mhurhangee/ep-ind-claims huggingface dataset:
A syringe, comprising: a cylindrical body; a plunger movably disposed within the cylindrical body, the plunger comprising: a cover support ring, comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring; a frusto-conical section extending upwardly from groove; and a lip on an interior surface of the cover support ring; and a cover comprising a bottom end lip engaged with the groove of the cover support ring, the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover, and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip (4298, 7918). a cylindrical body; a plunger movably disposed within the cylindrical body, the plunger comprising: a cover support ring, comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring; a frusto-conical section extending upwardly from groove; and a lip on an interior surface of the cover support ring; and a cover comprising a bottom end lip engaged with the groove of the cover support ring, the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover, and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip (4298, 7918). a cover support ring, comprising: an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring; a frusto-conical section extending upwardly from groove; and a lip on an interior surface of the cover support ring; and an annular ring at an outside surface of a bottom portion of the cover support ring and defining a groove distally from the annular ring; a frusto-conical section extending upwardly from groove; and a lip on an interior surface of the cover support ring; and a cover comprising a bottom end lip engaged with the groove of the cover support ring, the cover further comprising a conically-shaped top with a substantially cylindrical portion extending therefrom, wherein the frusto-conical section of the cover support ring is matable within a conical interior surface of the cover, and characterized in that the annular ring is an annular rear base member comprising one or more inwardly projecting flanges spaced around the inner surface thereof and extending rearward from the lip (4298, 7918).
Support prosthesis for vessels or intracorporeal lumens with a tubular casing having an expandable meandering pattern which is formed by a filament (3, 4, 5, 22) and has a respective narrowing (12, 30) in a number of bending curves (5, 24, 28), wherein the filament (3, 4, 5, 22) tapers within the bending curves (5, 24, 28) continuously toward each narrowing (12, 30), characterised in that the narrowings (12, 30) in adjacent bending curves (5, 24, 28) are arranged with respect to the circumferential direction exclusively on the inlet side or the outlet side in the respective bending curves (5, 24, 28).
A wire connection terminal device comprising a main body and a pressing/moving unit assembled with the main body, the main body defining a chamber, a metal leaf spring and a terminal pin component being mounted in the chamber, the main body being formed with a wire inlet in communication with the chamber, the pressing/moving unit having a shafted section, a cam section connected with the shafted section, a force application section formed on the cam section and a press section formed on the cam section, the shafted section being pivotally connected on a shaft post of the main body, whereby the cam section can freely swing within the chamber, wherein pressing the force application section drives the press section to press a head end of the metal leaf spring so as to allow a conductive wire to be extracted out of the main body, characterized by a length between the force application section and the shafted section being smaller than a length between the press section and the shafted section. the pressing/moving unit having a shafted section, a cam section connected with the shafted section, a force application section formed on the cam section and a press section formed on the cam section, the shafted section being pivotally connected on a shaft post of the main body, whereby the cam section can freely swing within the chamber, wherein pressing the force application section drives the press section to press a head end of the metal leaf spring so as to allow a conductive wire to be extracted out of the main body, characterized by a length between the force application section and the shafted section being smaller than a length between the press section and the shafted section.
