mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for assisting a rescuer in performing chest compressions during cardiopulmonary resuscitation (=CPR) on a victim, the apparatus comprising: a pad or other structure configured to be applied to the chest near or at the location at which the rescuer applies force to produce the chest compressions; at least one motion sensor connected to the pad, the motion sensor comprising a velocity sensor comprising a conductor and a magnet and being configured to sense movement of the chest in that said velocity sensor is configured to sense the current induced in the conductor by relative motion between the conductor and the magnet; processing circuitry configured to process the output of the motion sensor to estimate the maximum velocity of compression of the chest; and at least one prompting device, connected to the processing circuitry, configured to provide the rescuer with the maximum velocity of compression. a pad or other structure configured to be applied to the chest near or at the location at which the rescuer applies force to produce the chest compressions; at least one motion sensor connected to the pad, the motion sensor comprising a velocity sensor comprising a conductor and a magnet and being configured to sense movement of the chest in that said velocity sensor is configured to sense the current induced in the conductor by relative motion between the conductor and the magnet; processing circuitry configured to process the output of the motion sensor to estimate the maximum velocity of compression of the chest; and at least one prompting device, connected to the processing circuitry, configured to provide the rescuer with the maximum velocity of compression.
A metering pump assembly with a drive which comprises a drive motor and a gearwheel transmission, wherein the gearwheel transmission comprises a gearwheel with teeth, characterised in that with regard to the teeth, in each case at least one first section of the tooth in cross section has an outer contour which in at least a part-region of the outer contour projects with respect to the outer contour of an adjacent second section of the tooth, wherein the first section is elastically designed and mounted, and wherein it is resiliently connected to the adjacent second section of the tooth, in the radial direction.
Method for motor-driven mooring with a ship, in particular a yacht, at a mooring point in a mooring region, wherein an actual map of an environment of the mooring region is produced in a map generation step, wherein in a mooring position determining step the mooring point and a mooring position of the ship in the mooring point are determined in the mooring region, wherein in a trajectory planning step a plurality of preliminary trajectories are created from the actual position of the ship to the mooring position of the ship, wherein the preliminary trajectories are evaluated according to at least one evaluation criterion and a quality value is assigned based thereon, wherein the preliminary trajectory with the best quality value is selected as a target trajectory for a trajectory tracking step, wherein in the trajectory tracking step the ship is steered along the target trajectory in the direction of the mooring position.
1,4,6,10-tetra-double bond pentadec-carbon phosphonate of formula, the 1,4,6,10-tetra-double bond pentadec-carbon phosphonate is 3,7,11-trimethyl-1,4,6,10-dodecatetraenyl phosphoric acid dialkyl ester. wherein R is C 1-4 alkyl.
A method for producing a polyamide with controlled activator addition through an anionic polymerization reaction, wherein lactam, and based on 100 parts by weight of the entire lactam, 0.01 parts by weight to 20 parts by weight of an alkali metal as an initiator, 0.3 parts by weight to 10 parts by weight of a molecular weight controller, and 0.002 parts by weight to 7.0 part by weight of an activator are included, and the activator is injected by adjusting an addition amount at an interval of at least twice, wherein an addition interval of the activator is within 1 minutes to 10 minutes.
Method for detecting obstacles in the environment of an industrial truck, in particular an industrial truck provided for order picking, wherein the industrial truck has a sensor for monitoring the environment, which sensor is connected to a control apparatus, and captures a monitoring area by evaluating the data from the sensor, wherein objects (7, 8) detected in the environment of the industrial truck in the data are entered in a map and the monitoring area is continuously captured again, characterized in that a weighting is increased in the case of objects at the same absolute position in the map and the weighting of an entered object is reduced in the case of objects missing at the same position until the object is deleted.
A metal-ion secondary battery, comprising: a positive electrode, wherein the positive electrode comprises: at least one current-collecting layer; at least one active layer, wherein the current-collecting layer and the active layer are mutually stacked, the current-collecting layer has at least one first through-hole, and the active layer has at least one second through-hole; and at least one diffusion layer, wherein the diffusion layer is disposed on a surface of the current-collecting layer reverse to the active layer, and wherein the diffusion layer comprises carbon paper, carbon net, carbon fiber, nonwoven fabric, fiber cloth or a combination thereof. at least one current-collecting layer; at least one active layer, wherein the current-collecting layer and the active layer are mutually stacked, the current-collecting layer has at least one first through-hole, and the active layer has at least one second through-hole; and at least one diffusion layer, wherein the diffusion layer is disposed on a surface of the current-collecting layer reverse to the active layer, and wherein the diffusion layer comprises carbon paper, carbon net, carbon fiber, nonwoven fabric, fiber cloth or a combination thereof.
