mhurhangee/ep-ind-claims huggingface dataset:
A device for analyzing electrocardiogram data, the device comprising: - an input means for obtaining a temporal sequence of electrocardiogram data registered by at least 2 electrodes corresponding to a plurality of predetermined locations on the body of a user, - a processing unit connected to said input means to receive and process the temporal sequence of electrocardiogram data, the processing unit being programmed for determining at least one parameter indicative of a morphological feature of said temporal sequence of electrocardiogram data, and for performing a comparison of said at least one parameter to a previously recorded individual spatial reference of said at least one parameter obtained from said user under a plurality of different physiological conditions, characterized by, said morphological feature comprising a multi-dimensional ST segment feature, said at least one parameter being indicative of a multi-dimensional vector of ST segment features, and said comparison being a comparison of a spatial ST level representation with said previously recorded individual spatial reference of said at least one parameter, and - an output means connected to said processing unit for generating a signal indicative of ST elevation taking into account said comparison, the signal being representative of a risk of a myocardial infarction occurring in said body, wherein said device is furthermore adapted for prompting a user for inputting during a calibration and/or re-calibration procedure a temporal sequence of electrocardiogram data registered by a plurality of electrodes corresponding to the plurality of predetermined locations on the body of the user obtained under said plurality of different physiological conditions including in supine and standing posture or including in rest and/or during or after walking and/or jogging. - an input means for obtaining a temporal sequence of electrocardiogram data registered by at least 2 electrodes corresponding to a plurality of predetermined locations on the body of a user, - a processing unit connected to said input means to receive and process the temporal sequence of electrocardiogram data, the processing unit being programmed for determining at least one parameter indicative of a morphological feature of said temporal sequence of electrocardiogram data, and for performing a comparison of said at least one parameter to a previously recorded individual spatial reference of said at least one parameter obtained from said user under a plurality of different physiological conditions, characterized by, said morphological feature comprising a multi-dimensional ST segment feature, said at least one parameter being indicative of a multi-dimensional vector of ST segment features, and said comparison being a comparison of a spatial ST level representation with said previously recorded individual spatial reference of said at least one parameter, and - an output means connected to said processing unit for generating a signal indicative of ST elevation taking into account said comparison, the signal being representative of a risk of a myocardial infarction occurring in said body,
Method of localizing a device within an environment, the method comprising the steps of: Acquiring a first location information that is representative for a first specified position within the environment (40, S10); Acquiring a first sensor information that is representative for the first specified position within the environment (40, S20); Providing a first reliability value that is indicative of a reliability with which the acquired first sensor information corresponds to the acquired first location information (13, S32); Only if the first reliability value exceeds a reliability threshold value allocating the acquired first sensor information to the acquired first location information, in order to generate a first condition information that is representative for the first specified position within the environment, Providing a knowledge base having stored therein a plurality of condition information comprising at least the first condition information; Providing, by the device, a current sensor information indicating a current condition of the environment present at the current position of the device (20, S50); Localizing the device within the environment based on a matching between the current sensor information and the plurality of condition information stored in the knowledge base (13, S60). Acquiring a first location information that is representative for a first specified position within the environment (40, S10); Acquiring a first sensor information that is representative for the first specified position within the environment (40, S20); Providing a first reliability value that is indicative of a reliability with which the acquired first sensor information corresponds to the acquired first location information (13, S32); Only if the first reliability value exceeds a reliability threshold value allocating the acquired first sensor information to the acquired first location information, in order to generate a first condition information that is representative for the first specified position within the environment, Providing a knowledge base having stored therein a plurality of condition information comprising at least the first condition information; Providing, by the device, a current sensor information indicating a current condition of the environment present at the current position of the device (20, S50); Localizing the device within the environment based on a matching between the current sensor information and the plurality of condition information stored in the knowledge base (13, S60).
