mhurhangee/ep-ind-claims huggingface dataset:
A viscoelastic silicone rubber composition comprising the reaction product of: (a) a silanol-terminated polyorganosiloxane base; (b) a boron-containing crosslinking agent; and (c) a siloxane bond-forming crosslinking agent in an amount sufficient to give the viscoelastic silicone rubber composition a permanent equilibrium shape, wherein a permanent equilibrium shape means that the silicone rubber composition has enough permanent crosslinks to connect the individual silicone chains into macroscopic networks, so that topology and tangles dictate that material's shape; wherein the boron-containing crosslinking agent is present in an amount sufficient to give the viscoelastic silicone rubber composition a stiffness that is greater on short timescales than it is on longer timescales, wherein the stiffness that is greater on short timescales than it is on longer timescales means that the viscoelastic silicone rubber composition has a greater Shore Hardness measured according to ASTM 2240 at time zero than it has after 60 seconds. (a) a silanol-terminated polyorganosiloxane base; (b) a boron-containing crosslinking agent; and (c) a siloxane bond-forming crosslinking agent in an amount sufficient to give the viscoelastic silicone rubber composition a permanent equilibrium shape, wherein a permanent equilibrium shape means that the silicone rubber composition has enough permanent crosslinks to connect the individual silicone chains into macroscopic networks, so that topology and tangles dictate that material's shape;
A control system (10; 110; 210) for use in a subterranean well for controlling at least one downhole tool (20a, 20b, 20c, 20d) positioned within the subterranean well, the system (10; 110; 210) comprising: a control line (34, 122, 124, 222, 224) within the subterranean well; a hydraulic line (22, 222) within the subterranean well; a power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) positioned within the subterranean well, the power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) being configured to receive hydraulic pressure applied from surface via at least one of the control line (34, 122, 124, 222, 224) and the hydraulic line (22, 222) and to generate electrical power from the applied hydraulic pressure; and an electrically activated valve (30a-d) positioned within the subterranean well, wherein the electrically activated valve (30a-d) is adapted to receive electrical power generated by the power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) thereby enabling the valve (30a-d) to selectively allow hydraulic pressure to be applied via the hydraulic line (22, 222) to a hydraulically activated downhole tool (20a-d) positioned within the subterranean well for the selective operation of the downhole tool (20a-d). a control line (34, 122, 124, 222, 224) within the subterranean well; a hydraulic line (22, 222) within the subterranean well; a power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) positioned within the subterranean well, the power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) being configured to receive hydraulic pressure applied from surface via at least one of the control line (34, 122, 124, 222, 224) and the hydraulic line (22, 222) and to generate electrical power from the applied hydraulic pressure; and an electrically activated valve (30a-d) positioned within the subterranean well, wherein the electrically activated valve (30a-d) is adapted to receive electrical power generated by the power generation device (28a, 28b, 28c, 28d; 128a, 128b, 128c, 128d; 228a, 228b, 228c, 228d) thereby enabling the valve (30a-d) to selectively allow hydraulic pressure to be applied via the hydraulic line (22, 222) to a hydraulically activated downhole tool (20a-d) positioned within the subterranean well for the selective operation of the downhole tool (20a-d).
A polymerizable composition comprising a compound represented by Formula 3 below, a fragrance and a polymerizable monomer: wherein, R 9 and R 15 are each independently hydrogen or an alkyl group, X 2 and X 3 are each independently an ester bond, an amide bond, a sulfonamide bond, a phosphoramide bond or an arylene group, Y 2 and Y 3 are each independently an alkylene group, R 10, R 11, R 13 and R 14 are each independently hydrogen or an alkyl group, R 12 is an alkylene group or an arylene group, and Z - is an anion.
A method performed by a push-to-talk communication device (20;42), the method comprising: sending a Session Initiation Protocol Publish message from the push-to-talk communication device to a SIP/Internet Protocol core, wherein the SIP Publish message includes an answer mode (28;29;30;119;135;339;355) of the push-to-talk communication device. sending a Session Initiation Protocol Publish message from the push-to-talk communication device to a SIP/Internet Protocol core, wherein the SIP Publish message includes an answer mode (28;29;30;119;135;339;355) of the push-to-talk communication device.
