mhurhangee/ep-ind-claims huggingface dataset:
An adhesion promoter for promoting adhesiveness of a cured product of an addition curable organopolysiloxane resin composition, the adhesion promoter comprising at least one alkoxy group bonded to a silicon atom, and at least one cyano group-containing organic group bonded to a silicon atom in one molecule, wherein the adhesion promoter is a material represented by the following average formula, R 1 a SiO (4-a)/2 wherein, R 1 represents a hydrogen atom, or a group selected from the group consisting of an alkyl group having 1 to 10 carbon atoms, an alkenyl group having 2 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an alkoxy group having 1 to 10 carbon atoms, an epoxy group-containing organic group having 3 to 10 carbon atoms, and a cyano group-containing organic group having 1 to 10 carbon atoms other than a cyano group; the material has at least one alkoxy group and at least one cyano group-containing organic group in the molecule; and "a" represents a number satisfying 1.0≦a<4.0.
A PCI-E slot connector cover, adapted to cover a PCI-E slot connector and fixed to a main board, wherein the PCI-E slot connector comprises a connector top surface and a connector bottom surface opposite to each other, a first connector lateral side and a second connector lateral side opposite to each other, a third connector lateral side and a fourth connector lateral side opposite to each other, the first connector lateral side comprises a first connector concave portion and a plurality of connector protrusions, and the second connector lateral side comprises a second connector concave portion, the PCI-E connector cover comprising: a first cover lateral side, adapted to cover the first connector lateral side; a plurality of bending arms, connected to the first cover lateral side and adapted for leaning against the first connector concave portion to keep an interval between the first cover lateral side and the first connector concave portion; a second cover lateral side, adapted to cover the second connector lateral portion; a cover top surface, connected to the first cover lateral side and the second cover lateral side, and adapted to cover the connector top surface; and a plurality of connecting posts, extended from the first cover lateral side and the second cover lateral side, wherein the PCI-E slot connector cover is adapted to be connected to the main board through the connecting posts. a first cover lateral side, adapted to cover the first connector lateral side; a plurality of bending arms, connected to the first cover lateral side and adapted for leaning against the first connector concave portion to keep an interval between the first cover lateral side and the first connector concave portion; a second cover lateral side, adapted to cover the second connector lateral portion; a cover top surface, connected to the first cover lateral side and the second cover lateral side, and adapted to cover the connector top surface; and a plurality of connecting posts, extended from the first cover lateral side and the second cover lateral side, wherein the PCI-E slot connector cover is adapted to be connected to the main board through the connecting posts.
A mobile terminal, comprising: a display unit; a power supply unit including a chargeable battery; a wireless power transmitting unit (2011, 2012) configured to transform power supplied from the battery into a magnetic field, and to transmit the magnetic field to at least one other terminal placed within a predetermined distance from the mobile terminal; and a controller configured to control an amount of power supplied from the battery to the wireless power transmitting unit (2011, 2012), characterised in that it comprises: a reinforcement panel configured to prevent deformation of the display unit by contacting with one surface of the display unit; and wherein the wireless power transmitting unit (2011, 2012) is configured to transform the power supplied from the battery into the magnetic field by applying a current to a coil wire arranged within the reinforcement panel or contacting with one surface of the reinforcement panel. a display unit; a power supply unit including a chargeable battery; a wireless power transmitting unit (2011, 2012) configured to transform power supplied from the battery into a magnetic field, and to transmit the magnetic field to at least one other terminal placed within a predetermined distance from the mobile terminal; and a controller configured to control an amount of power supplied from the battery to the wireless power transmitting unit (2011, 2012), a reinforcement panel configured to prevent deformation of the display unit by contacting with one surface of the display unit; and wherein the wireless power transmitting unit (2011, 2012) is configured to transform the power supplied from the battery into the magnetic field by applying a current to a coil wire arranged within the reinforcement panel or contacting with one surface of the reinforcement panel.
Heat exchanger having a housing in which a primary side, with a first flow path between a feed port and a return port, and a secondary side, with a second flow path between an inflow port and an outflow port, are arranged, having a valve for controlling a throughflow of a heat carrier fluid through the primary side, wherein the valve has an actuation device with an expansion element which is arranged in the region of the outflow port, and the expansion element is exposed to the temperature on the secondary side, wherein the heat exchanger is in the form of a plate-type heat exchanger, characterized in that the valve is arranged in the housing and in that the expansion element is connected in heat-conducting fashion to the outer wall of the second flow path at the outflow port.
