mhurhangee/ep-ind-claims huggingface dataset:
A vehicle safety device, comprising: a female receptacle constructed and arranged to receive and hold a male end of a vehicle seat belt; a blade (6,8) constructed and arranged to engage and be held within a seat belt receptacle of a vehicle; and a flexible linkage that connects the female receptacle and the blade (6,8), the flexible linkage having a length of not less than 15 centimeters; characterized by a construct comprising the female receptacle and a window breaker, the window breaker comprising a base that narrows along its length to form a point, wherein the window breaker is formed of hard metal; and the blade has a first end and a second opposing end, wherein the blade (6,8) is selectively rotatable relative to the flexible linkage so that the first end or the second end extends past an end of the flexible linkage. a female receptacle constructed and arranged to receive and hold a male end of a vehicle seat belt; a blade (6,8) constructed and arranged to engage and be held within a seat belt receptacle of a vehicle; and a flexible linkage that connects the female receptacle and the blade (6,8), the flexible linkage having a length of not less than 15 centimeters; characterized by a construct comprising the female receptacle and a window breaker, the window breaker comprising a base that narrows along its length to form a point, wherein the window breaker is formed of hard metal; and the blade has a first end and a second opposing end, wherein the blade (6,8) is selectively rotatable relative to the flexible linkage so that the first end or the second end extends past an end of the flexible linkage.
A secondary battery in which an electrode assembly is built in a cylindrical can, a top cap connected to a positive electrode of the electrode assembly is coupled to an upper end of the can, and the can is connected to a negative electrode, the secondary battery comprising: a cooling member which receives heat generated in the electrode assembly to release the heat and is mounted on a bottom surface of the can, wherein the cooling member comprises a plurality of cooling pins disposed parallel to each other, the cooling pins are disposed in a direction parallel to a longitudinal direction of the can, and the bottom surface of the can gradually increases in height from an edge toward a center of the bottom surface. a cooling member which receives heat generated in the electrode assembly to release the heat and is mounted on a bottom surface of the can, wherein the cooling member comprises a plurality of cooling pins disposed parallel to each other, the cooling pins are disposed in a direction parallel to a longitudinal direction of the can, and the bottom surface of the can gradually increases in height from an edge toward a center of the bottom surface.
A computer implemented method comprising: receiving an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; augmenting the ARP request message with a first network service header, NSH, the first NSH identifying an ARP service function; forwarding the augmented ARP request to the ARP service function; receiving an ARP reply message from the ARP service function, the ARP reply message being encapsulated with a second NSH; decapsulating the second NSH from the ARP reply message; and determining, from the second NSH, whether the destination address for the destination virtual machine is present in an ARP service function database. receiving an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; augmenting the ARP request message with a first network service header, NSH, the first NSH identifying an ARP service function; forwarding the augmented ARP request to the ARP service function; receiving an ARP reply message from the ARP service function, the ARP reply message being encapsulated with a second NSH; decapsulating the second NSH from the ARP reply message; and determining, from the second NSH, whether the destination address for the destination virtual machine is present in an ARP service function database.
A vaginal manipulator comprising: a shaft connected between a handle and a head, the head comprising: a central plate having a distal end connected to the shaft, an expansion plate coupled to and configured to move radially away from the central plate, and a door having a constrained end and a free end, the constrained end of the door hinged to the central plate and the free end of the door configured to move away from the central plate; characterized in that, when the vaginal manipulator is inserted into a vagina, the expansion plate is movable parallel to the central plate to displace an anterior wall of the vagina and the door is movable relative to the central plate to displace a posterior wall of the vagina into a trans-abdominal line of sight. a shaft connected between a handle and a head, the head comprising: a central plate having a distal end connected to the shaft, an expansion plate coupled to and configured to move radially away from the central plate, and a door having a constrained end and a free end, the constrained end of the door hinged to the central plate and the free end of the door configured to move away from the central plate; a central plate having a distal end connected to the shaft, an expansion plate coupled to and configured to move radially away from the central plate, and a door having a constrained end and a free end, the constrained end of the door hinged to the central plate and the free end of the door configured to move away from the central plate;
A parking lock for a gearbox, in particular an automatic gearbox of a motor vehicle, having at least one locking member adjustable between at least release position and at least one locking position, by means of which locking member in the locking position at least one gear element of the gearbox is locked against rotation, and having a holding device having at least one safety position, by means of which holding device the locking member is secured in the at least one safety position of the holding device against a movement out of the release position into the locked position characterized in that the holding device has at least one second safety position, in which the locking member is secured by means of the holding device against a movement out of the locked position into the release position.
