mhurhangee/ep-ind-claims huggingface dataset:
Tile separator for the alignment and uniform separation of successive tiles during their installation and fixation on a surface comprising: - a flat body with two horizontal parallel surfaces; - one pair of separating feet aligned in a first horizontal direction, perpendicular to the flat body, projecting vertically at least in respect to one of the horizontal surfaces of the flat (body, and having a thickness which determines the separation between successive tiles; - at least one horizontal recess defined on the flat body, oriented in a direction perpendicular to the first horizontal direction defined by the first pair of separating feet and defining at least a corresponding folding line for said flat body; said at least one horizontal recess delimitating on the flat body two end portions each having a separating foot of the first pair, which according to the degree of folding of said flat body are coplanarly arranged or forming a variable angle between them; characterized in that said flat body is made with a plastic material allowing maintaining the form taken by reason of the folding and allowing its repetitive folding without breaking. - a flat body with two horizontal parallel surfaces; - one pair of separating feet aligned in a first horizontal direction, perpendicular to the flat body, projecting vertically at least in respect to one of the horizontal surfaces of the flat (body, and having a thickness which determines the separation between successive tiles; - at least one horizontal recess defined on the flat body, oriented in a direction perpendicular to the first horizontal direction defined by the first pair of separating feet and defining at least a corresponding folding line for said flat body; said at least one horizontal recess delimitating on the flat body two end portions each having a separating foot of the first pair, which according to the degree of folding of said flat body are coplanarly arranged or forming a variable angle between them; characterized in that said flat body is made with a plastic material allowing maintaining the form taken by reason of the folding and allowing its repetitive folding without breaking.
A laser treatment method of a metallic work piece comprising at least the steps of: a) directing a laser beam onto the work piece at a working zone of the working piece in order to execute a cutting and/or piercing; b) executing a relative movement between the laser beam and the work piece at a determined velocity; c) acquiring a plurality of acquired images of the working zone; and characterized by the steps of: d) determining a time course of at least one characteristic parameter from the acquired images; e) calculating at least one statistical parameter from the time course of the characteristic parameter; f) establishing a quality value from the statistical parameter; g) controlling one or more process parameters, in particular at least an intensity of the laser beam and/or a laser frequency of the laser beam and/or a position of the focus of the laser beam and/or the determined velocity and/or a gas jet and/or a gas pressure of the gas jet, in function of the quality value. a) directing a laser beam onto the work piece at a working zone of the working piece in order to execute a cutting and/or piercing; b) executing a relative movement between the laser beam and the work piece at a determined velocity; c) acquiring a plurality of acquired images of the working zone; d) determining a time course of at least one characteristic parameter from the acquired images; e) calculating at least one statistical parameter from the time course of the characteristic parameter; f) establishing a quality value from the statistical parameter; g) controlling one or more process parameters, in particular at least an intensity of the laser beam and/or a laser frequency of the laser beam and/or a position of the focus of the laser beam and/or the determined velocity and/or a gas jet and/or a gas pressure of the gas jet, in function of the quality value.
A method comprising: receiving a clear-down trigger; and fast clearing-down an ion mobility spectrometer, responsive to receipt of the clear- down trigger, to remove residual sample accumulated during previous analysis of a sample, wherein clearing-down is performed by fast-switching between positive and negative modes to purge the residual sample from the ion mobility spectrometer. receiving a clear-down trigger; and fast clearing-down an ion mobility spectrometer, responsive to receipt of the clear- down trigger, to remove residual sample accumulated during previous analysis of a sample, wherein clearing-down is performed by fast-switching between positive and negative modes to purge the residual sample from the ion mobility spectrometer.
