mhurhangee/ep-ind-claims huggingface dataset:
A data backup method, the method comprising: receiving, by a second node, backup data transmitted by a first node according to a first cycle, wherein the first node and the second node are cooperation nodes to each other; and deleting, by the second node, backup data of the first node locally stored in the second node according to a request of the first node; characterized in that the method operates on a network architecture comprising the data platform and multiple nodes, including the first and second node; and wherein the first node and the second node are different nodes on the network architecture. receiving, by a second node, backup data transmitted by a first node according to a first cycle, wherein the first node and the second node are cooperation nodes to each other; and deleting, by the second node, backup data of the first node locally stored in the second node according to a request of the first node; characterized in that the method operates on a network architecture comprising the data platform and multiple nodes, including the first and second node; and wherein the first node and the second node are different nodes on the network architecture.
A pneumatic tire comprising a plurality of communication devices disposed on a sidewall portion, wherein one or more of the plurality of communication devices are disposed on one tire width direction half portion bounded by a tire equatorial plane, and the plurality of communication devices are disposed to be separated from one another by 45° or more in a tire circumferential direction when a position of a tire central axis is central, in a side view of the tire; characterised in that one or more of the plurality of communication devices are disposed on the other tire width direction half portion bounded by the tire equatorial plane. one or more of the plurality of communication devices are disposed on one tire width direction half portion bounded by a tire equatorial plane, and the plurality of communication devices are disposed to be separated from one another by 45° or more in a tire circumferential direction when a position of a tire central axis is central, in a side view of the tire; characterised in that one or more of the plurality of communication devices are disposed on the other tire width direction half portion bounded by the tire equatorial plane.
Trailer platform for land cargo transport, which forms the trailer floor, the platform being in a form of a cuboid, the platform comprises an upper outer layer (1.1) and a lower outer layer (1.3) having form of an open profile, wherein each outer layer is comprised of a base laterally mounted on four sides with the arms between which a one-side open space is formed, so that the two outer layers are mutually overlapping and the core (1.2) of the platform is connected to the outer layers adjacent to the core (1.2) while the cores in located in the space formed between the connected upper outer layer (1.1) and lower outer layer (1.3) that create a space closed from the top, bottom and on the sides, wherein upper outer layer (1.1) and the lower outer layer (1.3) are made of metal, metal alloys or composite materials, while the core (1.2) has the form of a cellular material, preferably honeycomb, where the core (1.2) thickness is a minimum of 50% of the platform thickness formed by the core and the outer layers, characterized in that, the platform's corners is formed between the arms are cut through the entire thickness of the platform on a part of the length of the arms at an angle of 90 ° relative to the base.
A wind turbine arrangement comprising: - a main wind turbine arranged to produce electrical power, said main wind turbine being adapted to supply produced electrical power to an external power recipient, and said main wind turbine comprising one or more power consuming internal systems, - at least one secondary wind turbine (7a, 7b) arranged to produce electrical power, said secondary wind turbine(s) (7a, 7b) being adapted to supply produced electrical power to at least some of the power consuming internal system(s) of the main wind turbine, and said secondary wind turbine(s) (7a, 7b) being electrically disconnected from the external power recipient, - wherein at least one of the secondary wind turbine(s) (7a, 7b) is arranged to operate as a wind sensor. - a main wind turbine arranged to produce electrical power, said main wind turbine being adapted to supply produced electrical power to an external power recipient, and said main wind turbine comprising one or more power consuming internal systems, - at least one secondary wind turbine (7a, 7b) arranged to produce electrical power, said secondary wind turbine(s) (7a, 7b) being adapted to supply produced electrical power to at least some of the power consuming internal system(s) of the main wind turbine, and said secondary wind turbine(s) (7a, 7b) being electrically disconnected from the external power recipient, - wherein at least one of the secondary wind turbine(s) (7a, 7b) is arranged to operate as a wind sensor.
