mhurhangee/ep-ind-claims huggingface dataset:
An adhesive composition comprising: an epoxy-based resin, a modified product of an acryl-based resin comprising a triblock copolymer of methyl methacrylate-butyl acrylate-methyl methacrylate, and a curing agent, wherein the mixing ratio between said epoxy-based resin and said acryl-based resin is 100:4 to 100:20, and wherein the adhesive composition has a sea-island structure in which said epoxy-based resin is the sea and said acryl-based resin is the island in said adhesive composition. an epoxy-based resin, a modified product of an acryl-based resin comprising a triblock copolymer of methyl methacrylate-butyl acrylate-methyl methacrylate, and a curing agent, wherein the mixing ratio between said epoxy-based resin and said acryl-based resin is 100:4 to 100:20, and wherein the adhesive composition has a sea-island structure in which said epoxy-based resin is the sea and said acryl-based resin is the island in said adhesive composition.
Vehicle wheel composed of a drop-centre rim and a wheel disc connected to the latter for tubeless utility vehicle tyres, wherein the drop-centre rim has a drop centre, an outer and an inner rim shoulder (4, 7), a cylindrical ledge between the drop centre and the outer rim shoulder, and an outer and an inner rim flange (3, 8), characterized in that the one rim flange (3, 8) has a rim flange height (h 2) which is greater by 5 mm to 20 mm then the other rim flange (3, 8).
Method for determining an air quantity within a cylinder of an internal combustion engine, wherein the method features: scaling an intake manifold pressure (5, ps, p2) and an exhaust gas pressure (7, p3) depending on an actual ambient air pressure (9, pu) and a standard ambient air pressure (13, punorm); implementing an air charge calculation algorithm, which was created under a standard ambient air pressure operating condition, in order to determine a standard air quantity (21, mLnorm) based on the scaled intake manifold pressure and the scaled exhaust gas pressure; scaling the standard air quantity depending on the actual ambient air pressure and the standard ambient air pressure, in order to calculate the air quantity (23, mL). scaling an intake manifold pressure (5, ps, p2) and an exhaust gas pressure (7, p3) depending on an actual ambient air pressure (9, pu) and a standard ambient air pressure (13, punorm); implementing an air charge calculation algorithm, which was created under a standard ambient air pressure operating condition, in order to determine a standard air quantity (21, mLnorm) based on the scaled intake manifold pressure and the scaled exhaust gas pressure; scaling the standard air quantity depending on the actual ambient air pressure and the standard ambient air pressure, in order to calculate the air quantity (23, mL).
A system for determining frequency spacings of a multi-tone drive signal to prevent intermodulation distortion signal interference, the system comprising: a sensor assembly; and a meter verification module communicatively coupled to the sensor assembly, the meter verification module being configured to: determine a frequency of a first signal to be applied to the sensor assembly of a vibratory meter; set a demodulation window about the frequency of the first signal; and determine a frequency of a second signal to be applied to the sensor assembly such that a frequency of an intermodulation distortion signal generated by the first signal and the second signal is outside the demodulation window. a sensor assembly; and a meter verification module communicatively coupled to the sensor assembly, the meter verification module being configured to: determine a frequency of a first signal to be applied to the sensor assembly of a vibratory meter; set a demodulation window about the frequency of the first signal; and determine a frequency of a second signal to be applied to the sensor assembly such that a frequency of an intermodulation distortion signal generated by the first signal and the second signal is outside the demodulation window. determine a frequency of a first signal to be applied to the sensor assembly of a vibratory meter; set a demodulation window about the frequency of the first signal; and determine a frequency of a second signal to be applied to the sensor assembly such that a frequency of an intermodulation distortion signal generated by the first signal and the second signal is outside the demodulation window.