A separator for vacuum cleaners operating on the basis of a liquid bath, the liquid bath serving as pre-separation and as a dumping area for the aspirated particles and the airflow being generated by a turbine wheel in a housing, the separation being achieved by a centrifugal separator, the separator consisting of at least two segments, each of the segments being formed as a radially flat ring that is centrally secured to a hub via radial supports and having blades equidistantly formed and substantially perpendicularly to the surface of the ring, said blades extending from the outer circumference of the ring towards the interior, and the blades being positioned in a way that an angle (α) is present in the opposite direction of rotation between the radial direction and the direction of the blade, said angle being in the range 0 to 40 angular degrees, and each of the segments having an axially formed hub with an opening for attaching the separator to the shaft of the motor, characterized in that the blades are positioned on each individual segment in a way that a gap is formed between each two adjacent blades of each segment, wherein, when individual segments are stacked one over another, the blades of one segment extend into the gaps between the blades of the next segment, such that a newly formed gap is formed between the two adjacent blades of the assembled separator.
A power converter comprising: - first and second terminals of application of an input signal; - a power storage capacitor (CBUS) having first and second electrodes respectively coupled to the first and second terminals of application of the input signal via a current-limiting element (R1, L1); - at least one normally-on transistor (K1, K2, K3, K4, K5, K6); - a power supply circuit capable of generating a signal for powering a circuit (CMD_K1, CMD_K2) for controlling said at least one normally-on transistor; and- a switch configurable to, in a first configuration, couple first (g) and second (h) input terminals of the power supply circuit respectively to the first and second terminals of application of the input signal, upstream of the current-limiting element (R1, L1) and, in a second configuration, connect the first (g) and second (h) input terminals of the power supply circuit respectively to the first and second electrodes of the storage capacitor, downstream of the current-limiting element (R1, L1), the power converter being configured to, during a converter starting phase: - control the switch to the first configuration; - when the voltage supplied by the power supply circuit is sufficient, block said at least one normally-on transistor (K1, K2, K3, K4, K5, K6); and then - when the voltage across the storage capacitor (CBUS) exceeds a first predetermined threshold, control the switch to the second configuration. - first and second terminals of application of an input signal; - a power storage capacitor (CBUS) having first and second electrodes respectively coupled to the first and second terminals of application of the input signal via a current-limiting element (R1, L1); - at least one normally-on transistor (K1, K2, K3, K4, K5, K6); - a power supply circuit capable of generating a signal for powering a circuit (CMD_K1, CMD_K2) for controlling said at least one normally-on transistor; and- a switch configurable to, in a first configuration, couple first (g) and second (h) input terminals of the power supply circuit respectively to the first and second terminals of application of the input signal, upstream of the current-limiting element (R1, L1) and, in a second configuration, connect the first (g) and second (h) input terminals of the power supply circuit respectively to the first and second electrodes of the storage capacitor, downstream of the current-limiting element (R1, L1), - control the switch to the first configuration; - when the voltage supplied by the power supply circuit is sufficient, block said at least one normally-on transistor (K1, K2, K3, K4, K5, K6); and then - when the voltage across the storage capacitor (CBUS) exceeds a first predetermined threshold, control the switch to the second configuration.
An isolated antibody or antigen-binding fragment thereof that specifically binds human pituitary adenylate cyclase-activating polypeptide type I receptor, comprising a light chain variable region and a heavy chain variable region, wherein: (a) the light chain variable region comprises the sequence of SEQ ID NO: 153 and the heavy chain variable region comprises the sequence of SEQ ID NO: 174; (b) the light chain variable region comprises the sequence of SEQ ID NO: 156 and the heavy chain variable region comprises the sequence of SEQ ID NO: 174; or (c) the light chain variable region comprises the sequence of SEQ ID NO: 153 and the heavy chain variable region comprises the sequence of SEQ ID NO: 182. (a) the light chain variable region comprises the sequence of SEQ ID NO: 153 and the heavy chain variable region comprises the sequence of SEQ ID NO: 174; (b) the light chain variable region comprises the sequence of SEQ ID NO: 156 and the heavy chain variable region comprises the sequence of SEQ ID NO: 174; or (c) the light chain variable region comprises the sequence of SEQ ID NO: 153 and the heavy chain variable region comprises the sequence of SEQ ID NO: 182.
