mhurhangee/ep-ind-claims huggingface dataset:
An aqueous inkjet ink composition comprising: (a) at least 60% water by weight, (b) an acrylic latex polymer suspension, (c) a polyurethane suspension, (d) a polyethylene wax suspension, (e) an organic solvent that comprises 10% to 30% of the ink composition, and (f) one or more colorants. (a) at least 60% water by weight, (b) an acrylic latex polymer suspension, (c) a polyurethane suspension, (d) a polyethylene wax suspension, (e) an organic solvent that comprises 10% to 30% of the ink composition, and (f) one or more colorants.
A method of manufacturing shaped transition metal particles in the form of nanoplatelets, which metal is selected from the group consisting of Cu, Ag, Au, Zn, Cd, Ti, Cr, Mn, Fe, Co, Ni, Ru, Rh, Pd, Os, Ir and Pt, which method comprises the steps of first a) adding a reducing agent to an aqueous mixture comprising a transition metal salt and a polymeric dispersant, and subsequently b) treating the obtained colloidal dispersion with a peroxide, wherein the aqueous mixture in step a) comprises the transition metal salt in a concentration of higher than 2 mmol per liter. a) adding a reducing agent to an aqueous mixture comprising a transition metal salt and a polymeric dispersant, and subsequently b) treating the obtained colloidal dispersion with a peroxide,
A feed network for use with an antenna array, comprising: a. a first RF input for a first sub-band signal coupled to a first sub-band differential phase shifter; b. a second RF input for a second sub-band signal coupled to a second sub-band differential phase shifter; c. a combiner network (116; 316), the combiner network (116; 316) coupled to the first sub-band differential phase shifter and to the second sub-band differential phase shifter, the combiner network (116; 316) also having at least one output for providing a Kombination of the first sub-band signal and the second sub-band signal; and d. a beamforming network (124; 424; 624; 814; 1024), the beam forming network (124; 424; 624; 814; 1024) coupled to the combiner network (116; 316) and having a plurality of RF outputs; wherein the first and second sub-band differential phase shifters are independently adjustable, wherein the feed network is configured such that adjustment of the first and second sub-band differential phase shifters independently adjusts a down tilt of first and second sub-band beams; and wherein the combiner network comprises: a. a first diplexer coupled to first outputs of the first and second differential phase shifters; b. a second diplexer coupled to second outputs of the first and second differential phase shifters; c. a branchline hybrid having a first input coupled to the first diplexer and a second input coupled to the second diplexer, the beamforming network being coupled to the outputs of the branchline hybrid of the combiner network. a. a first RF input for a first sub-band signal coupled to a first sub-band differential phase shifter; b. a second RF input for a second sub-band signal coupled to a second sub-band differential phase shifter; c. a combiner network (116; 316), the combiner network (116; 316) coupled to the first sub-band differential phase shifter and to the second sub-band differential phase shifter, the combiner network (116; 316) also having at least one output for providing a Kombination of the first sub-band signal and the second sub-band signal; and d. a beamforming network (124; 424; 624; 814; 1024), the beam forming network (124; 424; 624; 814; 1024) coupled to the combiner network (116; 316) and having a plurality of RF outputs; a. a first diplexer coupled to first outputs of the first and second differential phase shifters; b. a second diplexer coupled to second outputs of the first and second differential phase shifters; c. a branchline hybrid having a first input coupled to the first diplexer and a second input coupled to the second diplexer, the beamforming network being coupled to the outputs of the branchline hybrid of the combiner network.
A tire, comprising a rubber composition, the rubber composition comprising: at least one polymer having a silanol group; at least one polymer having a basic functional group; and at least one silica. at least one polymer having a silanol group; at least one polymer having a basic functional group; and at least one silica.
An apparatus which is mounted on a first autonomous moving body, said first apparatus comprising: a processor; a camera; a presentation unit; and a memory, characterized in that the memory storing a computer program, which, when executed by the processor, causes the processor to perform operations including: detecting, in an image captured by the camera, as a recognition target, a person appearance area, in which a person will appear, formed on a road by an apparatus which is mounted on a second autonomous moving body, the second autonomous moving body being different from the first autonomous moving body, and presenting, using the presentation unit, to the person who appears from the second autonomous moving body, a result of recognition in a moving direction of the first autonomous moving body, the result of recognition indicating that the first autonomous moving body has recognized the person appearance area as a result of the detecting. a processor; a camera; a presentation unit; and a memory, characterized in that the memory storing a computer program, which, when executed by the processor, causes the processor to perform operations including: detecting, in an image captured by the camera, as a recognition target, a person appearance area, in which a person will appear, formed on a road by an apparatus which is mounted on a second autonomous moving body, the second autonomous moving body being different from the first autonomous moving body, and presenting, using the presentation unit, to the person who appears from the second autonomous moving body, a result of recognition in a moving direction of the first autonomous moving body, the result of recognition indicating that the first autonomous moving body has recognized the person appearance area as a result of the detecting.