A hyperstable liposome comprising an inner milieu separated from an external environment by a membrane, the inner milieu comprising an anti-mitotic drug, two anions and one or more cations entrapped in the inner milieu, wherein the anti-mitotic drug is a polo-like kinase inhibitor, a kinesin spindle inhibitor or an aurora kinase inhibitor, wherein the membrane comprises l,2-distearoyl-sn-glycerol-3-phosphoethanolamine-N-[methoxy (polyethylene glycol)- 2000] (DSPE-PEG2000), hydrogenated egg L-α-phosphatidyl-choline(HEPC) and cholesterol (Chol), wherein the molar ratio of HEPC:Chol:DSPE-PEG2000 is 50:45:5, wherein the two anions are citrate and phosphate, citrate and acetate or acetate and phosphate in a ratio of about 1:3 to about 1:7 and wherein the entrapped anti-mitotic drug is released at a slow rate that is less than 0.6% in 12 hours or less than 5% in 8 days when the liposome is suspended in 600 mM sucrose. wherein the anti-mitotic drug is a polo-like kinase inhibitor, a kinesin spindle inhibitor or an aurora kinase inhibitor, wherein the membrane comprises l,2-distearoyl-sn-glycerol-3-phosphoethanolamine-N-[methoxy (polyethylene glycol)- 2000] (DSPE-PEG2000), hydrogenated egg L-α-phosphatidyl-choline(HEPC) and cholesterol (Chol), wherein the molar ratio of HEPC:Chol:DSPE-PEG2000 is 50:45:5, wherein the two anions are citrate and phosphate, citrate and acetate or acetate and phosphate in a ratio of about 1:3 to about 1:7 and wherein the entrapped anti-mitotic drug is released at a slow rate that is less than 0.6% in 12 hours or less than 5% in 8 days when the liposome is suspended in 600 mM sucrose.
A filter structure comprising: a blower having a gas suction opening, the blower being configured for compressing gas taken from the gas suction opening and supplying the compressed gas to respiratory organs of a user; a housing that contains the blower and has an air passage opening connected to the gas suction opening; a bag at least part of which is made of a filter material, the bag covering the housing; characterized in that a chamber forming member (17; 27) is disposed between the housing and the bag, the chamber forming member (17; 27) forming a chamber between the air passage opening and the filter material, wherein the filter structure allows a gas flow from outside the bag into the chamber through said filter material of said bag, and from the chamber into the housing through said air passage opening. a blower having a gas suction opening, the blower being configured for compressing gas taken from the gas suction opening and supplying the compressed gas to respiratory organs of a user; a housing that contains the blower and has an air passage opening connected to the gas suction opening; a bag at least part of which is made of a filter material, the bag covering the housing; characterized in that a chamber forming member (17; 27) is disposed between the housing and the bag, the chamber forming member (17; 27) forming a chamber between the air passage opening and the filter material, wherein the filter structure allows a gas flow from outside the bag into the chamber through said filter material of said bag, and from the chamber into the housing through said air passage opening.
Elevator system, which comprises a movement control system, which adjusts the movement of an elevator car according to a set movement reference; characterized in that the elevator system comprises - a brake control circuit having a first switch and a second switch, wherein the first switch controls an electricity supply of a winding of a brake, which switch is switched in a controlled manner with short pulses by a control (37, 39) of an electricity supply of the winding of the brake, and thus a braking function is controlled, - a safety circuit, wherein in connection with an emergency stop the safety circuit of the elevator inspects the operating condition of the movement control system, wherein - when an operational nonconformance of the movement control system is detected, the safety circuit disconnects the electricity supply to the winding of the brake by opening the first and the second controllable switch, - when the movement control system is detected to be in working order, the safety circuit permits electricity supply to the winding of the brake with the control of the first and the second controllable switch; and wherein the movement control system regulates in this case by means of the brake control circuit the movement of the elevator car during an emergency stop by adjusting the current of the winding of the brake and thus the braking force of the brake of the elevator so that the movement of the elevator car approaches the reference set for the movement. - a brake control circuit having a first switch and a second switch, wherein the first switch controls an electricity supply of a winding of a brake, which switch is switched in a controlled manner with short pulses by a control (37, 39) of an electricity supply of the winding of the brake, and thus a braking function is controlled, - a safety circuit, wherein in connection with an emergency stop the safety circuit of the elevator inspects the operating condition of the movement control system, - when an operational nonconformance of the movement control system is detected, the safety circuit disconnects the electricity supply to the winding of the brake by opening the first and the second controllable switch, - when the movement control system is detected to be in working order, the safety circuit permits electricity supply to the winding of the brake with the control of the first and the second controllable switch;
A tipping body (1a, 1b) for vehicles in general with safety means, comprising a tipping bed which is associated with a chassis of a vehicle by way of pivoting means for the tipping of said bed, comprising, in a point that is spaced from said pivoting means, means (10a, 10b) for the removable locking of said tipping, which can be inserted automatically when said bed is lowered onto said chassis, said means for removable locking of the tipping comprising a locking hook which is associated with the chassis of the vehicle and can engage a coupling ring which is connected to said bed, characterized in that it comprises a release cylinder which is connected to said hook for its oscillation with respect to said coupling ring, which is actuated by a hydraulic circuit which is fed by a hydraulic pump and is provided with a sequential valve for the actuation of said locking hook ahead of the actuation of the lifting piston of said bed.