Luminaire, having - a support element, by which an edge region of a light emission opening is formed, and - a light-permeable cover, arranged to cover the light emission opening in such a way that it separates an environment of the luminaire from an interior space of the luminaire, wherein the cover is retained on the support element by means of a snap-lock connection, and the snap-lock connection has, for retaining the cover on the support element, a cover snap-lock element formed on the cover and a support element snap-lock element formed on the support element and interacting with the cover snap-lock element, wherein, in order to disconnect the snap-lock connection in a non-destructive manner, the cover snap-lock element has to be moved along a direction about a distance (s) opposite the support element snap-lock element, wherein the snap-lock connection is formed in the interior space and the luminaire is designed in such a way that no pressure and/or tension can be exerted out from the environment on the luminaire through which the cover snap-lock element is moved in the direction about the distance (s) opposite the support element snap-lock element without destroying a component of the luminaire, wherein the luminaire is designed in such a way that access to the interior space is not possible without destroying a component of the luminaire, characterized in that the support element is formed by a support element profile element that extends parallel to a longitudinal axis, and the cover is formed by a cover profile element that likewise extends parallel to the longitudinal axis, wherein the luminaire is designed in such a way that the cover profile element is pivot-mounted or swivel-mounted on a further edge region of the light emission opening opposite the edge region with regard to the light emission opening, wherein the further edge region is formed by the support element or by a lighting element connected with the support element in such a way that it can be disconnected from the support element in a non-destructive manner merely from the interior space. - a support element, by which an edge region of a light emission opening is formed, and - a light-permeable cover, arranged to cover the light emission opening in such a way that it separates an environment of the luminaire from an interior space of the luminaire,
A method for operating a mailing machine including a printer having a print head for printing on mail pieces, the method comprising: determining (80;100) if the printer has entered a disabled state; if the printer has entered a disabled state, determining (82;102) if information is being requested to be input by an operator; if information is not being requested to be input by the operator, moving (84; 104) the print head into a capped position; if information is being requested to be input by the operator, maintaining (86; 106) the print head in a printing position; if the information being requested to be input by the operator has been input (88;108) before a predetermined amount of time has expired, continuing processing (90;112) with the print head in the printing position; and if the information being requested to be input by the operator has not been input (92;110) before the predetermined amount of time has expired, moving (84;104) the print head to the capped position. determining (80;100) if the printer has entered a disabled state; if the printer has entered a disabled state, determining (82;102) if information is being requested to be input by an operator; if information is not being requested to be input by the operator, moving (84; 104) the print head into a capped position; if information is being requested to be input by the operator, maintaining (86; 106) the print head in a printing position; if the information being requested to be input by the operator has been input (88;108) before a predetermined amount of time has expired, continuing processing (90;112) with the print head in the printing position; and if the information being requested to be input by the operator has not been input (92;110) before the predetermined amount of time has expired, moving (84;104) the print head to the capped position.
Method for generating quantum-safe keys in a network which are used for safeguarding the communication taking place between at least two network elements (2 1, 2 2,... 2 n) in the network, said network elements themselves not having quantum mechanical means, wherein a respective quantum-safe key is calculated locally by each of the at least two network elements (2 1, 2 2,... 2 n) and using a pre-shared secret, namely a shared secret implemented in each case in a hardware security module HSM of the network elements (2 1, 2 2,... 2 n), by means of a high-entropy random number made available to the network elements (2 1, 2 2,... 2 n) for this purpose, wherein the method comprises the steps of a.) generating a high-entropy random number to be made available to the network elements (2 1, 2 2,... 2 n) for locally calculating a quantum-safe key by way of a central entropy source, which generates the random number with the aid of quantum technical means and allocates an identifier uniquely designating the random number, b.) communicating the random number with associated identifier by way of the central entropy source to the network elements (2 1, 2 2,... 2 n) equipped with the pre-shared secret via the network, c.) processing the random number locally in the network elements (2 1, 2 2,... 2 n) that receive it with the inclusion of the pre-shared secret or a derivation formed therefrom in an identical manner in the network elements (2 1, 2 2,... 2 n) and stored previously in their respective HSM, and in accordance with a processing specification applied identically in the network elements (2 1, 2 2,... 2 n), d.) storing the quantum-safe key calculated in accordance with step c), with assignment to the identifier received jointly with the random number, in the HSM of a respective network element (2 1, 2 2,... 2 n) for later use as a shared key for a symmetric encryption. a.) generating a high-entropy random number to be made available to the network elements (2 1, 2 2,... 2 n) for locally calculating a quantum-safe key by way of a central entropy source, which generates the random number with the aid of quantum technical means and allocates an identifier uniquely designating the random number, b.) communicating the random number with associated identifier by way of the central entropy source to the network elements (2 1, 2 2,... 2 n) equipped with the pre-shared secret via the network, c.) processing the random number locally in the network elements (2 1, 2 2,... 2 n) that receive it with the inclusion of the pre-shared secret or a derivation formed therefrom in an identical manner in the network elements (2 1, 2 2,... 2 n) and stored previously in their respective HSM, and in accordance with a processing specification applied identically in the network elements (2 1, 2 2,... 2 n), d.) storing the quantum-safe key calculated in accordance with step c), with assignment to the identifier received jointly with the random number, in the HSM of a respective network element (2 1, 2 2,... 2 n) for later use as a shared key for a symmetric encryption.