Radiation-curable aqueous coating compositions having a content of epoxy acrylates, wherein these compositions are obtainable by reacting epoxy resins that are self-dispersing in aqueous systems at 20 °C with acrylic and/or methacrylic acid and subsequently dispersing the epoxy acrylates thus obtained in an aqueous system, with the proviso that the reaction between components and is conducted in such a way that the epoxide groups present in component are fully ring-opened by the carboxyl functions present in component, with the proviso that the epoxy resins contain polyalkylene oxide building blocks, wherein these polyalkylene oxide building blocks have the general structure R 1 -O-R 2 -CH 2 CH(R 3)-NH 2 wherein R 1 is a monovalent organic group containing 1-12 carbon atoms, which may be aliphatic, cycloaliphatic or aromatic, R 2 is a polyoxyalkylene group made up of at least 5 polyoxyalkylene units, more particularly EO and/or PO units, and R 3 is hydrogen or an aliphatic group containing up to 4 carbon atoms, wherein the polyalkylene oxide building blocks having the general structure contained in the epoxy resins are selected from the group of Jeffamines and have an average molecular weight (number average; Mn) between 400 and 2000.
A method of making suitcases of rigid type, which comprises: providing a mold for plastic materials for molding a shell; molding identical first shells and second shells, comprising respective bottom walls (2a, 3a) and side walls, using said mold; applying a first plurality of accessories comprising sets of identical accessories in identical portions of the first shells and the second shells; applying a second plurality of different accessories in identical portions of the first shells and the second shells, such that the accessories applied to the first shells are different from the accessories applied in identical positions to the second shells, wherein this includes seating a hand grip of a telescopic handle in a recess of the second shells, located on a side wall thereof; hinging together respective side walls of the first and second shells (2, 3), adjacent to the wall with said recess, to allow the two shells to be closed like a book. providing a mold for plastic materials for molding a shell; molding identical first shells and second shells, comprising respective bottom walls (2a, 3a) and side walls, using said mold; applying a first plurality of accessories comprising sets of identical accessories in identical portions of the first shells and the second shells; applying a second plurality of different accessories in identical portions of the first shells and the second shells, such that the accessories applied to the first shells are different from the accessories applied in identical positions to the second shells, wherein this includes seating a hand grip of a telescopic handle in a recess of the second shells, located on a side wall thereof; hinging together respective side walls of the first and second shells (2, 3), adjacent to the wall with said recess, to allow the two shells to be closed like a book.
A system, comprising: in-riser equipment comprising: a subsea test tree; an adapter joint; a tubing hanger running tool; and a tubing hanger; a surrounding structure configured to be coupled to a marine riser and a subterranean well, wherein the in-riser equipment is positioned within the surrounding structure; and a power supply located outside of the surrounding structure and external to the riser; wherein the surrounding structure comprises first and second power connectors (230, 232) extending radially therethrough, wherein the first power connector is configured to couple to the adaptor joint and the second power connector is configured to couple_to the tubing hanger running tool; and wherein the in-riser equipment further comprises a controller, the controller comprising a plurality of input connections (500, 503) and a plurality of output connections (501, 502) to control power distribution to the in-riser equipment; the power supply is connected to the controller of the in-riser equipment via the first and second power connectors (230, 232) through the surrounding structure, wherein the controller is configured to control power distribution to the in-riser equipment in-riser equipment comprising: a subsea test tree; an adapter joint; a tubing hanger running tool; and a tubing hanger; a subsea test tree; an adapter joint; a tubing hanger running tool; and a tubing hanger; a surrounding structure configured to be coupled to a marine riser and a subterranean well, wherein the in-riser equipment is positioned within the surrounding structure; and a power supply located outside of the surrounding structure and external to the riser;
A fluidic apparatus for a sample separation system, the fluidic apparatus comprising a fluid inlet path for supplying a fluid, a splitting point arranged downstream the fluid inlet path and adapted for splitting the fluid into a first path and into a second path, and a second path sensor adapted for measuring a flow rate of the part of the fluid conducted into the second path, wherein the fluid inlet path comprises a first inlet conduit for supplying a first fluidic component of the fluid, a second inlet conduit for supplying a second fluidic component of the fluid, a first inlet sensor for measuring the flow rate of the first fluidic component and a second inlet sensor for measuring the flow rate of the second fluidic component and a mixing point for mixing the first fluidic component with the second fluidic component upstream the splitting point characterized in that - the first path is a waste path, - the second path is a column or use path, - the second path sensor is arranged within the second path. - the first path is a waste path, - the second path is a column or use path, - the second path sensor is arranged within the second path.
