mhurhangee/ep-ind-claims huggingface dataset:
A valve comprising: a housing having an upper housing, a lower housing, a first opening and a second opening, wherein the upper housing has an interior wall; and an elastomeric member positioned in the housing, the elastomeric member comprising a continuous peripheral wall projecting from a surface; and a slit extending through the surface, a continuous portion of the peripheral wall creating a continuous sealable contact with the interior wall of the housing and partitioning the housing into an upper section and a lower section, the elastomeric member configured such that upon creating a pressure differential between the upper section and the lower section of the housing: (i) upon infusion of a fluid through the first opening, the peripheral wall is deflected from the interior wall of the housing to create a fluid passage around the elastomeric member; and (ii) upon aspiration of a fluid through the second opening, the slit opens, whereas a distal end of peripheral wall maintains a continuous sealable interference contact with interior wall, permitting fluid flow through the elastomeric member. a housing having an upper housing, a lower housing, a first opening and a second opening, wherein the upper housing has an interior wall; and an elastomeric member positioned in the housing, the elastomeric member comprising a continuous peripheral wall projecting from a surface; and a slit extending through the surface, a continuous portion of the peripheral wall creating a continuous sealable contact with the interior wall of the housing and partitioning the housing into an upper section and a lower section, the elastomeric member configured such that upon creating a pressure differential between the upper section and the lower section of the housing: (i) upon infusion of a fluid through the first opening, the peripheral wall is deflected from the interior wall of the housing to create a fluid passage around the elastomeric member; and (ii) upon aspiration of a fluid through the second opening, the slit opens, whereas a distal end of peripheral wall maintains a continuous sealable interference contact with interior wall, permitting fluid flow through the elastomeric member. (i) upon infusion of a fluid through the first opening, the peripheral wall is deflected from the interior wall of the housing to create a fluid passage around the elastomeric member; and (ii) upon aspiration of a fluid through the second opening, the slit opens, whereas a distal end of peripheral wall maintains a continuous sealable interference contact with interior wall, permitting fluid flow through the elastomeric member.
Network component for a building installation system comprising several interlinked components, which component (T 1, T 2,...) comprises a basic module and a top-piece, wherein the basic module provides a power supply, an actuator and an interface to the top-piece and the top-piece provides a sensor assigned to this top-piece and an interface to the basic module, characterized by the fact that the top-piece and the basic module are in a master-slave-relationship with regard to the relevant assigned functionalities, wherein the top-piece is designed as master and the basic module as slave and wherein a functionality is either assigned exclusively to the top-piece or to the basic module, wherein the top-piece comprises a communication module for communication within the building installation system.
An apparatus comprising: a memory physical layer interface (140, 205) to couple to an external memory having timing requirements for commands based on a design of the external memory; a plurality of registers implemented in association with the memory PHY, the plurality of registers to store a plurality of instruction words, each instruction word indicating a command (410, 420, 430, 510, 520, 525) and a delay (415, 515, 535, 540), wherein the delay is based on the timing requirements and is a time interval that is to elapse before executing the command; and a first programmable training engine implemented in the memory PHY to generate at-speed programmable sequences of commands (420, 430, 525) for delivery to the external memory in response to the instruction words, and to delay the commands based on said respective delay indicated by each instruction word, wherein, in response to the instruction words indicating first, second, and third commands, the first training engine is to execute the first command, execute the second command after a first delay relative to executing the first command, and execute the third command after a second delay relative to executing the second command, and wherein a sum of the first delay and the second delay satisfies a latency requirement for the first command and the third command. a memory physical layer interface (140, 205) to couple to an external memory having timing requirements for commands based on a design of the external memory; a plurality of registers implemented in association with the memory PHY, the plurality of registers to store a plurality of instruction words, each instruction word indicating a command (410, 420, 430, 510, 520, 525) and a delay (415, 515, 535, 540), wherein the delay is based on the timing requirements and is a time interval that is to elapse before executing the command; and a first programmable training engine implemented in the memory PHY to generate at-speed programmable sequences of commands (420, 430, 525) for delivery to the external memory in response to the instruction words, and to delay the commands based on said respective delay indicated by each instruction word, wherein, in response to the instruction words indicating first, second, and third commands, the first training engine is to execute the first command, execute the second command after a first delay relative to executing the first command, and execute the third command after a second delay relative to executing the second command, and wherein a sum of the first delay and the second delay satisfies a latency requirement for the first command and the third command.