A well screen assembly (100,200,300) for use in a wellbore comprising: a first fluid pathway configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular; a flow restrictor disposed in the first fluid pathway; and a first plug (110,214) disposed in parallel with the flow restrictor, wherein the first plug (110,214) is configured to be at least partially dissolvable when contacted by a first suitable fluid, and wherein the first plug (110,214) is configured to create a second fluid pathway between an exterior of the wellbore tubular and the interior of the wellbore tubular when at least partially dissolved; and a second plug disposed in series with the flow restrictor in the first fluid pathway, wherein the second plug substantially prevents a fluid flow through the first fluid pathway, wherein the second plug is configured to be at least partially dissolvable when contacted by a second suitable fluid, and wherein the second plug is configured to allow the fluid flow through the first fluid pathway when at least partially dissolved. a first fluid pathway configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular; a flow restrictor disposed in the first fluid pathway; and a first plug (110,214) disposed in parallel with the flow restrictor, wherein the first plug (110,214) is configured to be at least partially dissolvable when contacted by a first suitable fluid, and wherein the first plug (110,214) is configured to create a second fluid pathway between an exterior of the wellbore tubular and the interior of the wellbore tubular when at least partially dissolved; and a second plug disposed in series with the flow restrictor in the first fluid pathway, wherein the second plug substantially prevents a fluid flow through the first fluid pathway, wherein the second plug is configured to be at least partially dissolvable when contacted by a second suitable fluid, and wherein the second plug is configured to allow the fluid flow through the first fluid pathway when at least partially dissolved.
A front defroster nozzle device including a narrow blow opening configured to be formed for arrangement in an instrument panel below a windshield of a vehicle and extending in direction of vehicle width, wherein the blow opening is divided into a plurality of sections in longitudinal direction of the vehicle, one of which is a front blow-opening configured to open on the same side as the windshield and the other of which is a rear blow-opening that is adjacent to the front blow-opening and configured to open further inside the vehicle interior than the front blow-opening, and configured so that a current of air from the front blow-opening is mainly sent to left and right end portions of the windshield and a current of air from the rear blow-opening is mainly sent to a central portion of the windshield, characterized in that the front defroster nozzle device is configured so that a volume of air blown from the rear blow-opening per unit time is larger than a volume of air blown from the front blow-opening per unit time, and the front defroster nozzle device includes a blow outlet, which is divided into the front blow-opening and the rear blow-opening by a partition.
A nonwoven fabric comprising fibers formed from a thermoplastic resin, wherein said thermoplastic resin is an aromatic polysulfone resin, an average fiber diameter of said fibers is 3 μm or more and 8 μm or less, and a basis weight is 5 g/m 2 or more and 30 g/m 2 or less. said thermoplastic resin is an aromatic polysulfone resin, an average fiber diameter of said fibers is 3 μm or more and 8 μm or less, and a basis weight is 5 g/m 2 or more and 30 g/m 2 or less.
N-((1-phenyl-9H-pyrido[3,4-b]indol-3-yl)methyl) cinnamamides of general formula A. R 1 = 3-F, 3,4,5-OMe, 4-OMe, H, 4-CF 3, 4-Cl, 4-OH-3-OMe, 3,4-CH 2 -O-CH 2, 3,5-F, 4-OH, 1-napthyl, 9-phenanthryl, 4-Me, R 2 = 3,4,5-OMe, 3,4-Cl, 4-F, 3,5-F, 2,5-OMe, 4-Cl, 4-OH-3-OMe, 3-OH, 3,4,5-OH, 4-CF 3, 4-OMe, 4-NH 2. R 1 = 3-F, 3,4,5-OMe, 4-OMe, H, 4-CF 3, 4-Cl, 4-OH-3-OMe, 3,4-CH 2 -O-CH 2, 3,5-F, 4-OH, 1-napthyl, 9-phenanthryl, 4-Me, R 2 = 3,4,5-OMe, 3,4-Cl, 4-F, 3,5-F, 2,5-OMe, 4-Cl, 4-OH-3-OMe, 3-OH, 3,4,5-OH, 4-CF 3, 4-OMe, 4-NH 2.
