mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic resonance temperature probe , comprising: a fiber optic sensor probe which includes a non-ferrous temperature sensor on a distal portion configured for insertion into a subject, a locking element connected to the distal portion , and a proximal portion connected to the locking element and in light communication via an optical fiber with the non-ferrous sensor , said fiber optic sensor probe further including a connector for connecting the proximal portion via a fiber optic connector to a magnetic resonance system ; a disposable sheath configured to cover the distal portion of the fiber optic sensor probe and to provide a non-permeable sterile outer surface , said disposable sheath having a proximal end configured to frictionally engage the locking element . a fiber optic sensor probe which includes a non-ferrous temperature sensor on a distal portion configured for insertion into a subject, a locking element connected to the distal portion , and a proximal portion connected to the locking element and in light communication via an optical fiber with the non-ferrous sensor , said fiber optic sensor probe further including a connector for connecting the proximal portion via a fiber optic connector to a magnetic resonance system ; a disposable sheath configured to cover the distal portion of the fiber optic sensor probe and to provide a non-permeable sterile outer surface , said disposable sheath having a proximal end configured to frictionally engage the locking element .
A method for upgrading firmware of a device having a universal controlling application, comprising: moving instructions and data used by a secondary processor of the device having the universal controlling application from a memory associated with the secondary processor to a set top box to provide freed memory space ; storing in the freed memory space of the memory associated with the secondary processor a received firmware upgrade; validating the received firmware upgrade; transferring the validated received firmware upgrade from the memory associated with the secondary processor to a memory associated with a primary processor of device having the universal controlling application; retrieving from the set top box the instructions and data used by a secondary processor of the device; and storing the retrieved instructions and data used by a secondary processor of the device in the memory associated with the secondary processor device. moving instructions and data used by a secondary processor of the device having the universal controlling application from a memory associated with the secondary processor to a set top box to provide freed memory space ; storing in the freed memory space of the memory associated with the secondary processor a received firmware upgrade; validating the received firmware upgrade; transferring the validated received firmware upgrade from the memory associated with the secondary processor to a memory associated with a primary processor of device having the universal controlling application; retrieving from the set top box the instructions and data used by a secondary processor of the device; and storing the retrieved instructions and data used by a secondary processor of the device in the memory associated with the secondary processor device.
An electric generator operating on liquefied petroleum gas, LPG, comprising: a frame comprising a first compartment and a second compartment , and a generator set driven by LPG established in the first compartment , and wherein the electric generator comprises at least one LPG tank established in the second compartment ; and a first liquid-phase feed gas train connecting the at least one LPG tank to the generator set for supplying LPG to the generator set , and characterized by a first gas leak sensor in the first compartment of the frame and a second gas leak sensor in the second compartment of the frame . a frame comprising a first compartment and a second compartment , and a generator set driven by LPG established in the first compartment , and wherein the electric generator comprises at least one LPG tank established in the second compartment ; and a first liquid-phase feed gas train connecting the at least one LPG tank to the generator set for supplying LPG to the generator set , and characterized by a first gas leak sensor in the first compartment of the frame and a second gas leak sensor in the second compartment of the frame .
A method to monitor packet traffic, comprising: generating network packets using one or more client applications operating within each of a plurality of client virtual machine, VM, platforms operating within a first VM host server ; at each of a plurality of client packet monitor applications , a client packet monitor application operating within each of the plurality of client VM platforms : obtaining copies of network packets for the one or more client applications operating within that client VM platform to generate network packet copies; encapsulating the network packet copies with encapsulation headers to form encapsulated network packet copies for an encapsulation tunnel; and forwarding the encapsulated network packet copies through the encapsulation tunnel to a tool VM platform operating within a second VM host server ; wherein each of the plurality of client packet monitor applications uses a separate encapsulation tunnel to forward its encapsulated network packet copies. generating network packets using one or more client applications operating within each of a plurality of client virtual machine, VM, platforms operating within a first VM host server ; at each of a plurality of client packet monitor applications , a client packet monitor application operating within each of the plurality of client VM platforms : obtaining copies of network packets for the one or more client applications operating within that client VM platform to generate network packet copies; encapsulating the network packet copies with encapsulation headers to form encapsulated network packet copies for an encapsulation tunnel; and forwarding the encapsulated network packet copies through the encapsulation tunnel to a tool VM platform operating within a second VM host server ; wherein each of the plurality of client packet monitor applications uses a separate encapsulation tunnel to forward its encapsulated network packet copies. obtaining copies of network packets for the one or more client applications operating within that client VM platform to generate network packet copies; encapsulating the network packet copies with encapsulation headers to form encapsulated network packet copies for an encapsulation tunnel; and forwarding the encapsulated network packet copies through the encapsulation tunnel to a tool VM platform operating within a second VM host server ; wherein each of the plurality of client packet monitor applications uses a separate encapsulation tunnel to forward its encapsulated network packet copies.
