mhurhangee/ep-ind-claims huggingface dataset:
An apparatus; wherein the apparatus is a security edge proxy comprising: an input for receiving a first message that has been sent by a first network function and addressed to a second network function; the first message comprising a plurality of first message parts comprising: a request line or a response line; at least one header; and an optional payload; each including one or more features and optional sub-features; a processor configured to cause: forming an encrypted second message part by encrypting as a single block a first set of the features and sub-features of the first message parts; forming an integrity protected second message part that comprises a second set of the features and sub-features of the first message parts, the integrity protected second message part further comprising references to each of the features and sub-features of the first set; forming a second message that comprises the encrypted second message part and the integrity protected second message part; and sending the second message; wherein the first set and the second set are disjoint and collectively comprise all the features and sub-features of the first message parts. an input for receiving a first message that has been sent by a first network function and addressed to a second network function; the first message comprising a plurality of first message parts comprising: a request line or a response line; at least one header; and an optional payload; each including one or more features and optional sub-features; a processor configured to cause: forming an encrypted second message part by encrypting as a single block a first set of the features and sub-features of the first message parts; forming an integrity protected second message part that comprises a second set of the features and sub-features of the first message parts, the integrity protected second message part further comprising references to each of the features and sub-features of the first set; forming a second message that comprises the encrypted second message part and the integrity protected second message part; and sending the second message; wherein the first set and the second set are disjoint and collectively comprise all the features and sub-features of the first message parts. forming an encrypted second message part by encrypting as a single block a first set of the features and sub-features of the first message parts; forming an integrity protected second message part that comprises a second set of the features and sub-features of the first message parts, the integrity protected second message part further comprising references to each of the features and sub-features of the first set; forming a second message that comprises the encrypted second message part and the integrity protected second message part; and sending the second message; wherein the first set and the second set are disjoint and collectively comprise all the features and sub-features of the first message parts.
A stranded conductor comprising a. a specific number of a first type of wire which, when looking at a cross-section of the stranded conductor, are arranged in a hexagonal pattern around a central wire by at least two layers; b. whereby the wires arranged at the vertices of the hexagonal pattern are of a second type of wire having in principle a smaller diameter than the first type of wires c. and wherein the interstitial spaces between the first and the second wires are filled by a sealing agent, and d. the first and the second type of wires are having in the stranded conductor a non-circular cross-section. a. a specific number of a first type of wire which, when looking at a cross-section of the stranded conductor, are arranged in a hexagonal pattern around a central wire by at least two layers; b. whereby the wires arranged at the vertices of the hexagonal pattern are of a second type of wire having in principle a smaller diameter than the first type of wires c. and wherein the interstitial spaces between the first and the second wires are filled by a sealing agent, and d. the first and the second type of wires are having in the stranded conductor a non-circular cross-section.
Bale wrapper, which has a frame, a receiving station for receiving a bale, a wrapping device for wrapping a protective film around the received bale, the wrapping device comprising a wrapping station, wrapping table and an actuator for moving the wrapping table between the receiving station and wrapping station, which wrapping table is suspended to the frame in an articulated manner by at least one first rocker and at least one second rocker so that the rockers (26, 28) can be brought to a first position, in which the wrapping table is in the receiving station, and to a second position, in which the wrapping table is in the wrapping station, characterized in that the rockers (26, 28) can be brought to a third position so that the wrapping table is in an intermediate station between the receiving station and wrapping station in which intermediate station the wrapping table is located lower in elevation than in the receiving station and the wrapping station, when the bale wrapper is in its usual position of use.
