mhurhangee/ep-ind-claims huggingface dataset:
A weighing arrangement configured to be mounted on a lift device, the weighing arrangement comprises; - a flexible portion (21, 21', 21", S1) configured to deform when a load is applied to the flexible portion; - a gap sensing detector configured to detect the measure of a gap (g) formed between an upper surface (9, 25') and a lower surface (11, 25"); - the flexible portion (21, 21', 21", S1) is joined to the upper surface (9, 25') and/or the lower surface (11, 25") for providing a measure of the gap (g) upon applied load; - an electrical control circuitry coupled to the gap sensing detector and configured to convert said measure to a registered weight of the applied load; characterized in that - the weighing arrangement further comprises an electro-mechanical gyroscope (13, 28, 77) coupled to the electrical control circuitry; - the electro-mechanical gyroscope (13, 28, 77) is configured to measure rotational velocity of the weighing arrangement; and - the electrical control circuitry is configured to adjust the registered weight to actual weight from changes in rotational velocity, wherein the electrical control circuitry calculates the actual weight from the registered weight and from said changes in rotational velocity detected by the electromechanical gyroscope (13, 28, 77). - a flexible portion (21, 21', 21", S1) configured to deform when a load is applied to the flexible portion; - a gap sensing detector configured to detect the measure of a gap (g) formed between an upper surface (9, 25') and a lower surface (11, 25"); - the flexible portion (21, 21', 21", S1) is joined to the upper surface (9, 25') and/or the lower surface (11, 25") for providing a measure of the gap (g) upon applied load; - an electrical control circuitry coupled to the gap sensing detector and configured to convert said measure to a registered weight of the applied load; characterized in that - the weighing arrangement further comprises an electro-mechanical gyroscope (13, 28, 77) coupled to the electrical control circuitry; - the electro-mechanical gyroscope (13, 28, 77) is configured to measure rotational velocity of the weighing arrangement; and - the electrical control circuitry is configured to adjust the registered weight to actual weight from changes in rotational velocity, wherein the electrical control circuitry calculates the actual weight from the registered weight and from said changes in rotational velocity detected by the electromechanical gyroscope (13, 28, 77).
A display unit comprising: a first display panel having a plurality of first light emitting elements, wherein the plurality of first light emitting elements are configured to provide a first color light; a second display panel having a plurality of second light emitting elements, wherein the plurality of second light emitting elements are configured to provide a second color light; and a light combining element, characterized in that the display unit further comprising: a wavelength conversion element; the wavelength conversion element is located on a transmission path of the first color light and has a conversion region and a non-conversion region, wherein a quantum dot conversion material is disposed on the conversion region, part of the first color light is converted into a third color light after passing through the conversion region, and another part of the first color light passes through the non-conversion region; and the light combining element is located on transmission paths of the first color light, the second color light and the third color light, and is configured to guide the third color light, the second color light and the first color light that passes through the non-conversion region to form an image beam. a first display panel having a plurality of first light emitting elements, wherein the plurality of first light emitting elements are configured to provide a first color light; a second display panel having a plurality of second light emitting elements, wherein the plurality of second light emitting elements are configured to provide a second color light; and a light combining element, a wavelength conversion element; the wavelength conversion element is located on a transmission path of the first color light and has a conversion region and a non-conversion region, wherein a quantum dot conversion material is disposed on the conversion region, part of the first color light is converted into a third color light after passing through the conversion region, and another part of the first color light passes through the non-conversion region; and the light combining element is located on transmission paths of the first color light, the second color light and the third color light, and is configured to guide the third color light, the second color light and the first color light that passes through the non-conversion region to form an image beam.