A broadcast receiver comprising: an extraction component configured to acquire a digital signal including first and second digital signals generated based on a broadcast signal received by a receiving antenna, and extract the first and second digital signals from the acquired digital signal; a first converter configured to convert the first digital signal into a first analog signal that is a broadcast signal of a specific wave polarization; a second converter configured to convert the second digital signal into a second analog signal that is a broadcast signal of a wave polarization different from the specific wave polarization; and a tuner configured to select at least one broadcast signal based on at least one of the first and second analog signals converted by the first and second converters; wherein the extraction component is configured to acquire the digital signal from a distribution system that is a community access television system or a community antenna television system. an extraction component configured to acquire a digital signal including first and second digital signals generated based on a broadcast signal received by a receiving antenna, and extract the first and second digital signals from the acquired digital signal; a first converter configured to convert the first digital signal into a first analog signal that is a broadcast signal of a specific wave polarization; a second converter configured to convert the second digital signal into a second analog signal that is a broadcast signal of a wave polarization different from the specific wave polarization; and a tuner configured to select at least one broadcast signal based on at least one of the first and second analog signals converted by the first and second converters; wherein the extraction component is configured to acquire the digital signal from a distribution system that is a community access television system or a community antenna television system.
A process for separating acrylic acid and benzoic acid present as the main product and by-product as well as other product gas mixture constituents in a product gas mixture of a partial heterogeneously catalyzed gas phase oxidation of a C 3 precursor compound of acrylic acid, in which the acrylic acid and the benzoic acid, together with other constituents of the product gas mixture which have lower and higher boiling points than acrylic acid, are converted from the product gas mixture to a liquid phase P, and constituents having a lower boiling point than benzoic acid and acrylic acid are removed from the resulting liquid phase P using at least one thermal separating process to leave a liquid phase P* which comprises at least 80% by weight of acrylic acid and, based on the amount of acrylic acid present, at least 0.1 per mille by weight of benzoic acid, which comprises separating the benzoic acid from the acrylic acid by crystallization out of the liquid phase P*, the acrylic acid accumulating in the crystals formed and the benzoic acid in the remaining mother liquor.
A route advertisement method, wherein the method comprises: obtaining (S 101), by a first network device, routing information of a destination device; generating, by the first network device, a first route advertisement message, wherein the first route advertisement message comprises the routing information of the destination device, a routing prefix, and first indication information; and sending, by the first network device, the first route advertisement message to a second network device, wherein the first route advertisement message is used to indicate the second network device to generate a route to the destination device based on the routing information of the destination device, and the first indication information is used to indicate the second network device to iterate, to a route corresponding to the routing prefix, the route to the destination device; wherein that the first indication information is used to indicate the second network device to iterate, to a route corresponding to the routing prefix, the route to the destination device comprises: the first indication information is used to indicate the second network device to use an outbound interface of the route corresponding to the routing prefix as an outbound interface of forwarding information of the route to the destination device. obtaining (S 101), by a first network device, routing information of a destination device; generating, by the first network device, a first route advertisement message, wherein the first route advertisement message comprises the routing information of the destination device, a routing prefix, and first indication information; and sending, by the first network device, the first route advertisement message to a second network device, wherein the first route advertisement message is used to indicate the second network device to generate a route to the destination device based on the routing information of the destination device, and the first indication information is used to indicate the second network device to iterate, to a route corresponding to the routing prefix, the route to the destination device; wherein that the first indication information is used to indicate the second network device to iterate, to a route corresponding to the routing prefix, the route to the destination device comprises: the first indication information is used to indicate the second network device to use an outbound interface of the route corresponding to the routing prefix as an outbound interface of forwarding information of the route to the destination device.
