mhurhangee/ep-ind-claims huggingface dataset:
A head module, comprising: a head including: a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator; a heat spreader in thermal communication with the driver IC; a holder that supports the head; and a heat insulator located between the heat spreader and the holder, the heat insulator having a thermal conductivity lower than the heat spreader; characterised in that the heat insulator includes a frame portion that surrounds a side peripheral surface of the heat spreader, the side peripheral surface intersecting with a thermal contact surface of the heat spreader with the driver IC. a head including: a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator; a flow channel substrate having an orifice and a flow channel communicating with the orifice; and an actuator configured to apply energy to liquid in the flow channel to eject the liquid through the orifice; a driver IC that is electrically connected to the actuator and configured to drive the actuator; a heat spreader in thermal communication with the driver IC; a holder that supports the head; and a heat insulator located between the heat spreader and the holder, the heat insulator having a thermal conductivity lower than the heat spreader; characterised in that the heat insulator includes a frame portion that surrounds a side peripheral surface of the heat spreader, the side peripheral surface intersecting with a thermal contact surface of the heat spreader with the driver IC.
Method for controlling an electrical drive of a door or a door wing, wherein the door or the door wing can be moved by means of the drive in a first direction of travel from an opened position into a closed position and conversely in a second direction of travel from the closed position into the opened position, wherein in order to move the door or the door wing in at least one of the two directions of travel, the drive can be controlled by means of manual force effects on the door or the door wing, and wherein the door or the door wing has at least one side surface which runs in the two directions of travel, wherein in order to move the door or the door wing, the drive is controlled by means of manual force effects, which, in one of the directions of travel (S, O), act on the side surface of the door or the door wing or a component arranged thereupon, characterised in that with a movement of the door or the door wing in one of the directions of travel (S, O) and a continuous force effect on the side surface of the door or the door wing in this direction of travel (S, O), the drive is controlled so that the movement of the door or the door wing in the direction of travel (S, O) takes place with a predefined speed.
A light detection and ranging, LIDAR, apparatus, comprising: an optical circuit (101, 200) comprising: a laser source configured to emit a laser beam propagated towards a target; a beam separator operatively coupled to the laser source, the beam separator configured to separate the laser beam into a local oscillator signal and a transmission beam propagated towards a target; a first optical amplifier operatively coupled to the beam separator, the first optical amplifier configured to: receive a return laser beam reflected from the target in a return path; and amplify the return laser beam to output an amplified return laser beam, wherein a power level of the local oscillator is comparable to a power of amplified spontaneous emission of the first optical amplifier; and an optical detector operatively coupled to the first optical amplifier, the optical detector configured to output a current based on the amplified return laser beam and the local oscillator. a laser source configured to emit a laser beam propagated towards a target; a beam separator operatively coupled to the laser source, the beam separator configured to separate the laser beam into a local oscillator signal and a transmission beam propagated towards a target; a first optical amplifier operatively coupled to the beam separator, the first optical amplifier configured to: receive a return laser beam reflected from the target in a return path; and amplify the return laser beam to output an amplified return laser beam, wherein a power level of the local oscillator is comparable to a power of amplified spontaneous emission of the first optical amplifier; and an optical detector operatively coupled to the first optical amplifier, the optical detector configured to output a current based on the amplified return laser beam and the local oscillator. receive a return laser beam reflected from the target in a return path; and amplify the return laser beam to output an amplified return laser beam, wherein a power level of the local oscillator is comparable to a power of amplified spontaneous emission of the first optical amplifier; and an optical detector operatively coupled to the first optical amplifier, the optical detector configured to output a current based on the amplified return laser beam and the local oscillator.
A method of generating a 3D reconstruction model of a portion of the space surrounding a moving vehicle by means of a vehicle embedded computing system on the basis of image data obtained by a digital camera mounted on the vehicle and capable of imaging a portion of the space surrounding the vehicle and on vehicle odometry data indicating the movement of the vehicle, the method comprising the steps of: capturing, by the camera, a first plurality N, N > 2, of images of the portion of the space surrounding the vehicle, at a predetermined frame rate, while the vehicle is moving; selecting an image point to be tracked through the first plurality of images; tracking (20, 40) the image point through the first plurality of images so as to obtain a first plurality N of tracked image points; generating a second plurality N' of subsets of tracked image points, each of the subsets including a third plurality of a predetermined number n of tracked image points corresponding to a third plurality of consecutive images, wherein N' < N and n < N; for each of the N' subsets, performing the steps of reconstructing the 3D world coordinates of the tracked image point based on triangulation on the basis of the vehicle odometry data, and determining a geometric quality metric characterizing the quality of the reconstructed 3D world coordinates; and selecting the 3D world coordinates reconstructed by means of the subset which produces the optimal result based on the determined geometric quality metric as the final reconstructed 3D point. capturing, by the camera, a first plurality N, N > 2, of images of the portion of the space surrounding the vehicle, at a predetermined frame rate, while the vehicle is moving; selecting an image point to be tracked through the first plurality of images; tracking (20, 40) the image point through the first plurality of images so as to obtain a first plurality N of tracked image points; generating a second plurality N' of subsets of tracked image points, each of the subsets including a third plurality of a predetermined number n of tracked image points corresponding to a third plurality of consecutive images, wherein N' < N and n < N; for each of the N' subsets, performing the steps of reconstructing the 3D world coordinates of the tracked image point based on triangulation on the basis of the vehicle odometry data, and determining a geometric quality metric characterizing the quality of the reconstructed 3D world coordinates; and reconstructing the 3D world coordinates of the tracked image point based on triangulation on the basis of the vehicle odometry data, and determining a geometric quality metric characterizing the quality of the reconstructed 3D world coordinates; and selecting the 3D world coordinates reconstructed by means of the subset which produces the optimal result based on the determined geometric quality metric as the final reconstructed 3D point.