A wireless transmission / receive unit, WTRU, comprising a processor configured to: receive a beam failure recovery, BFR, configuration from a base station of a network, wherein the BFR configuration is associated with a first bandwidth part, BWP, and comprises a configuration of at least one set of candidate beam reference signals, CB-RS; detect a beam failure on a monitored cell; determine at least one new set of candidate beam reference signals, CB-RSs, from the at least one set of CB-RS configured for the WTRU; determine if one or more CB-RS in the at least one new set of CB-RSs meets a criterion, and in a case it is determined that the one or more CB-RS in the at least one new set of CB-RSs meets the criterion: select one of the one or more CB-RS in the at least one new set that meets the criterion as the new beam, and indicate the selected new beam to the network; wherein the determining of the at least one new set of candidate beam reference signals, CB-RSs, from the at least one set of CB-RS configured for the WTRU comprises switching an active bandwidth part, BWP, from the first BWP of the monitored cell to a second BWP of the monitored cell, the second BWP being identified using a BWP identity of the second BWP configured in the BFR configuration of the first BWP. receive a beam failure recovery, BFR, configuration from a base station of a network, wherein the BFR configuration is associated with a first bandwidth part, BWP, and comprises a configuration of at least one set of candidate beam reference signals, CB-RS; detect a beam failure on a monitored cell; determine at least one new set of candidate beam reference signals, CB-RSs, from the at least one set of CB-RS configured for the WTRU; determine if one or more CB-RS in the at least one new set of CB-RSs meets a criterion, and in a case it is determined that the one or more CB-RS in the at least one new set of CB-RSs meets the criterion: select one of the one or more CB-RS in the at least one new set that meets the criterion as the new beam, and indicate the selected new beam to the network; select one of the one or more CB-RS in the at least one new set that meets the criterion as the new beam, and indicate the selected new beam to the network;
A system for navigating and joint coordinating one or more robots positioned in a monitored area, the system comprising one or more suspended tethered platforms, one or more robot tracking devices mounted on said suspended tethered platforms, natural or artificial markers (4, 5), a central unit configured to receive data from said robot tracking devices mounted on said suspended tethered platforms, said central unit configured for determining coordinates and orientation of said robots, determining orientation of system elements, and forming control commands based on data received from said robot tracking devices, the system characterized in that at least one of said suspended tethered platforms is a rotor device configured for operation in the following modes: a) autogyro, driven by the oncoming air stream; b) wind motor, powered by the oncoming wind, and c) helicopter, powered by a terrestrial charger. a) autogyro, driven by the oncoming air stream; b) wind motor, powered by the oncoming wind, and c) helicopter, powered by a terrestrial charger.
A method that facilitates dynamic load balancing in a communications system, comprising: determining whether a load imbalance exists between a first frequency and a second frequency based at least in part on random access preambles transmitted by one or more mobile devices; and characterized by signaling an indicator on an acquisition indicator channel to at least a subset of the one or more mobile devices, the indicator includes a command that orders a transition to a new frequency different than a frequency employed by the subset to transmit the random access preambles. determining whether a load imbalance exists between a first frequency and a second frequency based at least in part on random access preambles transmitted by one or more mobile devices; and characterized by signaling an indicator on an acquisition indicator channel to at least a subset of the one or more mobile devices, the indicator includes a command that orders a transition to a new frequency different than a frequency employed by the subset to transmit the random access preambles.
A method for adjusting a terminal operating bandwidth, comprising: sending, by a base station, configuration information of at least two bandwidth parts, BPs, to a terminal; and sending, by the base station, a BP adjustment instruction to the terminal, wherein the BP adjustment instruction carries an identifier of a second BP, the BP adjustment instruction is used to instruct the terminal to switch from a first BP to the second BP at a timeslot of the second BP, the first BP is a currently working BP of the terminal, the second BP is a target BP, the first BP is one of the at least two BPs, and the second BP is one of the at least two BPs, and wherein the timeslot of the second BP is determined based on subcarrier spacing of the second BP. sending, by a base station, configuration information of at least two bandwidth parts, BPs, to a terminal; and sending, by the base station, a BP adjustment instruction to the terminal, wherein the BP adjustment instruction carries an identifier of a second BP, the BP adjustment instruction is used to instruct the terminal to switch from a first BP to the second BP at a timeslot of the second BP, the first BP is a currently working BP of the terminal, the second BP is a target BP, the first BP is one of the at least two BPs, and the second BP is one of the at least two BPs, and wherein the timeslot of the second BP is determined based on subcarrier spacing of the second BP.