Door construction, comprising: a door leaf guided by a door leaf guide, wherein the door leaf is designed such that it is urged into an open position by means of a pulley system, wherein the pulley system is arranged in the manner of a block and tackle and urges the door leaf in an opening direction by means of a gas pressure spring arranged on the pulley system, wherein a movement of the door leaf in the opening direction produces a spring movement of the gas pressure spring, the amount of said spring movement being smaller than the amount of the door leaf movement, characterised in that the gas pressure spring has a spring progression of less than 30%, preferably less than 15%, and in that the door construction is designed as a non-swinging door construction with a one-piece door leaf. a door leaf guided by a door leaf guide, wherein the door leaf is designed such that it is urged into an open position by means of a pulley system, wherein the pulley system is arranged in the manner of a block and tackle and urges the door leaf in an opening direction by means of a gas pressure spring arranged on the pulley system, wherein a movement of the door leaf in the opening direction produces a spring movement of the gas pressure spring, the amount of said spring movement being smaller than the amount of the door leaf movement, characterised in that the gas pressure spring has a spring progression of less than 30%, preferably less than 15%, and in that the door construction is designed as a non-swinging door construction with a one-piece door leaf.
A patient interface (300, 420) for delivering breathable gas to a patient, the patient interface comprising: a mask having a sealing portion adapted to form a seal with the patient; a first headgear chord connected to a first side of the mask; a second headgear chord connected to a second side of the mask; headgear adapted to connect to the first and second headgear chords to secure the mask to a head of the patient; and characterized by a first adjustment device on a first lateral side of the mask and a second adjustment device on a second lateral side of the mask adapted to selectively move the first and second headgear chords laterally to tighten or loosen the headgear, wherein each of said first and second adjustment devices comprises a dial on the mask. a mask having a sealing portion adapted to form a seal with the patient; a first headgear chord connected to a first side of the mask; a second headgear chord connected to a second side of the mask; headgear adapted to connect to the first and second headgear chords to secure the mask to a head of the patient; and characterized by a first adjustment device on a first lateral side of the mask and a second adjustment device on a second lateral side of the mask adapted to selectively move the first and second headgear chords laterally to tighten or loosen the headgear, wherein each of said first and second adjustment devices comprises a dial on the mask.
Claw crane game machine comprising a frame extending along a longitudinal axis Z and having a lower control portion and an upper game portion comprising a housing for prizes to be won that is delimited by a lower wall, an opposite upper wall, and side walls, at least one of which is transparent, the crane machine further comprising side walls, at least one of which is emissive and comprises a display for emitting light patterns having a plurality of light-emitting units, which are electrically connected in series and controlled individually by control means of the crane machine that are housed in the lower control portion, and a device for grabbing prizes in the housing, comprising: • an articulated grabbing claw; • motor-driven movement means for moving the claw comprising at least a first transverse movement unit for transverse movement along a first transverse axis X, a second transverse movement unit for transverse movement along a second transverse axis Y perpendicular to the first transverse axis X, and a third longitudinal movement unit for moving the claw longitudinally along the longitudinal axis Z between an initial position and a position for grabbing at least one prize in the housing; said control means comprising a control unit for controlling the movement means and a human-machine interface connected to the control unit and comprising a controller that can be moved between an equilibrium position in which the claw is immobile and a plurality of cantilevered positions in which the claw is moving in a transverse plane defined by the transverse axes X and Y, said first and second transverse movement units (17, 18) being able to be actuated concomitantly by the control unit, which is configured to correlate any cantilevered position of the controller with the direction of movement of the claw in the transverse plane, characterized in that the control unit is configured to correlate any cantilevered position of the controller with the power supplied by the motors of the first and second transverse movement units (17, 18). • an articulated grabbing claw; • motor-driven movement means for moving the claw comprising at least a first transverse movement unit for transverse movement along a first transverse axis X, a second transverse movement unit for transverse movement along a second transverse axis Y perpendicular to the first transverse axis X, and a third longitudinal movement unit for moving the claw longitudinally along the longitudinal axis Z between an initial position and a position for grabbing at least one prize in the housing;