A fitting comprising a metal tube wall that forms both a cylindrical tube portion and an adjacent annular O-ring channel portion, the tube wall having a first wall thickness along the cylindrical tube portion and a second wall thickness along at least part of the O-ring channel portion, the second wall thickness being less than the first wall thickness, the cylindrical tube portion and O-ring channel portion being configured and adapted to encircle a cylindrical end portion of a tube when such end portion of the tube is inserted into the fitting, the tube wall also forming a flared portion, the cylindrical tube portion being between the O-ring channel portion and the flared portion, the flared portion having interior and exterior surfaces that diverge radially outward relative to the cylindrical tube portion as the flared portion extends away from the cylindrical tube portion, the exterior of the tube wall protruding radially outward at the O-ring channel portion relative to the adjacent cylindrical tube portion, the flared portion and O-ring channel portion of the tube wall forming an exterior locating cradle therebetween that is configured to constrain a crimping tool at around the cylindrical tube portion of the fitting; wherein the tube wall comprises copper, and wherein the tube wall is annealed to a grain size in the range of 0.005 to 0.070 millimeters.
A device for the uniform distribution of fodder, comprising two mutually opposite shoulders that support a plurality of cages that can rotate about their own axis and are connected to motor means, each one of said cages being defined by a pair of mutually opposite plates, which are mounted so that they can rotate on a respective one of said shoulders, and by a plurality of longitudinal bars, which are fixed to the peripheral region of said plates, at least two of said cages being spaced transversely so that the corresponding rotation axes are not superimposed, in each cage the plates being rigidly connected to each other exclusively by way of said bars and without a central shaft, characterized in that at least one of said cages comprises furthermore, mounted between the respective plates, vanes that are extended longitudinally between the plates, and said vanes being fixed detachably between the respective plates; at least one of said vanes being internally hollow and comprising internally a plurality of magnetic bodies that are distributed longitudinally within said at least one vane.
Method for preparing foodstuffs, which are cooked in a liquid contained in a cooking vessel, by means of an induction heating device, wherein the induction heating device comprises a resonant circuit having an induction heating coil, the method comprising the steps: - continuous determination of a parameter value of the resonant circuit, the parameter value depending on a temperature of the cooking vessel, and - during a heating-up phase: - applying a high-frequency rectangular voltage to the resonant circuit in order to supply heating power having a heating power setpoint to the cooking vessel, wherein the heating power setpoint is periodically varied, wherein within a period the heating power setpoint is set to a first value during a first interval, and during a remaining interval is set to a second, smaller value, - determining a change in the parameter value within the period, - evaluating the determined change in the parameter value in order to determine the boiling point of the liquid and - ending the heating-up phase when the boiling point has been determined. - continuous determination of a parameter value of the resonant circuit, the parameter value depending on a temperature of the cooking vessel, and - during a heating-up phase: - applying a high-frequency rectangular voltage to the resonant circuit in order to supply heating power having a heating power setpoint to the cooking vessel, wherein the heating power setpoint is periodically varied, wherein within a period the heating power setpoint is set to a first value during a first interval, and during a remaining interval is set to a second, smaller value, - determining a change in the parameter value within the period, - evaluating the determined change in the parameter value in order to determine the boiling point of the liquid and - ending the heating-up phase when the boiling point has been determined. - applying a high-frequency rectangular voltage to the resonant circuit in order to supply heating power having a heating power setpoint to the cooking vessel, wherein the heating power setpoint is periodically varied, wherein within a period the heating power setpoint is set to a first value during a first interval, and during a remaining interval is set to a second, smaller value, - determining a change in the parameter value within the period, - evaluating the determined change in the parameter value in order to determine the boiling point of the liquid and - ending the heating-up phase when the boiling point has been determined.