A computer readable recording medium recording an information processing program that is executed by a computer of an information processing apparatus for performing a predetermined information process based on a motion detection signal output from an input device including a motion detection sensor for detecting its own motion, wherein the program causes the computer to function as: a first attitude calculation means for repeatedly calculating a first attitude indicating, with three dimensional vectors, an attitude of the input device based on the motion detection signal; a second attitude calculation means for calculating, as a second attitude, a following attitude that is an attitude that gradually approaches the first attitude; a motion calculation means for calculating a motion of the first attitude based on a change in the first attitude repeatedly calculated by the first attitude calculation means; an approaching operation determination means (S22 to S24) for determining whether or not the first attitude is performing a motion of approaching the second attitude, based on the motion of the first attitude calculated by the motion calculation means; an input attitude setting means (S27, S28, S4) for setting, as an input attitude, an attitude obtained by correcting the first attitude so that the first attitude coincides with or approaches the second attitude direction if the first attitude is performing the motion of approaching the second attitude, or setting the first attitude as an input attitude if the first attitude is not performing the motion of approaching the second attitude; and a process execution means for performing a predetermined information process based on the input attitude. a first attitude calculation means for repeatedly calculating a first attitude indicating, with three dimensional vectors, an attitude of the input device based on the motion detection signal; a second attitude calculation means for calculating, as a second attitude, a following attitude that is an attitude that gradually approaches the first attitude; a motion calculation means for calculating a motion of the first attitude based on a change in the first attitude repeatedly calculated by the first attitude calculation means; an approaching operation determination means (S22 to S24) for determining whether or not the first attitude is performing a motion of approaching the second attitude, based on the motion of the first attitude calculated by the motion calculation means; an input attitude setting means (S27, S28, S4) for setting, as an input attitude, an attitude obtained by correcting the first attitude so that the first attitude coincides with or approaches the second attitude direction if the first attitude is performing the motion of approaching the second attitude, or setting the first attitude as an input attitude if the first attitude is not performing the motion of approaching the second attitude; and a process execution means for performing a predetermined information process based on the input attitude.
A method of storing and/or transporting oxo alcohol, comprising: combining an oxo alcohol having an initial aldehyde content X and an initial peroxide content Y with 5 ppm to 100 ppm of a phenolic antioxidants; and storing and/or transporting the oxo alcohol; wherein the phenolic antioxidant is 1,1,3-tris(2'-methyl-4'-hydroxy-5'-t-butylphenyl)butane or 3,5-bis(1,1-dimethylethyl)-4-hydroxy-benzenepropanoic acid. combining an oxo alcohol having an initial aldehyde content X and an initial peroxide content Y with 5 ppm to 100 ppm of a phenolic antioxidants; and storing and/or transporting the oxo alcohol; wherein the phenolic antioxidant is 1,1,3-tris(2'-methyl-4'-hydroxy-5'-t-butylphenyl)butane or 3,5-bis(1,1-dimethylethyl)-4-hydroxy-benzenepropanoic acid.