An environmental control system for an aircraft, the ECS including: a primary heat exchanger configured to receive bleed air from a turbine compressor of the aircraft; a secondary heat exchanger having an input configured to receive a flow from the primary heat exchanger and a secondary heat exchanger output and that cools the flow received from the primary heat exchanger with RAM air; and a thermoelectric condensing device having an input in fluid communication with the output of the secondary heat exchanger and also having a thermoelectric condensing device output; characterised in that the ECS does not include an air cycle machine that includes a turbine and a compressor. a primary heat exchanger configured to receive bleed air from a turbine compressor of the aircraft; a secondary heat exchanger having an input configured to receive a flow from the primary heat exchanger and a secondary heat exchanger output and that cools the flow received from the primary heat exchanger with RAM air; and a thermoelectric condensing device having an input in fluid communication with the output of the secondary heat exchanger and also having a thermoelectric condensing device output; characterised in that the ECS does not include an air cycle machine that includes a turbine and a compressor.
A doorbell prompting control method, for controlling a doorbell, the method comprising: determining, by a human body sensing device of the doorbell, whether a visitor enters a doorbell prompting area; determining, by a processor of a doorbell control device, a prompting mode of the doorbell when the visitor enters the doorbell prompting area, wherein the prompting mode is preset by a bound user terminal; and controlling, by the processor according to the prompting mode of the doorbell, the doorbell to make a prompt through at least one of a short-focus projection module of the doorbell or the doorbell per se, to enable the visitor to obtain prompting information, characterized in that, the method further comprises: determining, by a smart camera of the doorbell, an identity of the visitor entering the doorbell prompting area; wherein determining, by the processor, the prompting mode of the doorbell comprises: determining, by the processor according to the identity of the visitor, a preset prompting mode matching the identity of the visitor. determining, by a human body sensing device of the doorbell, whether a visitor enters a doorbell prompting area; determining, by a processor of a doorbell control device, a prompting mode of the doorbell when the visitor enters the doorbell prompting area, wherein the prompting mode is preset by a bound user terminal; and controlling, by the processor according to the prompting mode of the doorbell, the doorbell to make a prompt through at least one of a short-focus projection module of the doorbell or the doorbell per se, to enable the visitor to obtain prompting information, characterized in that, the method further comprises: determining, by a smart camera of the doorbell, an identity of the visitor entering the doorbell prompting area; wherein determining, by the processor, the prompting mode of the doorbell comprises: determining, by the processor according to the identity of the visitor, a preset prompting mode matching the identity of the visitor.
A power factor measurement apparatus arranged to measure a power factor of power consumed at a load connected to a power source via a connection line, the apparatus comprising: a pair of coupling ends (12a, 12b) which are arranged to couple to the power source in parallel with the load; a power factor sensor comprising first and second magnetic elements (21, 22), wherein due to an external magnetic field, a resistance of the first magnetic element increases while a resistance of the second magnetic element decreases, and an increase amount of the resistance of the first magnetic element is substantially equal to a decrease amount of the second magnetic element, and power is supplied to both of the first and second magnetic elements (21, 22) from the power source; a voltage detector configured to detect a differential voltage between the first and second magnetic elements (21, 22); a low pass filter connected with an output of the voltage detector; a high pass filter connected with the output of the voltage detector; a rectifier connected with an output of the high pass filter; and a divider arranged to divide an output of the low pass filter by an output of the rectifier. a pair of coupling ends (12a, 12b) which are arranged to couple to the power source in parallel with the load; a power factor sensor comprising first and second magnetic elements (21, 22), wherein due to an external magnetic field, a resistance of the first magnetic element increases while a resistance of the second magnetic element decreases, and an increase amount of the resistance of the first magnetic element is substantially equal to a decrease amount of the second magnetic element, and power is supplied to both of the first and second magnetic elements (21, 22) from the power source; a voltage detector configured to detect a differential voltage between the first and second magnetic elements (21, 22); a low pass filter connected with an output of the voltage detector; a high pass filter connected with the output of the voltage detector; a rectifier connected with an output of the high pass filter; and a divider arranged to divide an output of the low pass filter by an output of the rectifier.
