mhurhangee/ep-ind-claims huggingface dataset:
A sheet storage device comprising: a cartridge having a plurality of tape reels (921, 922) and a holder configured to hold the plurality of tape reels (921, 922); and a body having a drum and configured to wind, together with a plurality of tapes (941, 942) drawn out of the plurality of tape reels (921, 922), a sheet around the drum to house the sheet, wherein the cartridge is detachably attached to the body, wherein the body has a drive source and a transmission mechanism configured to transmit drive force from the drive source to the plurality of tape reels (921, 922), and the cartridge has a connection unit (516, 615) connected to the transmission mechanism in a state in which the cartridge is attached to the body, wherein the sheet is wound around the drum together with the plurality of tapes (941, 942), and the holder holds the plurality of tape reels (921, 922) each corresponding to the plurality of tapes (941, 942), characterized in that the cartridge has a distribution mechanism (50, 60) configured to distribute the drive force to each of the plurality of tape reels (921, 922), wherein the distribution mechanism (50, 60) has the function of absorbing a speed difference among the plurality of tapes (941, 942) and constantly adjusting the tension of the plurality of tapes (941, 942) to a predetermined tension. a cartridge having a plurality of tape reels (921, 922) and a holder configured to hold the plurality of tape reels (921, 922); and a body having a drum and configured to wind, together with a plurality of tapes (941, 942) drawn out of the plurality of tape reels (921, 922), a sheet around the drum to house the sheet, wherein the cartridge is detachably attached to the body, wherein the body has a drive source and a transmission mechanism configured to transmit drive force from the drive source to the plurality of tape reels (921, 922), and the cartridge has a connection unit (516, 615) connected to the transmission mechanism in a state in which the cartridge is attached to the body, wherein the sheet is wound around the drum together with the plurality of tapes (941, 942), and the holder holds the plurality of tape reels (921, 922) each corresponding to the plurality of tapes (941, 942), characterized in that the cartridge has a distribution mechanism (50, 60) configured to distribute the drive force to each of the plurality of tape reels (921, 922), wherein the distribution mechanism (50, 60) has the function of absorbing a speed difference among the plurality of tapes (941, 942) and constantly adjusting the tension of the plurality of tapes (941, 942) to a predetermined tension.
A process for obtaining M 1 -BH 4, the process comprising: introducing M 1 -BO 2 and an M 2 alloy into a reaction vessel to form a reaction mixture; heating the reaction mixture under inert atmosphere to a temperature of between 200°C-600°C; introducing H 2 into the reaction vessel at a pressure of between 10 and 30 bars, to thereby obtain a reaction product comprising M 1 -BH 4; and introducing a catalyst into the reaction vessel, at a ratio of between 1:0.01 and 1:1 compared to the M 1 -BO 2, wherein the M 1 is a metal selected from column I of the periodic table of elements and M 2 is an alloy of metals selected from column II of the periodic table of elements. introducing M 1 -BO 2 and an M 2 alloy into a reaction vessel to form a reaction mixture; heating the reaction mixture under inert atmosphere to a temperature of between 200°C-600°C; introducing H 2 into the reaction vessel at a pressure of between 10 and 30 bars, to thereby obtain a reaction product comprising M 1 -BH 4; and introducing a catalyst into the reaction vessel, at a ratio of between 1:0.01 and 1:1 compared to the M 1 -BO 2, wherein the M 1 is a metal selected from column I of the periodic table of elements and M 2 is an alloy of metals selected from column II of the periodic table of elements.
An axial flux rotating electrical machine comprising: a stator; a cooling jacket inside the stator for cooling the stator; and stator windings around the stator and the cooling jacket; characterised in that: the cooling jacket comprises a plurality of fins (56, 76) which extend beyond the circumference of the stator, wherein the fins define slots which accommodate the stator windings and the fins act as heat sinks for the stator windings; some of the fins extend outwards in a radial direction by a greater amount than the other fins; and the extended fins are used for securing the stator to the machine. a stator; a cooling jacket inside the stator for cooling the stator; and stator windings around the stator and the cooling jacket; characterised in that: the cooling jacket comprises a plurality of fins (56, 76) which extend beyond the circumference of the stator, wherein the fins define slots which accommodate the stator windings and the fins act as heat sinks for the stator windings; some of the fins extend outwards in a radial direction by a greater amount than the other fins; and the extended fins are used for securing the stator to the machine. the cooling jacket comprises a plurality of fins (56, 76) which extend beyond the circumference of the stator, wherein the fins define slots which accommodate the stator windings and the fins act as heat sinks for the stator windings; some of the fins extend outwards in a radial direction by a greater amount than the other fins; and the extended fins are used for securing the stator to the machine.