A natural gas hydrate tank container loading system enabling automated connection of an electric power line and a boil-off gas pipe, which solves problems of natural gas hydrate transportation methods in the related art in that an operation of connecting the electric power line to a refrigerator for maintaining a phase equilibrium condition in a natural gas hydrate tank container and an operation of connecting the pipe for discharging boil-off gas generated in the respective natural gas hydrate tank containers are manually and individually performed during long-distance transportation of natural gas hydrate, which causes an inconvenience, the natural gas hydrate tank container loading system comprising: - a plurality of natural gas hydrate tank containers which are stacked in a vertical direction; and - a refrigerator which is installed at one side of each of the natural gas hydrate tank containers for maintaining phase equilibrium of natural gas hydrate stored in each of the natural gas hydrate tank containers, characterized in that the system further comprises: - an electric power supply unit which is installed at an upper portion of an uppermost container among the plurality of the gas hydrate tank containers stacked in the vertical direction for supplying electric power for operating the respective refrigerators; an electric power line which is installed at one side of the natural gas hydrate tank container and includes an electric power line connecting structure formed to be engaged with both ends for supplying electric power produced by the electric power supply unit to the respective refrigerators; and a boil-off gas pipe which is installed at one side of the natural gas hydrate tank container and includes a boil-off gas pipe connecting structure formed to be engaged with both ends for supplying boil-off gas generated from the respective natural gas hydrate tank containers to the electric power supply unit. - a plurality of natural gas hydrate tank containers which are stacked in a vertical direction; and - a refrigerator which is installed at one side of each of the natural gas hydrate tank containers for maintaining phase equilibrium of natural gas hydrate stored in each of the natural gas hydrate tank containers, - an electric power supply unit which is installed at an upper portion of an uppermost container among the plurality of the gas hydrate tank containers stacked in the vertical direction for supplying electric power for operating the respective refrigerators;
A vehicle control system configured to control a vehicle, the vehicle control system comprising: a first target trajectory generation device (100-A) configured to generate and output target trajectories each including a target position and a target speed of the vehicle; a second target trajectory generation device (100-B) configured to generate and output target trajectories each including a target position and a target speed of the vehicle; and a vehicle traveling control device configured to receive the target trajectories output from the first and the second target trajectory generation devices (100-A, 100-B), and execute vehicle traveling control for controlling traveling of the vehicle based on the received target trajectories, wherein a first target trajectory is the target trajectory for at least one of steering, acceleration, and deceleration of the vehicle, a second target trajectory is the target trajectory for decelerating and stopping the vehicle, the vehicle traveling control device is configured to execute, when the second target trajectory generation device (100-B) does not malfunction, the vehicle traveling control based on the first target trajectory output from one of the first and the second target trajectory generation devices (100-A, 100-B), and the vehicle control system is characterized in that the vehicle traveling control device is configured to stop, when the second target trajectory generation device (100-B) malfunctions, the vehicle by executing the vehicle traveling control based on the second target trajectory output from the first target trajectory generation device (100-A). a first target trajectory generation device (100-A) configured to generate and output target trajectories each including a target position and a target speed of the vehicle; a second target trajectory generation device (100-B) configured to generate and output target trajectories each including a target position and a target speed of the vehicle; and a vehicle traveling control device configured to receive the target trajectories output from the first and the second target trajectory generation devices (100-A, 100-B), and execute vehicle traveling control for controlling traveling of the vehicle based on the received target trajectories, wherein a first target trajectory is the target trajectory for at least one of steering, acceleration, and deceleration of the vehicle, a second target trajectory is the target trajectory for decelerating and stopping the vehicle, the vehicle traveling control device is configured to execute, when the second target trajectory generation device (100-B) does not malfunction, the vehicle traveling control based on the first target trajectory output from one of the first and the second target trajectory generation devices (100-A, 100-B), and the vehicle control system is characterized in that the vehicle traveling control device is configured to stop, when the second target trajectory generation device (100-B) malfunctions, the vehicle by executing the vehicle traveling control based on the second target trajectory output from the first target trajectory generation device (100-A).
An isolated peptide consisting of the sequence CDWLPKPNMSASC (SEQ. ID. No. 37) or a conservative substitutive variant thereof, wherein the peptide is flanked by 0-1 amino acid residues on either terminus or both termini, and wherein the isolated peptide is capable of activating p53 and/or inducing Tsp-1 expression.
Method for the production of a particle based element, in particular a particle board or fiber board, comprising: dispersing particles in a dispersing section to form a particle mass, while the particle mass and the dispersing section are moving relative to each other in a conveying direction, such that second particles are arranged in a predetermined pattern with respect to first particles in the particle mass, the first and second particles (2,9) having different properties, characterized by providing the second particles in the particle mass by means of several tools being arranged at the upper part of the particle mass in the dispersing section and in a spaced relationship substantially in the conveying direction. dispersing particles in a dispersing section to form a particle mass, while the particle mass and the dispersing section are moving relative to each other in a conveying direction, such that second particles are arranged in a predetermined pattern with respect to first particles in the particle mass, the first and second particles (2,9) having different properties, characterized by providing the second particles in the particle mass by means of several tools being arranged at the upper part of the particle mass in the dispersing section and in a spaced relationship substantially in the conveying direction.
A fastener installation tool for installing fasteners of the type in which a part of the fastener is broken off during the installation process, which fastener installation tool is provided with a tool trigger, wherein depression of the tool trigger causes actuation of a main operating valve thereby to install a fastener, and collection means for collecting broken-off fastener parts during operation of the tool, the collection means being removably connected to the tool; the tool being further provided with disabling means (14, 32); characterised by the disabling means being arranged to prevent operation of the main operating valve when the collection means is disconnected from the tool, thereby to prevent use of the tool to install a fastener.
