mhurhangee/ep-ind-claims huggingface dataset:
A blood oxygen detection method performed by a wearable intelligent device that comprises: a watchband; an intelligent wearable device body; at least one red light sensor and at least one infrared sensor disposed on the watchband; at least one red light sensor, at least one infrared sensor, and a processor disposed on the intelligent wearable device body; and a green light sensor disposed on the watchband or the intelligent wearable device body, wherein the method comprises: obtaining at least two red light signals from the red light sensors (1, 3), at least two infrared signals from the infrared sensors (2, 4), and a green light signal from the green light sensor; determining red light direct current data and a component signal of a red light alternating current signal based on the at least two red light signals; and determining infrared direct current data and a component signal of an infrared alternating current signal based on the at least two infrared signals, wherein the component signal comprises an arterial signal; determining red light alternating current data based on the component signal of the red light alternating current signal and the green light signal; and determining infrared alternating current data based on the component signal of the infrared alternating current signal and the green light signal; and determining blood oxygen saturation based on the red light direct current data, the red light alternating current data, the infrared direct current data, and the infrared alternating current data. obtaining at least two red light signals from the red light sensors (1, 3), at least two infrared signals from the infrared sensors (2, 4), and a green light signal from the green light sensor; determining red light direct current data and a component signal of a red light alternating current signal based on the at least two red light signals; and determining infrared direct current data and a component signal of an infrared alternating current signal based on the at least two infrared signals, wherein the component signal comprises an arterial signal; determining red light alternating current data based on the component signal of the red light alternating current signal and the green light signal; and determining infrared alternating current data based on the component signal of the infrared alternating current signal and the green light signal; and determining blood oxygen saturation based on the red light direct current data, the red light alternating current data, the infrared direct current data, and the infrared alternating current data.
A system comprising: a vehicle (20, 40); a generator that generates a magnetic field, the generator being configured to receive response signals; and an alarm device that sends response signals the alarm device being configured to sense the magnetic field and generate a response signal; characterised in that the generator generates said magnetic field for a first predefined time period, and senses for a response signal from the alarm device within a second predefined time period; wherein the alarm device generates a response signal of a first length of time when the alarm device detects the magnetic field at a first strength, wherein the alarm device generates a response signal of a second length of time when the alarm device detects the magnetic field at a second strength, and wherein the first strength is different from the second strength and the first length of time is different from the second length of time, wherein the system is a collision avoidance system. a vehicle (20, 40); a generator that generates a magnetic field, the generator being configured to receive response signals; and an alarm device that sends response signals the alarm device being configured to sense the magnetic field and generate a response signal;
An apparatus (100; 1000; 1100) for characterizing a wireless communication component, wherein the apparatus is configured to process a received signal, such that an effect of multipath propagation in a characterization environment is at least partially compensated, and such that a predetermined distortion is introduced, to thereby emulate a virtual electromagnetic environment; wherein the apparatus is configured to apply a time-invariant filtering to introduce a static filtering contribution, to at least partially compensate an effect of multipath propagation, and wherein the apparatus is configured to apply a time-variant filtering contribution to introduce the predetermined distortion. wherein the apparatus is configured to process a received signal, such that an effect of multipath propagation in a characterization environment is at least partially compensated, and such that a predetermined distortion is introduced, to thereby emulate a virtual electromagnetic environment; wherein the apparatus is configured to apply a time-invariant filtering to introduce a static filtering contribution, to at least partially compensate an effect of multipath propagation, and wherein the apparatus is configured to apply a time-variant filtering contribution to introduce the predetermined distortion.
A solar profile for a swimming pool cover with a transparent upper side and an opaque underside with at least one longitudinal channel (2, 2a) as well as with at least one longitudinal fastening grove on a longitudinal side, characterised in that at least one side of the longitudinal channel, which is directed towards the longitudinal fastening groove, above which the longitudinal channel is at least partially arranged, is opaque at least in parts, that at least one upper wall of the longitudinal fastening groove, above which the longitudinal channel is at least partially arranged, is opaque at least in parts and/or that at least one upper wall of a longitudinal channel provided at least partially above the longitudinal fastening groove, whose upper wall is opaque at least in parts, is designed to be transparent at least in parts.