A developer supply system including a developer supply apparatus and a developer supply container detachably mountable to an image forming apparatus, said container is set by a setting operation, including a manually inserting operation, into an inserted portion of the image forming apparatus, said container comprising: a container body having a developer containable inner space; and an insertion load causing portion (2-11; 8) adapted to cause an insertion load when said container is inserted into the inserted portion by sliding contact with the inserted portion with the inserting operation; an engaging portion (2-4, 5-5; 3-3-2) adapted to engage with an engaged portion (16, 14; 13) provided in the image forming apparatus with the inserting operation before completion of the inserting operation; characterized in that said insertion load causing portion (2-11; 8) is adapted to reduce the insertion load with an engagement between said engaging portion (2-4, 5-5; 3-3-2) and the engaged portion (16, 14; 13) wherein the following relation is satisfied P1 ≥ P2 + W, in which P1 is the inserting load by said inserting load causing portion (2-11; 8) before the engagement between said engaging portion (2-4, 5-5; 3-3-2) and the engaged portion (16, 14; 13), P2 is the inserting load by said inserting load causing portion (2-11; 8) at the time when said engaging portion (2-4, 5-5; 3-3-2) engages with the engaged portion (16, 14; 13), and W is an engaging load by said engaging portion (2-4, 5-5; 3-3-2) with the engaged portion (16, 14; 13). a container body having a developer containable inner space; and an insertion load causing portion (2-11; 8) adapted to cause an insertion load when said container is inserted into the inserted portion by sliding contact with the inserted portion with the inserting operation; an engaging portion (2-4, 5-5; 3-3-2) adapted to engage with an engaged portion (16, 14; 13) provided in the image forming apparatus with the inserting operation before completion of the inserting operation; characterized in that said insertion load causing portion (2-11; 8) is adapted to reduce the insertion load with an engagement between said engaging portion (2-4, 5-5; 3-3-2) and the engaged portion (16, 14; 13) wherein the following relation is satisfied P1 ≥ P2 + W, in which P1 is the inserting load by said inserting load causing portion (2-11; 8) before the engagement between said engaging portion (2-4, 5-5; 3-3-2) and the engaged portion (16, 14; 13), P2 is the inserting load by said inserting load causing portion (2-11; 8) at the time when said engaging portion (2-4, 5-5; 3-3-2) engages with the engaged portion (16, 14; 13), and W is an engaging load by said engaging portion (2-4, 5-5; 3-3-2) with the engaged portion (16, 14; 13).
An end effector for selective connection to a surgical stapling apparatus, the end effector comprising: a first jaw; a staple cartridge supported on the first jaw, the staple cartridge defining a tissue contacting surface; and, a second jaw connected to the first jaw, the second jaw supporting an anvil, the anvil defining a plurality of staple forming recesses arranged in juxtaposed correspondence with a plurality of staple retaining slots of the staple cartridge; the staple cartridge is divided into a plurality of independent, separately movable, segments, and at least one staple retaining slot is defined in each segment, characterised in that a pressure sensing element (526, 526a) is interposed between each staple cartridge segment and the first jaw, wherein each pressure sensing element senses a force exerted on each respective staple cartridge segment. a first jaw; a staple cartridge supported on the first jaw, the staple cartridge defining a tissue contacting surface; and, a second jaw connected to the first jaw, the second jaw supporting an anvil, the anvil defining a plurality of staple forming recesses arranged in juxtaposed correspondence with a plurality of staple retaining slots of the staple cartridge; the staple cartridge is divided into a plurality of independent, separately movable, segments, and at least one staple retaining slot is defined in each segment, characterised in that a pressure sensing element (526, 526a) is interposed between each staple cartridge segment and the first jaw, wherein each pressure sensing element senses a force exerted on each respective staple cartridge segment.