A hair dryer with high heat dissipation efficiency, comprising a body formed with an air passage therein and a heating component disposed in the body, wherein the hair dryer further comprising a heat dissipating device made of thermally conductive material, the heating component being located outside the air passage, the heat dissipating device being thermally connected to the heating component and being at least partially disposed in the air passage; wherein the heat dissipating device comprises a plurality of fins extending from the heating component toward an air inlet end, the heat dissipating device further comprises a base, and the fins are disposed on the base by bottom portions thereof, respectively; characterized in that: the base is either: in a sector shape, wherein the base is aligned with heating points on the heating component; or in a ring shape, wherein the base is aligned with the heating component as a whole. wherein the heat dissipating device comprises a plurality of fins extending from the heating component toward an air inlet end, the heat dissipating device further comprises a base, and the fins are disposed on the base by bottom portions thereof, respectively; characterized in that: the base is either: in a sector shape, wherein the base is aligned with heating points on the heating component; or in a ring shape, wherein the base is aligned with the heating component as a whole. in a sector shape, wherein the base is aligned with heating points on the heating component; or in a ring shape, wherein the base is aligned with the heating component as a whole.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, physical downlink shared channel, PDSCH, configuration information including a list of transmission configuration indicator, TCI, states; receiving, from the BS, a PDSCH media access control control element, MAC CE, including information indicating an activation of at least one TCI state in the list of TCI states, the PDSCH MAC CE being associated with a logical channel identifier, LCID, value; identifying that the PDSCH MAC CE is a MAC CE capable of indicating two or more TCI states for one TCI codepoint based on the LCID value associated with the PDSCH MAC CE; receiving, from the BS, downlink control information, DCI, including information indicating a TCI codepoint; and receiving, from the BS, data via a PDSCH based on the information indicating the activation of the at least one TCI state and the information indicating the TCI codepoint, wherein the information indicating activation of the at least one TCI state comprises an identifier of a first TCI state mapped to a first TCI codepoint and an indicator indicating whether an identifier of a second TCI state mapped to the first TCI codepoint is present. receiving, from a base station, BS, physical downlink shared channel, PDSCH, configuration information including a list of transmission configuration indicator, TCI, states; receiving, from the BS, a PDSCH media access control control element, MAC CE, including information indicating an activation of at least one TCI state in the list of TCI states, the PDSCH MAC CE being associated with a logical channel identifier, LCID, value; identifying that the PDSCH MAC CE is a MAC CE capable of indicating two or more TCI states for one TCI codepoint based on the LCID value associated with the PDSCH MAC CE; receiving, from the BS, downlink control information, DCI, including information indicating a TCI codepoint; and receiving, from the BS, data via a PDSCH based on the information indicating the activation of the at least one TCI state and the information indicating the TCI codepoint, wherein the information indicating activation of the at least one TCI state comprises an identifier of a first TCI state mapped to a first TCI codepoint and an indicator indicating whether an identifier of a second TCI state mapped to the first TCI codepoint is present.
A method of controlling a refrigerator, the method comprising: controlling a cooling unit such that an output of the cooling unit becomes a first reference output for a first reference time which is previously determined; controlling the cooling unit such that the output of the cooling unit becomes a second reference output for a second reference time which is previously determined; calculating a representative value of a temperature of a storage compartment for an operating period, wherein the representative value is an average temperature of the storage compartment which is made by a sum of the first reference time and the second reference time, and comparing the calculated representative value with a specific temperature in a temperature satisfying range of the storage compartment; and varying, by a control unit, at least one of the first reference time and the second reference time depending on a comparison result between the specific temperature and the representative value and controlling operating of the cooling unit based on a varied reference time. controlling a cooling unit such that an output of the cooling unit becomes a first reference output for a first reference time which is previously determined; controlling the cooling unit such that the output of the cooling unit becomes a second reference output for a second reference time which is previously determined; calculating a representative value of a temperature of a storage compartment for an operating period, wherein the representative value is an average temperature of the storage compartment which is made by a sum of the first reference time and the second reference time, and comparing the calculated representative value with a specific temperature in a temperature satisfying range of the storage compartment; and varying, by a control unit, at least one of the first reference time and the second reference time depending on a comparison result between the specific temperature and the representative value and controlling operating of the cooling unit based on a varied reference time.