A method for recovering an acid gas from a liquid acid gas-rich absorbent comprising the steps of: a. providing the liquid acid gas-rich absorbent having absorbed acid gas therein, b. separating the liquid acid gas-rich absorbent in a first liquid acid gas-rich fraction (L1_1) and a second liquid acid gas-rich fraction (L1_2); c. separating acid gas from the first fraction of the acid gas-rich absorbent stream (L1_1) in a first stripping column (A2_1) having a first pressure, p1, in order to provide a first acid gas-containing gas stream (G1_1) and a first liquid acid gas lean absorbent stream (L2_2); d. separating acid gas from the second fraction of the acid gas-rich absorbent stream (L1_2) in a second stripping column having a second pressure, p2, using a gaseous stripping medium in order to provide a second acid gas-containing gas stream (G1_2) and a second liquid acid gas-lean absorbent stream, e. mixing the first acid gas-containing gas stream (G1_1) and the second acid gas-containing gas stream (G1_2) to provide a acid gas-containing gas stream; f. transferring heat from the acid gas-containing gas stream to a stream of heat transfer fluid in order to provide a cooled acid gas-containing stream and a heated stream (L4'); g. separating the heated stream (L4') into a recovered gaseous stripping medium and a liquid heat carrier, h. providing the recovered stripping medium directly or indirectly to the first stripping column (A2_1) having the first pressure, p1; wherein the first pressure, p1, is lower than the second pressure, p2. a. providing the liquid acid gas-rich absorbent having absorbed acid gas therein, b. separating the liquid acid gas-rich absorbent in a first liquid acid gas-rich fraction (L1_1) and a second liquid acid gas-rich fraction (L1_2); c. separating acid gas from the first fraction of the acid gas-rich absorbent stream (L1_1) in a first stripping column (A2_1) having a first pressure, p1, in order to provide a first acid gas-containing gas stream (G1_1) and a first liquid acid gas lean absorbent stream (L2_2); d. separating acid gas from the second fraction of the acid gas-rich absorbent stream (L1_2) in a second stripping column having a second pressure, p2, using a gaseous stripping medium in order to provide a second acid gas-containing gas stream (G1_2) and a second liquid acid gas-lean absorbent stream, e. mixing the first acid gas-containing gas stream (G1_1) and the second acid gas-containing gas stream (G1_2) to provide a acid gas-containing gas stream; f. transferring heat from the acid gas-containing gas stream to a stream of heat transfer fluid in order to provide a cooled acid gas-containing stream and a heated stream (L4'); g. separating the heated stream (L4') into a recovered gaseous stripping medium and a liquid heat carrier, h. providing the recovered stripping medium directly or indirectly to the first stripping column (A2_1) having the first pressure, p1;
A method for regulating a LED current (ILED) flowing through a LED circuit arrangement (LEDCIRC) at a mean LED current level (ILEDave), the LED circuit arrangement having one or more LED segments, each with an associated controllable bypass switch, the current being provided by a hysteretic converter, the hysteretic converter having a hysteretic comparator (HCOMP) with an upper trip voltage level and a lower trip voltage level; the method comprising: - monitoring a current level of a converter current to establish a first current control indicator representative of the current level of the converter current; - controlling the mean LED current level using the first current control indicator by either (a) establishing the upper trip voltage level and the lower trip voltage level, or (b) establishing an upper trip current level and a lower trip current level; - determining a value of a converter current period equal to the period of a periodic sawtooth variation of the converter current between a valley current level and a peak current level, wherein the mean LED current level corresponds to an average of the peak current level and the valley current level of the converter current; - controlling the converter current period of the oscillation of the converter current to be within a period control range (Tref), by adjusting the valley current level and the peak current level through either the upper trip voltage level and the lower trip voltage level, or the upper trip current level and lower trip current level, respectively, based on the determined value of the converter current period and - feeding the LED circuit arrangement (LEDCIRC) with the converter current. - monitoring a current level of a converter current to establish a first current control indicator representative of the current level of the converter current; - controlling the mean LED current level using the first current control indicator by either (a) establishing the upper trip voltage level and the lower trip voltage level, or (b) establishing an upper trip current level and a lower trip current level; - determining a value of a converter current period equal to the period of a periodic sawtooth variation of the converter current between a valley current level and a peak current level, wherein the mean LED current level corresponds to an average of the peak current level and the valley current level of the converter current; - controlling the converter current period of the oscillation of the converter current to be within a period control range (Tref), by adjusting the valley current level and the peak current level through either the upper trip voltage level and the lower trip voltage level, or the upper trip current level and lower trip current level, respectively, based on the determined value of the converter current period and - feeding the LED circuit arrangement (LEDCIRC) with the converter current.