A method for identifying a particular processing context for an executable component comprised in a script to be executed in a computing system, the method comprising: an act of interpreting the script to identify an executable component to invoke; an act of identifying one or more processing context configuration files associated with the identified executable component; an act of using the identified one or more processing context configuration files to identify a processing context for the identified executable component, the processing context including an identification of a process in which to run the identified executable component; and an act of invoking the identified executable component in the identified processing context. an act of interpreting the script to identify an executable component to invoke; an act of identifying one or more processing context configuration files associated with the identified executable component; an act of using the identified one or more processing context configuration files to identify a processing context for the identified executable component, the processing context including an identification of a process in which to run the identified executable component; and an act of invoking the identified executable component in the identified processing context.
Emulsion of water and oil comprising a solution of monomeric ortho silicic acid with a pH level of 0 - 2, one or more active ingredients, one or more stabilizing compounds in water, and one or more block copolymers as emulsifying agents.
Paper for mixing into the smokeable material of a smoking article, particularly into the tobacco rod of a cigarette, wherein the paper contains a share of fibers, which comprises pulp fibers and tobacco particles, characterized in that the tobacco particles have a mean size of less than 1 mm, wherein the pulp fibers comprise a mixture of long and short fibers, in which the share of long fibers is more than 60% by weight of the fiber share of the paper, and wherein the paper has, after heating to 230°C for 30 min, a diffusivity from 0.01 cm/s to 2.0 cm/s, measured under standard conditions according to ISO 187.
A landing gear for an aircraft comprising: - a leg suitable for being articulated on a support structure of the aircraft for deployment and retraction of the landing gear, - a wheel (13, 14) rotatably mounted in rotation relative to the leg and an electric motor (15, 16) suitable for driving the wheel (13, 14) in rotation relative to the leg, - a transmission mechanism comprising a transmission shaft extending inside the leg, the transmission mechanism being configured to transmit torque generated by the electric motor (15, 16) selectively to the wheel (13, 14) to drive the wheel in rotation relative to the leg, or to the leg via the transmission shaft to drive the leg in rotation relative to the support structure of the aircraft to deploy or retract the landing gear, the landing gear being characterized in that the transmission shaft has a first end suitable for being coupled to the motor (15, 16) and a second end suitable for being coupled to the support structure of the aircraft. - a leg suitable for being articulated on a support structure of the aircraft for deployment and retraction of the landing gear, - a wheel (13, 14) rotatably mounted in rotation relative to the leg and an electric motor (15, 16) suitable for driving the wheel (13, 14) in rotation relative to the leg, - a transmission mechanism comprising a transmission shaft extending inside the leg, the transmission mechanism being configured to transmit torque generated by the electric motor (15, 16) selectively to the wheel (13, 14) to drive the wheel in rotation relative to the leg, or to the leg via the transmission shaft to drive the leg in rotation relative to the support structure of the aircraft to deploy or retract the landing gear, the landing gear being characterized in that the transmission shaft has a first end suitable for being coupled to the motor (15, 16) and a second end suitable for being coupled to the support structure of the aircraft.
A battery pack suitable for handheld appliance, the battery pack including a plurality of cells and a circuit board associated with the cells, wherein a power terminal is associated with the circuit board and configured to transmit power to an appliance, in use, characterised in that the battery pack further includes a momentary switch operatively connected to the circuit board and movable between closed and open positions by an actuator wherein, when in the open position the power terminal is configured by the circuit board to a power delivery state and, when in the closed position, the power terminal is configured by the circuit board to a power disabled state.