A method for processing residual information, comprising: receiving, by a path computation element, PCE, server, first information, sent by a first path computation client PCC, about a first label switched path LSP, and determining, according to the first information, information about a resource occupied by the first LSP, wherein the first information includes a node and a link passed by the first LSP, and a timeslot occupied on the link; obtaining a resource deletion situation corresponding to the first LSP after receiving second information, sent by the first PCC, about the first LSP, wherein the second information is used to indicate that the first LSP needs to be deleted or the first LSP needs to be degraded, wherein the second information is sent by the first PCC to the PCE server after the first PCC completes a deletion action, the resource deletion situation indicates which of the resources occupied by the first LSP have been deleted by a corresponding PCC; and when it is determined by the PCE server, that the first LSP has residual information according to the information about the resource occupied by the first LSP and the resource deletion situation corresponding to the first LSP, sending simultaneously a notification message to PCCs having the residual information on the first LSP, wherein the notification message is used to indicate deletion or degradation of the first LSP; wherein the residual information includes control information on a control plane corresponding to the first LSP, and a residual cross connection on a forwarding plane corresponding to the first LSP. receiving, by a path computation element, PCE, server, first information, sent by a first path computation client PCC, about a first label switched path LSP, and determining, according to the first information, information about a resource occupied by the first LSP, wherein the first information includes a node and a link passed by the first LSP, and a timeslot occupied on the link; obtaining a resource deletion situation corresponding to the first LSP after receiving second information, sent by the first PCC, about the first LSP, wherein the second information is used to indicate that the first LSP needs to be deleted or the first LSP needs to be degraded, wherein the second information is sent by the first PCC to the PCE server after the first PCC completes a deletion action, the resource deletion situation indicates which of the resources occupied by the first LSP have been deleted by a corresponding PCC; and when it is determined by the PCE server, that the first LSP has residual information according to the information about the resource occupied by the first LSP and the resource deletion situation corresponding to the first LSP, sending simultaneously a notification message to PCCs having the residual information on the first LSP, wherein the notification message is used to indicate deletion or degradation of the first LSP; wherein the residual information includes control information on a control plane corresponding to the first LSP, and a residual cross connection on a forwarding plane corresponding to the first LSP.
Method for determining and/or setting the average ejection angle and/or the spatial mass distribution of the particles of a spreadable material, preferably a fertilizer, ejected by means of the throwing blades of throwing discs, driven in rotation, of an agricultural distribution machine which has two throwing discs (2, 3) and in each case at least one device for positioning the output point of the particles of the spreadable material onto the respective throwing disc, and at least one sensor device, preferably at least one radar sensor, which emits and receives electromagnetic waves or sound waves, for characterizing the particle distribution within the spreading fan of the ejected spreadable material particles, preferably for determining the mean ejection angle (AWWr) of the spreadable material particles and/or for determining the mass distribution of the spreadable material particles within the spreading fan, wherein the ejection angle is measured in the horizontal direction with respect to the movement direction of the distribution machine, wherein the determination and/or setting of the average ejection angle and/or the spatial mass distribution of the particles of the spreadable material are/is performed in each case individually for one of the throwing discs (2, 3), characterized in that the determination and/or the setting of the average ejection angle (AWWr) of spreadable material and/or the mass distribution of the spreadable material particles within the spreading fan of at least one of the throwing discs are/is carried out taking into account the overlapping region of the spreading fan with the spreading fan of the respective other throwing disc and taking into account the spreadable material particles of the respective other throwing disc which penetrate the measuring range of the sensors of the one throwing disc.
A ceramic bonded body, comprising: a first silicon carbide ceramics; a second silicon carbide ceramics; and a bonding layer located between the first silicon carbide ceramics and the second silicon carbide ceramics, the bonding layer containing, with respect to 100 mass% of all components in the bonding layer, 25 mass% or more of metallic silicon, and 25 mass% or more of silicon carbide, wherein a total of the metallic silicon and the silicon carbide is 75 mass% or more, the bonding layer further containing at least one of nickel silicide and chromium silicide, wherein a dispersion degree of the nickel silicide and the chromium silicide is 0.4 or more and 0.8 or less. a first silicon carbide ceramics; a second silicon carbide ceramics; and a bonding layer located between the first silicon carbide ceramics and the second silicon carbide ceramics, the bonding layer containing, with respect to 100 mass% of all components in the bonding layer, 25 mass% or more of metallic silicon, and 25 mass% or more of silicon carbide, wherein a total of the metallic silicon and the silicon carbide is 75 mass% or more,
A method of controlling a cooking appliance, the method comprising: receiving an input corresponding to a staged cooking function; the method being characterised by the steps of: retrieving a preselected parameter set from a data library, the preselected parameter set defining the staged cooking function and including a first heating element behavior parameter and a first temperature parameter; selecting a first heating element behavior from a control library based upon the first heating element behavior parameter; and operating one or more heating elements according to the first heating element behavior and the first temperature parameter. receiving an input corresponding to a staged cooking function; the method being characterised by the steps of: retrieving a preselected parameter set from a data library, the preselected parameter set defining the staged cooking function and including a first heating element behavior parameter and a first temperature parameter; selecting a first heating element behavior from a control library based upon the first heating element behavior parameter; and operating one or more heating elements according to the first heating element behavior and the first temperature parameter. retrieving a preselected parameter set from a data library, the preselected parameter set defining the staged cooking function and including a first heating element behavior parameter and a first temperature parameter; selecting a first heating element behavior from a control library based upon the first heating element behavior parameter; and operating one or more heating elements according to the first heating element behavior and the first temperature parameter.
