mhurhangee/ep-ind-claims huggingface dataset:
A process for the oligomerisation of olefins comprising: (a) treating an olefin-containing hydrocarbon stream comprising an organic nitrogen-containing Lewis base that does not have any hydrogen bound to the nitrogen, to thereby lower the concentration of said organic nitrogen-containing Lewis base in the olefin-containing hydrocarbon stream; and (b) subsequently contacting the treated olefin-containing hydrocarbon stream with a molecular sieve oligomerisation catalyst, wherein the concentration of said Lewis base is lowered to a concentration that is not less than 0.1 ppm and at most 5 ppm by weight based on the total treated hydrocarbon stream and wherein said Lewis base comprises acetonitrile, propionitrile, dimethylformamide or N-methyl-pyrrolidone; wherein the treatment step to lower the concentration of said Lewis base comprises an extraction step comprising a plurality of extraction step performed in a multistage countercurrent extraction column, wherein the column comprises from 4 to 10 theoretical stages and the extraction step is a water wash which produces a waste water byproduct and wherein the water wash operates with a ratio of wash water flow to hydrocarbon flow of 0.25 to 1.0 on a weight basis. (a) treating an olefin-containing hydrocarbon stream comprising an organic nitrogen-containing Lewis base that does not have any hydrogen bound to the nitrogen, to thereby lower the concentration of said organic nitrogen-containing Lewis base in the olefin-containing hydrocarbon stream; and (b) subsequently contacting the treated olefin-containing hydrocarbon stream with a molecular sieve oligomerisation catalyst, wherein the concentration of said Lewis base is lowered to a concentration that is not less than 0.1 ppm and at most 5 ppm by weight based on the total treated hydrocarbon stream and wherein said Lewis base comprises acetonitrile, propionitrile, dimethylformamide or N-methyl-pyrrolidone; wherein the treatment step to lower the concentration of said Lewis base comprises an extraction step comprising a plurality of extraction step performed in a multistage countercurrent extraction column, wherein the column comprises from 4 to 10 theoretical stages and the extraction step is a water wash which produces a waste water byproduct and wherein the water wash operates with a ratio of wash water flow to hydrocarbon flow of 0.25 to 1.0 on a weight basis.
A method performed by a user equipment, UE (110, 200, 491, 492, 530, 1010, 1430), for relaxing Radio Resource Management, RRM, measurement, the method comprising: obtaining, from a network node (160, 520, 1160), an indication for use in determining a stationary-mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430), the indication comprising one or more first criteria, wherein the first criteria is based on a difference between a current signal level value and a reference signal value as compared to an adjusted threshold, whereby the adjusted threshold is S SearchDeltaP adjusted according to a minimization factor S min_factor based on a mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430); determining, based on the indication, whether a mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430) corresponds to the stationary-mobility state, wherein the UE (110, 200, 491, 492, 530, 1010, 1430) in the stationary-mobility state has a lower mobility than the UE (110, 200, 491, 492, 530, 1010, 1430) in a low-mobility state; in accordance with a determination that the mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430) corresponds to a stationary-mobility state, adjusting one or more measurements according to measurement rules associated with the stationary-mobility state, the adjustments reducing the amount of energy consumed when performing RRM measurement; performing at least one RRM measurement based on the adjustments; and transmitting a measurement report to the network node (160, 520, 1160) based on the at least one RRM measurement performed. obtaining, from a network node (160, 520, 1160), an indication for use in determining a stationary-mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430), the indication comprising one or more first criteria, wherein the first criteria is based on a difference between a current signal level value and a reference signal value as compared to an adjusted threshold, whereby the adjusted threshold is S SearchDeltaP adjusted according to a minimization factor S min_factor based on a mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430); determining, based on the indication, whether a mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430) corresponds to the stationary-mobility state, wherein the UE (110, 200, 491, 492, 530, 1010, 1430) in the stationary-mobility state has a lower mobility than the UE (110, 200, 491, 492, 530, 1010, 1430) in a low-mobility state; in accordance with a determination that the mobility state of the UE (110, 200, 491, 492, 530, 1010, 1430) corresponds to a stationary-mobility state, adjusting one or more measurements according to measurement rules associated with the stationary-mobility state, the adjustments reducing the amount of energy consumed when performing RRM measurement; performing at least one RRM measurement based on the adjustments; and transmitting a measurement report to the network node (160, 520, 1160) based on the at least one RRM measurement performed.
