mhurhangee/patent-ind-claim-en huggingface dataset:
Device for dispensing seeds individually, said device comprising: - a drum intended to be attached fixedly to a seeder ; - a cover that is fixed with respect to said drum and with said drum defines an interior cavity; - a drive shaft mounted with the ability to rotate through said drum ; - a distributor disc through which there passes a plurality of seed suction holes formed uniformly at the periphery of said disc , said disc being mounted on said shaft to rotate as one with same inside said cavity so that there it delimits, with said drum and said cover a vacuum chamber and a seed reservoir , a portion of the region of said disc through which said holes pass extending outside of said vacuum chamber , - means for providing the sealing of said vacuum chamber between said drum and said disc ; said means for providing sealing comprising a rubbing insert mounted with the inability to rotate with respect to said drum against the periphery of said disc , and an elastic seal mounted with the inability to rotate between said drum and said rubbing insert , said elastic seal keeping said rubbing insert pressed against said disc , characterized in that the rubbing insert forms a replaceable wearing component, and in that said seal has a stiffness such that it applies to said rubbing insert a force of between 10N and 100N per linear metre for a compression travel of one millimetre. - a drum intended to be attached fixedly to a seeder ; - a cover that is fixed with respect to said drum and with said drum defines an interior cavity; - a drive shaft mounted with the ability to rotate through said drum ; - a distributor disc through which there passes a plurality of seed suction holes formed uniformly at the periphery of said disc , said disc being mounted on said shaft to rotate as one with same inside said cavity so that there it delimits, with said drum and said cover a vacuum chamber and a seed reservoir , a portion of the region of said disc through which said holes pass extending outside of said vacuum chamber , - means for providing the sealing of said vacuum chamber between said drum and said disc ; said means for providing sealing comprising a rubbing insert mounted with the inability to rotate with respect to said drum against the periphery of said disc , and an elastic seal mounted with the inability to rotate between said drum and said rubbing insert , said elastic seal keeping said rubbing insert pressed against said disc , characterized in that the rubbing insert forms a replaceable wearing component, and in that said seal has a stiffness such that it applies to said rubbing insert a force of between 10N and 100N per linear metre for a compression travel of one millimetre.
Mobile defense system with a device for discharging an agent for temporarily incapacitating an attacker and/or repelling an attacker, the device comprising a discharge nozzle , an agent reservoir , an actuator to start and stop discharging of the agent, and a transmitter which depending on an operation of the actuator and/or a detected discharge of agent through the discharge nozzle transmits an electronic data signal indicating an operation or a discharge, the mobile defense system further comprising: a receiver for electronic data signals transmitted by the transmitter , characterized in that the mobile defense system further comprises: a camera arranged remotely from the discharging device , a data memory coupled to the camera , and a controller influencing data storage, wherein at least two data storage rules are provided, i.e. a first data storage rule according to which the images captured by the camera in a time period [now - X] are continuously stored and the images before this period are deleted, and a second data storage rule according to which the images captured by the camera after a point in time [Y] and during a time period [Y -X] are at least also permanently stored, [Y] being the point in time at which the receiver receives an electronic data signal indicating the operation or discharge of agent, wherein the controller , when it receives an electronic data signal indicating the operation or discharge of agent, initiates that at least also the second data storage rule is applied.
Polymer hose with an embedded textile reinforcement , wherein the textile reinforcement has a tubular shape, and wherein the reinforcement is built up from a yarn and the yarn comprises several individual yarns (105-1, 105-2, 105-3) twisted in opposite directions, characterized by that the fiber course of the individuals yarns (105-1, 105-2, 105-3) extends in the longitudinal direction of the yarn , so that the rotation of the individual yarns (105-1, 105-2, 105-3) is balanced with respect to a torque, that at least one of the individual yarns (105-1, 105-2, 105-3) comprises meta-aramid, para-aramid, polyoxadiazole, polyvinyl alcohol, polyetheretherketone, polyphenylene oxide, polyphenylene sulfide, polybutylene terephthalate, polyphenylene benzobisoxazole, polyamide imide, polytetrafluoroethylene or a liquid crystalline polymer (liquid crystal polymer), and that the yarn is twisted from at least three individual yarns (105-1, 105-2, 105-3).
