mhurhangee/ep-ind-claims huggingface dataset:
A polymeric composition comprising: a clarified polypropylene; a first ethylene and alpha-olefin copolymer having a density greater than the density of the clarified polypropylene; and a second ethylene and alpha-olefin copolymer having a density less than the density of the clarified polypropylene, wherein the polymeric composition has an Izod impact strength at 0°C from 2.67 J/cm (5 ft-lb/in) to 8.01 J/cm (15 ft-lb/in) as measured in accordance with ASTM D256 and a haze value from 10% to 20% as measured in accordance with ASTM D1003, 08128 mm (32 mils). a clarified polypropylene; a first ethylene and alpha-olefin copolymer having a density greater than the density of the clarified polypropylene; and a second ethylene and alpha-olefin copolymer having a density less than the density of the clarified polypropylene, wherein the polymeric composition has an Izod impact strength at 0°C from 2.67 J/cm (5 ft-lb/in) to 8.01 J/cm (15 ft-lb/in) as measured in accordance with ASTM D256 and a haze value from 10% to 20% as measured in accordance with ASTM D1003, 08128 mm (32 mils).
A container-mounted beverage dispenser, comprising: a body adapted to be secured to a beverage container so as to support the dispenser on the beverage container; at least one conduit removably attached to the body to deliver gas into a container holding a beverage and to receive beverage from the container for conducting the beverage out of the container; a dispensing outlet removably attached to the body and fluidly coupled to the at least one conduit for receiving beverage and dispensing the beverage in a user's cup; at least one valve attached to the body to control gas flow into the container or beverage flow out of the container via the at least one conduit; and a source of pressurized gas (100, 600) fluidly coupled to the at least one conduit, wherein the at least one conduit and the dispensing outlet are the only portions of the dispenser that contact beverage during dispensing. a body adapted to be secured to a beverage container so as to support the dispenser on the beverage container; at least one conduit removably attached to the body to deliver gas into a container holding a beverage and to receive beverage from the container for conducting the beverage out of the container; a dispensing outlet removably attached to the body and fluidly coupled to the at least one conduit for receiving beverage and dispensing the beverage in a user's cup; at least one valve attached to the body to control gas flow into the container or beverage flow out of the container via the at least one conduit; and a source of pressurized gas (100, 600) fluidly coupled to the at least one conduit, wherein the at least one conduit and the dispensing outlet are the only portions of the dispenser that contact beverage during dispensing.
A bracket for securing an item to a support, said bracket comprising: a base defining an opening therein for receiving said item; an arm, mounted on said base at a first end, said arm being movable between a closed position overlying said opening for retaining said item to said base, and an open position in spaced relation away from said opening to permit insertion and removal of said item into and from said opening; a contact surface provided on said arm; a finger mounted on said base, said finger being movable relatively to said base so as to position at least a portion of said finger into and out of engagement with said contact surface to respectively secure said arm in said closed position and release said arm from said closed position; wherein said opening is defined by first and second side portions (54, 56) of said base positioned in spaced relation to one another, said side portions (54, 56) being attached to one another by a transverse portion, said opening being positioned opposite to said transverse portion and the first end of said arm being pivotally mounted on said first side portion, characterized by a tab extending from a second end of said arm oppositely disposed to said first end of the arm and comprising said contact surface to be engaged by the finger to achieve a clamping force between the arm and the base.
A high Mn steel sheet having excellent damping properties, comprising 0.1 wt% or less of carbon, 8 wt% to 30 wt% of manganese (Mn), 0.1 wt% or less of phosphorus, 0.02 wt% or less of sulfur, 0.1 wt% or less of nitrogen, 0 wt% to 1.0 wt% of titanium (Ti), the balance of Fe and inevitable impurities, the high Mn steel sheet further optionally comprising one, two, or more among 0 wt% to 3 wt% of silicon (Si), 0.005 wt% to 5.0 wt% of chromium (Cr), 0.005 wt% to 2.0 wt% of nickel (Ni), 0.005 wt% to 0.5 wt% of niobium (Nb), 0.0001 wt% to 0.01 wt% of boron, 0.005 wt% to 0.5 wt% of vanadium, and 0.005 wt% to 1 wt% of tungsten, a microstructure of the steel sheet consists of epsilon martensite and austenite, and an average particle diameter of each of the epsilon martensite and the austenite is 2 μm or less.
