mhurhangee/ep-ind-claims huggingface dataset:
Flow cell, in particular for analyzing or/and synthesizing substances, having at least one storage zone (10; 19; 33) which is connected to a duct (7-9; 20) for transporting fluid from, into, or/and through the storage zone, wherein the duct has a duct zone that is delimited by a substrate and by a film which is connected to the substrate, in which duct zone the duct is closed off and at a predetermined breaking point is openable while deflecting the film, wherein the film covers a clearance in the substrate that forms the duct zone, and a barrier wall which is integrally connected to the substrate and which shuts off the duct is disposed in the clearance, and the predetermined breaking point is formed by a rupturable connection zone between the film and a peripheral portion of the barrier wall that faces the film, characterized in that the thickness of the barrier wall decreases toward the film, and the dimensions of a peripheral area of the barrier wall that is parallel with the film and is formed in the peripheral portion are decisive to the planar extent of the connection zone.
An operating method of an electronic device, the operating method comprising: obtaining target voice data based on an utterance input of a specific speaker; determining a number of learning steps of the target voice data, based on data features comprising a data amount of the target voice data; generating a target model by training a pre-trained model pre-trained to convert text into an audio signal, by using the target voice data as training data, based on the determined number of learning steps; generating output data obtained by converting input text into an audio signal, by using the generated target model; and outputting the generated output data. obtaining target voice data based on an utterance input of a specific speaker; determining a number of learning steps of the target voice data, based on data features comprising a data amount of the target voice data; generating a target model by training a pre-trained model pre-trained to convert text into an audio signal, by using the target voice data as training data, based on the determined number of learning steps; generating output data obtained by converting input text into an audio signal, by using the generated target model; and outputting the generated output data.
A drug injection device, comprising: a main body case having a lid and a base and an injection needle let-in/let-out opening; a drug syringe mounting component provided inside the main body case for mounting a drug syringe therein, the drug syringe mounting component being movable forth and back between a position where the injection needle of the drug syringe is inside the main body case and a position where the injection needle extends through the injection needle let-in/let-out opening; a piston being movable with respect to the drug syringe mounting component; a drive mechanism for driving the drug syringe mounting component and the piston, wherein the drive mechanism is configured to drive the drug syringe mounting component forth and back; a controller electrically connected to the drive mechanism; and characterized in further comprising means for locking the lid when it is closed by movement of the drug syringe mounting component from a position where the injection needle of the drug syringe is inside the main body case to a position where the injection needle extends through the injection needle let-in/let-out opening, wherein the means for locking the lid comprises a first locking means connected to the lid and adapted to interact with a second locking means connected to the drug syringe mounting component such that the lid and the drug syringe mounting component cannot be separated from one another during interaction, wherein interaction occurs only when the lid is closed and the drug syringe mounting component is moved away from a mounting position. a main body case having a lid and a base and an injection needle let-in/let-out opening; a drug syringe mounting component provided inside the main body case for mounting a drug syringe therein, the drug syringe mounting component being movable forth and back between a position where the injection needle of the drug syringe is inside the main body case and a position where the injection needle extends through the injection needle let-in/let-out opening; a piston being movable with respect to the drug syringe mounting component; a drive mechanism for driving the drug syringe mounting component and the piston, wherein the drive mechanism is configured to drive the drug syringe mounting component forth and back; a controller electrically connected to the drive mechanism; and characterized in further comprising means for locking the lid when it is closed by movement of the drug syringe mounting component from a position where the injection needle of the drug syringe is inside the main body case to a position where the injection needle extends through the injection needle let-in/let-out opening, wherein the means for locking the lid comprises a first locking means connected to the lid and adapted to interact with a second locking means connected to the drug syringe mounting component such that the lid and the drug syringe mounting component cannot be separated from one another during interaction, wherein interaction occurs only when the lid is closed and the drug syringe mounting component is moved away from a mounting position.