Method for determining if signals transferred between a base station and a terminal of a wireless telecommunication network have to be relayed by a relay, the terminal and the relay being located in an area of the base station, the signals being transferred on physical resource blocks of the wireless telecommunication network, the relay relaying signals, the overall transmission power of the signals transferred by the relay being independent of the number of signals transferred by the relay during a given period of time, the method comprising the steps, executed for each physical resource block of at least a part of the physical resource blocks on which signals are transferred by the base station or the terminal, of: - calculating a figure of merit of using relaying for the signal transferred on the physical resource block, - calculating a figure of merit of not using relaying for the signal transferred on the physical resource block, - calculating a relay power correction value for the relay which is dependent on the number of physical resource blocks on which signals are transferred and relayed by the relay, and - deciding, according to the calculated figures of merit of using and not using relaying and the relay power correction value, whether the signal transferred on the physical resource block has to be relayed by the relay or not. - calculating a figure of merit of using relaying for the signal transferred on the physical resource block, - calculating a figure of merit of not using relaying for the signal transferred on the physical resource block, - calculating a relay power correction value for the relay which is dependent on the number of physical resource blocks on which signals are transferred and relayed by the relay, and - deciding, according to the calculated figures of merit of using and not using relaying and the relay power
Battery system, comprising a plurality of cells which are arranged in at least one stack, a pole (1.1P) of a first cell (1.1) being connected in an electrically conductive manner to a pole (1.2P) of a second cell (1.2) by a cell connector, an electronics unit adapted to detect the voltage of the cells, a first pin (5.1) being arranged at the cell connector and at least one second pin (5.2) being arranged at the electronics unit, and a conductor, an electroconductive connection being formed between the first pin (5.1) and the second pin (5.2) by the conductor, and the conductor comprising at least one flexible section, characterized in that the conductor comprises a first contact element (6.1) which is connected in an electrically conductive manner to a first end of the flexible section, wherein the first contact element (6.1) is connected in an electrically conductive manner with the first pin (5.1), and in that the conductor comprises a second contact element (6.2) which is connected in an electrically conductive manner to a second end of the flexible section, wherein the second contact element (6.2) is connected in an electrically conductive manner to the second pin (5.2).
A method of controlling a positioning device, in particular of a welding robot, for welding with an welding gun and at least one force detection device (S1, S2, S3, S4) for detecting reaction forces (F1, F1', F1", F2) on the welding gun, characterized by the steps of: determining a sum (ΔF; F4) of reaction forces (F1, F1', F1", F2, F3, F4) on the welding gun; and controlling the pose of the positioning device on the basis of the determined sum of reaction forces (ΔF; F4), wherein the sum of reaction forces is determined on the basis of a force which acts between the welding gun and a support of the welding gun, in particular between the welding gun and the positioning device. determining a sum (ΔF; F4) of reaction forces (F1, F1', F1", F2, F3, F4) on the welding gun; and controlling the pose of the positioning device on the basis of the determined sum of reaction forces (ΔF; F4), wherein the sum of reaction forces is determined on the basis of a force which acts between the welding gun and a support of the welding gun, in particular between the welding gun and the positioning device.
A household appliance comprising a control panel produced from glass, an opening disposed on the control panel, a knob disposed in the opening, a casing extending inwards from the control panel, a shaft that transmits the movement of the knob, one or more than one light source placed on the inner surface of the rear wall of the casing, a light conductor placed in the casing, extending to the front side of the casing from the light sources and an illumination ring placed between the outer surface of the knob and the edge of the opening and which illuminates the periphery of the knob by transmitting the light received from the light conductor, characterized by a flange surrounding the illumination ring and bearing against the edge of the opening at the rear side of the control panel and a light barrier produced from light-proof material, placed between the flange and the rear surface of the control panel and which entirely contacts the edge of the opening, so that it prevents the light conducted in the illumination ring from reaching the edge region of the opening in the control panel contacting the flange around the illumination ring.
A dunnage-producing system (20, 120, 200), comprising: a dunnage conversion machine (22, 122, 202) for converting a stock material into a relatively less dense dunnage product, the conversion machine (22, 122, 202) being rotatable about a substantially vertical axis; a supply (30, 130, 204) of stock material, including a support (32, 132) for the stock material that is movable relative to the conversion machine (22, 122, 202); a guide element (34, 134) for consistently positioning the support (32, 132) relative to the conversion machine (22, 122, 202), where the guide element (34, 134) is rotatable with the conversion machine (22, 122, 202) to maintain a consistent position relative to the conversion machine (22, 122, 202); and a stand (36, 136) having an upper member and a lower member rotatable relative to one another about a common axis, where the conversion machine (22, 122) and the guide element (34, 134) are mounted to the stand (36, 136) such that the conversion machine (22, 122, 202) and the guide element rotate (34, 134) with the upper member. a dunnage conversion machine (22, 122, 202) for converting a stock material into a relatively less dense dunnage product, the conversion machine (22, 122, 202) being rotatable about a substantially vertical axis; a supply (30, 130, 204) of stock material, including a support (32, 132) for the stock material that is movable relative to the conversion machine (22, 122, 202); a guide element (34, 134) for consistently positioning the support (32, 132) relative to the conversion machine (22, 122, 202), where the guide element (34, 134) is rotatable with the conversion machine (22, 122, 202) to maintain a consistent position relative to the conversion machine (22, 122, 202); and a stand (36, 136) having an upper member and a lower member rotatable relative to one another about a common axis, where the conversion machine (22, 122) and the guide element (34, 134) are mounted to the stand (36, 136) such that the conversion machine (22, 122, 202) and the guide element rotate (34, 134) with the upper member.