Method for monitoring the quality of gaseous media which can be dispensed by a filling station, by means of an infrared measuring device, which is connected in the dispensing path of the gaseous medium to a consumer in each case and which measures the transmission of infrared radiation at different wavelengths in the infrared spectrum and different pressures, calculates therefrom the concentration of contaminants which influence the quality and displays this at least when predefinable quality parameters are exceeded, characterised in that the infrared measuring device is used for monitoring the hydrogen quality at a hydrogen filling station and is connected in the dispensing path, starting from the filling station, for online measurement of gas contaminants; in that the medium dispensed is hydrogen; in that the sample analysis is carried out by means of the infrared measuring device at very high pressures of >50 MPa; in that the infrared measuring device is connected in the dispensing path in such a manner that samples are taken in succession in a bypass to this dispensing path by means of a valve device and examined for contaminants without the respective dispensing of hydrogen from the filling station to the connected consumer being interrupted; and in that the infrared measuring device comprises a high-pressure-resistant infrared cuvette with a pressure-resistant pipe section, wherein an infrared hollow conductor is located inside the pipe section, which hollow conductor, configured as a galvanically gold-plated inner tube, is pushed into the pipe section and fixed therein. the infrared measuring device is used for monitoring the hydrogen quality at a hydrogen filling station and is connected in the dispensing path, starting from the filling station, for online measurement of gas contaminants; in that the medium dispensed is hydrogen; in that the sample analysis is carried out by means of the infrared measuring device at very high pressures of >50 MPa; in that the infrared measuring device is connected in the dispensing path in such a manner that samples are taken in succession in a bypass to this dispensing path by means of a valve device and examined for contaminants without the respective dispensing of hydrogen from the filling station to the connected consumer being interrupted; and in that the infrared measuring device comprises a high-pressure-resistant infrared cuvette with a pressure-resistant pipe section, wherein an infrared hollow conductor is located inside the pipe section, which hollow conductor, configured as a galvanically gold-plated inner tube, is pushed into the pipe section and fixed therein.
A histidine-sucrose formulation comprising T1h antibody in an amount from 25 mg/ml to 250 mg/ml antibody, 10 mM to 30 mM histidine buffer, 1 to 15% of sucrose, 0.001 % to 0.05 % surfactant and pH from 5 to 7.5.
A built-in cooking appliance comprising: a body frame of a main body; a heating body in the body frame; a top plate disposed in an upper portion of the body frame to support a dishware to be heated; a cabinet configured to support the top plate; wherein the built-in cooking appliance further comprises a support (7, 8) in a contact space between the cabinet and the top plate, characterized in that, the support (7, 8) includes a plurality of channels (72, 82) to discharge air flowing out from the body frame, a size of each of the channels being small enough to prevent flow of water while allowing flow of air, wherein a front edge portion and both side edge portions of the top plate seat on the top surface of the cabinet and a rear edge portion of the top plate seats on the support (7, 8). a body frame of a main body; a heating body in the body frame; a top plate disposed in an upper portion of the body frame to support a dishware to be heated; a cabinet configured to support the top plate; wherein the built-in cooking appliance further comprises a support (7, 8) in a contact space between the cabinet and the top plate, characterized in that, the support (7, 8) includes a plurality of channels (72, 82) to discharge air flowing out from the body frame, a size of each of the channels being small enough to prevent flow of water while allowing flow of air, wherein a front edge portion and both side edge portions of the top plate seat on the top surface of the cabinet and a rear edge portion of the top plate seats on the support (7, 8).
Filler for a colour composition, wherein the filler comprises a calcinate having particles with an average particle size (d 50, SediGraph III) in the range between 3 μm and 50 μm and a mullite content of 30-70 measured as a mullite index, characterised in that the filler has a bulk density of > 600 g/ L.
A patient interface assembly comprising a patient interface, a connector for connecting the patient interface to a conduit, the conduit being joined to the connector in a non-releasable manner, the patient interface comprising a first connection formation and the connector comprising a second connection formation, the first connection formation comprising a slot for receiving at least a portion of the second connection formation, wherein the slot extends in a direction which requires insertion of the second connection formation into the slot in a direction which is substantially orthogonal to a longitudinal axis of the conduit, the patient interface and the connector being connectable such that, in a connected configuration, the first connection formation and the second connection formation are engageable with each other, with a snap fit, to provide a non-releasable connection, and wherein a nasal region of the patient interface extends forwardly of the remainder of the patient interface, thereby defining a nasal shelf, and the slot is formed in the mask body 108 slightly above the shelf, the slot being defined by at least one internal wall of the patient interface and the nasal shelf wall of the patient interface.