A composition for determining the sequence of a polynucleotide in a fluorescent based sequencing by synthesis method, comprising: a) a first rbNTP - first fluorescent dye conjugate detectable in a first channel; b) a second rbNTP - second fluorescent dye conjugate detectable in a second channel; c) a third rbNTP conjugate, detectable in the first channel and the second channel, wherein the third rbNTP conjugate is a mixture of a third rbNTP - third fluorescent dye conjugate detectable in the first channel and a third rbNTP - fourth fluorescent dye conjugate detectable in the second channel; and d) a fourth rbNTP which lacks a fluorescent moiety; wherein the four fluorescent dyes comprise different fluorescent moieties; wherein the first and third fluorescent dyes have similar fluorescence emission spectra and form a first fluorescent dye set, and the second and fourth fluorescent dyes have similar fluorescence emission spectra and form a second fluorescent dye set; and wherein the two fluorescent dye sets have different fluorescence emission spectra; and wherein one of the two fluorescent dyes in each fluorescent dye set emits at a detectably higher intensity than the other fluorescent dye in the fluorescent dye set. a) a first rbNTP - first fluorescent dye conjugate detectable in a first channel; b) a second rbNTP - second fluorescent dye conjugate detectable in a second channel; c) a third rbNTP conjugate, detectable in the first channel and the second channel, wherein the third rbNTP conjugate is a mixture of a third rbNTP - third fluorescent dye conjugate detectable in the first channel and a third rbNTP - fourth fluorescent dye conjugate detectable in the second channel; and d) a fourth rbNTP which lacks a fluorescent moiety; wherein the four fluorescent dyes comprise different fluorescent moieties; wherein the first and third fluorescent dyes have similar fluorescence emission spectra and form a first fluorescent dye set, and the second and fourth fluorescent dyes have similar fluorescence emission spectra and form a second fluorescent dye set; and wherein the two fluorescent dye sets have different fluorescence emission spectra; and wherein one of the two fluorescent dyes in each fluorescent dye set emits at a detectably higher intensity than the other fluorescent dye in the fluorescent dye set.
A rotor blade for a gas turbine engine, comprising: an attachment; and an airfoil having a stagger angle (Φ) that changes as the airfoil extends between the attachment and a tip, a base region disposed adjacent to the attachment, a tip region, and a transition region located between the base and the tip regions; wherein a rate of the change of the stagger angle (Φ) in the transition region is greater than a rate of the change of the stagger angle (Φ) in the base region; and wherein the rate of the change of the stagger angle (Φ) in the transition region is greater than a rate of change of the stagger angle (Φ) in the tip region; characterised in that: the airfoil has a chord which increases in length as the airfoil extends from the attachment to the tip. an attachment; and an airfoil having a stagger angle (Φ) that changes as the airfoil extends between the attachment and a tip, a base region disposed adjacent to the attachment, a tip region, and a transition region located between the base and the tip regions; wherein a rate of the change of the stagger angle (Φ) in the transition region is greater than a rate of the change of the stagger angle (Φ) in the base region; and wherein the rate of the change of the stagger angle (Φ) in the transition region is greater than a rate of change of the stagger angle (Φ) in the tip region; characterised in that: the airfoil has a chord which increases in length as the airfoil extends from the attachment to the tip. the airfoil has a chord which increases in length as the airfoil extends from the attachment to the tip.
