mhurhangee/patent-ind-claim-en huggingface dataset:
A method of installing a buoy onto an underwater construction , the method comprising, providing an underwater vehicle configured for underwater operation and transport of buoys under sea level ; wherein the vehicle comprises a propulsion and steering system for manoeuvring the vehicle and a buoyancy adjustment system for adjusting the buoyancy of the vehicle during underwater operation; wherein the vehicle comprises a vehicle frame and a gripper system extending from the frame ; the gripper system comprising a gripper for gripping and releasing a buoy , the gripper system further comprising an adjustment mechanism for adjusting the gripper orientation relatively to the vehicle frame for installing a buoy in controlled orientation onto a construction or for de-installing the buoy therefrom; wherein the method further comprises: providing a buoy in the gripper ; navigating the vehicle with the buoy to the underwater construction ; determining a location on the underwater construction for installing the buoy ; determining a specific necessary orientation and position of the buoy for installing; adjusting the gripper relatively to the vehicle frame in order for the actual orientation of the buoy in the gripper to match the specific necessary orientation of the buoy; navigating the vehicle with the buoy in the gripper to match the specific necessary position of the buoy ; and installing the buoy at the construction in the specific necessary orientation and position; characterized in that the buoyancy adjustment system is arranged on the gripper system remotely from the frame for adjusting the buoyancy of the vehicle during underwater operation; the buoyancy adjustment system comprises two sets of tanks capable of specific buoyancy adjustment of the gripper independently of each other; increasing the buoyance of the buoyancy adjustment system to a level corresponding to the buoyancy of the buoy ; and releasing the buoy from the gripper . providing a buoy in the gripper ; navigating the vehicle with the buoy to the underwater construction ; determining a location on the underwater construction for installing the buoy ; determining a specific necessary orientation and position of the buoy for installing; adjusting the gripper relatively to the vehicle frame in order for the actual orientation of the buoy in the gripper to match the specific necessary orientation of the buoy; navigating the vehicle with the buoy in the gripper to match the specific necessary position of the buoy ; and installing the buoy at the construction in the specific necessary orientation and position; characterized in that the buoyancy adjustment system is arranged on the gripper system remotely from the frame for adjusting the buoyancy of the vehicle during underwater operation; the buoyancy adjustment system comprises two sets of tanks capable of specific buoyancy adjustment of the gripper independently of each other; increasing the buoyance of the buoyancy adjustment system to a level corresponding to the buoyancy of the buoy ; and releasing the buoy from the gripper .
Rail comprising a rail head to be travelled over by a rail-borne vehicle, and a rail foot to be fastened as part of a track construction , wherein the rail is a grooved rail and has a tracking groove , the height (H) of the rail corresponding at most to the width of the rail , wherein the centre of mass (M) of the rail cross section is within the cross section of the rail , characterised in that the width (BF) of the rail foot is at most identical to the width (BK) of the rail head , wherein the centre of mass (M) when viewed from the rail foot is at most at the height of the bottom of the tracking groove .
An evacuated blood collection tube comprising: a thermoplastic vessel wall having a top defining an opening, an inside surface defining a lumen , the inside surface comprising: a tie coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, a barrier coating of SiO x applied by a PECVD coating process, wherein x is from 1.5 to 2.9 as determined by XPS, between the tie coating and the lumen, and a pH protective coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, between the barrier coating and the lumen, an outside surface , and a stopper contact area on the inside surface adjacent to the top, the stopper contact area tapered inward between 0.3 and 1.3 degrees. a top defining an opening, an inside surface defining a lumen , the inside surface comprising: a tie coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, a barrier coating of SiO x applied by a PECVD coating process, wherein x is from 1.5 to 2.9 as determined by XPS, between the tie coating and the lumen, and a pH protective coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, between the barrier coating and the lumen, a tie coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, a barrier coating of SiO x applied by a PECVD coating process, wherein x is from 1.5 to 2.9 as determined by XPS, between the tie coating and the lumen, and a pH protective coating of SiO x C y applied by a PECVD coating process, wherein x is from 0.5 to 2.4 and y is from 0.6 to 3, each as determined by XPS, between the barrier coating and the lumen, an outside surface , and a stopper contact area on the inside surface adjacent to the top, the stopper contact area tapered inward between 0.3 and 1.3 degrees.