Multicomponent crystal, characterized in that it consists of ([2-amino-6-(4-fluoro-benzylamino)-pyridine-3-yl] carbamic acid ethyl ester (flupirtine) and 2-[2-[(2,6-dichlorophenyl)-amino]-phenyl] acetic acid (diclofenac).
A liquid chromatography device being controllable for executing a chromatographic method defined by a set of target parameters and by a corresponding target sequence of operation procedures, the device comprising a method execution unit configured for executing the chromatographic method by applying the set of target parameters and by running the corresponding target sequence of operation procedures within the liquid chromatography device; a determining unit configured for determining a deviation of an actual result of the chromatographic method from an expected target result, wherein the expected target result of the chromatographic method represents a desired behavior of the liquid chromatography device and wherein the actual result of the chromatographic method is obtained by executing the chromatographic method and represents an actual behavior of the liquid chromatography device; an adjusting unit configured for adjusting at least one operation property of the liquid chromatography device based on the determined deviation to thereby at least partially compensate a difference between the expected target result and the actual result while maintaining the chromatographic method unchanged; wherein the method execution unit is configured for executing the chromatographic method on the liquid chromatography device using a predefined reference sample; wherein the determining unit is configured for determining a deviation of an expected position and an actual position of an analysis peak of the reference sample in a chromatogram; wherein the adjusting unit is configured for adjusting the at least one operation property, comprising a fluid flow of a solvent composition, to lock the actual position at the expected position; the adjusting unit is configured for adjusting an actual composition of a mobile phase composed of multiple fluidic components so that the adjusted composition is in accordance with at least one of the target parameters of the unchanged chromatographic method.
Pneumatic power tool, comprising • a housing provided with an air inlet passage and an exhaust air discharge means (33,36), • a pneumatic rotation motor with exhaust ports, characterized by • a first outlet duct provided with a sound damping means and connecting continuously the exhaust ports to the exhaust air discharge means, • a second outlet duct, and • an exhaust valve shiftable between a closed position and an open position to thereby control the exhaust air flow through the second outlet duct, wherein • said exhaust valve is spring biased towards said closed position, • the second outlet duct extends between the exhaust ports and the exhaust air discharge means, • a speed governor is arranged to control the air flow through the inlet passage in response to the motor speed, • an activation means is arranged to shift the exhaust valve between the closed position and the open position, and • said activation means is arranged to operate in response to the air pressure in the inlet passage downstream of the speed governor so as to shift the exhaust valve from said closed position to said open position as the speed governor opens up the inlet passage at decreasing motor speed. • a housing provided with an air inlet passage and an exhaust air discharge means (33,36), • a pneumatic rotation motor with exhaust ports, characterized by • a first outlet duct provided with a sound damping means and connecting continuously the exhaust ports to the exhaust air discharge means, • a second outlet duct, and • an exhaust valve shiftable between a closed position and an open position to thereby control the exhaust air flow through the second outlet duct, wherein • said exhaust valve is spring biased towards said closed position, • the second outlet duct extends between the exhaust ports and the exhaust air discharge means, • a speed governor is arranged to control the air flow through the inlet passage in response to the motor speed, • an activation means is arranged to shift the exhaust valve between the closed position and the open position, and • said activation means is arranged to operate in response to the air pressure in the inlet passage downstream of the speed governor so as to shift the exhaust valve from said closed position to said open position as the speed governor opens up the inlet passage at decreasing motor speed.