A method implemented in a first wireless transmit/receive unit, WTRU, the method comprising: receiving, from a second WTRU, a first sidelink transmission comprising a first information indicating an amount of time for the first WTRU to refrain from transmitting, to the second WTRU; determining to reselect to a third WTRU responsive to receiving the first information and based on a second sidelink transmission from the third WTRU; establishing a connection with the third WTRU; and characterised by transmitting, to the third WTRU, a third sidelink transmission comprising a second information indicating congestion as a cause for the reselection. determining to reselect to a third WTRU responsive to receiving the first information and based on a second sidelink transmission from the third WTRU; establishing a connection with the third WTRU; and characterised by transmitting, to the third WTRU, a third sidelink transmission comprising a second information indicating congestion as a cause for the reselection.
A device holder for fastening devices to a building surface covered with insulating material, comprising a holding means and at least one spacer element located between the holding means and the building surface, characterized in that the holding means is operatively connected by at least one mechanical operative connection means through the spacer element to the building surface to be insulated, and the spacer element comprises a heat insulating material.
An electrically powered vehicle comprising: a power storage device storing electric power for generating driving force for a vehicle; an internal combustion engine; a power generation mechanism for generating charge power for said power storage device by electric power generation using an output of said internal combustion engine; a charging state estimation unit for estimating a remaining capacity of said power storage device based on a state value of said power storage device; and a charge/discharge control unit (150, 150A) for controlling charging and discharging of said power storage device based on a remaining capacity estimate value obtained by said charging state estimation unit, said charge/discharge control unit (150, 150A) including a charge instruction unit (170, 170A) for, in a case where said remaining capacity estimate value falls below a predetermined lower limit value, controlling said internal combustion engine to be in a load operation state to generate said charge power and controlling said internal combustion engine to be in a no-load operation state or in a stopped state when it is determined that a prescribed charge termination condition is satisfied, charaterized in that said charge instruction unit (170, 170A) setting said charge termination condition such that a charging time for said power storage device is shortened as the charge power that can be received by said power storage device in a present state is decreased; wherein said charge instruction unit (170, 170A) determines that said charge termination condition is satisfied when said remaining capacity estimate value reaches a charge termination threshold value, and said charge termination threshold value is set at a value that decreases as the charge power that can be received by said power storage device in the present state is decreased. a power storage device storing electric power for generating driving force for a vehicle; an internal combustion engine; a power generation mechanism for generating charge power for said power storage device by electric power generation using an output of said internal combustion engine; a charging state estimation unit for estimating a remaining capacity of said power storage device based on a state value of said power storage device; and a charge/discharge control unit (150, 150A) for controlling charging and discharging of said power storage device based on a remaining capacity estimate value obtained by said charging state estimation unit, said charge/discharge control unit (150, 150A) including a charge instruction unit (170, 170A) for, in a case where said remaining capacity estimate value falls below a predetermined lower limit value, controlling said internal combustion engine to be in a load operation state to generate said charge power and controlling said internal combustion engine to be in a no-load operation state or in a stopped state when it is determined that a prescribed charge termination condition is satisfied,
A device comprising: a plurality of transistor structures, the transistor structures in the plurality including respectively: a semiconductor body including a channel region, a p-type terminal region adjacent a first side of the channel region and an n-type terminal region adjacent a second side of the channel region; a gate insulator (19, 49) on a surface of the semiconductor body over the channel region; a gate on the gate insulator (19, 49) over the channel region; and a first assist gate on the gate insulator (19,49) disposed on a first side of the gate overlying a portion of the channel region adjacent the p-type terminal region, and a second assist gate on the gate insulator (19, 49) disposed on a second side of the gate overlying a portion of the channel region adjacent the n-type terminal region; and circuitry (503, 603) coupled to the assist gates (16A, 16B) in the plurality of transistor structures which is configured to be able to apply positive voltages to the first and second assist gates (16A, 16B) of some of the transistor structures for n-channel mode, and negative voltages to the first and second assist gates (16A, 16B) of others of the transistor structures for p-channel mode. a plurality of transistor structures, the transistor structures in the plurality including respectively: a semiconductor body including a channel region, a p-type terminal region adjacent a first side of the channel region and an n-type terminal region adjacent a second side of the channel region; a gate insulator (19, 49) on a surface of the semiconductor body over the channel region; a gate on the gate insulator (19, 49) over the channel region; and a first assist gate on the gate insulator (19,49) disposed on a first side of the gate overlying a portion of the channel region adjacent the p-type terminal region, and a second assist gate on the gate insulator (19, 49) disposed on a second side of the gate overlying a portion of the channel region adjacent the n-type terminal region; and a semiconductor body including a channel region, a p-type terminal region adjacent a first side of the channel region and an n-type terminal region adjacent a second side of the channel region; a gate insulator (19, 49) on a surface of the semiconductor body over the channel region; a gate on the gate insulator (19, 49) over the channel region; and a first assist gate on the gate insulator (19,49) disposed on a first side of the gate overlying a portion of the channel region adjacent the p-type terminal region, and a second assist gate on the gate insulator (19, 49) disposed on a second side of the gate overlying a portion of the channel region adjacent the n-type terminal region; and circuitry (503, 603) coupled to the assist gates (16A, 16B) in the plurality of transistor structures which is configured to be able to apply positive voltages to the first and second assist gates (16A, 16B) of some of the transistor structures for n-channel mode, and negative voltages to the first and second assist gates (16A, 16B) of others of the transistor structures for p-channel mode.