A cochlear implant headpiece for use with a cochlear implant, the cochlear implant headpiece (100, 100b, 100b') comprising: a housing (102, 102b); a diametrically magnetized headpiece magnet (110, 110a, 110b, 110b'), defining an axis and a N-S direction, within the housing and rotatable about the axis, whereby the N-S direction of the headpiece magnet self-aligns with the gravitational direction when the axis is perpendicular to the gravitational direction; and a headpiece antenna associated with the housing. a housing (102, 102b); a diametrically magnetized headpiece magnet (110, 110a, 110b, 110b'), defining an axis and a N-S direction, within the housing and rotatable about the axis, whereby the N-S direction of the headpiece magnet self-aligns with the gravitational direction when the axis is perpendicular to the gravitational direction; and a headpiece antenna associated with the housing.
An electronic cigarette atomizer, comprising an atomization assembly and a liquid reservoir sleeved on the atomization assembly; the liquid reservoir comprising a liquid storage cavity; wherein the atomization assembly comprises a heating assembly; the heating assembly comprises a porous body and at least one heater arranged in or on the porous body, and the porous body has an atomized side and a liquid absorption side; and the liquid absorption side communicates with the liquid storage cavity; characterized in that the atomization assembly further comprises a lower holder and an upper holder installed on and clamped to the lower holder, wherein the heating assembly is clamped between the lower and the upper holders (11, 14); and wherein an atomization cavity is formed between the atomized side and the lower holder; and wherein the lower holder comprises a base and a supporting structure (112, 113) arranged on the base; the heating assembly is arranged on the supporting structure (112, 113); and the atomized side faces the base and is spaced from the base at an interval which forms the atomization cavity; and wherein the upper holder comprises a main body and an embedded portion extending downwards from the main body, the embedded portion is sleeved on the heating assembly. characterized in that the atomization assembly further comprises a lower holder and an upper holder installed on and clamped to the lower holder, wherein the heating assembly is clamped between the lower and the upper holders (11, 14); and wherein an atomization cavity is formed between the atomized side and the lower holder; and wherein the lower holder comprises a base and a supporting structure (112, 113) arranged on the base; the heating assembly is arranged on the supporting structure (112, 113); and the atomized side faces the base and is spaced from the base at an interval which forms the atomization cavity; and wherein the upper holder comprises a main body and an embedded portion extending downwards from the main body, the embedded portion is sleeved on the heating assembly.
A subject monitoring system, comprising a fluid source for a fluid to be administered to a subject; a flow controller associated with the fluid source and configured to vary a fluid administration rate and a volume of the fluid to be administered; a flow probe, which is configured to sense flow-related information related to an administration of the fluid to the subject and to provide flow-related data indicative of a fluid flow rate related to the administration of the fluid to the subject; a physiological sensor, which is configured to detect and quantify a physiological parameter of the subject and to provide physiological data indicative thereof; a monitor (310, 107) including a processor and a display, for executing an algorithm (107, 800) that includes receiving the physiological data provided by the physiological sensor and correlated flow-related data provided by the flow probe, determining administration-related data indicative of a response of the subject to administered volumes and rates of fluid administration, and based upon the administration-related data, generating and providing via the display a recommendation for a subsequent administration protocol controlling the flow controller, the subsequent administration protocol including an amount or a rate of fluid to be administered to the subject. a fluid source for a fluid to be administered to a subject; a flow controller associated with the fluid source and configured to vary a fluid administration rate and a volume of the fluid to be administered; a flow probe, which is configured to sense flow-related information related to an administration of the fluid to the subject and to provide flow-related data indicative of a fluid flow rate related to the administration of the fluid to the subject; a physiological sensor, which is configured to detect and quantify a physiological parameter of the subject and to provide physiological data indicative thereof; a monitor (310, 107) including a processor and a display, for executing an algorithm (107, 800) that includes receiving the physiological data provided by the physiological sensor and correlated flow-related data provided by the flow probe, determining administration-related data indicative of a response of the subject to administered volumes and rates of fluid administration, and based upon the administration-related data, generating and providing via the display a recommendation for a subsequent administration protocol controlling the flow controller, the subsequent administration protocol including an amount or a rate of fluid to be administered to the subject.