A transgenic porcine animal lacking expression of at least one allele of porcine endogenous kappa light chain immunoglobulin gene, in which the at least one allele of porcine kappa light chain gene is inactivated via a genetic targeting event, wherein the genetic targeting event comprises disruption of the kappa constant region.
Vehicle architecture for controlling and regulating an electrical drive of an electric or hybrid vehicle, having power electronics which are connected to the electrical drive, on the one hand, and to a battery system, wherein the power electronics are set up in such a manner that they control a torque requirement of the electrical drive [page 4, line 28 ff.], and a battery management system which is assigned to the battery system, wherein the battery management system is set up in such a manner that it monitors the battery system and controls a cooling system of the battery system [page 3, line 9 ff., line 15 ff.], the vehicle architecture comprises a master control device (12, 12'), or a control device is equipped with a master functionality, to which functionalities of at least the battery management system and of the power electronics of the electrical drive are transferred, characterized in that the master control device (12, 12') is connected to for receiving operating parameters [page 5, lines 4-11; Fig. 1], the battery management system, the power electronics and to a navigation system, wherein the master control device (12, 12') is configured to determine an operating strategy of the electric or hybrid vehicle by globally coordinating and matching the operating parameters [page 5, lines 4-11; Fig. 1]; wherein the master control device (12, 12') acts on the battery management system on the basis of the received operating parameters of the navigation system in order to control the cooling system [page 7, lines 1-11; page 8, lines 13-25], and wherein the master control device (12, 12') acts on the power electronics, which are used to regulate the electrical drive, on the basis of the received operating parameters of the navigation system in order to reduce the torque of the electrical drive [page 8, lines 13-25; Claims 2, 3].
A carpet comprising a backing, a yarn tufted into and having a point of contact with the backing, and an adhesive binding the yarn and the backing at the point of contact between the yarn and the backing, the yarn comprising filaments, wherein at least a portion of which the filaments comprise a blend composition comprising: a first aromatic polyester selected from the group consisting of poly(trimethylene terephthalate), poly(ethylene naphthalate), poly(ethylene isophthalate), poly(trimethylene isophthalate), poly(butylene isophthalate), mixtures thereof, and copolymers thereof; and a second aromatic polyester in contact therewith, wherein the second aromatic polyester is present in the blend composition at a concentration; and, wherein the second aromatic polyester comprises a molar concentration of fluorovinylether functionalized repeat units represented by structure I wherein, Ar represents a benzene or naphthalene radical; each R is independently H, C 1 -C 10 alkyl, C 5 -C 15 aryl, C 6 -C 20 arylalkyl; OH, or a radical represented by the structure with the proviso that only one R can be OH or the radical represented by the structure II; R 1 is a C 2 - C 4 alkylene radical which can be branched or unbranched; X is O or CF 2; Z is H or Cl; a = 0 or 1; and, Q represents the structure (Ia) wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2) p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2. Ar represents a benzene or naphthalene radical; each R is independently H, C 1 -C 10 alkyl, C 5 -C 15 aryl, C 6 -C 20 arylalkyl; OH, or a radical represented by the structure with the proviso that only one R can be OH or the radical represented by the structure II; R 1 is a C 2 - C 4 alkylene radical which can be branched or unbranched; X is O or CF 2; Z is H or Cl; a = 0 or 1; and, Q represents the structure (Ia) wherein q = 0 - 10; Y is O or CF 2; R f 1 is (CF 2) n, wherein n is 0-10; and, R f 2 is (CF 2) p, wherein p is 0-10, with the proviso that when p is 0, Y is CF 2.