An isolated nucleic acid comprising (a) a nucleic acid sequence encoding a heavy chain of an antibody, wherein the heavy chain of the antibody comprises a variable region having the general formula framework region 1-CDR1-framework region 2-CDR2-framework region 3-CDR3-framework region 4, wherein CDR1 is SEQ ID NO:25; CDR2 is SEQ ID NO:26, and CDR3 is SEQ ID NO:27; and (b) a nucleic acid sequence encoding a light chain of an antibody, wherein the light chain of the antibody comprises a variable region having the general formula framework region 5-CDR4- framework region 6-CDR5-framework region 7-CDR6-framework region 8, wherein CDR4 is SEQ ID NO:28, CDR5 is SEQ ID NO:29, and CDR6 is SEQ ID NO:30, wherein the antibody specifically binds a TRAIL receptor DR5, has apoptosis inducing activity in the absence of secondary crosslinking, and does not bind TRAIL receptor DR4, DcR1, or DcR2. (a) a nucleic acid sequence encoding a heavy chain of an antibody, wherein the heavy chain of the antibody comprises a variable region having the general formula framework region 1-CDR1-framework region 2-CDR2-framework region 3-CDR3-framework region 4, wherein CDR1 is SEQ ID NO:25; CDR2 is SEQ ID NO:26, and CDR3 is SEQ ID NO:27; and (b) a nucleic acid sequence encoding a light chain of an antibody, wherein the light chain of the antibody comprises a variable region having the general formula framework region 5-CDR4- framework region 6-CDR5-framework region 7-CDR6-framework region 8, wherein CDR4 is SEQ ID NO:28, CDR5 is SEQ ID NO:29, and CDR6 is SEQ ID NO:30,
A sensor network system comprising: a plurality of sensor terminals which are driven with a stand-alone power supply and provided in a predetermined area in which one or more sensors (61 to 67) are connected to each of the sensor terminals provided at a predetermined position in the predetermined area to wirelessly transmit a sensing data sensed with the sensor (61 to 67); and a monitoring center device collecting the sensing data wirelessly transmitted from the sensor terminals, the sensor terminal having a wireless transmission means for wirelessly transmitting intermittently a terminal identification information identifying each sensor terminal, a sensor identification information identifying a type of each sensor (61 to 67) and a latest sensing data of each sensor (61 to 67), the monitoring center device comprising: a positional information acquisition means for acquiring a positional information of the sensor terminals in the predetermined area; a sensing data accumulation means for accumulating a time-series data of each sensing data sent from the sensor terminals as corresponding to an acquisition time of the sensing data; and a visualization means for presenting a visualized time-series variation of an environmental element detected by the sensor (61 to 67) in the predetermined area by using the positional information of the sensor terminal acquired by the positional information acquisition means and the time-series data of the sensing data accumulated by the sensing data accumulation means.
A system for synchronizing time sources within a protection zone of a digital power substation comprising: a global time source having a first time signal and a first time quality; a processing communication network comprising a plurality of switches, each in communication with the global time source; an electronic device configured to control an equipment within the protection zone, the electronic device comprising a protection zone master clock having a second time signal and a second time quality, the protection zone master clock in communication with the processing communication network and configured to receive data packets from the global time source; and a process unit comprising a time source configured to receive and process data packets comprising the first time signal and first time quality and data packets comprising the second time signal and second time quality, characterised in that the time source of the process unit is configured to: synchronize with the protection zone master clock where the first time signal is unavailable; and synchronize with the protection zone master clock where the first time quality of the global time source is degraded below a predetermined threshold. a global time source having a first time signal and a first time quality; a processing communication network comprising a plurality of switches, each in communication with the global time source; an electronic device configured to control an equipment within the protection zone, the electronic device comprising a protection zone master clock having a second time signal and a second time quality, the protection zone master clock in communication with the processing communication network and configured to receive data packets from the global time source; and a process unit comprising a time source configured to receive and process data packets comprising the first time signal and first time quality and data packets comprising the second time signal and second time quality, characterised in that the time source of the process unit is configured to: synchronize with the protection zone master clock where the first time signal is unavailable; and synchronize with the protection zone master clock where the first time quality of the global time source is degraded below a predetermined threshold. synchronize with the protection zone master clock where the first time signal is unavailable; and synchronize with the protection zone master clock where the first time quality of the global time source is degraded below a predetermined threshold.
A method for transmitting a data stream between a base station and a user terminal, the method comprising: selecting at the base station a first radio frequency resource to transmit a page; transmitting the page from the base station to the user terminal using the first radio frequency resource; receiving a page response from the user terminal at the base station, the user terminal having sent the page response using one of multiple resources, the resource comprising a sequence of radio frequency resources that follow a hopping sequence; and transmitting the data stream from the base station to the user terminal using a second radio frequency resource in response to receiving the page response. selecting at the base station a first radio frequency resource to transmit a page; transmitting the page from the base station to the user terminal using the first radio frequency resource; receiving a page response from the user terminal at the base station, the user terminal having sent the page response using one of multiple resources, the resource comprising a sequence of radio frequency resources that follow a hopping sequence; and transmitting the data stream from the base station to the user terminal using a second radio frequency resource in response to receiving the page response.