A wind turbine rotor blade comprising a suction side , a pressure side , a rotor blade root region and a rotor blade tip , a blunt trailing edge , and a trailing edge enlargement unit which is arranged at the blunt trailing edge and has at least two stages, wherein the trailing edge enlargement unit has a first end and a second end as well as a first and a second portion , characterized in that a transition from the blunt trailing edge to the first portion at the first end of the trailing edge enlargement unit is non-perpendicular and a transition between the first and second portions is also nonperpendicular, wherein the blunt trailing edge and the trailing edge enlargement unit are provided in the rotor blade root region , wherein the second end of the trailing edge enlargement unit is blunt. a suction side , a pressure side , a rotor blade root region and a rotor blade tip , a blunt trailing edge , and a trailing edge enlargement unit which is arranged at the blunt trailing edge and has at least two stages, wherein the trailing edge enlargement unit has a first end and a second end as well as a first and a second portion , characterized in that a transition from the blunt trailing edge to the first portion at the first end of the trailing edge enlargement unit is non-perpendicular and a transition between the first and second portions is also nonperpendicular, wherein the blunt trailing edge and the trailing edge enlargement unit are provided in the rotor blade root region , wherein the second end of the trailing edge enlargement unit is blunt.
A method, comprising: loading , by a device in a network , a selectable security lexicon, wherein the lexicon is selectable by a user from a set of lexicons stored in a lexicon store ; receiving , at the device , a security command that uses the loaded lexicon, wherein the security command is an operational technology policy command; interpreting , by the device , the security command using the loaded lexicon; parsing, by the device , the received security command to identify a lexical token in the security command; comparing, by the device , the identified lexical token to a set of lexical tokens in the loaded lexicon, to determine whether the received security command is valid; generating , by the device , a network security policy for one or more network nodes in the network based on the interpreted security command, wherein the network security policy is an information technology policy; and causing , by the device , the one or more network nodes to implement the generated network security policy. loading , by a device in a network , a selectable security lexicon, wherein the lexicon is selectable by a user from a set of lexicons stored in a lexicon store ; receiving , at the device , a security command that uses the loaded lexicon, wherein the security command is an operational technology policy command; interpreting , by the device , the security command using the loaded lexicon; parsing, by the device , the received security command to identify a lexical token in the security command; comparing, by the device , the identified lexical token to a set of lexical tokens in the loaded lexicon, to determine whether the received security command is valid; generating , by the device , a network security policy for one or more network nodes in the network based on the interpreted security command, wherein the network security policy is an information technology policy; and causing , by the device , the one or more network nodes to implement the generated network security policy.
A trigger apparatus for a powered device , such as a power tool, the powered device comprising a trigger operable (200; 1200) by a user to move from a first position (P1) to at least one second position (P2-1 ... P2-N) so as to control an operation of the powered device, the trigger apparatus comprising: a linear Hall effect sensor for measuring a change in a magnetic field associated with the trigger being moved from the first position to the at least one second position, and configured to generate a sensor signal (S) for controlling the operation of the powered device based on the change in the magnetic field; a power module configured to power, the linear Hall effect sensor, upon reception of an activation signal (A) for indicating that the trigger apparatus is to be activated; an activation switch configured to generate the activation signal, when the trigger is moved from the first position, wherein the activation switch is a microswitch; and a controller configured to receive the sensor signal and for generating one or more control signals (C1; C2; C3) to control the operation of the powered device, wherein the power module is configured to power the controller upon reception of the activation signal, and wherein the controller is configured to generate a second activation signal for causing the power module to continue to power the controller for a specific duration. a linear Hall effect sensor for measuring a change in a magnetic field associated with the trigger being moved from the first position to the at least one second position, and configured to generate a sensor signal (S) for controlling the operation of the powered device based on the change in the magnetic field; a power module configured to power, the linear Hall effect sensor, upon reception of an activation signal (A) for indicating that the trigger apparatus is to be activated; an activation switch configured to generate the activation signal, when the trigger is moved from the first position, wherein the activation switch is a microswitch; and a controller configured to receive the sensor signal and for generating one or more control signals (C1; C2; C3) to control the operation of the powered device, wherein the power module is configured to power the controller upon reception of the activation signal, and wherein the controller is configured to generate a second activation signal for causing the power module to continue to power the controller for a specific duration.
A pharmaceutical composition in a unit dosage form comprising: heptadecanoic acid or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier, for use in the treatment of iron overload in metabolic syndrome or hyperferritinemia with iron overload.