A method of preparing a chromium-based catalyst for the polymerization of an olefin into a polyolefin, the method comprising: contacting a chromium-based catalyst with a reducing agent in a solvent to lower an oxidation state of at least some chromium in the chromium-based catalyst to give a reduced chromium-based catalyst, wherein the chromium-based catalyst comprises a chromium oxide catalyst; drying the reduced chromium-based catalyst at a drying line-out temperature; and adjusting the drying line-out temperature to change the flow index response of the reduced chromium-based catalyst. contacting a chromium-based catalyst with a reducing agent in a solvent to lower an oxidation state of at least some chromium in the chromium-based catalyst to give a reduced chromium-based catalyst, wherein the chromium-based catalyst comprises a chromium oxide catalyst; drying the reduced chromium-based catalyst at a drying line-out temperature; and adjusting the drying line-out temperature to change the flow index response of the reduced chromium-based catalyst.
An arrangement for removing condensate from a heat exchanger, said arrangement comprising: a vessel having a condensate inlet port in fluid communication with an outlet of said heat exchanger to receive condensate, a condensate outlet port in fluid communication with said condensate discharge pipe, a steam inlet port in fluid communication with a steam source, and a steam outlet port; a buoyant body disposed within said vessel; a four bar linkage defined by a fixed link, a crank connected to said fixed link and said buoyant body, a driven link connected to said fixed link, and a coupler link connected to said crank and said driven link; and an actuator link pivotally connected to a pivot and connected to a junction of said driven link and said coupler link via a biasing member, said actuator link configured to be displaced between a first stopper and a second stopper under influence of said biasing member; a first slider link coupled to said crank and configured to be linearly displaced under influence of said crank; and a condensate outlet valve connected to said first slider link and configured to open or close said condensate outlet port through a seat; wherein: the ratio of angular displacement of said crank to the angular displacement of said driven link is more than 1 in said four bar linkage; and the aspect ratio of said buoyant body is less than 2. a vessel having a condensate inlet port in fluid communication with an outlet of said heat exchanger to receive condensate, a condensate outlet port in fluid communication with said condensate discharge pipe, a steam inlet port in fluid communication with a steam source, and a steam outlet port; a buoyant body disposed within said vessel; a four bar linkage defined by a fixed link, a crank connected to said fixed link and said buoyant body, a driven link connected to said fixed link, and a coupler link connected to said crank and said driven link; and an actuator link pivotally connected to a pivot and connected to a junction of said driven link and said coupler link via a biasing member, said actuator link configured to be displaced between a first stopper and a second stopper under influence of said biasing member; a first slider link coupled to said crank and configured to be linearly displaced under influence of said crank; and a condensate outlet valve connected to said first slider link and configured to open or close said condensate outlet port through a seat; wherein: the ratio of angular displacement of said crank to the angular displacement of said driven link is more than 1 in said four bar linkage; and the aspect ratio of said buoyant body is less than 2. the ratio of angular displacement of said crank to the angular displacement of said driven link is more than 1 in said four bar linkage; and the aspect ratio of said buoyant body is less than 2.
A method of operating a machine for producing sealed packages for a product, wherein the packages (2; 102) are produced by advancing a sheet packaging material (1; 101) along an advancement direction, sealing the sheet packaging material (1; 101) longitudinally to form a continuous tube, sealing and cutting the tube transversely to the advancement direction as to obtain from the tube respective preliminary sealed packaging units filled with the product, the method comprising the step of changing the configuration of the machine so that the machine, which was producing a package having a first conformation, becomes capable of producing a package having a second conformation, the first conformation being different from the second conformation, the package having the first conformation is produced from a first sheet packaging material comprising a first basic unit having a length and a width, characterized in that the package having the second conformation is produced from a second sheet packaging material comprising a second basic unit having a length and a width respectively equal to the length and width of the first basic unit, the first basic unit and the second basic unit having respective crease patterns (20; 120) that differ from each other.
A vertically adjustable sound absorbing screen comprising a stand comprising two vertical supports (5a, 5b) a vertical sound absorbing panel slidably arranged between the two vertical supports (5a, 5b), where the screen is free standing with the use of a stand base and said panel being vertically adjustable between an maximum upper position where the upper edge of the panel is above the stand, and a minimum lower position, characterized in that said sound absorbing panel being balanced by at least one counterweight such that the panel can be vertically adjusted by hand.
Cosmetic W/O emulsion comprising a) cetyl PEG/PPG-10/1 dimethicone and b) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine, characterized in that the preparation is transferred with a propellant and the propellant is selected from propane, n-butane, isobutane and mixtures thereof. a) cetyl PEG/PPG-10/1 dimethicone and b) 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine, characterized in that the preparation is transferred with a propellant and the propellant is selected from propane, n-butane, isobutane and mixtures thereof.