A device for temporarily blocking fluid flow through an opening in a radial surface of a tubing in a wellbore , the tubing having an inside and an outside, and the opening having a circumferential wall, the device having a first side and a second side , wherein, when the device is inserted in the opening, the first side faces the inside of the tubing and the second side faces the outside of the tubing , the device comprising: - a plug made of a dissolvable material for being dissolved over a limited time period, and; - an electrically insulating material arranged between the plug and the circumferential wall of the opening in the radial surface of the tubing to prevent electrical connection between the dissolvable material of the plug and any more noble material ; wherein the plug of dissolvable material is arranged so that when the device is in use, the dissolvable material is exposed to a fluid on the inside of the tubing and on the outside of the tubing , wherein the more noble material is a part of the device , and wherein the device further comprises a nozzle made of the more noble material , wherein the nozzle houses the plug and the electrically insulating material . - a plug made of a dissolvable material for being dissolved over a limited time period, and; - an electrically insulating material arranged between the plug and the circumferential wall of the opening in the radial surface of the tubing to prevent electrical connection between the dissolvable material of the plug and any more noble material ; wherein the plug of dissolvable material is arranged so that when the device is in use, the dissolvable material is exposed to a fluid on the inside of the tubing and on the outside of the tubing , wherein the more noble material is a part of the device , and wherein the device further comprises a nozzle made of the more noble material , wherein the nozzle houses the plug and the electrically insulating material .
A cementitious mixture for a 3D printer which comprises a) cement or hydraulic binder, b) latent hydraulic addition, c) filler, d) aggregates, e) additives, f) water, said mixture being characterized in that component c) i.e. the filler, selected from calcareous, silica or silico-calcareous fillers, preferably calcareous fillers, alone or in a mixture, has a particle size which is such that 90% by weight of the filler passes through an 0.063 mm sieve; component d) is present in a quantity ranging from 10% to 80% by weight, preferably from 25% to 50% by weight, with respect to the total weight of the cementitious mixture, and is composed of calcareous, silica or silico-calcareous aggregates, alone or mixed with each other, having a particle size with a maximum diameter lower than 1 mm, said component d) being composed of one or more fractions having a particle size greater than 0.2 mm and/or a fraction having a particle size with a diameter less than or equal to 0.2 mm and such that less than 2% by weight passes through an 0.063 mm sieve; component e) comprises superfluidifying additives, rheology modifying agents, shrinkage reducing agents and mixtures thereof, said cementitious mixture being characterized by a viscosity value ranging from 4,000 Pa·s to 35,000 Pa·s, measured at a shear rate of 0.01 s -1 , and at the temperature of 20°C.
An electric vehicle comprising four wheels and a body having a cockpit defined therein, wherein the cockpit contains a single seat and is closable to form an enclosure around the seat , wherein the body comprises a front bumper having a width that is greater than a front track width of the vehicle, wherein a width of the vehicle is between 1200 mm and 1600 mm, wherein a height of a centre of mass of the vehicle above a ground surface on which the vehicle is disposed is less than a third of the width of the vehicle, wherein a height of an H-point of the vehicle above the ground surface on which the vehicle is disposed is less than 300 mm; and wherein the vehicle has a rollover threshold of at least 1.5g of lateral acceleration.