An ablation catheter comprising: a transparent expandable membrane , an imaging member disposed within the expandable membrane; a diffuse reflector secured to a proximal portion of an external surface of the expandable membrane; a light source disposed within the expandable membrane and positioned to direct light generally radially outward towards the diffuse reflector such that diffuse reflection of the light is directed towards a field of view of the imaging member; characterised in that the ablation catheter comprises a plurality of ablation electrodes secured to an exterior of the expandable membrane; and a light absorber adapted to reduce specular reflection of light from at least one of the plurality of ablation electrodes into the field of view of the imaging member , wherein the light absorber is positioned between the at least one ablation electrode and the expandable membrane . a transparent expandable membrane , an imaging member disposed within the expandable membrane; a diffuse reflector secured to a proximal portion of an external surface of the expandable membrane; a light source disposed within the expandable membrane and positioned to direct light generally radially outward towards the diffuse reflector such that diffuse reflection of the light is directed towards a field of view of the imaging member; characterised in that the ablation catheter comprises a plurality of ablation electrodes secured to an exterior of the expandable membrane; and a light absorber adapted to reduce specular reflection of light from at least one of the plurality of ablation electrodes into the field of view of the imaging member , wherein the light absorber is positioned between the at least one ablation electrode and the expandable membrane .
A method for producing a conductive GaAs crystal by a vertical Bridgman method or a vertical gradient freeze method, wherein said conductive GaAs crystal is grown using GaAs polycrystals of six nines purity and Si as a source material and said conductive GaAs crystal is annealed at a temperature of at least 1130 °C for at least 10 hours after completion of crystal growth, and a furnace temperature is not lowered to 600 °C or less after the whole quantity of GaAs melt is crystallized to a single crystal and before said annealing.
An epoxy resin comprising a reaction product between an epoxy compound and a compound having a naphthalene structure and a functional group that is reactive with an epoxy group, wherein the epoxy compound has two or more epoxy groups in a molecule thereof, and wherein the reaction product is a product of a reaction between the epoxy compound and the compound having a naphthalene structure and a functional group that is reactive with an epoxy group, in which the ratio of the number of equivalents of the epoxy groups to the number of equivalents of the functional group that is capable of reacting with an epoxy group is in a range of from 10:1.0 to 10:3.0. wherein the epoxy compound has two or more epoxy groups in a molecule thereof, and wherein the reaction product is a product of a reaction between the epoxy compound and the compound having a naphthalene structure and a functional group that is reactive with an epoxy group, in which the ratio of the number of equivalents of the epoxy groups to the number of equivalents of the functional group that is capable of reacting with an epoxy group is in a range of from 10:1.0 to 10:3.0.
A method (S0) for communicating information between a vehicle and a remote terminal , the method comprising the steps of: providing (S1) at least one image frame representing at least a portion of the vehicle and/or the vehicle's surrounding; transmitting (S2) the at least one image frame from the vehicle to the remote terminal ; characterized in that an encoded pattern (ENP1) representing predetermined information to be transmitted to the remote terminal is visible on the at least one image frame , wherein the encoded pattern (ENP1) is generated by a light emitting device placed in the field of view of an imaging device of the vehicle configured to capture the sensory data used for generating the at least one image frame , the method further comprising the steps of: reading (S3), at the remote terminal , the encoded pattern (ENP2) visible on the at least one image frame ; decoding (S4) the predetermined information from the encoded pattern (ENP2) read at the remote terminal. providing (S1) at least one image frame representing at least a portion of the vehicle and/or the vehicle's surrounding; transmitting (S2) the at least one image frame from the vehicle to the remote terminal ; characterized in that an encoded pattern (ENP1) representing predetermined information to be transmitted to the remote terminal is visible on the at least one image frame , wherein the encoded pattern (ENP1) is generated by a light emitting device placed in the field of view of an imaging device of the vehicle configured to capture the sensory data used for generating the at least one image frame , the method further comprising the steps of: reading (S3), at the remote terminal , the encoded pattern (ENP2) visible on the at least one image frame ; decoding (S4) the predetermined information from the encoded pattern (ENP2) read at the remote terminal. reading (S3), at the remote terminal , the encoded pattern (ENP2) visible on the at least one image frame ; decoding (S4) the predetermined information from the encoded pattern (ENP2) read at the remote terminal.