A sealant forming nozzle for sealing an object that has a sectional shape in a first plane which is a stair shape including an upper surface of an upper step, an upper surface of a lower step and a corner section of the upper step, the sealant forming nozzle comprising: a shaping section configured to shape a sealant; and a guide section disposed in a position where it neighbors the shaping section in a first direction orthogonal to the first plane, wherein the shaping section comprises: a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane and formed to connect the first contact section and the second contact section; a sealant output hole disposed to supply the sealant to a space surrounded by the shaping surface and the object, and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step. a shaping section configured to shape a sealant; and a guide section disposed in a position where it neighbors the shaping section in a first direction orthogonal to the first plane, wherein the shaping section comprises: a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane and formed to connect the first contact section and the second contact section; a sealant output hole disposed to supply the sealant to a space surrounded by the shaping surface and the object, and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step. a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane and formed to connect the first contact section and the second contact section; a sealant output hole disposed to supply the sealant to a space surrounded by the shaping surface and the object, and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step.
A fluidic installation comprising a drive mechanism that is mounted on a flow channel and configured to drive, via a shaft, an adjusting element that is arranged in the interior of the flow channel, the installation further comprising an anti-rotation lock configured to be held on the wall of the flow channel and to hold the drive mechanism in position, wherein the anti-rotation lock as a one-piece plate, characterized in that the one-piece plate has at least one pre-weakened bending line (A, B, C) along which two parts of the plate are adjustable in their relative angular position.
A customer relationship management, CRM, audio on hold method comprising: identifying a caller associated with the telephone call received in a call processing gateway; selecting a record in a CRM application pertinent to the caller; inserting the selected record into a variable field of a template and text-to-speech, TTS, processing the template into audio; and, returning the audio to the call processing gateway for playback to the caller while the caller is on hold. identifying a caller associated with the telephone call received in a call processing gateway; selecting a record in a CRM application pertinent to the caller; inserting the selected record into a variable field of a template and text-to-speech, TTS, processing the template into audio; and, returning the audio to the call processing gateway for playback to the caller while the caller is on hold.
A lactic acid bacterium for preparing silage, constituted by a Lactobacillus diolivorans having anti-yeast action, wherein the Lactobacillus diolivorans is the Lactobacillus diolivorans SBS-0006 strain (NITE BP-02208), Lactobacillus diolivorans SBS-0007 strain (NITE BP-02209), or Lactobacillus diolivorans SBS-0009 strain (NITE BP-02210).
An implantable pressure sensor device, having a housing with an interior volume, wherein the interior volume comprises an incompressible liquid for transmitting pressure from outside the housing to the inside of the housing, wherein a microelectromechanical pressure sensor chip is arranged in the interior volume or coupled to the interior volume, wherein the housing is at least partially made of a pressure transmitting membrane having a surface area, characterized in that the housing comprises one or more regions which allow for reversible deformation or back-formation such that tensile stress in the membrane is avoided by maintaining the size of the membrane's surface area when the interior volume is changed.
A method for operating an image display apparatus, the method comprising: receiving a pairing request signal from a first remote controller; performing pairing with the first remote controller; receiving a pairing request signal from a second remote controller; and confirming attributes of content which is being used, characterized by: determining whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects (721, 722) on a screen, for playing the game content, from the paired first and second remote controllers (201,202) when the confirmed attributes of the content indicate the game content which may be used by a plurality of players. receiving a pairing request signal from a first remote controller; performing pairing with the first remote controller; receiving a pairing request signal from a second remote controller; and confirming attributes of content which is being used, characterized by: determining whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects (721, 722) on a screen, for playing the game content, from the paired first and second remote controllers (201,202) when the confirmed attributes of the content indicate the game content which may be used by a plurality of players. determining whether pairing with the second remote controller is performed based on the confirmed attributes of the content, wherein pairing with the second remote controller is performed (S660, S670) when the confirmed attributes of the content indicate a game content which may be used by a plurality of players; and controlling two objects (721, 722) on a screen, for playing the game content, from the paired first and second remote controllers (201,202) when the confirmed attributes of the content indicate the game content which may be used by a plurality of players.