Method for operating a vehicle in an automated driving operation, wherein the vehicle is guided in an automated manner to a target position by means of a main control unit in a regular operating mode of the automated driving operation, and is guided in an automated manner along an emergency operation target trajectory into a safe stopping position by means of a secondary control unit in an emergency operating mode of the automated driving operation, wherein the emergency operation target trajectory is continuously determined in the regular operating mode by means of the main control unit, and is stored in an auxiliary control unit together with a lane course of a lane ahead of the vehicle, which lane course is continuously detected using lane markings, and wherein, in the emergency operating mode, a correction of the stored emergency operation target trajectory is carried out based on the stored lane course and a lane course of the lane of the vehicle that is continuously determined in the emergency operating mode, wherein - a deviation between the stored lane course and the continuously determined lane course is continuously detected in the emergency operating mode, characterized in that - depending on the determined deviation, it is assessed whether the continuously determined lane course is plausible, and - the correction of the stored emergency operation target trajectory based on the stored lane course and the continuously determined lane course is only carried out if the continuously determined lane course has been assessed as plausible. - a deviation between the stored lane course and the continuously determined lane course is continuously detected in the emergency operating mode, characterized in that - depending on the determined deviation, it is assessed whether the continuously determined lane course is plausible, and - the correction of the stored emergency operation target trajectory based on the stored lane course and the continuously determined lane course is only carried out if the continuously determined lane course has been assessed as plausible.
Switching spark discharger comprising at least one first electrode and one second electrode both electrically conductive each comprising an arc zone placed opposite the arc zone of the other electrode, the electrodes being suitable for being connected to the terminals of a source of potential the spark discharger having a general tubular form, said first electrode forming a cylindrical body of the spark discharger, open at both ends characterised in that said second electrode, referred to as the central electrode, cylindrical and coaxial with the first has electrical continuity over its entire length, lies in the axis of the spark discharger at least from one end to the other of the cylindrical body and is maintained at a distance from the body of the spark discharger by at least one sleeve (11, 13) comprising an isolator (10, 12) through which the central electrode passes.
Tetrahydrocyclopenta[ b]indole, Tetrahydrocarbazole, Hexahydrocyclohepta[ b]indole and Hexahydrocycloocta[ b]indole, of the general formulas containing the substitutions X = CH-Br, -Cl, -OMe, -Me, -Pyridin-2-yl, Pyridin-4-yl, 4-Tolyl, 4- Anisyl, Pyrimidin-4-yl, 4-Chlorphenyl, CH -CH, CH -CH 2, CH 2 -CH -CH 2, CH -CH 2 -CH 2, CH 2 -CH 2 -CH -CH 2 containing Y = OMe, Me, Br, Cl containing the following residues R 1 = H, NH 2, COOMe, NO 2, OMe, OH, OBn; R 2 = H, NH 2, COOMe, NO 2, OMe, OH, OBn; R 3 = H, COOMe, OMe, Br, F, OBn; R 4 = H, NO 2, OMe, Cl, Br; R 5 = H, Me, COOMe, -OEt; containing the substitutions X = CH-Br, -Cl, -OMe, -Me, -Pyridin-2-yl, Pyridin-4-yl, 4-Tolyl, 4- Anisyl, Pyrimidin-4-yl, 4-Chlorphenyl, CH -CH, CH -CH 2, CH 2 -CH -CH 2, CH -CH 2 -CH 2, CH 2 -CH 2 -CH -CH 2 containing Y = OMe, Me, Br, Cl R 1 = H, NH 2, COOMe, NO 2, OMe, OH, OBn; R 2 = H, NH 2, COOMe, NO 2, OMe, OH, OBn; R 3 = H, COOMe, OMe, Br, F, OBn; R 4 = H, NO 2, OMe, Cl, Br; R 5 = H, Me, COOMe, -OEt;
A method of manufacturing a core for a production process, comprising: providing a mold containing a soluble substance and one or more fibers; and causing the soluble substance to solidify around the one or more fibers; determining a targeted value of a physical property of at least a part of the core, wherein the physical property is selected from the group consisting of a thermal expansion coefficient of the part, a thermal conductivity of the part, a bending strength of the part, a crack sensitivity of the part, a resistance to thermo-shock of the part and a maximum strain the part is capable of withstanding; and selecting the soluble substance, a material of the one or more fibers, a length of the one or more fibers and a mass fraction of the material in accordance with the targeted value; the method being characterized in that at least one of, the material of the one or more fibers, the length of the one or more fibers, and the mass fraction of the material, differs between different parts of the core in accordance with differing targeted values of the physical properties of the parts. providing a mold containing a soluble substance and one or more fibers; and causing the soluble substance to solidify around the one or more fibers; determining a targeted value of a physical property of at least a part of the core, wherein the physical property is selected from the group consisting of a thermal expansion coefficient of the part, a thermal conductivity of the part, a bending strength of the part, a crack sensitivity of the part, a resistance to thermo-shock of the part and a maximum strain the part is capable of withstanding; and selecting the soluble substance, a material of the one or more fibers, a length of the one or more fibers and a mass fraction of the material in accordance with the targeted value; the method being characterized in that at least one of, the material of the one or more fibers, the length of the one or more fibers, and the mass fraction of the material, differs between different parts of the core in accordance with differing targeted values of the physical properties of the parts.