A method for decoding a reference signal which is received in a code division multiplexing,_CDM, group, the CDM group comprising at least two CDM subgroups, each CDM subgroup being received on a different subcarrier, each CDM subgroup comprising resource elements in a first time slot and a second time slot subsequent to the first time slot, the method comprising: receiving, at a user equipment, a first set of resource elements for each of the at least two CDM subgroups in the first time slot; determining, by the user equipment, virtual variables of the first time slot by applying orthogonal cover codes applicable in the first time slot to the corresponding first set of resource elements of each of the at least two CDM subgroups; determining, by the user equipment, virtual channel samples of the first time slot by applying a predetermined weighting matrix to the virtual variables of the first time slot; receiving, at the user equipment, a second set of resource elements for each of the at least two CDM subgroups in the second time slot; determining, by the user equipment, virtual variables of the second time slot by applying orthogonal cover codes applicable in the second time slot to the corresponding second set of resource elements of each of the at least two CDM subgroups; determining, by the user equipment, virtual channel samples of the second time slot by applying the predetermined weighting matrix to the virtual variables of the second time slot; and determining, by the user equipment, channel estimates of the at least two CDM subgroups based on the virtual channel samples of both the first and second time slots. receiving, at a user equipment, a first set of resource elements for each of the at least two CDM subgroups in the first time slot; determining, by the user equipment, virtual variables of the first time slot by applying orthogonal cover codes applicable in the first time slot to the corresponding first set of resource elements of each of the at least two CDM subgroups; determining, by the user equipment, virtual channel samples of the first time slot by applying a predetermined weighting matrix to the virtual variables of the first time slot; receiving, at the user equipment, a second set of resource elements for each of the at least two CDM subgroups in the second time slot; determining, by the user equipment, virtual variables of the second time slot by applying orthogonal cover codes applicable in the second time slot to the corresponding second set of resource elements of each of the at least two CDM subgroups; determining, by the user equipment, virtual channel samples of the second time slot by applying the predetermined weighting matrix to the virtual variables of the second time slot; and determining, by the user equipment, channel estimates of the at least two CDM subgroups based on the virtual channel samples of both the first and second time slots.
A spiked head assembly for attachment to a tibial jig for use during an orthopaedic surgical procedure, the assembly comprising: (a) a body which comprises an elongate member having a central longitudinal axis, a first end and a second end, superior and inferior surfaces, and at least one securing spike (9a, 9b) provided on the inferior surface towards the second end of the elongate member and configured to engage with a bone mass; and at least one arm (10a, 10b) extending from the elongate member in a direction perpendicular to the inferior surface; and (b) a mount on the at least one arm which is configured to attach the assembly to the tibial jig, characterised in that the at least one arm is spaced apart from a plane that includes the central longitudinal axis and extends substantially perpendicularly to the inferior surface, such that the at least one arm and the inferior surface define an access space for the surgical procedure. (a) a body which comprises an elongate member having a central longitudinal axis, a first end and a second end, superior and inferior surfaces, and at least one securing spike (9a, 9b) provided on the inferior surface towards the second end of the elongate member and configured to engage with a bone mass; and at least one arm (10a, 10b) extending from the elongate member in a direction perpendicular to the inferior surface; and (b) a mount on the at least one arm which is configured to attach the assembly to the tibial jig,
An adaptive equalization method, comprising: calculating a speech intelligibility measurement of a speech signal by a computer processor; obtaining a first predetermined long-term average speech curve; obtaining a second predetermined long-term average speech curve; generating a weighted long-term speech curve by the computer processor based on the first predetermined long-term average speech curve, the second predetermined long-term average speech curve, and the speech intelligibility measurement; and adapting equalization coefficients for the speech signal by the computer processor based on the weighted long-term speech curve. calculating a speech intelligibility measurement of a speech signal by a computer processor; obtaining a first predetermined long-term average speech curve; obtaining a second predetermined long-term average speech curve; generating a weighted long-term speech curve by the computer processor based on the first predetermined long-term average speech curve, the second predetermined long-term average speech curve, and the speech intelligibility measurement; and adapting equalization coefficients for the speech signal by the computer processor based on the weighted long-term speech curve.