Thermal-engine kart using an accelerator cable connecting an accelerator pedal and a manoeuvring lever (4, 4') rotating an air-inlet flap controlling the quantity of air entering the engine, and control means receiving at least one control signal emitted by a remote transmitter comprising a movable stop (9, 9') controlling the movement of said manoeuvring lever (4, 4') so as to modify the range of movement thereof and consequently a maximum opening level of the air-inlet flap, the movement of said movable stop (9, 9') being dependent on said control signal, characterised in that a compensation spring (8, 8') is mounted in line with said accelerator cable, between the accelerator cable or a slide driven by said accelerator cable and the manoeuvring lever (4, 4'), said compensation spring (8, 8') acting under traction to extend gradually when said manoeuvring lever (4, 4') is in contact with said movable stop (9, 9') and a driver continues to press on said accelerator pedal, so that the ranges of movement of said accelerator pedal are identical whatever the position of said stop (9, 9'). comprising a movable stop (9, 9') controlling the movement of said manoeuvring lever (4, 4') so as to modify the range of movement thereof and consequently a maximum opening level of the air-inlet flap, the movement of said movable stop (9, 9') being dependent on said control signal, characterised in that a compensation spring (8, 8') is mounted in line with said accelerator cable, between the accelerator cable or a slide driven by said accelerator cable and the manoeuvring lever (4, 4'), said compensation spring (8, 8') acting under traction to extend gradually when said manoeuvring lever (4, 4') is in contact with said movable stop (9, 9') and a driver continues to press on said accelerator pedal, so that the ranges of movement of said accelerator pedal are identical whatever the position of said stop (9, 9').
A pultrusion device with a pulling device, wherein the pulling device comprises at least one clamping device which can be moved in a pultrusion direction, wherein the clamping device is configured to non-positively grip a pultruded profiled strand which is to be conveyed, in order to act thereon with a tensile force, and the clamping device comprises at least three clamping jaws (31a-e), which are movable relative to each other, for peripherally clamping the profiled strand, characterised in that the clamping jaws (31a-e) are part of a collet chuck which comprises a cone-shaped external contour and longitudinal slots for separating the clamping jaws (31a-e) from each other, with a collet chuck receptacle with an inner cone, designed complementarily to the cone-shaped external contour, being provided for closing the collet chuck and pressing the clamping jaws (31a-e) on to clamp the profiled strand.
Cellulose granules for carrying functional substances having an average particle diameter of 1.5 mm or smaller, said cellulose granules being obtained by introducing a kneaded mixture of cellulose fibers and a binder into an extrusion granulating step, a spheronizing step and a drying step, wherein said cellulose fibers have an average fiber length of 0.1 mm or longer and 0.5 mm or shorter and an average polymerization degree of 500 or higher and 1200 or less.
A method for determining the metastatic and/or invasive potential of a malignant neoplasm, the method comprising recording electrical activity in a sample of cells isolated from the malignant neoplasm and comparing recorded electrical activity of the sample with electrical activity of one or more reference cell samples having a defined metastatic and/or invasive potential and subsequently assigning a score for the metastatic and/or invasive potential of the malignant neoplasm by ranking the recorded electrical activity relative to the electrical activity of the one or more reference samples, wherein the reference cell samples preferably are at least a cell sample from a highly metastasizing cancer and a cell sample from a non-metastatic or low-metastasizing cancer, preferably a cancer of the same tissue origin and histological origin, wherein said electrical activity is constituted by variations in the membrane potential relative to the resting potential measured in the sample of cells.
A developing device comprising: a first storage container (60, 601) for storing a developer therein, said first storage container (60, 601) having an elongated shape and having a first opening through which said developer is ejected, said first opening extending in a longitudinal direction of said first storage container (60, 601), and a second storage container having a second opening provided at a position facing said first opening and a sealing member provided around said second opening, said sealing member sealing between said first storage container (60, 601) and said second storage container, characterised in that: a convex portion (60c, 60d) is provided at least in the vicinity of a centre portion of said first opening in said longitudinal direction, said convex portion (60c, 60d) protruding from said first storage container (60, 601) in a direction in which said developer is ejected from said first opening, and said convex portion (60c, 60d) is pressed against said sealing member. a first storage container (60, 601) for storing a developer therein, said first storage container (60, 601) having an elongated shape and having a first opening through which said developer is ejected, said first opening extending in a longitudinal direction of said first storage container (60, 601), and a second storage container having a second opening provided at a position facing said first opening and a sealing member provided around said second opening, said sealing member sealing between said first storage container (60, 601) and said second storage container, characterised in that: a convex portion (60c, 60d) is provided at least in the vicinity of a centre portion of said first opening in said longitudinal direction, said convex portion (60c, 60d) protruding from said first storage container (60, 601) in a direction in which said developer is ejected from said first opening, and said convex portion (60c, 60d) is pressed against said sealing member. a convex portion (60c, 60d) is provided at least in the vicinity of a centre portion of said first opening in said longitudinal direction, said convex portion (60c, 60d) protruding from said first storage container (60, 601) in a direction in which said developer is ejected from said first opening, and said convex portion (60c, 60d) is pressed against said sealing member.