A method for clustering processes, comprising: receiving, by one or more processors, traffic data transmitted and received between each pair of processes in a set of processes; generating, by the one or more processors, a matrix based on the traffic data, the matrix including a row and a column for each process in the set of processes, wherein the matrix is a multi-dimensional matrix comprising a matrix for each traffic data type concatenated together, the multi-dimensional matrix having dimensions N x (XN), wherein N is a number of processes in the set of processes and X is a number of matrices concatenated together; hierarchically clustering , by the one or more processors, the matrix based on the traffic data, the hierarchical clustering outputting a plurality of clusters, each cluster including one or more processes in the set of processes; and merging , by the one or more processors, the plurality of clusters into a set of merged clusters of processes. receiving, by one or more processors, traffic data transmitted and received between each pair of processes in a set of processes; generating, by the one or more processors, a matrix based on the traffic data, the matrix including a row and a column for each process in the set of processes, wherein the matrix is a multi-dimensional matrix comprising a matrix for each traffic data type concatenated together, the multi-dimensional matrix having dimensions N x (XN), wherein N is a number of processes in the set of processes and X is a number of matrices concatenated together; hierarchically clustering , by the one or more processors, the matrix based on the traffic data, the hierarchical clustering outputting a plurality of clusters, each cluster including one or more processes in the set of processes; and merging , by the one or more processors, the plurality of clusters into a set of merged clusters of processes.
An arithmetic processing apparatus comprising: a calculation unit configured to calculate, when a training of a given learning model is repeatedly performed, a decimal point position based on statistical information related to a distribution of positions of most significant bits or positions of least significant bits of each of a plurality of fixed-point number data obtained each time the training is repeated; a first determination unit configured to determine, when the training of the given learning model is repeatedly performed, an offset amount for correcting the decimal point position of the fixed-point number data used in the training in accordance with a degree of progress of the training; and a second determination unit configured to determine the decimal point position of the fixed-point number data used in the training by applying the offset amount to the calculated decimal point position. a calculation unit configured to calculate, when a training of a given learning model is repeatedly performed, a decimal point position based on statistical information related to a distribution of positions of most significant bits or positions of least significant bits of each of a plurality of fixed-point number data obtained each time the training is repeated; a first determination unit configured to determine, when the training of the given learning model is repeatedly performed, an offset amount for correcting the decimal point position of the fixed-point number data used in the training in accordance with a degree of progress of the training; and a second determination unit configured to determine the decimal point position of the fixed-point number data used in the training by applying the offset amount to the calculated decimal point position.
A device for measuring the thickness of thin-walled, brittle wafer sheets which are conveyed individually, successively spaced apart and continuously through a measuring gap during measurement, comprising: - a first wafer sheet conveyor with a conveying surface on which the wafer sheets are transported to the measuring gap and are transported away from the measuring gap , the first wafer sheet conveyor being designed in particular as a belt conveyor, - a measuring sensor movably arranged for thickness measurement, wherein the measuring sensor forms one side of the measuring gap , wherein the measuring sensor has a first inlet bevel and wherein the measuring sensor has a swivel arm mounted to swivel about a swivel axis and a sensor arranged to detect the movement of the swivel arm , - a counterholder rigidly arranged during measurement, the counterholder forming the other side of the measuring gap , the counterholder having a second inlet bevel , - and a second wafer sheet conveyor which conveys the wafer sheet along a conveying direction through the measuring gap . - a first wafer sheet conveyor with a conveying surface on which the wafer sheets are transported to the measuring gap and are transported away from the measuring gap , the first wafer sheet conveyor being designed in particular as a belt conveyor, - a measuring sensor movably arranged for thickness measurement, wherein the measuring sensor forms one side of the measuring gap , wherein the measuring sensor has a first inlet bevel and wherein the measuring sensor has a swivel arm mounted to swivel about a swivel axis and a sensor arranged to detect the movement of the swivel arm , - a counterholder rigidly arranged during measurement, the counterholder forming the other side of the measuring gap , the counterholder having a second inlet bevel , - and a second wafer sheet conveyor which conveys the wafer sheet along a conveying direction through the measuring gap .
