key x, using arithmetic modulo said prime field size p; sending said public key g x mod p to a correspondent; receiving, from the correspondent, a second public key B comprising g raised to a second private key y selected by the correspondent, in the form g y; and creating a key B x from the received second public key B, by raising said second public key B to the power of said private key x, using arithmetic modulo said prime field size p.