mhurhangee/patent-ind-claim-en huggingface dataset:
A vessel cap for exchanging gas in and pressuring a vessel headspace , the cap comprising: a cap inlet ; a seal arranged to form a gas-tight seal on a vessel opening ; a pressure reducing valve; a gas inlet port arranged to allow incoming gas into the vessel headspace; a gas outlet port arranged to allow outgoing gas to escape from the vessel headspace ; wherein the pressure reducing valve is arranged to allow gas at a first pressure at the cap inlet to exit the gas inlet port into the vessel headspace at a second pressure reduced from the first pressure; and further wherein the gas outlet port further comprises apparatus to seal the outlet port when pressure in the vessel headspace rises to a third pressure. a cap inlet ; a seal arranged to form a gas-tight seal on a vessel opening ; a pressure reducing valve; a gas inlet port arranged to allow incoming gas into the vessel headspace; a gas outlet port arranged to allow outgoing gas to escape from the vessel headspace ; wherein the pressure reducing valve is arranged to allow gas at a first pressure at the cap inlet to exit the gas inlet port into the vessel headspace at a second pressure reduced from the first pressure; and further wherein the gas outlet port further comprises apparatus to seal the outlet port when pressure in the vessel headspace rises to a third pressure.
A method of imaging a region in a scattering medium by diffuse luminescence molecular imaging, the method comprising: providing at least one non-linear luminescent marker in said scattering medium at a marker position in said region, exciting said non-linear luminescent marker by pulsed excitation light emitted by one or more light sources into an excitation volume from at least one light source position, and detecting luminescence from said luminescent marker due to said excitation light by a detector at a luminescent light detection position, and wherein said pulsed excitation light comprises at least one pulse of light, characterized by determining a pulse length (w) of said at least one pulse of light based on a calculation of energy level transition conditions of said non-linear luminescent marker, and matching the pulse length (w) of said at least one pulse of light with the duration of the lifetimes of the excited states that are involved in the emission process of said non-linear luminescent marker to provide for a desired scheme of population of energy levels of said non-linear luminescent marker related to emission of upconverted light so that said upconverted light is produced in an efficient manner. providing at least one non-linear luminescent marker in said scattering medium at a marker position in said region, exciting said non-linear luminescent marker by pulsed excitation light emitted by one or more light sources into an excitation volume from at least one light source position, and detecting luminescence from said luminescent marker due to said excitation light by a detector at a luminescent light detection position, and wherein said pulsed excitation light comprises at least one pulse of light, characterized by determining a pulse length (w) of said at least one pulse of light based on a calculation of energy level transition conditions of said non-linear luminescent marker, and matching the pulse length (w) of said at least one pulse of light with the duration of the lifetimes of the excited states that are involved in the emission process of said non-linear luminescent marker to provide for a desired scheme of population of energy levels of said non-linear luminescent marker related to emission of upconverted light so that said upconverted light is produced in an efficient manner.
Method for providing electric energy in a flight vehicle carrying a detachable load to be transported into space, the flight vehicle being an aircraft or a spacecraft, the method comprising generating a gas flow by means of a gas generator , and utilising the gas flow both for driving at least one electric generator and for operating a flight control system of the flight vehicle, further comprising conducting the electric energy to at least one power sink of the flight vehicle , wherein the at least one power sink belongs to the detachable load or the at least one power sink comprises at least one unit belonging to the aircraft or spacecraft and at least one unit belonging to the detachable load. the method comprising generating a gas flow by means of a gas generator , and utilising the gas flow both for driving at least one electric generator and for operating a flight control system of the flight vehicle, further comprising conducting the electric energy to at least one power sink of the flight vehicle , wherein the at least one power sink belongs to the detachable load or the at least one power sink comprises at least one unit belonging to the aircraft or spacecraft and at least one unit belonging to the detachable load.