A recoilless weapon arranged for low recoil force and low air pressure, while firing range still is acceptably high, comprising a launch tube open at muzzle end thereof, a projectile having an inclined rear part, and a counter mass residing in said recoilless weapon, wherein the recoilless weapon further comprises a high pressure part containing a propellant charge for propelling the projectile and the counter mass out of the weapon, a low pressure part containing the counter mass, a blocking element in the breech end and gas openings between the high pressure part and the low pressure part, wherein the high pressure part is arranged in the launch tube behind the projectile and the low pressure part is arranged outside the launch tube in a counter mass tube coaxially to the launch tube, wherein the gas openings are configured in at least two concentric circles around the launch tube at equal distances from each other, wherein the projectile, is positioned in a first start position in the launch tube, in which start position the projectile is blocking the gas openings and that the projectile, upon ignition of the propellant charge, moves forward to further positions in the launch tube, where the gas openings in said at least two concentric circles, successively, are unblocked by the inclined rear part of the projectile.
A backlight assembly comprising: a lamp having a lamp tube and an electrode that protrudes beyond either end of the lamp tube; a socket which is either a power supply socket (200; 201; 202) or a ground socket (310; 303), said socket having a first plate (220; 222; 323) that includes a first guide groove (240; 343) through which the electrode is inserted, and a plate spring (250; 252a, 252b; 353) that is disposed on one side of the first plate (220; 222; 323) and fixes the electrode in the first guide groove (240; 343) by pressurizing the electrode: and a bottom chassis having the lamp and the socket therein, wherein the first plate (220; 222; 323) and the plate spring (250; 252a, 252b; 353) are formed of a conductive material and are incorporated into one body; characterized in that a second plate (210; 212; 221; 313) is disposed to face the first plate (220; 222; 323) on the side of the plate spring (250; 252a, 252b; 353) and is spaced apart from the first plate (220; 222; 323), wherein the second plate (210; 212; 221; 313) comprises a second guide groove (240; 343) that overlaps the first guide groove (240; 343), and is integrally formed with the plate spring (250; 252a, 252b; 353). a lamp having a lamp tube and an electrode that protrudes beyond either end of the lamp tube; a socket which is either a power supply socket (200; 201; 202) or a ground socket (310; 303), said socket having a first plate (220; 222; 323) that includes a first guide groove (240; 343) through which the electrode is inserted, and a plate spring (250; 252a, 252b; 353) that is disposed on one side of the first plate (220; 222; 323) and fixes the electrode in the first guide groove (240; 343) by pressurizing the electrode: and a bottom chassis having the lamp and the socket therein, wherein the first plate (220; 222; 323) and the plate spring (250; 252a, 252b; 353) are formed of a conductive material and are incorporated into one body; characterized in that a second plate (210; 212; 221; 313) is disposed to face the first plate (220; 222; 323) on the side of the plate spring (250; 252a, 252b; 353) and is spaced apart from the first plate (220; 222; 323), wherein the second plate (210; 212; 221; 313) comprises a second guide groove (240; 343) that overlaps the first guide groove (240; 343), and is integrally formed with the plate spring (250; 252a, 252b; 353).
A T cell genetically modified to express a CAR wherein the CAR comprises (a) an antigen binding domain that is an anti-CD19 scFv comprising the amino acid sequence of SEQ ID NO:20, (b) a costimulatory 4-1BB signaling region, and (c) a CD3 zeta signaling domain comprising the amino acid sequence of SEQ ID NO: 24, for use in a method for treating cancer in a human, wherein a remission of the cancer is obtained, and wherein the human is resistant to at least one chemotherapeutic agent.