A method for managing radio bearer traffic between radio network nodes (1a-c), the method being performed in a first radio network node and comprising the steps of: establishing a peer connection with a peer radio network node , the peer connection comprising a tunnel for communicating with the peer radio network node ; ensuring a routing table of the first radio network node contains entries for each one of a local set of user equipments, UEs, attached to the first radio network node ; transmitting an output route update message to the peer radio network node, the output route update message indicating that each one of the local set of UEs is attached to the first radio network node ; receiving an input route update message from the peer radio network node , the input route update message indicating that each one in a peer set of UEs is attached to the peer radio network node ; adjusting the routing table based on the peer set of UEs, such that all UEs in the peer set of UEs are associated with the same tunnel for communicating with the peer radio network node ; and routing radio bearer traffic in the tunnel to the peer radio network node in accordance with the routing table. establishing a peer connection with a peer radio network node , the peer connection comprising a tunnel for communicating with the peer radio network node ; ensuring a routing table of the first radio network node contains entries for each one of a local set of user equipments, UEs, attached to the first radio network node ; transmitting an output route update message to the peer radio network node, the output route update message indicating that each one of the local set of UEs is attached to the first radio network node ; receiving an input route update message from the peer radio network node , the input route update message indicating that each one in a peer set of UEs is attached to the peer radio network node ; adjusting the routing table based on the peer set of UEs, such that all UEs in the peer set of UEs are associated with the same tunnel for communicating with the peer radio network node ; and routing radio bearer traffic in the tunnel to the peer radio network node in accordance with the routing table.
A sole structure for an article of footwear, comprising: a first foam component having a first side and a second side opposite the first side; a second foam component having a first side and a second side opposite the first side, wherein the first foam component and the second foam component form a stack in the sole structure; and a mesh textile positioned in the stack between and bonded to the second side of the first foam component and the first side of the second foam component, characterised in that the first foam component comprises a cavity ; the second side of the first foam component is defined within the cavity; the second foam component is positioned at least in part within the cavity; an interface between the second side of the first foam component and the first side of the second foam component is within the cavity. a first foam component having a first side and a second side opposite the first side; a second foam component having a first side and a second side opposite the first side, wherein the first foam component and the second foam component form a stack in the sole structure; and a mesh textile positioned in the stack between and bonded to the second side of the first foam component and the first side of the second foam component, characterised in that the first foam component comprises a cavity ; the second side of the first foam component is defined within the cavity; the second foam component is positioned at least in part within the cavity; an interface between the second side of the first foam component and the first side of the second foam component is within the cavity.
A pipette tip comprising a proximal region , a distal region , the proximal region comprising a plurality of axially oriented ribs , wherein: the proximal region comprises an exterior surface and an annular flange at the proximal terminus of the proximal region ; the ribs each extend from the annular flange to a junction between the proximal region and the distal region corresponding to a rib terminus ; the distal region wall thickness tapers continuously from (a) a point at the rib terminus or a point between the rib terminus and one-quarter of the axial distance from the terminus of the distal region to the rib terminus , to (b) the distal region terminus , and the wall thickness at the distal region terminus is 0.01016 cm (0.0040 inches) to 0.01397 cm (0.0055 inches). the proximal region comprises an exterior surface and an annular flange at the proximal terminus of the proximal region ; the ribs each extend from the annular flange to a junction between the proximal region and the distal region corresponding to a rib terminus ; the distal region wall thickness tapers continuously from (a) a point at the rib terminus or a point between the rib terminus and one-quarter of the axial distance from the terminus of the distal region to the rib terminus , to (b) the distal region terminus , and (a) a point at the rib terminus or a point between the rib terminus and one-quarter of the axial distance from the terminus of the distal region to the rib terminus , to (b) the distal region terminus , and the wall thickness at the distal region terminus is 0.01016 cm (0.0040 inches) to 0.01397 cm (0.0055 inches).
Device for selecting the driving mode of an autonomous motor vehicle, comprising at least one control switch , the device comprising a computer which is able to detect the pressing of said switch , characterized in that the device includes an electrical circuit in which said switch is connected in series to a first resistor , a safety resistor is connected in parallel with said switch and with said first resistor , said electrical circuit is connected, on the one hand, to a DC voltage source of the computer and, on the other hand, to a ground of the computer , so that the equivalent resistance of the electrical circuit makes it possible to determine, on the one hand, whether the switch is closed or open and, on the other hand, a potential failure of said electrical circuit .