A method of spectroscopic metrology, the method comprising: obtaining a training spectra set from a grid scan of a training target, wherein the grid scan of the training target is performed using a spectroscopic metrology device with incident light having a measurement spot size, wherein the training spectra set comprises spectra from a first set of grid nodes in the grid scan ; performing a sparse sampling of the grid scan of a measurement target using the spectroscopic metrology device with the incident light having the measurement spot size to acquire a measurement spectra set, wherein the measurement spectra set comprises spectra from a second set of grid nodes in the grid scan , wherein the first set of grid nodes and the second set of grid nodes are different; performing a deconvolution of a combination of the measurement spectra set and the training spectra set to produce an estimated spectrum of the measurement target that is an estimate of a spectrum from the measurement target produced with the incident light having an effective measurement spot size that is smaller than the measurement spot size; and determining one or more characteristics of the measurement target using the estimated spectrum. obtaining a training spectra set from a grid scan of a training target, wherein the grid scan of the training target is performed using a spectroscopic metrology device with incident light having a measurement spot size, wherein the training spectra set comprises spectra from a first set of grid nodes in the grid scan ; performing a sparse sampling of the grid scan of a measurement target using the spectroscopic metrology device with the incident light having the measurement spot size to acquire a measurement spectra set, wherein the measurement spectra set comprises spectra from a second set of grid nodes in the grid scan , wherein the first set of grid nodes and the second set of grid nodes are different; performing a deconvolution of a combination of the measurement spectra set and the training spectra set to produce an estimated spectrum of the measurement target that is an estimate of a spectrum from the measurement target produced with the incident light having an effective measurement spot size that is smaller than the measurement spot size; and determining one or more characteristics of the measurement target using the estimated spectrum.
A method of classification, comprising: extracting , in a decision logic pipeline , respective classification keys from a collection of data items, each classification key comprising of a string of bits; receiving a corpus of rules for matching to the classification keys, each rule comprising a respective set of unmasked bits having corresponding bit values, and at least some of the rules comprising masked bits in addition to the unmasked bits; extracting rule patterns from the corpus, each rule pattern defining a different respective sequence of masked and unmasked bits to which one or more of the rules conforms; defining in a random access memory, RAM, multiple hash tables , wherein each hash table corresponds to a respective rule pattern and used for searching among the rules conforming to that rule pattern for a rule that matches a given classification key, and wherein a match result of a given rule in a given hash table also specifies one or more hash tables to be used for subsequent searching of rules that match the given classification key, and, as a part of defining the multiple hash tables , excluding from the one or more hash tables to be subsequently searched according to the given rule, a hash table whose rules are all assigned respective rule priorities lower than a rule priority assigned to the given rule; and classifying the data items by matching the respective classification keys to the rules using the specified one or more of the hash tables. extracting , in a decision logic pipeline , respective classification keys from a collection of data items, each classification key comprising of a string of bits; receiving a corpus of rules for matching to the classification keys, each rule comprising a respective set of unmasked bits having corresponding bit values, and at least some of the rules comprising masked bits in addition to the unmasked bits; extracting rule patterns from the corpus, each rule pattern defining a different respective sequence of masked and unmasked bits to which one or more of the rules conforms; defining in a random access memory, RAM, multiple hash tables , wherein each hash table corresponds to a respective rule pattern and used for searching among the rules conforming to that rule pattern for a rule that matches a given classification key, and wherein a match result of a given rule in a given hash table also specifies one or more hash tables to be used for subsequent searching of rules that match the given classification key, and, as a part of defining the multiple hash tables , excluding from the one or more hash tables to be subsequently searched according to the given rule, a hash table whose rules are all assigned respective rule priorities lower than a rule priority assigned to the given rule; and classifying the data items by matching the respective classification keys to the rules using the specified one or more of the hash tables.
A stabilized formulation comprising omega-3 polyunsaturated fatty acids in combination with tocopherol (Vitamin E), ascorbic acid (Vitamin C), herb extract, and a fat-soluble antioxidant, wherein the omega-3 polyunsaturated fatty acids are derived from a marine oil, wherein the fat-soluble antioxidant is selected from the group consisting of BHT (butylated hydroxytoluene), BHA (butylated hydroxyanisole), TBHQ (tertiary butyl hydroquinone) and combinations thereof, and wherein the herb extract is a rosemary extract.