A method of assembling absorbent articles, the method comprising steps of: advancing a carrier substrate at a first speed in a machine direction, the carrier substrate comprising a first longitudinal edge and a second longitudinal edge separated from the first longitudinal edge in a cross direction; advancing a continuous elastic substrate at a second speed in the machine direction, the continuous elastic substrate comprising a first longitudinal edge and a second longitudinal edge separated from the first longitudinal edge in the cross direction, wherein the continuous elastic substrate is stretchable in the cross direction; cutting an elastic part from the continuous elastic substrate, the elastic part comprising a first end region and a second end region separated from the first end region in the cross direction by a central region; changing a speed of the elastic part from the second speed to the first speed; stretching the central region of the discrete elastic part in the cross direction; positioning the elastic part on the carrier substrate such that the stretched central region extends in the cross direction between the first and second longitudinal edges (206, 208) of the carrier substrate; and dividing the elastic part into a first waistband and a second waistband by cutting the carrier substrate along the cross direction through the elastic part, wherein the first waistband defines a first length in the machine direction and the second waistband defines a second length in the machine direction, wherein the first length is different than the second length. advancing a carrier substrate at a first speed in a machine direction, the carrier substrate comprising a first longitudinal edge and a second longitudinal edge separated from the first longitudinal edge in a cross direction; advancing a continuous elastic substrate at a second speed in the machine direction, the continuous elastic substrate comprising a first longitudinal edge and a second longitudinal edge separated from the first longitudinal edge in the cross direction, wherein the continuous elastic substrate is stretchable in the cross direction; cutting an elastic part from the continuous elastic substrate, the elastic part comprising a first end region and a second end region separated from the first end region in the cross direction by a central region; changing a speed of the elastic part from the second speed to the first speed; stretching the central region of the discrete elastic part in the cross direction; positioning the elastic part on the carrier substrate such that the stretched central region extends in the cross direction between the first and second longitudinal edges (206, 208) of the carrier substrate; and dividing the elastic part into a first waistband and a second waistband by cutting the carrier substrate along the cross direction through the elastic part, wherein the first waistband defines a first length in the machine direction and the second waistband defines a second length in the machine direction, wherein the first length is different than the second length.
Level transmitter designed to determine the level (L R) of a medium located in a vessel, said transmitter comprising: - a radar module, which is designed to transmit a radar signal (S R) in the direction of the medium and to determine a distance (D R) in relation to the surface of the medium using the reflected radar signal (S R), - a 3D camera, which is designed to determine - on the basis of a recorded image (R 3D) of at least one area ([m; n]) of the surface of medium - multiple distance values (d i,j) as a function of corresponding positions ([i, j]) within the area ([m; n]), and - an evaluation circuit, characterized in that the evaluation circuit is designed to ∘ determine a maximum distance value (d max) and a minimum distance value (d min) from the distance values (d i,j), and ∘ determine the level (L R) on the basis of the distance (D R) if the distance (D R) is less than the maximum distance value (d max) and greater than the minimum distance value (dmin). - a radar module, which is designed to transmit a radar signal (S R) in the direction of the medium and to determine a distance (D R) in relation to the surface of the medium using the reflected radar signal (S R), - a 3D camera, which is designed to determine - on the basis of a recorded image (R 3D) of at least one area ([m; n]) of the surface of medium - multiple distance values (d i,j) as a function of corresponding positions ([i, j]) within the area ([m; n]), and - an evaluation circuit, ∘ determine a maximum distance value (d max) and a minimum distance value (d min) from the distance values (d i,j), and ∘ determine the level (L R) on the basis of the distance (D R) if the distance (D R) is less than the maximum distance value (d max) and greater than the minimum distance value (dmin).