mhurhangee/ep-ind-claims huggingface dataset:
A system for automatically adjusting the percentage of oxygen in the gas taken up from wells, said system comprising: a plurality of pipes (1001, 1002,..., 100n), each adapted to be connected to a respective well so as to take up gas from said respective well; a connecting manifold to which said pipes (1001, 1002,..., 100n) lead; wherein said system comprises first means for individually measuring the percentage of oxygen O 2 in the gas transiting in each of said pipes (1001, 1002,..., 100n), characterized in that said system comprises second means for measuring the percentage of oxygen O 2 in the gas mixture exiting from said connecting manifold, means for individually adjusting the gas flow in each of said pipes (1001, 1002,..., 100n) as a function of the percentages of oxygen measured by said first measuring means and/or second measuring means, further characterized in that said system comprises a discharge pipe in connection with said connecting manifold and adapted to discharge the gas mixture transiting in said connecting manifold 1100 toward a plant or similar utility, and characterized in that said second means for measuring the percentage of oxygen O 2 in the gas mixture exiting from said connecting manifold comprise a second oxygen sensor and in that said system comprises a deviation pipe adapted to deviate part of the gas mixture transiting in said discharge pipe into said second oxygen sensor.
A direct current, DC, circuit breaker for protecting devices at the time of maintenance or replacement of a device or when a fault-current occurs, the DC circuit breaker comprising: a first line in which a first high-speed switch and a power semiconductor switch are connected in series; and characterized in that the DC circuit breaker further comprises: one second line in which a plurality of second high-speed switches, a plurality of pairs of a first non-linear resistor and a power fuse connected in parallel, and a resistor are connected in series or a plurality of second lines (30, 30'), in each of which a plurality of second high-speed switches (31, 31') and a plurality of pairs of a first non-linear resistor (32, 32') and a power fuse (33, 33') connected in parallel are connected in series, said plurality of second lines (30, 30') being connected in series with a resistor; and a third line including a second non-linear resistor, wherein the first line, the second line or the plurality of second lines (30, 30') in series with the resistor, and the third line are connected in parallel. a first line in which a first high-speed switch and a power semiconductor switch are connected in series; and characterized in that the DC circuit breaker further comprises: one second line in which a plurality of second high-speed switches, a plurality of pairs of a first non-linear resistor and a power fuse connected in parallel, and a resistor are connected in series or a plurality of second lines (30, 30'), in each of which a plurality of second high-speed switches (31, 31') and a plurality of pairs of a first non-linear resistor (32, 32') and a power fuse (33, 33') connected in parallel are connected in series, said plurality of second lines (30, 30') being connected in series with a resistor; and a third line including a second non-linear resistor, wherein the first line, the second line or the plurality of second lines (30, 30') in series with the resistor, and the third line are connected in parallel. one second line in which a plurality of second high-speed switches, a plurality of pairs of a first non-linear resistor and a power fuse connected in parallel, and a resistor are connected in series or a plurality of second lines (30, 30'), in each of which a plurality of second high-speed switches (31, 31') and a plurality of pairs of a first non-linear resistor (32, 32') and a power fuse (33, 33') connected in parallel are connected in series, said plurality of second lines (30, 30') being connected in series with a resistor; and a third line including a second non-linear resistor, wherein the first line, the second line or the plurality of second lines (30, 30') in series with the resistor, and the third line are connected in parallel.
A method for interacting with a user equipment device using a wireless communications device, comprising: receiving, on the wireless communications device, a user input to create at least one command; and transmitting the at least one command to the user equipment device; characterized by: selecting, based on a type of the at least one command, an advertisement for display on the wireless communications device; generating, for display on the wireless communications device while receiving the user input, said advertisement; generating for display on the wireless communications device, at least one interface screen associated with the at least one command without displaying the interface screen on the user equipment device; and receiving confirmation data from the user equipment device. receiving, on the wireless communications device, a user input to create at least one command; and transmitting the at least one command to the user equipment device; characterized by: selecting, based on a type of the at least one command, an advertisement for display on the wireless communications device; generating, for display on the wireless communications device while receiving the user input, said advertisement; generating for display on the wireless communications device, at least one interface screen associated with the at least one command without displaying the interface screen on the user equipment device; and receiving confirmation data from the user equipment device. selecting, based on a type of the at least one command, an advertisement for display on the wireless communications device; generating, for display on the wireless communications device while receiving the user input, said advertisement; generating for display on the wireless communications device, at least one interface screen associated with the at least one command without displaying the interface screen on the user equipment device; and receiving confirmation data from the user equipment device.