A method of storing metadata, the method comprising: at a computing device of a storage system including non-volatile memory and a tiered data structure (300,400), wherein the tiered data structure includes a plurality of leaves: receiving an indication of data to be stored by the storage system; selecting, from the plurality of leaves, a leaf to store location information for the data to be stored, wherein the selected leaf has a first leaf type, wherein leaves of the first leaf type include entries (322,324,326,328) indicating locations of variable-length data stored in the non-volatile memory; determining, using at least one first-type to second-type criterion, whether to convert the selected leaf to a converted leaf, wherein the converted leaf has a second leaf type, wherein leaves of the second type include entries indicating locations of fixed-length data stored in the non-volatile memory; in response to a determination to convert the selected leaf, storing, in the converted leaf, first location information of the data to be stored; and in response to a determination to not convert the selected leaf, storing, in the selected leaf, second location information of the data to be stored. receiving an indication of data to be stored by the storage system; selecting, from the plurality of leaves, a leaf to store location information for the data to be stored, wherein the selected leaf has a first leaf type, wherein leaves of the first leaf type include entries (322,324,326,328) indicating locations of variable-length data stored in the non-volatile memory; determining, using at least one first-type to second-type criterion, whether to convert the selected leaf to a converted leaf, wherein the converted leaf has a second leaf type, wherein leaves of the second type include entries indicating locations of fixed-length data stored in the non-volatile memory; in response to a determination to convert the selected leaf, storing, in the converted leaf, first location information of the data to be stored; and in response to a determination to not convert the selected leaf, storing, in the selected leaf, second location information of the data to be stored.
A clothes dryer, comprising: a casing having an inner space, and a ventilation part for allowing the inner space to communicate with an external space; a drum disposed in the casing on a air circulation flow path; a heat pump with a compressor for circulating a refrigerant along a refrigerant pipe, the heat pump absorbing heat from air discharged from the drum during circulation of the refrigerant, and heating, by using the absorbed heat, air to be supplied into the drum along the air circulation flow path; a cooling fan, which is disposed in the casing, for cooling the compressor by introducing outside air into the casing through the ventilation part; and a sound-insulating cover which is connected with the casing and spaced apart from the ventilation part so that the outside air is introduced into the casing through the ventilation part, and has a sound-insulating plate which is disposed to overlap with at least a portion of the ventilation part when looking at the ventilation part from the rear of the dryer; characterized by: a sound-absorbing material which is fixed at the sound-insulating cover, so as to be disposed between the sound-insulating plate and the ventilation part. a casing having an inner space, and a ventilation part for allowing the inner space to communicate with an external space; a drum disposed in the casing on a air circulation flow path; a heat pump with a compressor for circulating a refrigerant along a refrigerant pipe, the heat pump absorbing heat from air discharged from the drum during circulation of the refrigerant, and heating, by using the absorbed heat, air to be supplied into the drum along the air circulation flow path; a cooling fan, which is disposed in the casing, for cooling the compressor by introducing outside air into the casing through the ventilation part; and a sound-insulating cover which is connected with the casing and spaced apart from the ventilation part so that the outside air is introduced into the casing through the ventilation part, and has a sound-insulating plate which is disposed to overlap with at least a portion of the ventilation part when looking at the ventilation part from the rear of the dryer; characterized by: a sound-absorbing material which is fixed at the sound-insulating cover, so as to be disposed between the sound-insulating plate and the ventilation part.
A system for transition minimized low speed data transfer, comprising: a transmitter; and a high speed data bus, characterised in that the transmitter encodes data into a one-hot value and XOR's the one-hot value with a state of the high speed data bus, and subsequent data for transmission is detected by a change on the high speed data bus without the use of a clock signal. a transmitter; and a high speed data bus, characterised in that the transmitter encodes data into a one-hot value and XOR's the one-hot value with a state of the high speed data bus, and subsequent data for transmission is detected by a change on the high speed data bus without the use of a clock signal.