A substrate table for holding a substrate to which a pattern is applied, the substrate table comprising: a member having a primary surface; a conduit defined within the member and configured to receive a fluid under pressure; a compressible region within the member and located between the conduit and the primary surface; and a deformable region between the compressible region and the conduit; wherein the compressible region and the deformable region are configured to accommodate local deformation of the member resulting from the pressure of the fluid. a member having a primary surface; a conduit defined within the member and configured to receive a fluid under pressure; a compressible region within the member and located between the conduit and the primary surface; and a deformable region between the compressible region and the conduit; wherein the compressible region and the deformable region are configured to accommodate local deformation of the member resulting from the pressure of the fluid.
A fast dissolving film comprising sildenafil or a pharmaceutically acceptable salt thereof and a water soluble hydrocolloid wherein the fast dissolving film comprises a taste masking agent; wherein the taste masking agent is sodium hydroxide and magnesium oxide.
A blender, comprising: a blender body having a first inductive coil and a receiving module for receiving a signal; a container body having a second inductive coil and a transmission module for transmitting the signal, wherein the container body includes an outer container body constituting the shape of the appearance of the blender and an inner container body forming an inner space in which food is received, and a container lid opening and closing an open upper surface of the container body, wherein the transmission and reception of the signal are performed between the transmission module and the receiving module by using power generated by an inductive coupling between the first inductive coil and the second inductive coil, wherein the container body comprises a detection module detecting the closure of the container lid, wherein the detection module is electrically connected to the second inductive coil by a conductive member, the conductive member is arranged between the outer container body and the inner container body, said blender being characterised in that the conductive member is arranged to extend in the longitudinal direction of the container body from an upper portion of the container body to a lower portion thereof, and in that a first end of conductive member is electrically connected to a first connector of the detection module and is detachable therefrom, and a second end of conductive member is electrically connected to a second connector of the second inductive coil and is detachable therefrom. a blender body having a first inductive coil and a receiving module for receiving a signal; a container body having a second inductive coil and a transmission module for transmitting the signal, wherein the container body includes an outer container body constituting the shape of the appearance of the blender and an inner container body forming an inner space in which food is received, and a container lid opening and closing an open upper surface of the container body, wherein the transmission and reception of the signal are performed between the transmission module and the receiving module by using power generated by an inductive coupling between the first inductive coil and the second inductive coil, wherein the container body comprises a detection module detecting the closure of the container lid, wherein the detection module is electrically connected to the second inductive coil by a conductive member, the conductive member is arranged between the outer container body and the inner container body, said blender being characterised in that the conductive member is arranged to extend in the longitudinal direction of the container body from an upper portion of the container body to a lower portion thereof, and in that a first end of conductive member is electrically connected to a first connector of the detection module and is detachable therefrom, and a second end of conductive member is electrically connected to a second connector of the second inductive coil and is detachable therefrom.
Equipment for controlling, measuring and reporting a physical quantity of a container containing a fluid under pressure consisting of an electromechanical switch, a container, a support for a dosing knob (S1.2) incorporating a dosing knob (S1.1), an electronic circuit (S1.3) for controlling the flow rate of the fluid of the container, a pressure sensor for reading the outlet pressure of the fluid in the container, a data processing system for processing the data obtained by the electromechanical switch and by the pressure sensor, characterized by: - said dosing knob (S1.1) comprising: - sensitive elements (S1.1.1), - slots (S1.1.2), - said electronic circuit (S1.3) comprising: - circuits (S1.3.1) that integrates contact points (S1.3.1.1), - said dosing knob (S1.1) being adjacent to said electronic circuit (S1.3), wherein - to each position of said dosing knob (S1.1) corresponds the selection of a slot (S1.1.2) and one position of the sensitive elements (S1.1.1), - each combination of sensitive elements (S1.1.1) and contact points (S1.3.1.1) of the circuits (S1.3.1) of the electronic circuit (S1.3) activate a specific combination of the circuits (S1.3.1) of the electronic circuit (S1.3), - the data processing system determines the value of the flow rate referent to the active combination of circuits (S1.3.1) that make up the electronic circuit (S1.3). - said dosing knob (S1.1) comprising: - sensitive elements (S1.1.1), - slots (S1.1.2), - sensitive elements (S1.1.1), - slots (S1.1.2), - said electronic circuit (S1.3) comprising: - circuits (S1.3.1) that integrates contact points (S1.3.1.1), - circuits (S1.3.1) that integrates contact points (S1.3.1.1), - said dosing knob (S1.1) being adjacent to said electronic circuit (S1.3), - to each position of said dosing knob (S1.1) corresponds the selection of a slot (S1.1.2) and one position of the sensitive elements (S1.1.1), - each combination of sensitive elements (S1.1.1) and contact points (S1.3.1.1) of the circuits (S1.3.1) of the electronic circuit (S1.3) activate a specific combination of the circuits (S1.3.1) of the electronic circuit (S1.3), - the data processing system determines the value of the flow rate referent to the active combination of circuits (S1.3.1) that make up the electronic circuit (S1.3).