An apparatus for detecting a presence of Cheyne-Stokes respiration from a respiration signal, the apparatus comprising: a memory for storing respiratory data associated with the respiration signal; and a processor, coupled with the memory, configured to assess the respiratory data to detect apnea and/or hypopnea events, characterized in that the processor is further configured (a) to evaluate respiratory data directly following apnea or hypopnea events to estimate a shape feature representing change in the respiratory data, (b) to generate a cycle length histogram based on the events, each of the cycle length histogram and the shape feature being calculated and classified independent of each other and (c) to detect an incident of Cheyne-Stokes respiration based on the cycle length histogram and the estimated shape feature. a memory for storing respiratory data associated with the respiration signal; and a processor, coupled with the memory, configured to assess the respiratory data to detect apnea and/or hypopnea events, characterized in that the processor is further configured (a) to evaluate respiratory data directly following apnea or hypopnea events to estimate a shape feature representing change in the respiratory data, (b) to generate a cycle length histogram based on the events, each of the cycle length histogram and the shape feature being calculated and classified independent of each other and (c) to detect an incident of Cheyne-Stokes respiration based on the cycle length histogram and the estimated shape feature.
A method of protecting compressed visual content organised in a set of packets, the method comprising the steps of: - calculating the distortion-to-rate ratio for each packet in the set of packets, using for each packet the size of the packet and information about the contribution of the packet to the reduction of distortion, the information having been calculated by an encoder that encoded the compressed visual content; - encrypting the non-encrypted packet with the highest distortion-to-rate ratio of the set of packets; and - repeating the encryption step only until the sum of the distortion of the encrypted packets has reached a predetermined distortion for the visual content. - calculating the distortion-to-rate ratio for each packet in the set of packets, using for each packet the size of the packet and information about the contribution of the packet to the reduction of distortion, the information having been calculated by an encoder that encoded the compressed visual content; - encrypting the non-encrypted packet with the highest distortion-to-rate ratio of the set of packets; and - repeating the encryption step only until the sum of the distortion of the encrypted packets has reached a predetermined distortion for the visual content.
A hob cutter with a base body, on the perimeter of which are formed a plurality of cutting teeth, wherein first chip guiding elements are formed on at least one outer surface of the cutting teeth, characterised in that hollow spaces are formed as second chip guiding elements (14, 16, 18) within the cutting teeth and below the at least one outer surface, which can be laid open by ablation of the at least one outer surface of the hob cutter.
A Gold alloy for jewelry, comprising: - Gold: in the amount comprised between 780‰, more preferably 790‰, and 840‰ in weight; - Copper: in the amount comprised between 125‰ and 167‰ in weight; - Silver: in the amount comprised between 15‰ and 54‰ in weight; - Palladium in the amount comprised between 5‰ and 15‰, wherein the content of Palladium is such that the assembly of Gold, Copper, Silver and Palladium reaches the 1000‰ in weight of the alloy; the Gold alloy showing, under the conditions referred to in the ISO DIS 8654:2017 standard, a color compatible with the standard of color of the 5N alloys. - Gold: in the amount comprised between 780‰, more preferably 790‰, and 840‰ in weight; - Copper: in the amount comprised between 125‰ and 167‰ in weight; - Silver: in the amount comprised between 15‰ and 54‰ in weight; - Palladium in the amount comprised between 5‰ and 15‰, wherein the content of Palladium is such that the assembly of Gold, Copper, Silver and Palladium reaches the 1000‰ in weight of the alloy;
A faceplate, comprising: a faceplate body; a connection port provided in said faceplate body and adapted for plugging and unplugging; a dust-proof shutter for covering said connection port, wherein said dust-proof shutter can move between a closed position and an opened position so that said connection port can be switched between a closed state and an opened state; and characterised by a dust-proof shutter locating unit, being able to locate said dust-proof shutter in said closed position and said opened position respectively, in response to the action of said dust-proof shutter. a faceplate body; a connection port provided in said faceplate body and adapted for plugging and unplugging; a dust-proof shutter for covering said connection port, wherein said dust-proof shutter can move between a closed position and an opened position so that said connection port can be switched between a closed state and an opened state; and characterised by a dust-proof shutter locating unit, being able to locate said dust-proof shutter in said closed position and said opened position respectively, in response to the action of said dust-proof shutter.