A window-conveyor system for manually picking of goods by a picker in accordance with a picking order, wherein the picking order is a customer's order constituted by several order lines including a respective quantity of a linespecific type of article, wherein the system comprises: a conveying device for transporting the goods along a conveying path, wherein the conveying device is movable, preferably continuously and discontinuously, and wherein the conveying device has a conveying area onto which the goods can be deposited; a lighting device configured to indicate order-specifically portion of the conveying area as an order-specific window , by means of light, visually distinguishable from remainder of the conveying area , characterized in that the order-specific window has a variable adjustable order-specific spatial size determined in advance by an order-processing system, wherein the window has a pre-defined length required on the conveying device for collecting, within the order-specific window , the order-specific goods belonging to the picking order assigned to the window ; and a controlling device configured to divide the conveying area into the order-specific window and the remainder, and further configured to generate controlling signals for the lighting device , and outputting the same which cause the lighting device to indicate the order-specific window visually distinguishable on the conveying device . a conveying device for transporting the goods along a conveying path, wherein the conveying device is movable, preferably continuously and discontinuously, and wherein the conveying device has a conveying area onto which the goods can be deposited; a lighting device configured to indicate order-specifically portion of the conveying area as an order-specific window , by means of light, visually distinguishable from remainder of the conveying area , characterized in that the order-specific window has a variable adjustable order-specific spatial size determined in advance by an order-processing system, wherein the window has a pre-defined length required on the conveying device for collecting, within the order-specific window , the order-specific goods belonging to the picking order assigned to the window ; and a controlling device configured to divide the conveying area into the order-specific window and the remainder, and further configured to generate controlling signals for the lighting device , and outputting the same which cause the lighting device to indicate the order-specific window visually distinguishable on the conveying device .
A lock for a ground engaging tool , comprising: a head portion including at least one compressible detent projection ; and a C-shaped skirt extending from the head portion, the skirt defining a lock slot for receiving a post to be locked with the ground engaging tool, wherein the head portion and the skirt define an outer surface configured to be rotatably received in a lock opening of the ground engaging tool, and the at least one compressible detent projection, when not compressed, projects outward from the outer surface, characterised in the at least one compressible detent projection includes an at least partially sphere-shaped portion. a head portion including at least one compressible detent projection ; and a C-shaped skirt extending from the head portion, the skirt defining a lock slot for receiving a post to be locked with the ground engaging tool, wherein the head portion and the skirt define an outer surface configured to be rotatably received in a lock opening of the ground engaging tool, and the at least one compressible detent projection, when not compressed, projects outward from the outer surface, characterised in the at least one compressible detent projection includes an at least partially sphere-shaped portion.
A wire for a reed switch used for a material of a reed piece comprised by a reed switch , the wire being composed of an iron-group alloy containing Fe and Ni, with a total content of the Fe and the Ni satisfying 10 mass % or more and less than 20 mass %, with a balance of Co and an impurity, the iron-group alloy having a cubic crystal structure, the wire having a Curie temperature of 900°C or higher, the wire having a specific resistance of 15 μΩ • cm or less at normal temperature, a ratio of a thermal expansion coefficient of a glass tube comprised by the reed switch to a thermal expansion coefficient of the wire for the reed switch being 90% or more, the glass tube made of glass having a thermal expansion coefficient of from 12 ppm/K to 13 ppm/K, the wire having a diameter of 1 mm or less, characterised in that the iron-group alloy comprises more than 0 mass % and less than 10 mass % of Ni.
Implantable battery device , comprising: a battery , a first antenna , configured to inductively supply energy from the battery to a first device , and to transmit information received from a processing unit to the first device , a second antenna for wireless communication with a second device , and a driving unit , configured to operate the first antenna according to control signals received from the processing unit , wherein the processing unit is configured to transmit control signals to the driving unit to control the inductive supply of energy to the first device , receive information via the second antenna from the second device , and to transmit information received via the second antenna from the second device to the first device via the first antenna driven by the driving unit , wherein the processing unit is configured to transmit information to the second device via the second antenna , and wherein the processing unit is further configured to control the inductive supply of energy to the first device depending on information received by the second device . a battery , a first antenna , configured to inductively supply energy from the battery to a first device , and to transmit information received from a processing unit to the first device , a second antenna for wireless communication with a second device , and a driving unit , configured to operate the first antenna according to control signals received from the processing unit , wherein the processing unit is configured to transmit control signals to the driving unit to control the inductive supply of energy to the first device , receive information via the second antenna from the second device , and to transmit information received via the second antenna from the second device to the first device via the first antenna driven by the driving unit , wherein the processing unit is configured to transmit information to the second device via the second antenna , and wherein the processing unit is further configured to control the inductive supply of energy to the first device depending on information received by the second device .