A digital slide scanning apparatus, comprising: a motor (250, 260, 300, 350, 450) configured to generate a load resistance value when moving a glass slide during a process; one or more hardware processors configured to: monitor the load resistance value during the process, characterised by compare the load resistance value to a predetermined threshold resistance value, the predetermined threshold resistance value corresponding to a pressure that is less than a pressure to break a glass slide, and control the motor (250, 260, 300, 350, 450) to stop movement of the glass slide in response to determining that the load resistance value exceeds the predetermined threshold resistance value. a motor (250, 260, 300, 350, 450) configured to generate a load resistance value when moving a glass slide during a process; one or more hardware processors configured to: monitor the load resistance value during the process, characterised by compare the load resistance value to a predetermined threshold resistance value, the predetermined threshold resistance value corresponding to a pressure that is less than a pressure to break a glass slide, and control the motor (250, 260, 300, 350, 450) to stop movement of the glass slide in response to determining that the load resistance value exceeds the predetermined threshold resistance value. monitor the load resistance value during the process, characterised by compare the load resistance value to a predetermined threshold resistance value, the predetermined threshold resistance value corresponding to a pressure that is less than a pressure to break a glass slide, and control the motor (250, 260, 300, 350, 450) to stop movement of the glass slide in response to determining that the load resistance value exceeds the predetermined threshold resistance value.
A method of analyzing encrypted network traffic on a sensor device located in a network communication path between a client device and a server device, the method comprising: detecting, at the sensor device, a client initiated hello message sent from the client device to the server device; copying first information being a Client Random, CR, from the client initiated hello message to, in part, track a session initiation handshake, wherein the client initiated hello message is a first message of the handshake; sending the client initiated hello message to the server device; detecting, at the sensor device, a response to the client hello in a server hello message sent from the server device to the client device; copying second information being a Server Random, SR, from the server hello message to, in part, track the session initiation handshake; detecting, at the sensor device, a negotiation of encryption key information for the session; storing third information being a session key from the negotiation; and detecting, at the sensor device, encrypted data message information sent from the client device to the server device as part of the session; using the first, second, and third information to analyze the encrypted data message information, a key lookup, a decryption, and an inspection performed on the encrypted data message information prior to passing the encrypted data message information to the server device, the key lookup performed based on the first information and the second information, the decryption performed based on the third information. detecting, at the sensor device, a client initiated hello message sent from the client device to the server device; copying first information being a Client Random, CR, from the client initiated hello message to, in part, track a session initiation handshake, wherein the client initiated hello message is a first message of the handshake; sending the client initiated hello message to the server device; detecting, at the sensor device, a response to the client hello in a server hello message sent from the server device to the client device; copying second information being a Server Random, SR, from the server hello message to, in part, track the session initiation handshake; detecting, at the sensor device, a negotiation of encryption key information for the session; storing third information being a session key from the negotiation; and detecting, at the sensor device, encrypted data message information sent from the client device to the server device as part of the session; using the first, second, and third information to analyze the encrypted data message information, a key lookup, a decryption, and an inspection performed on the encrypted data message information prior to passing the encrypted data message information to the server device, the key lookup performed based on the first information and the second information, the decryption performed based on the third information.
A resin molding mold comprising a molding mold main body and a resin layer being formed and exposed on a mold surface side of the molding mold main body, the resin layer comprising heat-resistant composite materials including a synthetic resin and a ceramic powder particle; wherein recesses and projections are formed on the resin layer by excavating a portion of the resin layer, characterised in that the resin layer has a plurality of layers that is different ratios of the synthetic resin and the ceramic powder particle, and an end surface of the plurality of resin layers is exposed where the recesses and projections are formed. a molding mold main body and a resin layer being formed and exposed on a mold surface side of the molding mold main body, the resin layer comprising heat-resistant composite materials including a synthetic resin and a ceramic powder particle; wherein recesses and projections are formed on the resin layer by excavating a portion of the resin layer, characterised in that the resin layer has a plurality of layers that is different ratios of the synthetic resin and the ceramic powder particle, and an end surface of the plurality of resin layers is exposed where the recesses and projections are formed.