A washing machine comprising a body ; a door that is disposed on the body , that provides access into the body and that has a first door group and a second door group that are attached to each other; at least one first connection element that is disposed on the first door group , at least one second connection element that is disposed on the second door group and that enables the second door group to be attached to the first door group by engaging with the first connection element when the second door group is rotated with respect to the first door group in an assembly direction, and a stopper having a support arm that is disposed on the first door group and that bears against the second connection element when the second connection element is fitted into the first connection element so as to prevent the second door group from being rotated in a direction opposite to the assembly direction with respect to the first door group , characterized in that at least one opening is disposed on the door for providing access to the stopper from outside the door ; and at least one push arm is provided on the stopper , said at least one push arm being adapted to, when force is applied thereon, move together with the support arm and push the support arm so as to provide the separation of the first door group and the second door group from each other.
A delivery robot loading box state management system comprising: a loading box provided in a delivery robot in which a delivery product is loaded; a sensor capable of sensing a state inside the loading box ; a temperature controller capable of adjusting a temperature inside the loading box ; a deodorizer for removing odors inside the loading box ; and a controller for controlling an operation of at least one of the temperature controller or the deodorizer according to a sensing result of the sensor , wherein the controller is configured to control the temperature controller based on a predetermined recommended temperature of the delivery product such that the temperature inside the loading box sensed by the sensor corresponds to the recommended temperature, characterised in that the controller is capable of controlling opening and closing of a cover of the loading box , and is configured to open the cover for a predetermined time based on the sensing result of the sensor when the delivery product is loaded in the loading box , or open the cover for a predetermined time when a certain period of time passes after the delivery product loaded in the loading box is unloaded. a loading box provided in a delivery robot in which a delivery product is loaded; a sensor capable of sensing a state inside the loading box ; a temperature controller capable of adjusting a temperature inside the loading box ; a deodorizer for removing odors inside the loading box ; and a controller for controlling an operation of at least one of the temperature controller or the deodorizer according to a sensing result of the sensor , wherein the controller is configured to control the temperature controller based on a predetermined recommended temperature of the delivery product such that the temperature inside the loading box sensed by the sensor corresponds to the recommended temperature, characterised in that the controller is capable of controlling opening and closing of a cover of the loading box , and is configured to open the cover for a predetermined time based on the sensing result of the sensor when the delivery product is loaded in the loading box , or open the cover for a predetermined time when a certain period of time passes after the delivery product loaded in the loading box is unloaded.
A server configured to distribute update data for software for an electronic control unit mounted on a vehicle, the server comprising: a first storage unit that stores device identification information in which information that specifies a communication module mounted on the vehicle and information that specifies a portable terminal configured to communicate with an update control device mounted on the vehicle are associated with each other in the order of priority, wherein one of the communication module and the portable terminal is registered as a high priority terminal and the other of the communication module and the portable terminal is registered as a low priority terminal; a second storage unit that stores the update data; a determination unit configured to determine whether communication with the terminal with high priority is possible; and a communication unit configured to transmit the update data to the terminal with high priority when communication with the terminal with high priority can be made, and transmit the update data to the terminal with low priority when communication with the terminal with high priority cannot be made. a first storage unit that stores device identification information in which information that specifies a communication module mounted on the vehicle and information that specifies a portable terminal configured to communicate with an update control device mounted on the vehicle are associated with each other in the order of priority, wherein one of the communication module and the portable terminal is registered as a high priority terminal and the other of the communication module and the portable terminal is registered as a low priority terminal; a second storage unit that stores the update data; a determination unit configured to determine whether communication with the terminal with high priority is possible; and a communication unit configured to transmit the update data to the terminal with high priority when communication with the terminal with high priority can be made, and transmit the update data to the terminal with low priority when communication with the terminal with high priority cannot be made. transmit the update data to the terminal with high priority when communication with the terminal with high priority can be made, and transmit the update data to the terminal with low priority when communication with the terminal with high priority cannot be made.