A fluid control valve for controlling fluid flow in a medical device balloon, the valve comprising: a base defining a fluid path therethrough such that the fluid path is fluidly coupled between a first space and a second space; a traveler structure moveable relative to the base between an open configuration and a closed configuration, where in the open configuration the traveler structure permits fluid flow through the fluid path between the first space and the second space, and where in the closed configuration the traveler structure prevents flow through the fluid path; an energy storage device disposed between the traveler structure and the base; characterized in that the fluid control valve further comprises: a restraining element that restrains the energy storage device in a stored energy condition where the traveler structure is in the closed configuration, where the restraining element is configured to degrade such that degradation of the restraining element releases the energy storage device from the stored energy condition to cause the traveler to move to the open configuration relative to the base. a base defining a fluid path therethrough such that the fluid path is fluidly coupled between a first space and a second space; a traveler structure moveable relative to the base between an open configuration and a closed configuration, where in the open configuration the traveler structure permits fluid flow through the fluid path between the first space and the second space, and where in the closed configuration the traveler structure prevents flow through the fluid path; an energy storage device disposed between the traveler structure and the base; characterized in that the fluid control valve further comprises: a restraining element that restrains the energy storage device in a stored energy condition where the traveler structure is in the closed configuration, where the restraining element is configured to degrade such that degradation of the restraining element releases the energy storage device from the stored energy condition to cause the traveler to move to the open configuration relative to the base.
A fluoroelastomer composition comprising: (i) a polyol-crosslinkable fluoroelastomer, (ii) a polyhydroxy aromatic compound, (iii) a quaternary phosphonium salt, (iv) a divalent metal oxide and/or divalent metal hydroxide, and (v) an antioxidant, wherein the antioxidant - is a phenolic antioxidant, and - is present in an amount of 0.01 to < 0.5 pbw per 100 pbw of the fluoroelastomer. (i) a polyol-crosslinkable fluoroelastomer, (ii) a polyhydroxy aromatic compound, (iii) a quaternary phosphonium salt, (iv) a divalent metal oxide and/or divalent metal hydroxide, and (v) an antioxidant, - is a phenolic antioxidant, and - is present in an amount of 0.01 to < 0.5 pbw per 100 pbw of the fluoroelastomer.
A diverter assembly disposed on a lateral branch of a tree to access flow, the lateral branch communicating with a tree production bore and having an extension with an outlet, characterised in that flow through the outlet communicates with an export line, the diverter assembly comprising a choke body from which a choke has been removed, in use disposed on the lateral branch of the tree between the tree production bore and the outlet, wherein the choke body is in fluid communication in use with the lateral branch and tree production bore, and with the outlet and the export line; wherein the choke body comprises an axial passage adapted to receive a conduit; and wherein the axial passage forms a fluid flow path therethrough to flow fluids in use through the choke body into or from either the lateral branch or the export line.
Thrust lifting device able to transmit a thrust force allowing for the lifting of loads, comprising: - at least one articulated lift column provided with at least one meshing part, and with at least one arm directed upward from the meshing part, the lift column being made up of links with a link of rank 1 at the upper end of the upwardly directed arm and current links of rank n, with n comprised between 2 and N the number of links of the lift column, - at least one rotary pinion driving the lift column by said meshing part meshing with the pinion, - at least one arm opposite the upwardly directed arm and formed by resting links, said resting links being able to pass to the meshing part and to the upwardly directed arm by rotation of the pinion, and - at least one stabilizer that is movable along the upwardly directed arm. - at least one articulated lift column provided with at least one meshing part, and with at least one arm directed upward from the meshing part, the lift column being made up of links with a link of rank 1 at the upper end of the upwardly directed arm and current links of rank n, with n comprised between 2 and N the number of links of the lift column, - at least one rotary pinion driving the lift column by said meshing part meshing with the pinion, - at least one arm opposite the upwardly directed arm and formed by resting links, said resting links being able to pass to the meshing part and to the upwardly directed arm by rotation of the pinion, and - at least one stabilizer that is movable along the upwardly directed arm.