A facility equipment management apparatus that performs communication with a facility equipment as an air conditioner and manages an operation of the facility equipment, the facility equipment management apparatus comprising: an image display unit ; a display control unit that makes the image display unit display an image; an operation input unit that receives a user operation; a color palette database that stores a color palette that includes a plurality of pieces of display color data; a color palette construction unit that changes the plurality of pieces of display color data of the color palette based on color information designated on the operation input unit ; and a component image database that stores component image data which indicates a display component; wherein the display control unit constructs color component image data, which is the component image data including display color data based on the component image data and the color, and makes the image display unit display the image formed by combining color component images based on color component image data, the color information designated on the operation input unit is information corresponding to a hue value, characterized in that the display control unit makes the image display unit display a color information setting screen, and the color information setting screen being configured to include: a sample image showing a color tone of a present image; the sample image is configured to present a sample of a tint of the image displayed in accordance with a present hue value; operation means that increases or decreases the hue value so that the user can consequently set a desired tint while visually checking a final screen image. an image display unit ; a display control unit that makes the image display unit display an image; an operation input unit that receives a user operation; a color palette database that stores a color palette that includes a plurality of pieces of display color data; a color palette construction unit that changes the plurality of pieces of display color data of the color palette based on color information designated on the operation input unit ; and a component image database that stores component image data which indicates a display component; wherein the display control unit constructs color component image data, which is the component image data including display color data based on the component image data and the color, and makes the image display unit display the image formed by combining color component images based on color component image data, the color information designated on the operation input unit is information corresponding to a hue value, a sample image showing a color tone of a present image; the sample image is configured to present a sample of a tint of the image displayed in accordance with a present hue value; operation means that increases or decreases the hue value so that the user can consequently set a desired tint while visually checking a final screen image.
A computer implemented method, carried out by a voice platform , for providing voice control using multiple digital assistants , comprising: receiving a voice input from a user via an audio responsive electronic device, the audio responsive electronic device being connected to the voice platform via a network ; selecting a first digital assistant from a plurality of digital assistants to process the voice input using a trigger word in the voice input, wherein each of the plurality of digital assistants has one or more unique trigger words; generating, using the selected first digital assistant, an intent from the voice input, wherein the intent represents a task requested by the user; overruling the selected first digital assistant by selecting a second digital assistant from the plurality of digital assistants to perform the task based on crowdsourced data; and transmitting, using the second digital assistant , the intent to a voice adaptor included in a media device , wherein the voice adaptor routes the intent to an application included in the media device for processing, the media device being connected to the voice platform and audio responsive electronic device via said network . receiving a voice input from a user via an audio responsive electronic device, the audio responsive electronic device being connected to the voice platform via a network ; selecting a first digital assistant from a plurality of digital assistants to process the voice input using a trigger word in the voice input, wherein each of the plurality of digital assistants has one or more unique trigger words; generating, using the selected first digital assistant, an intent from the voice input, wherein the intent represents a task requested by the user; overruling the selected first digital assistant by selecting a second digital assistant from the plurality of digital assistants to perform the task based on crowdsourced data; and transmitting, using the second digital assistant , the intent to a voice adaptor included in a media device , wherein the voice adaptor routes the intent to an application included in the media device for processing, the media device being connected to the voice platform and audio responsive electronic device via said network .
A method for producing a fluidic device , including: - a case comprising a channel delimited by walls, including a first main wall , the channel extending between two orifices, called inlet and outlet orifices; - a porous medium with open pores made of a metallic material, called metal foam , located in the channel between said inlet and outlet orifices; - a metal foam - wherein the metal foam and the first main wall are produced by moulding such that said metal foam and said first main wall are made in one piece and from the same material, during the same step of casting a metallic material into a mould , during which an infiltration, by said metallic material, of a destructible porous preform located in a mould cavity takes place, said casting step being carried out by the application of a pressure force on the surface of said metallic material so as to cause it to rise into the mould and to be infiltrated into the preform , said preform being produced in salt paste or based on silicone such that the metal foam has a random spatial distribution of the pores. - a case comprising a channel delimited by walls, including a first main wall , the channel extending between two orifices, called inlet and outlet orifices; - a porous medium with open pores made of a metallic material, called metal foam , located in the channel between said inlet and outlet orifices; - a metal foam - wherein the metal foam and the first main wall are produced by moulding such that said metal foam and said first main wall are made in one piece and from the same material, during the same step of casting a metallic material into a mould , during which an infiltration, by said metallic material, of a destructible porous preform located in a mould cavity takes place, said casting step being carried out by the application of a pressure force on the surface of said metallic material so as to cause it to rise into the mould and to be infiltrated into the preform , said preform being produced in salt paste or based on silicone such that the metal foam has a random spatial distribution of the pores.