A method for generating an elliptic curve cryptographic key pair for use in a processor, the method comprising: - generating a first pseudo-random number using a first pseudo-random number generator operating in a scalar number domain; - generating a pseudo-random group element using a second pseudo-random number generator operating in an elliptic curve point domain, wherein the pseudo-random group element is a pseudo-random elliptic curve point; and - providing a private key from the first random number and a public key from the pseudo-random group element, the private key and the public key being a key pair, characterized in that the first and second random number generators (32, 34) are topologically identical pseudo-random number generators operating in parallel and in step with each other to produce a plurality of key pairs, wherein parallel sequences of pseudo-random elliptic curve points, by the second random number generator, and corresponding scalars, by the first random number generator, are generated. - generating a first pseudo-random number using a first pseudo-random number generator operating in a scalar number domain; - generating a pseudo-random group element using a second pseudo-random number generator operating in an elliptic curve point domain, wherein the pseudo-random group element is a pseudo-random elliptic curve point; and - providing a private key from the first random number and a public key from the pseudo-random group element, the private key and the public key being a key pair,
Method for monitoring the change in the state of wear of a windscreen wiper of a wiping system for a motor vehicle window, in order to replace this windscreen wiper after a given wear threshold, the method comprising, in succession: - a step a) of determining the replacement of the windscreen wiper with a new windscreen wiper; - a step b) of estimating or measuring the state of wear of the new windscreen wiper at a time t0; - a step c) of monitoring the change over time in the state of wear of the new windscreen wiper starting from the time t0; and - a step d) of detecting when the state of wear of the new windscreen wiper reaches or passes said threshold, wherein step a) of determining the replacement of the windscreen wiper with a new windscreen wiper is a step of outputting an interrogation message to a user of the vehicle and/or a person responsible for the maintenance of the windscreen wiper, the method being characterized in that said message is a message asking the user of the vehicle and/or the person responsible for the maintenance of the windscreen wiper if they have replaced the windscreen wiper with another new windscreen wiper. - a step a) of determining the replacement of the windscreen wiper with a new windscreen wiper; - a step b) of estimating or measuring the state of wear of the new windscreen wiper at a time t0; - a step c) of monitoring the change over time in the state of wear of the new windscreen wiper starting from the time t0; and - a step d) of detecting when the state of wear of the new windscreen wiper reaches or passes said threshold,
A protection relay for providing electrical protection in an electrical system, comprising a base relay for measurement of line current in a medium voltage power line and generation of a trip signal, plurality of mechanical switches for specifying, by a user, a base setting of an operating parameter of the protection relay, and a Human Machine Interface unit, characterized in that: the HMI unit is adapted to detect at least one change in the base setting made with at least one mechanical switch from the plurality of mechanical switches of the protection relay, and the HMI unit records change in the base setting made with at least one mechanical switch from the plurality of mechanical switches at an unpowered condition of the base relay. the HMI unit is adapted to detect at least one change in the base setting made with at least one mechanical switch from the plurality of mechanical switches of the protection relay, and the HMI unit records change in the base setting made with at least one mechanical switch from the plurality of mechanical switches at an unpowered condition of the base relay.
A foldable chair, comprising: a fixing stand which is fixed to a fixing structure; a seat part and a backrest part which are rotatably installed at the fixing stand; and a damping part which is installed at the fixing stand so as to be in contact with the backrest part and thus to relieve a shock, when the seat part is rotated, characterized in that the damping part comprises a coupling part which is coupled to the fixing stand, and a relieving part which protrudes from the coupling part and is inserted into the coupling part by contact with the backrest part. a fixing stand which is fixed to a fixing structure; a seat part and a backrest part which are rotatably installed at the fixing stand; and a damping part which is installed at the fixing stand so as to be in contact with the backrest part and thus to relieve a shock, when the seat part is rotated, characterized in that the damping part comprises a coupling part which is coupled to the fixing stand, and a relieving part which protrudes from the coupling part and is inserted into the coupling part by contact with the backrest part.