An airfoil repair system, comprising: a cropped airfoil comprising a cropped airfoil attachment section and a cropped first side opposite a cropped second side, the cropped first side and the cropped second side each extending axially between a cropped first edge and a cropped second edge to define a cropped chord length; an airfoil repair component comprising a body having a repair first side opposite a repair second side, the body defining a repair attachment section for attaching the airfoil repair component to the cropped airfoil at the cropped airfoil attachment section, the repair attachment section extending axially between a repair first edge and a repair second edge to define a repair chord length (cr), the repair attachment section being oversized with respect to the cropped airfoil attachment section such that the repair chord length (cr) is longer than the cropped chord length(cc); a repair component electrode for receipt of the airfoil repair component, the repair component electrode comprising a repair component electrode insert removable with respect to a repair component electrode body, the repair component electrode insert surrounding at least a portion of the airfoil repair component; and a tooling assembly for positioning the airfoil repair component with respect to the cropped airfoil, characterized in that, the repair component electrode insert defines an inert gas manifold for receipt of an inert gas and a plurality of grooves extending from the inert gas manifold along the repair component electrode insert. a cropped airfoil comprising a cropped airfoil attachment section and a cropped first side opposite a cropped second side, the cropped first side and the cropped second side each extending axially between a cropped first edge and a cropped second edge to define a cropped chord length; an airfoil repair component comprising a body having a repair first side opposite a repair second side, the body defining a repair attachment section for attaching the airfoil repair component to the cropped airfoil at the cropped airfoil attachment section, the repair attachment section extending axially between a repair first edge and a repair second edge to define a repair chord length (cr), the repair attachment section being oversized with respect to the cropped airfoil attachment section such that the repair chord length (cr) is longer than the cropped chord length(cc); a repair component electrode for receipt of the airfoil repair component, the repair component electrode comprising a repair component electrode insert removable with respect to a repair component electrode body, the repair component electrode insert surrounding at least a portion of the airfoil repair component; and a tooling assembly for positioning the airfoil repair component with respect to the cropped airfoil, characterized in that, the repair component electrode insert defines an inert gas manifold for receipt of an inert gas and a plurality of grooves extending from the inert gas manifold along the repair component electrode insert.
An external charger for interfacing with an implantable medical device, comprising: an external battery in the external charger for producing a battery voltage; a circuit node configured to receive a DC voltage produced from an AC power source, wherein the DC voltage is usable to charge the external battery; and a transmitter for providing power wirelessly to charge an implant battery in an implantable medical decive the transmitter comprising a resonant circuit powered by a power supply voltage, wherein the power supply voltage is selectable between the battery voltage and the DC voltage. an external battery in the external charger for producing a battery voltage; a circuit node configured to receive a DC voltage produced from an AC power source, wherein the DC voltage is usable to charge the external battery; and a transmitter for providing power wirelessly to charge an implant battery in an implantable medical decive the transmitter comprising a resonant circuit powered by a power supply voltage, wherein the power supply voltage is selectable between the battery voltage and the DC voltage.
A transmission assembly for a self-propelled machine, of the type that can be positioned between the primary motor shaft and the wheels of said machine and comprising a transmission case equipped with an input shaft, capable of being rotated by the primary shaft in a single and same direction, and an output shaft, such as the driveshaft of the wheels of the machine, to which the movement of the input shaft is capable of being transmitted, a mechanism reversing the rotation direction of the output shaft, a mechanism braking the input shaft and/or the output shaft and/or means for transmitting movement between the input shaft and the output shaft, each mechanism (5, 7) including a command (6, 8), said direction reversal and braking commands (6, 8) supported by said case being respectively mounted such that one is movable between at least three positions, namely a neutral position, a forward position and reverse position, and the other is movable between at least a so-called first braking position and a non-braking position, said braking command being able to be coupled to a brake command member that can be actuated by the operator, for the passage of said brake command from the non-braked position to said first braking position under the action of said brake command member able to be actuated by the operator, characterized in that the brake command has a second braking position separate from the first braking position and in that the transmission assembly comprises return means on the one hand, said return means being capable, in the neutral position of the direction reversal command, of returning said braking command to the second braking position, and on the other hand, means driving the movement of the braking command from the second braking position to the non-braked position, these movement-driving means of the brake command being formed at least partially by the direction reversal command active on said brake command, against return means during the passage of said direction reversal command from its neutral position to the forward or reverse position.