A device comprising: a memory device configured to store a plurality of representations of a soundfield, each respective representation of the soundfield comprising a different set of ambisonic coefficients representative of the soundfield; and a processor, coupled to the memory device, the processor configured to: track a steering angle provided by one or more angles associated with a positioning of the device; and select, based on the steering angle, a particular representation of the soundfield from the plurality of representations stored to the memory device. a memory device configured to store a plurality of representations of a soundfield, each respective representation of the soundfield comprising a different set of ambisonic coefficients representative of the soundfield; and a processor, coupled to the memory device, the processor configured to: track a steering angle provided by one or more angles associated with a positioning of the device; and select, based on the steering angle, a particular representation of the soundfield from the plurality of representations stored to the memory device. track a steering angle provided by one or more angles associated with a positioning of the device; and select, based on the steering angle, a particular representation of the soundfield from the plurality of representations stored to the memory device.
An air conditioner comprising: a housing having a first suction port and a second suction port; a heat exchanger configured to exchange heat with air drawn into the housing through the first suction port; a first discharging port configured to discharge the heat-exchanged air from the housing; a second discharging port configured to discharge air drawn into the housing through the second suction port in a first direction to be mixed outside of the housing with the heat-exchanged air discharged from the first discharging port; characterized in that the air conditioner comprises a discharging door having a plurality of discharging holes, through which the heat-exchanged air discharged by the first discharging port is discharged out of the housing, and configured to selectively open and close the second discharging port by a movement of the discharging door. a housing having a first suction port and a second suction port; a heat exchanger configured to exchange heat with air drawn into the housing through the first suction port; a first discharging port configured to discharge the heat-exchanged air from the housing; a second discharging port configured to discharge air drawn into the housing through the second suction port in a first direction to be mixed outside of the housing with the heat-exchanged air discharged from the first discharging port; characterized in that the air conditioner comprises a discharging door having a plurality of discharging holes, through which the heat-exchanged air discharged by the first discharging port is discharged out of the housing, and configured to selectively open and close the second discharging port by a movement of the discharging door.
A bimodal polyethylene homopolymer composition consisting essentially of a higher molecular weight polyethylene homopolymer component (HMW component) and a lower molecular weight polyethylene homopolymer component (LMW component); wherein the composition has a density from 0.961 to 0.980 gram per cubic centimeter (g/cm 3); a melt index (I 2) from 0.2 to 2.0 gram per 10 minutes (g/10 min.); a gel permeation chromatography resolved bimodality from Log 4.01 to Log 4.99; an amount of the HMW component from 30 to 70 weight percent (wt%) based on the combined weight of the HMW and LMW components; and a number-average molecular weight (M n) from 3,000 to 4,990 grams per mole (g/mol).
A method of conveying a glass ribbon comprising the step of: conveying the glass ribbon over a support device (135; 149; 188; 190; 191) with a cushion of fluid supporting the glass ribbon over the support device (135; 149; 188; 190; 191), characterised in that the method further comprises the step of: monitoring a physical contact event between the glass ribbon and the support device (135; 149; 188; 190; 191) by detecting an acoustic signal (415; 417) associated with the physical contact event. conveying the glass ribbon over a support device (135; 149; 188; 190; 191) with a cushion of fluid supporting the glass ribbon over the support device (135; 149; 188; 190; 191), characterised in that the method further comprises the step of: monitoring a physical contact event between the glass ribbon and the support device (135; 149; 188; 190; 191) by detecting an acoustic signal (415; 417) associated with the physical contact event.