A display gray scale curve correction system for molybdenum target mammography, comprising: a key module for providing signal input, an ARM module for receiving triggered instructions from the key module, an upper computer connected with the ARM module in two directions, an FPGA module connected with the outputs of the ARM module and the upper computer, and a display panel connected with the output of the FPGA module, wherein the upper computer firstly captures the currently displayed mammography, then analyzes the image features, calculates the optimized gray scale correction curve, and the ARM module writes the gray scale correction curve into the FPGA module through a serial communication protocol; the FPGA module performs grayscale mapping twice for pixel values of the input image, one mapping according to the received grayscale correction curve and one mapping according to the standard DICOM correction, and enhances the display of the mammography image, wherein the serial communication protocol is preferably SPI or I 2 C protocol; wherein, in the analysis of the image features by the upper computer, two kinds of inefficient information: "low gray-scale pixels of the transition zone between the skin and the background of the mammography image" and "a certain percentage of the maximum brightness pixels" are ignored, and a grayscale stretching operation is performed; and according to different types of mammary gland, the upper computer designs respectively two optimization schemes for the grayscale correction curve: one for enhancing the high grayscale gland tissue and one for enhancing the low grayscale fibrous trabecular tissue in the displayed image.
A camera device, characterized in that the camera device comprises: a supporting member; a housing having a protrusive limiter at a first end, a second end of the housing fastened to the supporting member; a camera lens; a mounting barrel configured to mount the camera lens, the mounting barrel deployed inside the housing, the mounting barrel having a ring-shaped flange disposed on an exterior peripheral face thereof and coaxially aligned to each other; a plurality of plural elastic members disposed between the ring-shaped flange of the mounting barrel and the protrusive limiter of the housing for providing a force to make the ring-shaped flange and the protrusive limiter move away from each other; a rotating ring disposed between the ring-shaped flange and the supporting member, the rotating ring having a protruding member disposed thereon and the protruding member being rotated along with the rotating ring, the protruding member abutting sequentially on different peripheral positions of the ring-shaped flange, central axes of the mounting barrel and the rotating ring forming an angle such that the mounting barrel is inclined with respect to the rotating ring. a supporting member; a housing having a protrusive limiter at a first end, a second end of the housing fastened to the supporting member; a camera lens; a mounting barrel configured to mount the camera lens, the mounting barrel deployed inside the housing, the mounting barrel having a ring-shaped flange disposed on an exterior peripheral face thereof and coaxially aligned to each other; a plurality of plural elastic members disposed between the ring-shaped flange of the mounting barrel and the protrusive limiter of the housing for providing a force to make the ring-shaped flange and the protrusive limiter move away from each other; a rotating ring disposed between the ring-shaped flange and the supporting member, the rotating ring having a protruding member disposed thereon and the protruding member being rotated along with the rotating ring, the protruding member abutting sequentially on different peripheral positions of the ring-shaped flange, central axes of the mounting barrel and the rotating ring forming an angle such that the mounting barrel is inclined with respect to the rotating ring.
A system for measuring an internal dimension, such as the radius, of a cylindrical cavity over a determined length, hollowed in a turbomachine hollow shaft, comprising a measurement module mounted removably on a support that has translational mobility inside and along the axis of the cavity, the module comprising a measurement component for measuring the dimension and delivering signals corresponding to the measured values and incorporating a recording and storage means for recording and storing said values, characterized in that the mobile support is the arbor adapted to act as a support for the boring head of a machine tool, the one used to hollow out said cavity.
Filter insert for use in a water outlet fitting having an integrated drinking water filter, wherein the filter insert is closed on all sides and has an internal cavity and at least a portion of its outer surface is in the form of a surface having a filtering action through which water to be filtered passes from the outside to the inside, and the filter insert has an outlet opening through which filtered water is able to flow out of the internal cavity, wherein an outward-facing nozzle in the form of a collar is formed on the filter insert, which nozzle forms the outlet opening and can be received by an opening in a fitting-side filter housing and out of which nozzle filtered water is able to flow freely without making contact with the filter housing; and the nozzle has an integrated aerator.