Method for determining the contamination state of at least one sensor (14a-14g, 16a-16g) of an agricultural spreader , comprising the step of: - recording measurement values (22a-22g) by means of a plurality of sensors (14a-14g, 16a-16g) of an agricultural spreader , the measurement values (22a-22g) relating to the flight behavior of the ejected spreading material; characterized by the following steps: - determining a target value range (24a-24g) for each of the plurality of sensors (14a-14g, 16a-16g) during a calibration process by means of an evaluation device when applying spreading material onto an agricultural area; and - monitoring the measurement values (22a-22g) recorded by means of the plurality of sensors (14a-14g, 16a-16g) with regard to departure from the target value range (24a-24g) determined for the relevant sensor (14a-14g, 16a-16g) in order to identify sensor contamination by means of the evaluation device ; the sensors (14a-14g, 16a-16g) being designed as radar sensors and being aligned with a spreading fan pattern produced by the spreader by the ejection of the spreading material. - recording measurement values (22a-22g) by means of a plurality of sensors (14a-14g, 16a-16g) of an agricultural spreader , the measurement values (22a-22g) relating to the flight behavior of the ejected spreading material; characterized by the following steps: - determining a target value range (24a-24g) for each of the plurality of sensors (14a-14g, 16a-16g) during a calibration process by means of an evaluation device when applying spreading material onto an agricultural area; and - monitoring the measurement values (22a-22g) recorded by means of the plurality of sensors (14a-14g, 16a-16g) with regard to departure from the target value range (24a-24g) determined for the relevant sensor (14a-14g, 16a-16g) in order to identify sensor contamination by means of the evaluation device ; - determining a target value range (24a-24g) for each of the plurality of sensors (14a-14g, 16a-16g) during a calibration process by means of an evaluation device when applying spreading material onto an agricultural area; and - monitoring the measurement values (22a-22g) recorded by means of the plurality of sensors (14a-14g, 16a-16g) with regard to departure from the target value range (24a-24g) determined for the relevant sensor (14a-14g, 16a-16g) in order to identify sensor contamination by means of the evaluation device ; the sensors (14a-14g, 16a-16g) being designed as radar sensors and being aligned with a spreading fan pattern produced by the spreader by the ejection of the spreading material.
A method for preparing a modified acrylonitrile-butadiene-styrene resin, the method comprising: 1) a step for preparing a polymerization solution by introducing and thereby dissolving a rubbery polymer and an N-substituted maleimide compound into a mixed solution that includes a reaction solvent, an aromatic vinyl monomer, and an ethylenically unsaturated nitrile monomer; 2) a step for preparing a polymerization product by polymerizing the polymerization solution; and 3) a step for devolatilizing the polymerization product, wherein the rubbery polymer includes a butadiene rubber and a styrene-butadiene rubber, wherein the rubbery polymer in step 1) includes the butadiene rubber and the styrene-butadiene rubber in a weight ratio of 3:7 to 5:5, wherein the polymerization solution includes 10 to 30 wt% of the reaction solvent, 35.5 to 70.5 wt% of the aromatic vinyl monomer, 12 to 15 wt% of the ethylenically unsaturated nitrile monomer, 5 to 15 wt% of the rubbery polymer, and 2.5 to 6 wt% of the N-substituted maleimide compound, wherein the polymerization reaction in step 2) is carried out via continuous polymerization including a first polymerization step, a second polymerization step, a third polymerization step, and a fourth polymerization step, and the polymerization temperature increases going from the first polymerization step to the fourth polymerization step, wherein the first polymerization step is continuous polymerization carried out at a temperature range of 100 to 120°C for 1.5 to 2.5 hours and the polymerization solution is transported into a first polymerization reactor at a flow rate of 10 to 14 kg/hr, wherein the second polymerization step is continuous polymerization carried out at a temperature range of 125 to 140°C, wherein the third polymerization step is continuous polymerization carried out at a temperature range of 140 to 150°C, wherein the fourth polymerization step is continuous polymerization carried out at a temperature range of 150 to 160°C, and wherein the devolatilization in step 3) is carried out at a temperature range of 230 to 250°C and under a pressure condition of 4 kPa (30 torr) or below. 1) a step for preparing a polymerization solution by introducing and thereby dissolving a rubbery polymer and an N-substituted maleimide compound into a mixed solution that includes a reaction solvent, an aromatic vinyl monomer, and an ethylenically unsaturated nitrile monomer; 2) a step for preparing a polymerization product by polymerizing the polymerization solution; and 3) a step for devolatilizing the polymerization product, wherein the rubbery polymer includes a butadiene rubber and a styrene-butadiene rubber,
A compound which increases the expression of a sodium channel, voltage-gated, type I, alpha subunit (SCN1A) polynucleotide or protein for use in the prevention or treatment of severe myoclonic epilepsy of infancy (SMEI or Dravet syndrome), wherein the compound is selected from the group consisting of milnacipran, torsemide, risperidone, pinacidil, benidipine, ketoconazole, ebselen, tadalafil, zeranol, nefazadone, lomerizine, icariin, omeprazole, esomeprazole, L-694,247, nitrendipine, nimetazepam, amlexanox, mosapride, sertraline or stanozolol or pharmaceutically acceptable salts, isomers, enantiomers, isoforms, polymorphs, hydrates, solvates or prodrugs thereof.