A disinfecting system for using solution to disinfect an object, said disinfecting system comprising a cup configured to retain the solution therein; a multi-piece catalyst assembly, wherein the system is configured to move at least one piece of the multi-piece catalyst relative to at least one other piece of the multi-piece catalyst whereby the multi-piece catalyst assembly comprises a first catalyst member and a second catalyst member, further comprising an actuating rod which engages at least one of the first catalyst member and the second catalyst member, a stem which engages at least one of the first catalyst member and the second catalyst member, and wherein the actuating rod is moveable relative to the stem, thereby providing that one of the first catalyst member and second catalyst member is moveable relative to the other of the first catalyst member and second catalyst member, in response to pressure in the system, thereby providing that the effective surface area of the catalyst assembly which is exposed to the solution increases during disinfection of the object within the cup.
A method for wireless communication, comprising: indicating, by a base station, BS, to a user equipment, UE, via semi-persistent signaling, an index indicating a resource hopping pattern assigned to the UE, and receiving a grant-free, GF, uplink transmission from the UE in accordance with the resource hopping pattern. indicating, by a base station, BS, to a user equipment, UE, via semi-persistent signaling, an index indicating a resource hopping pattern assigned to the UE, and receiving a grant-free, GF, uplink transmission from the UE in accordance with the resource hopping pattern.
A method for providing access to a physical space, secured by a lock, for provision of a service, the lock being associated with a service consumer, the method being performed in an access coordinator and comprising the steps of: receiving an approval signal from a service consumer device of the service consumer, the approval signal indicating that the service consumer allows a service provider agent of a service provider to open the lock, wherein the approval signal comprises a first access delegation, from the service consumer to the service provider; receiving, from a service provider device of the service provider, a request to assign a service provider agent of the service provider to open the lock; communicating with the service provider device to use a private key of a cryptographic key pair accessible to the service provider device, the private key being a private key of the service provider, the private key being used to generate service agent access data that is specific for the service provider agent, to allow the service provider agent to open the lock, wherein the service agent access data comprises a second access delegation, from the service provider to the service provider agent, wherein the second access delegation includes the first access delegation, wherein the step of communicating with the service provider comprises commanding the service provider device to provide a first electronic signature of a set of data by using the private key, wherein the service agent access data comprises the set of data and the first electronic signature; and transmitting the service agent access data to a service provider agent device associated with the service provider agent. receiving an approval signal from a service consumer device of the service consumer, the approval signal indicating that the service consumer allows a service provider agent of a service provider to open the lock, wherein the approval signal comprises a first access delegation, from the service consumer to the service provider; receiving, from a service provider device of the service provider, a request to assign a service provider agent of the service provider to open the lock; communicating with the service provider device to use a private key of a cryptographic key pair accessible to the service provider device, the private key being a private key of the service provider, the private key being used to generate service agent access data that is specific for the service provider agent, to allow the service provider agent to open the lock, wherein the service agent access data comprises a second access delegation, from the service provider to the service provider agent, wherein the second access delegation includes the first access delegation, wherein the step of communicating with the service provider comprises commanding the service provider device to provide a first electronic signature of a set of data by using the private key, wherein the service agent access data comprises the set of data and the first electronic signature; and transmitting the service agent access data to a service provider agent device associated with the service provider agent.
Method for measuring the degree of fibre concentration in a pulp inside a refiner for the manufacture of paper pulp, which refiner comprises a stator and an opposing rotor, which form a grinding gap for the pulp, with the stator being provided with at least one sensor device, designed to interact with a rotor surface and comprising an impedance meter body with a sensor surface, which impedance meter body is mounted in the stator in such a way that the impedance meter body can move axially, wherein measurements of the impedance between the rotor surface and the sensor surface are carried out during an axial movement of the impedance meter body and in that the measured impedance differences are utilized together with the size of the movement to determine the dielectric constant of the pulp, from which the degree of fibre concentration of the pulp is derived.