A polymer latex made by free-radical polymerization comprising polymer particles containing structural units derived from at least one conjugated diene monomer and at least one aromatic vinyl monomer, whereby no vinyl pyridine is used in the polymerization and the polymer latex is polymerized in the presence of at least one chain transfer agent having the general formula RSH, wherein R is a linear alkyl group having 3 to 20 carbon atoms and the dried latex polymer has a Mooney viscosity measured according to DIN 53 523 of 85 to 155.
Pneumatic vehicle tire having an inner liner composed of a sulfur-crosslinked rubber mixture containing - 80 to 100 phr (parts by weight, based on 100 parts by weight of all rubbers in the mixture) of at least one butyl rubber and/or halogenated butyl rubber, - at least one filler, - 1 to 60 phr of at least one coumarone-indene resin and - 1 to 60 phr of at least one aliphatic hydrocarbon resin, wherein the total mass of coumarone-indene resin and aliphatic hydrocarbon resin does not exceed 65 phr. - 80 to 100 phr (parts by weight, based on 100 parts by weight of all rubbers in the mixture) of at least one butyl rubber and/or halogenated butyl rubber, - at least one filler, - 1 to 60 phr of at least one coumarone-indene resin and - 1 to 60 phr of at least one aliphatic hydrocarbon resin,
An extrusion molded gasket comprising: one or more annular sections configured to engage a door rim of a tub, one or more annular sections configured to engage the tub, and one or more sealing sections disposed therebetween, wherein the gasket comprises at least one thermoplastic vulcanizate comprising at least 15 wt%, by weight of the thermoplastic vulcanizate, of a cross-linkable ethylene-based elastomer and within a range from 5 to 30 wt%, by weight of the thermoplastic vulcanizate, of at least one thermoplastic, the thermoplastic vulcanizate having a Shore Hardness measured according to ISO 868 within a range from 35A to 50D, and wherein the thermoplastic vulcanizate is extrusion molded into the gasket. one or more annular sections configured to engage a door rim of a tub, one or more annular sections configured to engage the tub, and one or more sealing sections disposed therebetween, wherein the gasket comprises at least one thermoplastic vulcanizate comprising at least 15 wt%, by weight of the thermoplastic vulcanizate, of a cross-linkable ethylene-based elastomer and within a range from 5 to 30 wt%, by weight of the thermoplastic vulcanizate, of at least one thermoplastic, the thermoplastic vulcanizate having a Shore Hardness measured according to ISO 868 within a range from 35A to 50D, and wherein the thermoplastic vulcanizate is extrusion molded into the gasket.
A rubber composition comprising: a rubber component; a foaming agent; a polyhydric alcohol having 3 or more hydroxyl groups per molecule; and a composite fiber, wherein the rubber component comprises 30% by mass or more of natural rubber based on the entire rubber component, a content of the polyhydric alcohol is 1 to 6 parts by mass per 100 parts by mass of the rubber component, and wherein the composite fiber is made of a hydrophilic resin having a coating layer formed on the surface and the coating layer is made of a polyolefin resin. a rubber component; a foaming agent; a polyhydric alcohol having 3 or more hydroxyl groups per molecule; and a composite fiber, wherein the rubber component comprises 30% by mass or more of natural rubber based on the entire rubber component, a content of the polyhydric alcohol is 1 to 6 parts by mass per 100 parts by mass of the rubber component, and wherein the composite fiber is made of a hydrophilic resin having a coating layer formed on the surface and the coating layer is made of a polyolefin resin.