A galvanized steel sheet for hot forming, the galvanized steel sheet comprising a galvanized film provided on a surface of a steel sheet, wherein the steel sheet has a chemical composition consisting of, in mass%, C: 0.02% to 0.58%, Mn: 0.5% to 3.0%, sol. Al: 0.005% to 1.0%, Ti: 0% to 0.20%, Nb: 0% to 0.20%, V: 0% to 1.0%, W: 0% to 1.0%, Cr: 0% to 1.0%, Mo: 0% to 1.0%, Cu: 0% to 1.0%, Ni: 0% to 1.0%, B: 0% to 0.010%, Mg: 0% to 0.05%, Ca: 0% to 0.05%, REM: 0% to 0.05%, Bi: 0% to 0.05%, Si: less than or equal to 2.0%, P: less than or equal to 0.03%, S: less than or equal to 0.004%, N: less than or equal to 0.01%, and the balance: Fe and impurities, wherein a content of Mn in the steel sheet in a portion from an interface of the steel sheet and the galvanized film to a depth of 5 μm is more than or equal to 0.3 mass %, wherein the galvanized film has a plating coverage of 40 g/m 2 to 110g/m 2, an Al content of more than or equal to 150 mg/m 2 within the galvanized film, and an Al concentration of less than or equal to 0.5 mass %, and wherein the metallographic structure of the steel sheet in a portion from the interface of the steel sheet and the galvanized film to the depth of 5 μm has a ferrite area percentage of more than or equal to 60%.
A seal device fitted in a seal cavity formed between a housing and a rotating shaft, for sealing a sealed fluid between the housing and the rotating shaft, the seal device comprising: in the seal cavity, a radial sliding bearing (11, 25) for supporting the rotating shaft; and a sealing means on a side opposite to a sealed fluid source of the radial sliding bearing (11, 25) in a rotation axis direction, for sealing the sealed fluid, the sealing means being a mechanical seal provided with a stationary-side seal ring and a rotating-side seal ring that faces and slides on a sliding face of the stationary-side seal ring, the stationary-side seal ring being fixed in the housing, thereby constituting the radial sliding bearing (11, 25); characterized by a pressing member for axially biasing the rotating-side seal ring toward and against the sliding face of the stationary-side seal ring, wherein a fluid introduction hole is provided in the stationary-side seal ring for connecting the sealed fluid source side and the vicinity of the sealing means on a high-pressure fluid side, and a foreign substance removal filter is fitted in an inlet of the fluid introduction hole of the stationary-side seal ring on the sealed fluid source side. in the seal cavity, a radial sliding bearing (11, 25) for supporting the rotating shaft; and a sealing means on a side opposite to a sealed fluid source of the radial sliding bearing (11, 25) in a rotation axis direction, for sealing the sealed fluid, the sealing means being a mechanical seal provided with a stationary-side seal ring and a rotating-side seal ring that faces and slides on a sliding face of the stationary-side seal ring, the stationary-side seal ring being fixed in the housing, thereby constituting the radial sliding bearing (11, 25); characterized by a pressing member for axially biasing the rotating-side seal ring toward and against the sliding face of the stationary-side seal ring, wherein a fluid introduction hole is provided in the stationary-side seal ring for connecting the sealed fluid source side and the vicinity of the sealing means on a high-pressure fluid side, and a foreign substance removal filter is fitted in an inlet of the fluid introduction hole of the stationary-side seal ring on the sealed fluid source side.
A communication method, that is applied to a scenario in which a terminal whose radio resource control, RRC, connection mode is an inactive mode moves from a coverage area of a first radio access network, RAN, node to a coverage area of a second RAN node, and the method comprises: sending, by a first core network device, first downlink information to the first RAN node, wherein the first downlink information is used for the first RAN node to activate a packet data unit, PDU, session of the terminal, and the PDU session is in an inactive state; receiving, by the first core network device, indication information from the first RAN node, wherein the indication information indicates that the PDU session fails to be activated; and sending, by the first core network device, second downlink information to the second RAN node based on the indication information, wherein the second downlink information is used for the second RAN node to activate the PDU session of the terminal, characterised by: the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node. sending, by a first core network device, first downlink information to the first RAN node, wherein the first downlink information is used for the first RAN node to activate a packet data unit, PDU, session of the terminal, and the PDU session is in an inactive state; receiving, by the first core network device, indication information from the first RAN node, wherein the indication information indicates that the PDU session fails to be activated; and sending, by the first core network device, second downlink information to the second RAN node based on the indication information, wherein the second downlink information is used for the second RAN node to activate the PDU session of the terminal, characterised by: the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node. the first core network device is a session management function, SMF, and the indication information is a failure cause value, the failure cause value is used to indicate a cause of a failure in activating the PDU session, and the failure cause value comprises: the terminal initiates an RRC connection resume procedure to another RAN node different from the first RAN node.