Balance with inertia adjustment, for a timepiece, comprising a hub defining the pivot axis of said balance, a felloe, a web extending between a lower plane (Pi) and an upper plane (Ps) on either side of a median plane (Pm), said web comprising at least one arm connecting said felloe to said hub, said at least one arm comprising a housing configured to receive and maintain in place at least one inertia-block, said at least one inertia-block having a front face and a rear face and characterised in that said at least one inertia-block is integrated into said arm of said balance, and in that said at least one inertia-block comprises upper leaves and lower leaves intended to bear on either side of said arm respectively at the lower plane (Pi) and at the upper plane (Ps) in order to maintain said at least one inertia-block axially in place.
A computer-based analysis system for analyzing a drill string operation in a subterranean formation, comprising: a central processing unit mounted within the computer-based analysis system; a display electrically connected to the central processing unit, the display displaying a plurality of plot lines, each plot line reflecting a separate drill string analysis performed by the computer-based analysis system; at least one user input device electrically connected to the central processing unit, the at least one user input device receiving user inputs from a user, the user inputs being used by the computer-based analysis system to perform the different drill string analysis; and a storage device electrically connected to the central processing unit, characterized by the storage device storing a smart legend application for the computer-based analysis system, the smart legend application causing the display to present a legend for the plurality of plot lines, the legend including a plurality of parent level legend entries, each parent level legend entry including a plurality of child level legend entries, wherein the child level legend entries for a given parent level legend entry correspond to plot lines that reflect a particular type of drill string analysis performed by the computer-based analysis system. a central processing unit mounted within the computer-based analysis system; a display electrically connected to the central processing unit, the display displaying a plurality of plot lines, each plot line reflecting a separate drill string analysis performed by the computer-based analysis system; at least one user input device electrically connected to the central processing unit, the at least one user input device receiving user inputs from a user, the user inputs being used by the computer-based analysis system to perform the different drill string analysis; and a storage device electrically connected to the central processing unit, characterized by the storage device storing a smart legend application for the computer-based analysis system, the smart legend application causing the display to present a legend for the plurality of plot lines, the legend including a plurality of parent level legend entries, each parent level legend entry including a plurality of child level legend entries, wherein the child level legend entries for a given parent level legend entry correspond to plot lines that reflect a particular type of drill string analysis performed by the computer-based analysis system.
A method for making a composite material connecting rod, comprising the steps of: - producing a mandrel forming a rigid whole adapted to receive layers (16a-16e, 17a-17d) of reinforcing fibers; - alternately applying around the mandrel, on the one hand braided fiber layers (16a-16e) extending over the whole of the length of the mandrel by being applied by moving the mandrel longitudinally in a reinforcing fiber braiding machine, and on the other hand fiber layers (17a-17d) wound around the mandrel at the level of a reinforcing portion of the connecting rod corresponding to a portion of the length of the mandrel, these wound layers (17a-17d) being applied with a machine for winding a binding (17a-17e) constituted of reinforcing fibers; - injecting resin into the layers (16a-16e, 17a-17d) of braided and wound fibers and polymerizing it to establish a cohesion rigidly connecting the braided layers (16a-16e) to the wound layers (17a-17d); - machining the reinforcing portion including each wound layer (17a-17d) and each braided fiber layer (16a-16e) to form therein an interface intended to receive a mechanical shaft connecting the connecting rod to another mechanical element. - producing a mandrel forming a rigid whole adapted to receive layers (16a-16e, 17a-17d) of reinforcing fibers; - alternately applying around the mandrel, on the one hand braided fiber layers (16a-16e) extending over the whole of the length of the mandrel by being applied by moving the mandrel longitudinally in a reinforcing fiber braiding machine, and on the other hand fiber layers (17a-17d) wound around the mandrel at the level of a reinforcing portion of the connecting rod corresponding to a portion of the length of the mandrel, these wound layers (17a-17d) being applied with a machine for winding a binding (17a-17e) constituted of reinforcing fibers; - injecting resin into the layers (16a-16e, 17a-17d) of braided and wound fibers and polymerizing it to establish a cohesion rigidly connecting the braided layers (16a-16e) to the wound layers (17a-17d); - machining the reinforcing portion including each wound layer (17a-17d) and each braided fiber layer (16a-16e) to form therein an interface intended to receive a mechanical shaft connecting the connecting rod to another mechanical element.