Device for manufacturing a meander-shaped heat sink with a first tool carrier, a second tool carrier displaceable in the direction of a displacement axis relative to the first tool carrier via a drive, a mounting arranged between the first tool carrier and the second tool carrier for receiving a blank and several bending punches (17, 18) guided displaceably at right-angles to the displacement axis on the first and second tool carrier (4, 6) and which are moved together during displacement of the second tool carrier in the direction of the first tool carrier by drives at right-angles to the displacement axis of the tool carrier, characterised in that between the first tool carrier and the second tool carrier, two rails (13, 15) movable against one another in the direction of the displacement axis of the second tool carrier are arranged with holding devices (39, 40) displaceable thereon at right-angles to the displacement axis for mounting the ends of the blank.
A method of encoding Reference Picture Sets, RPSs, in a High Efficiency Video Coding, HEVC, video sequence, the method comprising: determining whether a current RPS is sent explicitly, in a slice header of a current picture, or implicitly, in a Sequence Parameter Set, SPS, if the current RPS is sent implicitly: arranging the current RPS in decoding order in the SPS, and if RPS inter-prediction is used, inferring that the current RPS is inter-predicted from an RPS comprised in the SPS and directly preceding the current RPS in decoding order, and if the current RPS is sent explicitly, and if RPS inter-prediction is used, encoding information (908; 1220) indicating an RPS comprised in the SPS to be used for inter-predicting the current RPS. determining whether a current RPS is sent explicitly, in a slice header of a current picture, or implicitly, in a Sequence Parameter Set, SPS, if the current RPS is sent implicitly: arranging the current RPS in decoding order in the SPS, and if RPS inter-prediction is used, inferring that the current RPS is inter-predicted from an RPS comprised in the SPS and directly preceding the current RPS in decoding order, and arranging the current RPS in decoding order in the SPS, and if RPS inter-prediction is used, inferring that the current RPS is inter-predicted from an RPS comprised in the SPS and directly preceding the current RPS in decoding order, and if the current RPS is sent explicitly, and if RPS inter-prediction is used, encoding information (908; 1220) indicating an RPS comprised in the SPS to be used for inter-predicting the current RPS.
A composition for forming a temporary intestinal occlusion in a mammal, said composition being flowable and solidifiable to form a solid plug at a predetermined site in the intestine, the structure of said plug being changeable to allow for a subsequent, at least partial removal of said occlusion, said composition being or comprising a flowable suspension in a solvent or mixed solvent, characterized in that said composition comprises the following: a) a suspension of a solid in water or an aqueous mixed solvent, the suspension having a water content which exceeds the flow limit of the suspension by an amount X; b) a dehydrating agent in an amount which is sufficient to bind the amount X of water, so that, as a consequence of dehydration, the flow limit of the suspension is exceeded;and c) said dehydrating agent is passivated by means of chemical modification or a coating. a) a suspension of a solid in water or an aqueous mixed solvent, the suspension having a water content which exceeds the flow limit of the suspension by an amount X; b) a dehydrating agent in an amount which is sufficient to bind the amount X of water, so that, as a consequence of dehydration, the flow limit of the suspension is exceeded;and c) said dehydrating agent is passivated by means of chemical modification or a coating.
A method of providing an indication of the performance of the braking system of a vehicle comprising a tractor and a trailer in which, during a braking event, a braking control pressure signal is generated in response to driver demand for braking, the braking control pressure signal indicating a braking control pressure which is representative of the degree of braking required by the driver, and is transmitted to braking systems provided on the tractor and trailer, the method including the steps of determining an average value of the braking control pressure during the braking event, determining an average value of the vehicle deceleration during the braking event, and using both the average braking control pressure and average vehicle deceleration to assign the braking event to one of a plurality of categories, characterised in that each of the plurality of categories represents a discrete area on a plot of vehicle deceleration versus braking control pressure.
A composite material combining: (a) at least one porous crystalline MOF in the form of nanoparticles having a diameter or size of the largest axis if the particles are of asymmetric shape less than 100 nm, adapted to the adsorption of volatile organic compounds; and (b) nanoparticles in the form of nanobipyramids of at least one metal or metal alloy having a plasmon band in the visible, the metal being selected from Au, Ag, Cu and Pd or a homogeneous or inhomogeneous mixture or alloy thereof; the MOF/metal nanoparticle mass ratio being comprised between 100/1 and 0.1/1; preferably between 50/1 and 1/1; preferably between 20/1 and 1/1; preferably between 15/1 and 5/1; preferably between 12/1 and 8/1; most preferably about 10/1. (a) at least one porous crystalline MOF in the form of nanoparticles having a diameter or size of the largest axis if the particles are of asymmetric shape less than 100 nm, adapted to the adsorption of volatile organic compounds; and (b) nanoparticles in the form of nanobipyramids of at least one metal or metal alloy having a plasmon band in the visible, the metal being selected from Au, Ag, Cu and Pd or a homogeneous or inhomogeneous mixture or alloy thereof;