A method for evaluating multiple plant individuals for deep rooting property under the same culture medium moisture conditions, comprising the steps of: planting multiple plant individuals in a culture vessel having a depth enough for the plants to elongate their roots and packed with a culture medium; gradually decreasing the moisture content of the culture medium to impose drought stress on the plants; and evaluating the plants for deep rooting property from drought stress symptoms observed in the plants. planting multiple plant individuals in a culture vessel having a depth enough for the plants to elongate their roots and packed with a culture medium; gradually decreasing the moisture content of the culture medium to impose drought stress on the plants; and evaluating the plants for deep rooting property from drought stress symptoms observed in the plants.
A confocal scanner comprising: a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk, on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk, and a diameter of the first pinholes and a diameter of the second pinholes are different from each other. a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk, on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk, and a diameter of the first pinholes and a diameter of the second pinholes are different from each other.
An apparatus (100, 200, 1100) for diffusing a chemical substance comprising: a chamber (104, 1104) having a diffusing member (204, 232, 1108) arranged to diffuse a chemical substance to air disposed within the chamber (104, 1104), wherein the chamber (104, 1104) is in communication with an air-inlet (106, 222, 1200) arranged to receive air from an exterior of the chamber (104, 1104) and an air-outlet (1108, 224, 1116) arranged to expel air from within the chamber (104, 1104), the apparatus (100, 200, 1100) includes an electrical plug member arranged to be connected to a power source, characterized in that the electrical plug member is removably engaged to the apparatus (100, 200, 1100) via a sliding slot arrangement. a chamber (104, 1104) having a diffusing member (204, 232, 1108) arranged to diffuse a chemical substance to air disposed within the chamber (104, 1104), wherein the chamber (104, 1104) is in communication with an air-inlet (106, 222, 1200) arranged to receive air from an exterior of the chamber (104, 1104) and an air-outlet (1108, 224, 1116) arranged to expel air from within the chamber (104, 1104), the apparatus (100, 200, 1100) includes an electrical plug member arranged to be connected to a power source, characterized in that the electrical plug member is removably engaged to the apparatus (100, 200, 1100) via a sliding slot arrangement.
A trim panel for motor vehicles, of the type comprising at least one zone forming a pictogram, said pictogram being illuminated by means of a light source placed under the trim panel, the trim panel comprising a translucent skin forming the external surface of the trim panel and a support layer placed against the skin between the light source and at least the zone forming the pictogram, the support layer having at least one first thickness (e 1) around the zone forming the pictogram and at least one second thickness (e 2) facing the zone forming the pictogram, the second thickness (e 2) being less than the first thickness (e 1), characterized in that the support layer is rigid, made of a material that does not crush significantly under the effect of a pressure.