A processor comprising: a plurality of registers to store a plurality of shadow stack pointers, SSPs, each SSP associated with a different event priority; event processing circuitry to select a first SSP of the plurality of SSPs from a first register of the plurality of registers responsive to receipt of a first event associated with a first event priority level, the first SSP usable to identify a top of a first shadow stack; verification and utilization checking circuitry to determine by checking a value of a verified bit associated with the first SSP whether the first SSP has been previously verified, wherein if the first SSP has not been previously verified then initiating a set of atomic operations to verify the first SSP and confirm that the first SSP is not in use, the set of atomic operations using a locking operation to lock data until the set of atomic operations are complete, and wherein if the first SSP has been previously verified, then re-verifying the first SSP and confirming that the first SSP is not in use without using the locking operation. a plurality of registers to store a plurality of shadow stack pointers, SSPs, each SSP associated with a different event priority; event processing circuitry to select a first SSP of the plurality of SSPs from a first register of the plurality of registers responsive to receipt of a first event associated with a first event priority level, the first SSP usable to identify a top of a first shadow stack; verification and utilization checking circuitry to determine by checking a value of a verified bit associated with the first SSP whether the first SSP has been previously verified, wherein if the first SSP has not been previously verified then initiating a set of atomic operations to verify the first SSP and confirm that the first SSP is not in use, the set of atomic operations using a locking operation to lock data until the set of atomic operations are complete, and wherein if the first SSP has been previously verified, then re-verifying the first SSP and confirming that the first SSP is not in use without using the locking operation.
A method for modeling a subterranean formation, comprising: acquiring logging data representing formation resistivity along a wellbore; performing a distance-to-bed-boundary, DTBB, inversion process on the logging data to thereby generate a plurality of layered earth models, each layered earth model comprising layers defined by bed boundaries, each layer representing a resistivity value of the formation; pixelating each layered earth model to thereby generate a corresponding pixelated model, each pixelated model comprising pixels which correspond to the layers, and each pixel representing the resistivity value of a corresponding layer; and either: (i) performing a pixel-to-pixel comparison of the pixelated models and a reference pixelated model at the same coordinates, and determining a final pixelated model based on the comparison; or (ii) performing a pixel-to-pixel comparison of the pixelated models at the same coordinates, and determining a final pixelated model based on the comparison, and determining one or more formation characteristics using the final pixelated model. acquiring logging data representing formation resistivity along a wellbore; performing a distance-to-bed-boundary, DTBB, inversion process on the logging data to thereby generate a plurality of layered earth models, each layered earth model comprising layers defined by bed boundaries, each layer representing a resistivity value of the formation; pixelating each layered earth model to thereby generate a corresponding pixelated model, each pixelated model comprising pixels which correspond to the layers, and each pixel representing the resistivity value of a corresponding layer; and either: (i) performing a pixel-to-pixel comparison of the pixelated models and a reference pixelated model at the same coordinates, and determining a final pixelated model based on the comparison; or (ii) performing a pixel-to-pixel comparison of the pixelated models at the same coordinates, and determining a final pixelated model based on the comparison, and determining one or more formation characteristics using the final pixelated model. (i) performing a pixel-to-pixel comparison of the pixelated models and a reference pixelated model at the same coordinates, and determining a final pixelated model based on the comparison; or (ii) performing a pixel-to-pixel comparison of the pixelated models at the same coordinates, and determining a final pixelated model based on the comparison, and determining one or more formation characteristics using the final pixelated model.
Fan arrangement comprising: - a motor having a motor shaft, - a fan wheel which is driven by means of the motor shaft and arranged in a housing, wherein the motor shaft and the fan wheel are axially movable, - at least one sealing arrangement, - wherein the housing has at least one through-opening, which can be sealed by means of the at least one sealing arrangement by an axial movement of the motor shaft and/or the fan wheel, characterized in that - the housing has an opening opposing to the through-opening into which a means for axial movement of the motor shaft and/or the fan wheel can be introduced. - a motor having a motor shaft, - a fan wheel which is driven by means of the motor shaft and arranged in a housing, wherein the motor shaft and the fan wheel are axially movable, - at least one sealing arrangement, - wherein the housing has at least one through-opening, which can be sealed by means of the at least one sealing arrangement by an axial movement of the motor shaft and/or the fan wheel, characterized in that - the housing has an opening opposing to the through-opening into which a means for axial movement of the motor shaft and/or the fan wheel can be introduced.