A food article slicing machine, comprising: a) a slicing station comprising a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path, said food article feed apparatus having b1) a food article feed frame having a front plate, b2) a shear support that guides said food articles into said cutting plane, wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support, wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate, wherein c) the frame is a U-shaped frame, the shear support is fitted down into, d) the U-shaped frame has two upright members (3070a, 3070b) each having a plurality of plain holes therethrough, e) the food article feed apparatus comprising a top cross bar placed over the shear support, wherein the top cross bar comprises threaded holes, and f) the shear support is set in the U-shaped frame between the upright members (3070a, 3070b) and bolted to the upright members (3070a, 3070b) using a pair of the plain holes aligned across the U-shaped frame, depending on the height of the shear support, and the threaded holes. a) a slicing station comprising a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane; a1) a knife blade and a2) a knife blade drive driving the knife blade along a cutting path in a cutting plane; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path, said food article feed apparatus having b1) a food article feed frame having a front plate, b2) a shear support that guides said food articles into said cutting plane, wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support, wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate, wherein b1) a food article feed frame having a front plate, b2) a shear support that guides said food articles into said cutting plane, wherein the shear support is adjacent to the knife blade and has four or less openings, and b3) a frame for fitting the shear support, wherein the frame is fastened by an upper bracket and a lower bracket at each side of the frame to the front plate, c) the frame is a U-shaped frame, the shear support is fitted down into, d) the U-shaped frame has two upright members (3070a, 3070b) each having a plurality of plain holes therethrough, e) the food article feed apparatus comprising a top cross bar placed over the shear support, wherein the top cross bar comprises threaded holes, and f) the shear support is set in the U-shaped frame between the upright members (3070a, 3070b) and bolted to the upright members (3070a, 3070b) using a pair of the plain holes aligned across the U-shaped frame, depending on the height of the shear support, and the threaded holes.
A multi-link conveyor belt for the transport of objects such as containers, bottles, packs, or the like, the conveyor belt being formed from a multitude of links connected to each other in an articulated manner, and each link having an elongate carrier, the underside of which carrier forms a carrying section of the conveyor belt, and which carrier has parallel joint eyes on both longitudinal sides for the articulated connection to adjacent links, wherein the joint eyes of particular interconnected adjacent links are in each case connected via at least one joint pin extending through the joint eyes of the two interconnected links such that the adjacent links are connected so as to be swivelable about the at least one joint pin, and wherein each carrier of a link has on its upper side at least one row of rotatably mounted support rollers, the axes of rotation of which are parallel to the joint pins and to the longitudinal sides of the carriers of the links, and which support rollers, together with the support rollers of the adjacent links, form a support surface for the objects to be transported, characterised in that deflector members are provided in the area of the longitudinal sides of the links, which deflector members extend between an uppermost level of the support rollers and a base level of the upper sides of the carriers, and on at least one side of the support rollers, wherein the deflector members of mutually facing longitudinal sides of mutually abutting links engage into each other.
A portable medical device comprising a unit to carry out a medical procedure, a monitoring unit to monitor said medical procedure and a communication unit configured to pair with another device to send data of said monitoring unit, the portable medical device being packaged with passive electronically readable information to enable said another device to carry out said pairing, the portable medical device further including a battery isolator that disconnects a battery from the communication unit, the battery isolator being configured to be displaced upon opening of a packaging containing the portable medical device, thereby activating the portable medical device upon opening of the packaging.
Method for configuring a system comprising at least one device (30, 35, 36, 37), said method comprising: - an authorization for a user to access said system, called visited system; - an obtaining, for said user, of information data representative of a nominal configuration in a reference system, said nominal configuration comprising information relating to a service configured in said reference system and at least one configuration rule of a device contributing to the provision of said service in said reference system; - a configuration, in the visited system as a function of the nominal configuration obtained, of the service configured in said reference system and of at least one device of the visited system contributing to the provision of the service in the visited system. - an authorization for a user to access said system, called visited system; - an obtaining, for said user, of information data representative of a nominal configuration in a reference system, said nominal configuration comprising information relating to a service configured in said reference system and at least one configuration rule of a device contributing to the provision of said service in said reference system; - a configuration, in the visited system as a function of the nominal configuration obtained, of the service configured in said reference system and of at least one device of the visited system contributing to the provision of the service in the visited system.