A computer-implemented method for detecting broken bar faults of an induction motor during operations, comprising: acquiring, in a time domain, a signal of a stator current powering the induction motor with a fundamental frequency via an interface, wherein the induction motor is under a varying speed operation; converting the stator current to a complex space vector; transforming the complex space vector to a transformed stator current by referencing to synchronous reference frame; performing Short time Fourier Transform, STFT, on the transformed stator current to get a spectrogram matrix; removing a DC component from the spectrogram matrix; determining, in a frequency domain, sparse and smooth frequency components in the spectrogram matrix, wherein the determining includes_performing a graph-based method by imposing a smoothness constraint and a sparsity constraint on the frequency component; and detecting a fault in the induction motor if the frequency component includes a continuously changing sparse fault frequency component in the spectrogram matrix. acquiring, in a time domain, a signal of a stator current powering the induction motor with a fundamental frequency via an interface, wherein the induction motor is under a varying speed operation; converting the stator current to a complex space vector; transforming the complex space vector to a transformed stator current by referencing to synchronous reference frame; performing Short time Fourier Transform, STFT, on the transformed stator current to get a spectrogram matrix; removing a DC component from the spectrogram matrix; determining, in a frequency domain, sparse and smooth frequency components in the spectrogram matrix, wherein the determining includes_performing a graph-based method by imposing a smoothness constraint and a sparsity constraint on the frequency component; and detecting a fault in the induction motor if the frequency component includes a continuously changing sparse fault frequency component in the spectrogram matrix.
A method for querying group's dispatching area information comprising: sending, by a user, a request for querying a group's dispatching area information to a base station through a user terminal, wherein the group's dispatching area information is information of a dispatching area which is defined by dividing the network coverage of a communication system; querying (302,S303), by the base station, the group's dispatching area information according to the request for querying the group's dispatching area information; and returning a response to the group's dispatching area information query to the user terminal. sending, by a user, a request for querying a group's dispatching area information to a base station through a user terminal, wherein the group's dispatching area information is information of a dispatching area which is defined by dividing the network coverage of a communication system; querying (302,S303), by the base station, the group's dispatching area information according to the request for querying the group's dispatching area information; and returning a response to the group's dispatching area information query to the user terminal.
A semiconductor device, comprising: a semiconductor layer having a first conductivity type and having a surface in which an active region of the semiconductor device is defined; a plurality of spaced apart doped regions within the active region, the plurality of doped regions having a second conductivity type that is opposite the first conductivity type and defining a plurality of exposed portions of the semiconductor layer within the active region; and a metal layer on the semiconductor layer, the metal layer forming a Schottky junction with the exposed portions of the semiconductor layer and contacting the doped regions, wherein the plurality of doped regions comprise a plurality of rows extending in a longitudinal direction, each of the rows including a plurality of longitudinally extending segments wherein each of the longitudinally extending segments has an aspect ratio defined as a length of the doped regions in the longitudinal direction divided by a length of the doped regions in a lateral direction that is greater than one, the lateral direction being perpendicular to the longitudinal direction; the device being characterised in that the longitudinally extending segments in each row partially overlap two longitudinally extending segments in each adjacent row in the lateral direction. a semiconductor layer having a first conductivity type and having a surface in which an active region of the semiconductor device is defined; a plurality of spaced apart doped regions within the active region, the plurality of doped regions having a second conductivity type that is opposite the first conductivity type and defining a plurality of exposed portions of the semiconductor layer within the active region; and a metal layer on the semiconductor layer, the metal layer forming a Schottky junction with the exposed portions of the semiconductor layer and contacting the doped regions, wherein the plurality of doped regions comprise a plurality of rows extending in a longitudinal direction, each of the rows including a plurality of longitudinally extending segments wherein each of the longitudinally extending segments has an aspect ratio defined as a length of the doped regions in the longitudinal direction divided by a length of the doped regions in a lateral direction that is greater than one, the lateral direction being perpendicular to the longitudinal direction; the device being characterised in that the longitudinally extending segments in each row partially overlap two longitudinally extending segments in each adjacent row in the lateral direction.