An LED converter for supplying current and voltage to an LED series having at least one LED, having: • A resonant converter with a switch regulator which has at least one switch (LS, HS), • a galvanic block, the primary side (Lm) of which is supplied by the switch regulator and the secondary side (Lt) of which is arranged so as to supply a current directly or indirectly to the LED series, and • a control unit arranged on the primary side for detecting a primary-side electric parameter, wherein the control unit is designed in such a manner as to regulate the detected primary-side electric parameter to a desired value in order to generate a desired LED current value, i.e. a desired current through the LED series, by controlling the switch regulator, • wherein the primary-side electric parameter is a primary-side current, characterized in • that the control unit is designed in such a manner as to detect an LED voltage indirectly on the primary side by means of a voltage measurement, wherein a dependence of the primary-side electrical parameter on the LED voltage for achieving the desired LED current value is stored in the control unit , wherein the control unit is designed in such a manner as to adjust the desired value for the primary-side electrical parameter dependent on the desired LED current value and on the LED voltage indirectly detected on the primary side. • A resonant converter with a switch regulator which has at least one switch (LS, HS), • a galvanic block, the primary side (Lm) of which is supplied by the switch regulator and the secondary side (Lt) of which is arranged so as to supply a current directly or indirectly to the LED series, and • a control unit arranged on the primary side for detecting a primary-side electric parameter, wherein the control unit is designed in such a manner as to regulate the detected primary-side electric parameter to a desired value in order to generate a desired LED current value, i.e. a desired current through the LED series, by controlling the switch regulator, • wherein the primary-side electric parameter is a primary-side current, characterized in • that the control unit is designed in such a manner as to detect an LED voltage indirectly on the primary side by means of a voltage measurement, wherein a dependence of the primary-side electrical parameter on the LED voltage for achieving the desired LED current value is stored in the control unit , wherein the control unit is designed in such a manner as to adjust the desired value for the primary-side electrical parameter dependent on the desired LED current value and on the LED voltage indirectly detected on the primary side.
An apparatus (12; 510) comprising means for performing: receiving a first provide message, from a server, comprising periodic positioning assistance data for a first Virtual Reference Receiver, VRR, said first provide message being associated with a first ongoing transaction; determining whether a change of VRR is to be made; in response to determining that the change of VRR is to be made, transmitting a request message with an information element, wherein the request message requests periodic positioning assistance data for a second VRR, wherein the request launches a second transaction to effectuate the change of VRR, or the request carries a modify information element to effectuate the change of VRR; and receiving a second provide message, from said server, comprising the periodic positioning assistance data for the second VRR, said second provide message being associated with the first ongoing transaction; wherein said first provide message and said request message are linked by the same transaction identifier. receiving a first provide message, from a server, comprising periodic positioning assistance data for a first Virtual Reference Receiver, VRR, said first provide message being associated with a first ongoing transaction; determining whether a change of VRR is to be made; in response to determining that the change of VRR is to be made, transmitting a request message with an information element, wherein the request message requests periodic positioning assistance data for a second VRR, wherein the request launches a second transaction to effectuate the change of VRR, or the request carries a modify information element to effectuate the change of VRR; and receiving a second provide message, from said server, comprising the periodic positioning assistance data for the second VRR, said second provide message being associated with the first ongoing transaction; wherein said first provide message and said request message are linked by the same transaction identifier.