A vibration type removal apparatus that can peel and remove a hard tissue from a soft tissue, the vibration type removal apparatus comprising: a housing; a vibration device arranged in the housing; a tool provided in a distal end portion of the vibration device, protruding from the housing, and insertable between the hard tissue and the soft tissue; a control device that controls driving of the vibration device to vibrate the tool in an axial direction of the vibration device; and a cooling device that cools the tool, characterised in that: a first surface, which opposes the soft tissue, of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool, and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated. a housing; a vibration device arranged in the housing; a tool provided in a distal end portion of the vibration device, protruding from the housing, and insertable between the hard tissue and the soft tissue; a control device that controls driving of the vibration device to vibrate the tool in an axial direction of the vibration device; and a cooling device that cools the tool, characterised in that: a first surface, which opposes the soft tissue, of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool, and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated. a first surface, which opposes the soft tissue, of the tool has a plurality of recesses formed thereon, along each of the axial direction of the vibration device and a width direction of the tool, and the control device controls the vibration of the tool by the vibration device to burst oscillation in which stop and vibration are repeated.
A virtual reality head-mounted apparatus, comprising: an apparatus body, the apparatus body comprising a convex lens and a camera, and an apparatus interface, the camera being located on a user side of the convex lens, and a lens of the camera directly facing an eye of the user to acquire eye pattern features of the user, wherein the apparatus interface is provided on the apparatus body on a side of the convex lens away from the user, the apparatus interface being capable of being electrically connected to an electronic device installed in the apparatus body, the electronic device being a mobile phone or tablet used to play virtual reality display content, the camera being connected to the apparatus interface through a data line, wherein the camera is configured to, upon receiving a control instruction transmitted by the electronic device through the apparatus interface and the data line, perform an operation to acquire the eye pattern features in response to the control instruction, and transmit the acquired eye pattern features to the electronic device through the apparatus interface and the data line, the electronic device being configured to acquire the eye pattern features while the user is watching the virtual reality display content through the convex lens and to process the acquired eye pattern features to perform an identity verification operation on the user. wherein the apparatus interface is provided on the apparatus body on a side of the convex lens away from the user, the apparatus interface being capable of being electrically connected to an electronic device installed in the apparatus body, the electronic device being a mobile phone or tablet used to play virtual reality display content, the camera being connected to the apparatus interface through a data line, wherein the camera is configured to, upon receiving a control instruction transmitted by the electronic device through the apparatus interface and the data line, perform an operation to acquire the eye pattern features in response to the control instruction, and transmit the acquired eye pattern features to the electronic device through the apparatus interface and the data line, the electronic device being configured to acquire the eye pattern features while the user is watching the virtual reality display content through the convex lens and to process the acquired eye pattern features to perform an identity verification operation on the user.
A Control Plane Radio Access Network node, CP-RAN node, of a Central Unit, CU, of a disaggregated RAN node, wherein the CU comprises at least the CP-RAN node and a User Plane, UP, RAN node; the CP-RAN node comprising: means for receiving, from the UP-RAN node, at least one status indicative of the UP-RAN node's capacity to perform at least one respective type of header compression, wherein the at least one status indicates whether, and/or to what extent, the UP-RAN node has capacity to perform the at least one respective type of header compression based in part on a loading of the UP-RAN node's resources for performing header compression; and means for sending configuration information for the at least one type of header compression to a User Equipment, UE, based in part on the respective at least one status. means for receiving, from the UP-RAN node, at least one status indicative of the UP-RAN node's capacity to perform at least one respective type of header compression, wherein the at least one status indicates whether, and/or to what extent, the UP-RAN node has capacity to perform the at least one respective type of header compression based in part on a loading of the UP-RAN node's resources for performing header compression; and means for sending configuration information for the at least one type of header compression to a User Equipment, UE, based in part on the respective at least one status.