An electrosurgical system comprising: a return electrode monitoring system adapted to resonate across a predetermined resonance, the return electrode monitoring system comprising: at least one return electrode pad including at least one pair of split electrode pads (41, 42); and a detection circuit coupled to the at least one pair of split electrode pads; and a controller coupled to the return electrode monitoring system and configured to provide a sweeping drive signal to the return electrode monitoring system across a resonance range of the predetermined resonance, from a first predetermined frequency to a second predetermined frequency in predetermined frequency increments, wherein the detection circuit is configured to generate a drive signal in response to the sweeping drive signal and determine a frequency response at each frequency increment between the first predetermined frequency and the second predetermined frequency by measuring a voltage, a current and a phase difference therebetween, and further wherein the controller determines: a complex impedance across the at least one pair of split electrode pads using the frequency response, a surface area of the at least one return electrode pad in contact with the patient based on the complex impedance, and a type of the return electrode pad based on the surface area a return electrode monitoring system adapted to resonate across a predetermined resonance, the return electrode monitoring system comprising: at least one return electrode pad including at least one pair of split electrode pads (41, 42); and a detection circuit coupled to the at least one pair of split electrode pads; and at least one return electrode pad including at least one pair of split electrode pads (41, 42); and a detection circuit coupled to the at least one pair of split electrode pads; and a controller coupled to the return electrode monitoring system and configured to provide a sweeping drive signal to the return electrode monitoring system across a resonance range of the predetermined resonance, from a first predetermined frequency to a second predetermined frequency in predetermined frequency increments, wherein the detection circuit is configured to generate a drive signal in response to the sweeping drive signal and determine a frequency response at each frequency increment between the first predetermined frequency and the second predetermined frequency by measuring a voltage, a current and a phase difference therebetween, and further wherein the controller determines: a complex impedance across the at least one pair of split electrode pads using the frequency response, a surface area of the at least one return electrode pad in contact with the patient based on the complex impedance, and a type of the return electrode pad based on the surface area a complex impedance across the at least one pair of split electrode pads using the frequency response, a surface area of the at least one return electrode pad in contact with the patient based on the complex impedance, and a type of the return electrode pad based on the surface area
A stable, fluid, tubing mascara composition in the form of an oil-in-water emulsion comprising: (i) at least 7% by weight of the total composition of one or more film-forming aliphatic polyurethane resins; and (ii) one or more waxes; wherein the ratio of total aliphatic polyurethane resin concentration to total wax concentration is between 0.78 and 0.92. (i) at least 7% by weight of the total composition of one or more film-forming aliphatic polyurethane resins; and (ii) one or more waxes;
Valve having a housing, a solenoid which is arranged in the housing, a pin which can be moved by means of the solenoid, a piston which is connected to the pin and a seal, wherein the piston is constructed in a pot-like manner and the base thereof has an opening, and the pin protrudes through the opening in the base, characterized in that, at the outer side of the base, an arcuate curved member spans the opening, and in that the pin is connected to the arcuate curved member by means of a catch connection.
Electrochemical energy storage device, comprising at least two electrodes between which a separator (1.2.2) is arranged, the separator (1.2.2) being mechanically flexible, wherein a position of the separator (1.2.2) between the electrodes can be changed as a function of electrochemical processes occurring between the electrodes, characterised in that each of the electrodes comprises a coating of a composite material, the composite material comprising an electrically conductive matrix and an active material, the electrically conductive matrix of at least one of the electrodes comprising a silicon structure.
A multi-link hinge for the articulation of a door of a kitchen appliance or a cabinet, preferably for a laterally opening door, comprising - a first mounting part and a second mounting part, - a first hinge link and a second hinge link, for connecting the first mounting part to the second mounting part, and wherein the first hinge link is connected to the first mounting part pivotable about a first axis, wherein the first hinge link is connected to the second mounting part pivotable about a second axis, wherein the second hinge link is connected to the first mounting part pivotable about a third axis, wherein the second hinge link is connected to the second mounting part pivotable about a fourth axis, and wherein the first hinge link comprises an opening, wherein in a maximum opening position the third axis is in or moved through the opening of the first hinge link, characterised in that the first hinge link and/or the second hinge link are made of an elastic material and wherein the dimensions of the opening are chosen such that the first hinge link and/or second hinge link is elastically deformed if the second hinge link enters or passes the opening, and wherein at the maximum opening position the door is in a safety lock position. - a first mounting part and a second mounting part, - a first hinge link and a second hinge link, for connecting the first mounting part to the second mounting part, and