Multi-purpose safety shoe, comprising an upper assembly, provided, at the shoe toe, with a safety toe cap and a layered sole associated with said upper assembly, said layered sole comprising a lower layer adapted to come into contact with the ground, an intermediate layer associated with said upper assembly and said lower layer, respectively, and an upper layer, characterized in that there is, below said upper layer and in said intermediate layer, an antifatigue insert extends, in a rear zone of said multi-purpose safety shoe, for a length between 20% and 60% of the overall length of said layered sole,made of a material having a resilience greater than 25% and less than 35% measured according to the measurement standard DIN 53512, said intermediate layer being made of polyurethane having a resilience greater than 35% and less than 45% measured according to the measurement standard DIN 53512.
An endoscope reprocessor comprising: a housing portion that houses a medicinal solution bottle such that a sealing portion is located on a top surface; a first guide portion that guides the housing portion such that the housing portion is capable of advancing and retreating between a first point and a second point; a movable portion that moves in cooperation with advancing of the housing portion; and an unsealing portion provided in the movable portion and arranged at a position higher than the sealing portion of the medicinal solution bottle housed in the housing portion at the first point, the unsealing portion having a shape protruding towards the top surface at a predetermined length and descending as the movable portion advances to the second point. a housing portion that houses a medicinal solution bottle such that a sealing portion is located on a top surface; a first guide portion that guides the housing portion such that the housing portion is capable of advancing and retreating between a first point and a second point; a movable portion that moves in cooperation with advancing of the housing portion; and an unsealing portion provided in the movable portion and arranged at a position higher than the sealing portion of the medicinal solution bottle housed in the housing portion at the first point, the unsealing portion having a shape protruding towards the top surface at a predetermined length and descending as the movable portion advances to the second point.
An oily formulation of fulvestrant or derivatives thereof, characterized in that, the formulation comprises per ml: (a) fulvestrant or derivatives thereof, 10 to 170 mg; (b) ethyl lactate, 0.05 to 0.50 ml; (c) an analgesic, 3 to 5 mg/30 to 50 μl; and (d) a dispersant, balanced to 1 ml, the dispersant being selected from: 1) one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil at any ratio; 2) a mixture of one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil with one, two or more of other oils (esters) (purified for injection) at any ratio, wherein said other oils (esters) are glycerol triacetate, ethyl oleate, benzyl benzoate, soybean oil, sesame oil, corn oil, olive oil; wherein said fulvestrant or derivatives thereof has the following structure: wherein 1) both of R 1 and R 2 are -OH; 2) one of R 1 and R 2 is -H, and the other one should be -OH; and one, or a mixture of two or more of fulvestrant or derivatives thereof may be used in the formulation. (a) fulvestrant or derivatives thereof, 10 to 170 mg; (b) ethyl lactate, 0.05 to 0.50 ml; (c) an analgesic, 3 to 5 mg/30 to 50 μl; and (d) a dispersant, balanced to 1 ml, the dispersant being selected from: 1) one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil at any ratio; 2) a mixture of one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil with one, two or more of other oils (esters) (purified for injection) at any ratio, wherein said other oils (esters) are glycerol triacetate, ethyl oleate, benzyl benzoate, soybean oil, sesame oil, corn oil, olive oil; wherein said fulvestrant or derivatives thereof has the following structure: wherein 1) both of R 1 and R 2 are -OH; 2) one of R 1 and R 2 is -H, and the other one should be -OH; and one, or a mixture of two or more of fulvestrant or derivatives thereof may be used in the formulation. 1) one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil at any ratio; 2) a mixture of one, or a mixture of two or more of castor oil, polyoxyethylene castor oil (35, 40), hydrogenated castor oil and sulfonated castor oil with one, two or more of other oils (esters) (purified for injection) at any ratio, wherein said other oils (esters) are glycerol triacetate, ethyl oleate, benzyl benzoate, soybean oil, sesame oil, corn oil, olive oil; 1) both of R 1 and R 2 are -OH; 2) one of R 1 and R 2 is -H, and the other one should be -OH; and
A sachet defining a volume, the sachet comprising a sheet of paper fastened to itself and/or another sheet of paper and containing a quantity of dry granules of sodium polyacrylate capable of absorbently swelling to exceed the volume of the sachet when the sachet is exposed to liquid, wherein the fastening means comprises a water soluble, heat activatable adhesive (10, 22, 23), which weakens on exposure to liquid.