A pump action firearm with bolt slide locking mechanism comprising: a longitudinal axis; a receiver defining a longitudinal cavity; a barrel assembly coupled to the receiver; a bolt slide slideably disposed in the longitudinal cavity of the receiver, the bolt slide movable between a rearward open breech position and a forward closed breech position in battery with the barrel assembly; a slide lock pivotably mounted to the bolt slide about a pivot axis and selectively engageable with an interference surface on the receiver, the slide lock pivotably movable between a locked position engaging the interference surface to prevent the slide from moving out of the closed breech position, and an unlocked position disengaging the interference surface to allow the slide to move out of the closed breech position to the open breech position; and a manual actuator slideably mounted to the receiver for transverse movement relative to the longitudinal axis, wherein manually moving the actuator in an inwards direction engages the slide lock and disengages the slide lock from the interference surface of the receiver to unlock the slide lock; wherein the pivot axis of the slide lock is vertically oriented perpendicular to the longitudinal axis of the firearm, the slide lock pivotably movable in a horizontal plane between the locked position and the unlocked position. a longitudinal axis; a receiver defining a longitudinal cavity; a barrel assembly coupled to the receiver; a bolt slide slideably disposed in the longitudinal cavity of the receiver, the bolt slide movable between a rearward open breech position and a forward closed breech position in battery with the barrel assembly; a slide lock pivotably mounted to the bolt slide about a pivot axis and selectively engageable with an interference surface on the receiver, the slide lock pivotably movable between a locked position engaging the interference surface to prevent the slide from moving out of the closed breech position, and an unlocked position disengaging the interference surface to allow the slide to move out of the closed breech position to the open breech position; and a manual actuator slideably mounted to the receiver for transverse movement relative to the longitudinal axis, wherein manually moving the actuator in an inwards direction engages the slide lock and disengages the slide lock from the interference surface of the receiver to unlock the slide lock; wherein the pivot axis of the slide lock is vertically oriented perpendicular to the longitudinal axis of the firearm, the slide lock pivotably movable in a horizontal plane between the locked position and the unlocked position.
A method for authenticating a user trusted identity by a verifier device, said user trusted identity being issued by an issuer having a public key, wherein the user has a user device which sends a message to the verifier device, said message comprising a transaction identifier (T id), and a user public key (Kpub) allocated to the user, wherein the verifier device retrieves a block chain transaction comprising an issuer signature on the user trusted identity and the user public key, an encrypted key (e_K) and an encrypted identity (e_ID) from a block chain using the transaction identifier and verifies the transaction, wherein the encrypted key is generated by the user by encrypting a secret key with a first key encryption key it derives, in case of successful verification, the verifier device sends a challenge to the user device which computes a response by signing the challenge using the user's private key and sends the response to the verifier device, the verifier device checks the user signature using the user public key and in case of successful checking of the user signature: the verifier device sends the encrypted key and a verifier public key (V_Kpub) to the user device, the user device derives a key encryption key and retrieves the secret key by decrypting the encrypted key using the key encryption key, then the user device encrypts the secret key using the verifier public key and sends the resulting new encrypted key (V_e_K) to the verifier device, the verifier device retrieves the secret key by decrypting the new encrypted key using a verifier private key, then the verifier device retrieves the user trusted identity by decrypting the encrypted identity using the secret key, the verifier device verifies the issuer signature using both the user trusted identity, the user public key and the issuer public key. the verifier device sends the encrypted key and a verifier public key (V_Kpub) to the user device, the user device derives a key encryption key and retrieves the secret key by decrypting the encrypted key using the key encryption key, then the user device encrypts the secret key using the verifier public key and sends the resulting new encrypted key (V_e_K) to the verifier device, the verifier device retrieves the secret key by decrypting the new encrypted key using a verifier private key, then the verifier device retrieves the user trusted identity by decrypting the encrypted identity using the secret key, the verifier device verifies the issuer signature using both the user trusted identity, the user public key and the issuer public key.
An aspirating detector system comprising: a passage having an inlet and an outlet for flow of an analyte; a speed-oscillating fluid mover in the passage; a filter in the passage; a flow sensor in the passage downstream of the filter and operable to emit flow sensor signals; a detector downstream of the flow sensor; a controller connected at least with the speed-oscillating fluid mover and the flow sensor to receive the flow sensor signals, the controller configured to determine whether a target substance is present in the analyte and determine whether the filter becomes obstructed based on a response of the flow sensor to speed-oscillations of the speed-oscillating fluid mover. a passage having an inlet and an outlet for flow of an analyte; a speed-oscillating fluid mover in the passage; a filter in the passage; a flow sensor in the passage downstream of the filter and operable to emit flow sensor signals; a detector downstream of the flow sensor; a controller connected at least with the speed-oscillating fluid mover and the flow sensor to receive the flow sensor signals, the controller configured to determine whether a target substance is present in the analyte and determine whether the filter becomes obstructed based on a response of the flow sensor to speed-oscillations of the speed-oscillating fluid mover.