A rechargeable battery module, comprising: a plurality of rechargeable batteries, each of the rechargeable batteries including an electrode assembly including a positive electrode and a negative electrode, and a first electrode terminal and a second electrode terminal connected to the electrode assembly; and a bus bar (71, 73, 75) electrically connecting the rechargeable batteries, the bus bar including a bus bar fuse part (71d, 71e, 73c, 73d, 73e, 75b, 75c), wherein the first electrode terminal is connected to and installed with a current collecting member that connects the electrode assembly and the first electrode terminal, the current collecting member including a current collecting fuse part (514, 515), and characterized in that the bus bar fuse part (71d, 71e, 73c, 73d, 73e, 75b, 75c) is adapted to melt at an operation current which is less than an operation current at which the current collecting fuse part (514, 515) is melted. a plurality of rechargeable batteries, each of the rechargeable batteries including an electrode assembly including a positive electrode and a negative electrode, and a first electrode terminal and a second electrode terminal connected to the electrode assembly; and a bus bar (71, 73, 75) electrically connecting the rechargeable batteries, the bus bar including a bus bar fuse part (71d, 71e, 73c, 73d, 73e, 75b, 75c), wherein the first electrode terminal is connected to and installed with a current collecting member that connects the electrode assembly and the first electrode terminal, the current collecting member including a current collecting fuse part (514, 515), and characterized in that the bus bar fuse part (71d, 71e, 73c, 73d, 73e, 75b, 75c) is adapted to melt at an operation current which is less than an operation current at which the current collecting fuse part (514, 515) is melted.
A cardiopulmonary resuscitation assistance system, comprising: a sensor configured for making a physiological measurement to generate a sensor signal which conveys information concerning the point in time at which venous return is completed; and a processor configured for processing the sensor signal to determine time points at which cardiopulmonary resuscitation compression cycles should be administered based on the point in time at which venous return is completed; and an output device (76,78; 74) configured for providing output information relating to the determined time points. a sensor configured for making a physiological measurement to generate a sensor signal which conveys information concerning the point in time at which venous return is completed; and a processor configured for processing the sensor signal to determine time points at which cardiopulmonary resuscitation compression cycles should be administered based on the point in time at which venous return is completed; and an output device (76,78; 74) configured for providing output information relating to the determined time points.
An apparatus for a reduced voltage starter, the apparatus comprising: a housing for substantially containing a plurality of switching circuits (160, 170, 180) within an interior of the housing; a plurality of orifices within the housing by which a plurality of contacts (30, 40, 50, 130, 140, 150) can extend from the plurality of switching circuits to an exterior of the housing; characterised in that the apparatus further comprises a plurality of channels formed along the exterior of the housing; and a plurality of conductors (30, 40, 50, 130, 140, 150) positioned within the plurality of channels along the exterior of the housing, wherein each of the conductors is coupled to a respective one the contacts, and each of the conductors is electrically isolated from the other conductors, wherein the plurality of channels are separated, at least in part, by a plurality of ribs formed along the exterior of the housing, wherein the conductors are electrically isolated from one another at least in part by way of the ribs. a housing for substantially containing a plurality of switching circuits (160, 170, 180) within an interior of the housing; a plurality of orifices within the housing by which a plurality of contacts (30, 40, 50, 130, 140, 150) can extend from the plurality of switching circuits to an exterior of the housing; characterised in that the apparatus further comprises a plurality of channels formed along the exterior of the housing; and a plurality of conductors (30, 40, 50, 130, 140, 150) positioned within the plurality of channels along the exterior of the housing, wherein each of the conductors is coupled to a respective one the contacts, and each of the conductors is electrically isolated from the other conductors, wherein the plurality of channels are separated, at least in part, by a plurality of ribs formed along the exterior of the housing, wherein the conductors are electrically isolated from one another at least in part by way of the ribs.