A trigger device (100, 300, 400) for activating a firing mechanism, the trigger device comprising: a housing; a trigger pivotally mounted on the housing via a trigger pivot pin; a trigger biasing member configured to bias the trigger in a ready position; a sear arm comprising a first sear surface; a ticker extending generally from the trigger to the sear arm and rotatable about a ticker pivot pin, characterized in that the ticker comprising spaced apart flanges defining a slot, the slot receiving a portion of the sear arm including the first sear surface, each flange comprising an aperture defining a first contact surface (185, 190); and wherein the device further comprises a captured roller positioned at least partially within the apertures and extending through the slot, wherein, in a captured position, the first sear surface and the first contact surfaces (185, 190) engage the captured roller and in a released position the first contact surfaces (185, 190) disengage from the captured roller to allow the captured roller to move within the aperture a housing; a trigger pivotally mounted on the housing via a trigger pivot pin; a trigger biasing member configured to bias the trigger in a ready position; a sear arm comprising a first sear surface; a ticker extending generally from the trigger to the sear arm and rotatable about a ticker pivot pin, characterized in that the ticker comprising spaced apart flanges defining a slot, the slot receiving a portion of the sear arm including the first sear surface, each flange comprising an aperture defining a first contact surface (185, 190); and wherein the device further comprises a captured roller positioned at least partially within the apertures and extending through the slot, wherein, in a captured position, the first sear surface and the first contact surfaces (185, 190) engage the captured roller and in a released position the first contact surfaces (185, 190) disengage from the captured roller to allow the captured roller to move within the aperture
Heat exchanger, in particular for a combustion engine of a motor vehicle, having at least two cooling elements which can be flowed through by a heat-carrying fluid, and having at least one flow channel which is arranged between the cooling elements and can be flowed through by cooling air, wherein the flow channel extends between the two cooling elements in such a manner that a flow direction of the cooling air in the flow channel runs parallel to a flow direction of the heat-carrying fluid in the two cooling elements, characterized in that the cooling elements are formed as plates and are arranged at an angle to a horizontal (xy plane) or vertical plane (xz plane) in such a manner that an incident-flow direction of an air flow upstream of the entry into the flow channel and the flow direction of the cooling air in the flow channel enclose an obtuse angle.
A flexible organic light-emitting display device (100, 200) comprising: a first flexible substrate (102, 202); a second flexible substrate (110, 210) facing the first flexible substrate (102, 202); a plurality of organic light-emitting pixels (104, 204) on the first flexible substrate (102, 202) and interposed between the first flexible substrate (102, 202) and the second flexible substrate (110, 210); an encapsulation unit (106, 206) between the plurality of organic light-emitting pixels (104, 204) and the second flexible substrate (110, 210) and configured to protect the plurality of organic light-emitting pixels (104, 204) from oxygen and moisture; and an adhesive layer (108, 208) on the encapsulation unit (106, 206) attaching the first flexible substrate (102, 202) and the second flexible substrate (110, 210) to each other, characterized in that a Young's modulus of the first flexible substrate (102, 202) is larger than that of the adhesive layer (108, 208), and wherein a Young's modulus of the second flexible substrate (110, 210) is larger than that of the adhesive layer (108, 208), wherein the second flexible substrate (110, 210) includes a metal plate having a higher breaking strength against tensile stress than a material of the first flexible substrate (102, 202), wherein the first flexible substrate (102, 202) includes a glass substrate. a first flexible substrate (102, 202); a second flexible substrate (110, 210) facing the first flexible substrate (102, 202); a plurality of organic light-emitting pixels (104, 204) on the first flexible substrate (102, 202) and interposed between the first flexible substrate (102, 202) and the second flexible substrate (110, 210); an encapsulation unit (106, 206) between the plurality of organic light-emitting pixels (104, 204) and the second flexible substrate (110, 210) and configured to protect the plurality of organic light-emitting pixels (104, 204) from oxygen and moisture; and an adhesive layer (108, 208) on the encapsulation unit (106, 206) attaching the first flexible substrate (102, 202) and the second flexible substrate (110, 210) to each other, characterized in that a Young's modulus of the first flexible substrate (102, 202) is larger than that of the adhesive layer (108, 208), and wherein a Young's modulus of the second flexible substrate (110, 210) is larger than that of the adhesive layer (108, 208), wherein the second flexible substrate (110, 210) includes a metal plate having a higher breaking strength against tensile stress than a material of the first flexible substrate (102, 202), wherein the first flexible substrate (102, 202) includes a glass substrate.
An armature for a rotor of an electric motor, the armature comprising a plurality of teeth and a plurality of cavities (20, 200), wherein each one of the cavities is arranged between two of the plurality of teeth, and wherein at least one of the plurality of cavities is configured and arranged for receiving coil windings adjacent to a wall portion of the at least one cavity, wherein the at least one of the plurality of cavities has two substantially opposite guiding wall portions for coil wires and a radial innermost wall portion arranged between the guiding wall portions and extending in the circumferential direction wherein the at least one of the plurality of cavities comprises a switching wire receptor for receiving a switching wire (410, 420) to connect the coil windings with a commutator, wherein the switching wire receptor is arranged at the radial innermost wall portion and comprises a recess, the recess having a depth substantially equal to or larger than a diameter of the switching wire (410, 420), for placing the switching wire in the recess, separated from the coil windings, characterized by the recess being at the radial innermost wall portion, wherein the width of the recess is smaller at the top side which is open to the cavity compared to the bottom portion.