A method for producing a texturized food product, comprising the steps of: - providing destarched oats; - mixing said destarched oats with a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and - cooking the mixture by using hydrothermal cooking or extrusion-cooking to form the texturized food product, wherein the destarched oats is a fraction of oats having a starch content of 6% or less, preferably 4% or less, a protein content of at least 30%, preferably at least 40%, and a fiber content of at least 10%, preferably at least 15%, based on dry matter. - providing destarched oats; - mixing said destarched oats with a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and - cooking the mixture by using hydrothermal cooking or extrusion-cooking to form the texturized food product,
A shaving system comprising: a handle having a distal end and a proximal end, a shaving assembly mounted on the handle, and including an interface element configured to provide a mechanical engagement between the shaving assembly and handle, wherein one of the distal end of the handle, and the interface element, includes an appendage protruding therefrom, and the other one of the distal end of the handle and interface element includes a receiving portion configured to receive the appendage, a magnetic portion (105, 107) configured to provide a magnetic force between the handle and shaving assembly sufficient to retain the shaving assembly on the handle between shaving strokes; characterised in that the magnetic portion comprises at least one magnet affixed to the end of the appendage, and the receiving portion includes a ferrous material. a handle having a distal end and a proximal end, a shaving assembly mounted on the handle, and including an interface element configured to provide a mechanical engagement between the shaving assembly and handle, wherein one of the distal end of the handle, and the interface element, includes an appendage protruding therefrom, and the other one of the distal end of the handle and interface element includes a receiving portion configured to receive the appendage, a magnetic portion (105, 107) configured to provide a magnetic force between the handle and shaving assembly sufficient to retain the shaving assembly on the handle between shaving strokes; characterised in that the magnetic portion comprises at least one magnet affixed to the end of the appendage, and the receiving portion includes a ferrous material.
A method for tracking a human target (110, 112, 114, 116), the method comprising, for a new location added to a track of locations of a human target: receiving radar signals using a radar sensor; generating a range-Doppler map based on the received radar signals; detecting the human target based on the range-Doppler map, wherein the detected human target exhibits a spread in Doppler and range bins of the range-Doppler map, wherein detecting the human target comprises determining (1424, 1430) a range and a bounding box dimension (lx, ly, lz) of a bounding box bounding the detected human target, the bounding box (922, 924, 926) at least partially surrounding the spread in Doppler and range bins of the detected human target; and when the determined range is inside an expected region associated to the track, adding to the track the new location (508, 510, 512, 514) comprising the determined range and bounding box dimension (lx, ly, lz), wherein the expected region is determined based on bounding box dimensions of locations of the track. receiving radar signals using a radar sensor; generating a range-Doppler map based on the received radar signals; detecting the human target based on the range-Doppler map, wherein the detected human target exhibits a spread in Doppler and range bins of the range-Doppler map, wherein detecting the human target comprises determining (1424, 1430) a range and a bounding box dimension (lx, ly, lz) of a bounding box bounding the detected human target, the bounding box (922, 924, 926) at least partially surrounding the spread in Doppler and range bins of the detected human target; and when the determined range is inside an expected region associated to the track, adding to the track the new location (508, 510, 512, 514) comprising the determined range and bounding box dimension (lx, ly, lz), wherein the expected region is determined based on bounding box dimensions of locations of the track.
A method of processing graphical content for application programs (210; 302; 602), comprising the steps of: interfacing with an application program (210; 302; 602) executing on a processing device; maintaining a plurality of renderable objects independently from graphical content of the application program (210; 302; 602); making the renderable objects available for rendering to a display of the processing device; identifying a modification of at least a portion of the graphical content wherein the modification is caused by the application program (210; 302; 602); determining based on the modification to the graphical content one or more actions to perform on at least one of the renderable objects to achieve a result for the modification; and performing the one or more actions on the at least one renderable object to achieve the result when making the at least one renderable object available for rendering, and characterised in that: the act of interfacing with the application program (210; 302; 602) comprises maintaining a first data structure (222; 322; 604) having a plurality of model objects associated with the graphical content of the application program(210; 302; 602), and wherein the act of maintaining the plurality of renderable objects comprises maintaining a second data structure separate from the first data structure, the second data structure having the plurality of renderable objects that are based on the model objects of the first data structure. interfacing with an application program (210; 302; 602) executing on a processing device; maintaining a plurality of renderable objects independently from graphical content of the application program (210; 302; 602); making the renderable objects available for rendering to a display of the processing device; identifying a modification of at least a portion of the graphical content wherein the modification is caused by the application program (210; 302; 602); determining based on the modification to the graphical content one or more actions to perform on at least one of the renderable objects to achieve a result for the modification; and performing the one or more actions on the at least one renderable object to achieve the result when making the at least one renderable object available for rendering, and characterised in that: the act of interfacing with the application program (210; 302; 602) comprises maintaining a first data structure (222; 322; 604) having a plurality of model objects associated with the graphical content of the application program(210; 302; 602), and wherein the act of maintaining the plurality of renderable objects comprises maintaining a second data structure separate from the first data structure, the second data structure having the plurality of renderable objects that are based on the model objects of the first data structure.