Capsule machine as a hot beverage preparation device for household use, with a heating device, a brewing chamber to be opened on the user side, into which capsules for beverage preparation can be inserted, with a fluid line from the heating device to the brewing chamber, with a fluid inlet into the brewing chamber on the brewing chamber-side end of the fluid line, with a beverage outlet downstream of the brewing chamber and with a steam nozzle downstream of the brewing chamber, characterised by a steam outlet in the brewing chamber, which can be connected to the fluid inlet by inserting a suitable steam capsule into the brewing chamber, and by activation means for switching on the steam generation of the heating device, which can be switched by means of the steam capsule.
System for laying a protective strip on an upper surface of a fishplate (6, 7) provided on a first rail intended to be buried, characterised in that it comprises: - a chassis; - wheels, mounted on said chassis and adapted to roll on said rail; - a reel for said strip; - a roller for pressing the strip against said upper surface; and, - means for fastening said strip, preferably by gluing or welding, on the surface. - a chassis; - wheels, mounted on said chassis and adapted to roll on said rail; - a reel for said strip; - a roller for pressing the strip against said upper surface; and, - means for fastening said strip, preferably by gluing or welding, on the surface.
An image projector comprising: a controller operative to receive image data and to provide control signals based at least in part on said image data; a light source configured to provide an illumination beam; a reflective phase modulating spatial light modulator, SLM, (220, 1202) configured to selectively steer portions of said illumination beam to create a modulated illumination beam responsive to signals from said controller, said modulated illumination beam including light modulated by said reflective phase modulating SLM (220, 1202); an optical component (204, 1200) disposed in the path of said modulated illumination beam; a filter (904, 1004, 1102, 1206) disposed at or near a Fourier plane of said optical component and operative to at least partially block unmodulated light reflected from said reflective phase modulating SLM (220, 1202) to create a filtered, modulated illumination beam; and an amplitude modulating spatial light modulator disposed in said filtered, modulated illumination beam and configured to selectively modulate the amplitude of portions of said filtered, modulated illumination beam to create an imaging beam. a controller operative to receive image data and to provide control signals based at least in part on said image data; a light source configured to provide an illumination beam; a reflective phase modulating spatial light modulator, SLM, (220, 1202) configured to selectively steer portions of said illumination beam to create a modulated illumination beam responsive to signals from said controller, said modulated illumination beam including light modulated by said reflective phase modulating SLM (220, 1202); an optical component (204, 1200) disposed in the path of said modulated illumination beam; a filter (904, 1004, 1102, 1206) disposed at or near a Fourier plane of said optical component and operative to at least partially block unmodulated light reflected from said reflective phase modulating SLM (220, 1202) to create a filtered, modulated illumination beam; and an amplitude modulating spatial light modulator disposed in said filtered, modulated illumination beam and configured to selectively modulate the amplitude of portions of said filtered, modulated illumination beam to create an imaging beam.
A writing instrument comprising an erasing member which is attached to a front end part of a cap, wherein said end part has an fitting part which is arranged on a center axis and two connecting parts which connect said end part and said fitting part, said erasing member has a fitting hole which receives said fitting part and said connecting part, wherein in a state where said erasing member is attached, a clearance space is formed around said connecting part, wherein said writing instrument further comprises a supporting wall which surrounds part of said erasing member, a side surface of said part of said erasing member being provided with a ring shaped engagement projecting part, and said ring shaped engagement projecting part abutting against the inner circumferential surface of said supporting wall to be held so that said erasing member does not become loose, wherein said clearance space is defined by said fitting part, said connecting parts, and an inner circumferential surface of said fitting hole of said erasing member, characterised in that said fitting part has a corner part, a lock part is formed in said fitting hole, said corner part and said lock part are configured to engage when said erasing member is pulled out, and a circular vent opening is provided at said cap.