A method of shutting down a hydrogen generation apparatus including a raw material supplier which supplies a raw material, a water supplier which supplies water, a reforming device having a reforming catalyst for generating a gas containing hydrogen through reforming reaction using the raw material and the water, a CO reducing device (15, 16) having a CO reducing catalyst for reducing carbon monoxide in the gas containing hydrogen delivered from the reforming device, a combustor which supplies heat necessary for the reforming reaction to the reforming device, a first air supplier which supplies air for combustion to the combustor, and a combustion exhaust gas path (29, 80) formed such that the combustion exhaust gas exhausted from the combustor makes heat exchange with the reforming device and then with the CO reducing device (15, 16), characterized by a first step of stopping an operation of the water supplier, the raw material supplier and the combustor; and a second step of allowing, by operating the first air supplier and supplying air through the combustion exhaust gas path (29, 80), the supplied air to make heat exchange with the reforming device and then with the CO reducing device (15, 16) so that a temperature of a gas in the CO reducing device (15, 16) does not become equal to or lower than a dew point after shutdown of the operation of the water supplier, the raw material supplier and the combustor and before a start of a purging operation to purge interiors of the reforming device and the CO reducing device (15, 16) with a replacement gas.
An apparatus for cutting a workpiece, the apparatus comprising: a pair of spaced apart rails: a blade carriage slidingly engaged with said rails between said handle and said guide carriage; and a cutting blade engaged with said blade carriage in a position for cutting into said workpiece during relative movement between said apparatus and said workpiece; the apparatus being characterized in that: the pair of spaced apart rails are fixed to a handle and extend away therefrom in a first direction; and the apparatus comprises: a guide carriage slidingly engaged with said rails; and a pair of runners supporting said workpiece, one of said runners joined with said handle and a second one of said runners joined with said guide carriage, said runners extensive in a second direction, said second direction non-parallel to said first direction. a pair of spaced apart rails: a blade carriage slidingly engaged with said rails between said handle and said guide carriage; and a cutting blade engaged with said blade carriage in a position for cutting into said workpiece during relative movement between said apparatus and said workpiece; a blade carriage slidingly engaged with said rails between said handle and said guide carriage; and a cutting blade engaged with said blade carriage in a position for cutting into said workpiece during relative movement between said apparatus and said workpiece; the apparatus being characterized in that: the pair of spaced apart rails are fixed to a handle and extend away therefrom in a first direction; and the apparatus comprises: a guide carriage slidingly engaged with said rails; and a pair of runners supporting said workpiece, one of said runners joined with said handle and a second one of said runners joined with said guide carriage, said runners extensive in a second direction, said second direction non-parallel to said first direction. the pair of spaced apart rails are fixed to a handle and extend away therefrom in a first direction; and the apparatus comprises: a guide carriage slidingly engaged with said rails; and a pair of runners supporting said workpiece, one of said runners joined with said handle and a second one of said runners joined with said guide carriage, a guide carriage slidingly engaged with said rails; and a pair of runners supporting said workpiece, one of said runners joined with said handle and a second one of said runners joined with said guide carriage, said runners extensive in a second direction, said second direction non-parallel to said first direction.
A diagnostic device for detecting self-lock performance of a differential safety catch, comprising a base plate, and a frame within which a releaser, a pair of mounting plates, one or two upper stop blocks, an impact base, and a control cabinet being disposed, which is characterized in that a hanger ring is fastened with a central hanger plate on top portion of the frame, for connecting with a differential safety catch of which bottom portion being connected to weight module; the pair of the mounting plates are oppositely disposed to separate said frame into upper and lower parts, on each mounting plate an air cylinder, within which an air lever being disposed, is individually formed, a connected portable plate, being provided with a position sensor, is fastened with a lower portion of each air lever and driven by the air lever for vertical motion thereof; beneath each mounting plate two gag lever ports of portable plate and one gag lever port of weight module are individually disposed, wherein each gag lever port of portable plate is connected with the portable plate for preventing the skewing thereof during said vertical motion; an air pump for holding the portable plate up; two releasers being oppositely disposed are disposed respectively on the portable plate, each of which includes an electromagnet, a release claw and a leverage, and is configured to connect the electromagnet with one side of the leverage to form a detachable mechanical linkage, and to connect the release claw with another side of the leverage, enabling the release claw vertically vibrating within a certain range while detached from the leverage, and the detachable mechanical linkage formed by the electromagnet and the leverage holding the weight module to prevent the fall thereof, respectively, wherein the release claw horizontally extends toward the internal central axis of the frame to form a movable planet used for supporting weight module; the impact base is disposed in central portion of the base plate, of which centre axis is coincided with the weight module, as well as the differential safety catch thereof, a count sensor is further disposed on said impact base.