A computer-implemented method, comprising: receiving, by a software service application executing on a cloud computing platform, a request for a software service provided by the software service application, the software service application being associated with a resource provision which can be used by the software service application on the cloud computing platform to provide the software service; identifying, by the software service application, a resource that is triggered by the request; determining, by the software service application, and before the resource is exhausted according to the resource provision, that the request has a security risk based on a security policy associated with the resource, wherein the security policy for the resource is associated with the resource provision of the resource on the cloud computing platform for the software service and indicates one or more usage thresholds within a configured duration that would trigger a security notification for the resource; and in response to the determining, generating, by the software service application, a security notification indicating the security risk. receiving, by a software service application executing on a cloud computing platform, a request for a software service provided by the software service application, the software service application being associated with a resource provision which can be used by the software service application on the cloud computing platform to provide the software service; identifying, by the software service application, a resource that is triggered by the request; determining, by the software service application, and before the resource is exhausted according to the resource provision, that the request has a security risk based on a security policy associated with the resource, wherein the security policy for the resource is associated with the resource provision of the resource on the cloud computing platform for the software service and indicates one or more usage thresholds within a configured duration that would trigger a security notification for the resource; and in response to the determining, generating, by the software service application, a security notification indicating the security risk.
A direct resistance heating apparatus comprising: a first electrode and a second electrode arranged to oppose to each other with a space provided between the first electrode and the second electrode; a power supply electrically connected to the first electrode and the second electrode; an electrode moving mechanism configured to move, in a state in which the first electrode and the second electrode are in contact with a workpiece and in a state in which current is applied from the power supply to the workpiece through the first electrode and the second electrode, at least one of the first electrode and the second electrode along an opposing direction in which the first electrode and the second electrode are opposed to each other; and a first holder and a second holder configured to hold the workpiece such that, in a state in which the at least one of the first electrode and the second electrode is moved, a heating target region of the workpiece located between the first electrode and the second electrode is held between the first holder and the second holder in the opposing direction; characterized in that the direct resistance heating apparatus further comprises: a holder moving mechanism configured to move at least one of the first holder and the second holder to pull the workpiece along the opposing direction. a first electrode and a second electrode arranged to oppose to each other with a space provided between the first electrode and the second electrode; a power supply electrically connected to the first electrode and the second electrode; an electrode moving mechanism configured to move, in a state in which the first electrode and the second electrode are in contact with a workpiece and in a state in which current is applied from the power supply to the workpiece through the first electrode and the second electrode, at least one of the first electrode and the second electrode along an opposing direction in which the first electrode and the second electrode are opposed to each other; and a first holder and a second holder configured to hold the workpiece such that, in a state in which the at least one of the first electrode and the second electrode is moved, a heating target region of the workpiece located between the first electrode and the second electrode is held between the first holder and the second holder in the opposing direction; characterized in that the direct resistance heating apparatus further comprises: a holder moving mechanism configured to move at least one of the first holder and the second holder to pull the workpiece along the opposing direction.
A power tool attachment part for a power tool, comprising: - an elongate housing including an upper housing part and a lower housing part interconnected with the upper housing part, - an input gear configured to be connected to an output shaft of a power wrench, which input gear is arranged at a first end of the housing, - an output gear with an output interface, which output gear is arranged at a second end of the housing, - a first intermediate gear arranged inside the housing and configured to transmit torque of the input gear to the output gear, characterised in that the first intermediate gear is rotationally mounted on a first intermediate gear shaft, and the power tool attachment part further comprises - a torque sensor configured to detect radial forces acting on the first intermediate gear shaft to thereby obtain a measure of the torque at the output gear. - an elongate housing including an upper housing part and a lower housing part interconnected with the upper housing part, - an input gear configured to be connected to an output shaft of a power wrench, which input gear is arranged at a first end of the housing, - an output gear with an output interface, which output gear is arranged at a second end of the housing, - a first intermediate gear arranged inside the housing and configured to transmit torque of the input gear to the output gear, - a torque sensor configured to detect radial forces acting on the first intermediate gear shaft to thereby obtain a measure of the torque at the output gear.