A system (S) for creating an ablation volume within a target object , comprising: - an applicator comprising a head , which applicator is configured to be inserted into the patient's body so as to position said head into or close to a target object located inside said body, and wherein the applicator is configured to emit energy (E) provided to the applicator via said head so as to create an ablation volume comprising at least a region of said target object , - a tracking system configured to track the pose of the head with respect to the pose of the target object , wherein the tracking system is further configured to provide a signal indicative of the relative pose of the head of the applicator with respect to the target object , and - an energy control unit configured to control emission of said energy (E) per time by the head of the applicator in response to said signal . - characterized in that the energy control unit is configured to control emission of energy such that the energy that is delivered per unit time and unit of volume to the target object is a linear function derived from the relative pose between the head and the target object or a derivative of said relative pose. - an applicator comprising a head , which applicator is configured to be inserted into the patient's body so as to position said head into or close to a target object located inside said body, and wherein the applicator is configured to emit energy (E) provided to the applicator via said head so as to create an ablation volume comprising at least a region of said target object , - a tracking system configured to track the pose of the head with respect to the pose of the target object , wherein the tracking system is further configured to provide a signal indicative of the relative pose of the head of the applicator with respect to the target object , and - an energy control unit configured to control emission of said energy (E) per time by the head of the applicator in response to said signal . - characterized in that the energy control unit is configured to control emission of energy such that the energy that is delivered per unit time and unit of volume to the target object is a linear function derived from the relative pose between the head and the target object or a derivative of said relative pose.
The use of a rope assembly consisting of at least one rope that is made of textile fibre material and is folded back to form two substantially parallel rope portions (2', 2"), wherein load distribution between the two rope portions is enabled and the rope portions are surrounded by a common sleeve , as a winch rope or as a rope for drive pulley drives.
A composite comprising a) a textured surface with a plurality of protrusions, and b) a bulk portion; wherein both the textured surface and the bulk portion comprise a polymeric matrix and particles having a mean size of between 1 nm and 100 μm, wherein the polymer in the polymeric matrix is a thermoplastic polymer; and wherein said composite is characterized in that the major amount of said particles is concentrated in the textured surface.
A nicotine delivery system comprising a housing that has a longitudinal axis and which defines a chamber that is configured to receive a plunger and has an outlet for the passage of a formulation out of the chamber , and an actuating mechanism comprising an actuator and an actuation member , wherein the actuator cooperates with the actuation member such that when a plunger is received in the chamber the plunger and the chamber slide relative to each other in an axial direction by a predetermined incremental distance in response to each operation of the actuator by a user to displace a predetermined volume of formulation from the chamber through said outlet , characterised in that the system further comprises a first biasing means that is configured to bias the actuation member in an axial direction.
Noodle strings for use in production of instant noodles, containing a raw material powder, magnesium chloride, and a reducing sugar, wherein a content of the magnesium chloride is 0.05 to 1.50% by weight and a content of the reducing sugar is 0.05 to 1.50% by weight in a total amount of the noodle strings.
A decoder for decoding a signal received through a transmission channel in a communication system, said signal comprising a vector of information symbols, said transmission channel being represented by a channel matrix comprising column vectors, said information symbols carrying information bits, wherein the decoder comprises: - a transformation unit configured to determine a set of auxiliary channel matrices, each auxiliary channel matrix being determined by performing a linear combination of at least one of the column vectors of said channel matrix; - a decomposition unit configured to determine a decomposition of each auxiliary channel matrix into an upper triangular matrix and an orthogonal matrix; - a matrix selection unit configured to select at least one auxiliary channel matrix among said set of auxiliary channel matrices depending on a selection criterion related to the components of said upper triangular matrices, wherein the decoder is configured to determine an auxiliary signal by multiplying the transpose of the orthogonal matrix corresponding to said selected auxiliary channel matrix by said received signal, the decoder being configured to determine at least one estimate of said vector of information symbols from said auxiliary signal and from the upper triangular matrix corresponding to said selected auxiliary channel matrix by applying a QR-based decoding algorithm, the QR-based decoding algorithm being a decoding algorithm based on said upper triangular matrix. - a transformation unit configured to determine a set of auxiliary channel matrices, each auxiliary channel matrix being determined by performing a linear combination of at least one of the column vectors of said channel matrix; - a decomposition unit configured to determine a decomposition of each auxiliary channel matrix into an upper triangular matrix and an orthogonal matrix; - a matrix selection unit configured to select at least one auxiliary channel matrix among said set of auxiliary channel matrices depending on a selection criterion related to the components of said upper triangular matrices,
A siloxane polymer comprising a polysiloxane skeleton, silphenylene skeleton, isocyanuric acid skeleton, and polyether skeleton in a backbone and having an epoxy group in a side chain.