mhurhangee/ep-ind-claims huggingface dataset:
An airflow controller, comprising: a processor; and a software system that when executed configures the processor to individually control an airflow provided to each of a plurality of airflow zones within an enclosure comprising the airflow controller; wherein each airflow zone provides airflow to a plurality of compute nodes (102, 104, 106), characterised in that the software system configures the processor to receive unsolicited airflow requests from the plurality of compute nodes (102,104, 106), and wherein the airflow controller is configured to control airflow provided to a given compute node (102, 104, 106) based on the unsolicited airflow requests received from a subset of the compute nodes (102, 104, 106), including the given node (102, 104, 106), the subset of the compute nodes (102, 104, 106) being assigned to a same airflow zone by the airflow controller. a processor; and a software system that when executed configures the processor to individually control an airflow provided to each of a plurality of airflow zones within an enclosure comprising the airflow controller; wherein each airflow zone provides airflow to a plurality of compute nodes (102, 104, 106), characterised in that the software system configures the processor to receive unsolicited airflow requests from the plurality of compute nodes (102,104, 106), and wherein the airflow controller is configured to control airflow provided to a given compute node (102, 104, 106) based on the unsolicited airflow requests received from a subset of the compute nodes (102, 104, 106), including the given node (102, 104, 106), the subset of the compute nodes (102, 104, 106) being assigned to a same airflow zone by the airflow controller.
A flexible tube, comprising: a plurality of structural units, each of the structural units comprises a first connecting pipe and a second connecting pipe; wherein one end of the first connecting pipe is provided with a slot and a first projection; one end of the second connecting pipe is provided with a second projection and a limiting slot; a limiting structure A is provided on both sides of one end of the limiting slot, and the other end of the limiting slot is provided with a limiting structure B; the second projection is located inside the slot, and the first projection is located inside the limiting slot; a top end of the second connecting pipe of the structural units is connected with a bottom end of the first connecting pipe of adjacent structural unit, thereby forming a curve tubular-shaped flexible tube successively connected by the plurality of structural units, characterized in that the first projection is formed as a T-shaped structure with two flat side walls and placed with the possibility of movement in surface-to-surface contact with flat inner walls of the limiting slot.
A method for assessing the similarity between a power profile and/or a surface profile of a manufactured optic device and a corresponding nominal power profile and/or a nominal surface profile having multiple peaks and/or troughs along the half chord and upon which the power profile and/or the surface profile of the manufactured optic device is based, the method comprising: measuring the power profile and/or the surface profile of the manufactured optic device; identifying one region of interest from the measured power profile and/or measured surface profile of the manufactured optic device, wherein the measured power profile and/or measured surface profile of said identified region of interest has multiple peaks and/or troughs along the half chord; determining one offset to the measured power profile and/or measured surface profile for the entire region of interest to substantially minimize a statistical quantifier for quantifying the similarity between the corresponding nominal power profile and/or the nominal surface profile having multiple peaks and/or troughs along the half chord and the offset measured power profile and/or offset measured surface profile; comparing the offset and the statistical quantifier to predefined quality control metrics; and determining whether the measured power profile and/or the measured surface profile meets the predefined quality control metrics based, at least in part on the comparison, wherein the optic device is manufactured on a high speed manufacturing line, which is typically used to manufacture optic devices, and the method is performed in substantially real-time during the manufacturing situation. measuring the power profile and/or the surface profile of the manufactured optic device; identifying one region of interest from the measured power profile and/or measured surface profile of the manufactured optic device, wherein the measured power profile and/or measured surface profile of said identified region of interest has multiple peaks and/or troughs along the half chord; determining one offset to the measured power profile and/or measured surface profile for the entire region of interest to substantially minimize a statistical quantifier for quantifying the similarity between the corresponding nominal power profile and/or the nominal surface profile having multiple peaks and/or troughs along the half chord and the offset measured power profile and/or offset measured surface profile; comparing the offset and the statistical quantifier to predefined quality control metrics; and determining whether the measured power profile and/or the measured surface profile meets the predefined quality control metrics based, at least in part on the comparison, wherein
Method for manufacturing a shoe, in particular a sports shoe, comprising an upper having a flexible upper material, and a sole, the flexible upper material being placed in an injection mould, a plastics material being injected onto the upper material in portions, and the upper material reinforced by the plastics material being removed from the injection mould, characterised in that the upper material reinforced by the plastics material is pulled over a last in order to form the desired shape of the upper, the plastics material reinforcing the upper material being pulled onto a sole side of the last, at least in portions, prior to the sole being bonded to the upper.
System for automated mounting and dismounting of at least one cutting insert on a tool body with a screwing tool, the system comprises - at least one fastening screw having a shaft and a head, the shaft having an end point opposite to the head; - at least one cutting insert comprising a top surface, a bottom surface, and a circumferential side surface connecting the top surface and the bottom surface, the cutting insert further comprises a through hole, having a longitudinal axis, extending from the top surface to the bottom surface for receiving the shaft of the fastening screw; and - a carrier device being able to pick up and release the at least one cutting insert with the therein placed fastening screw, the carrier device comprises a body having a front surface, a rear surface, and a circumferential side surface connecting the front surface and the rear surface, wherein the carrier device comprises a channel, having a longitudinal axis, extending from a front end opening in the front surface to a rear end opening in the rear surface, wherein the channel has a length L, characterized in that the carrier device comprises at least one magnet or vacuum means for picking up the cutting insert. - at least one fastening screw having a shaft and a head, the shaft having an end point opposite to the head; - at least one cutting insert comprising a top surface, a bottom surface, and a circumferential side surface connecting the top surface and the bottom surface, the cutting insert further comprises a through hole, having a longitudinal axis, extending from the top surface to the bottom surface for receiving the shaft of the fastening screw; and - a carrier device being able to pick up and release the at least one cutting insert with the therein placed fastening screw, the carrier device comprises a body having a front surface, a rear surface, and a circumferential side surface connecting the front surface and the rear surface, wherein the carrier device comprises a channel, having a longitudinal axis, extending from a front end opening in the front surface to a rear end opening in the rear surface, wherein the channel has a length L, characterized in that the carrier device comprises at least one magnet or vacuum means for picking up the cutting insert.
A drug delivery device for injecting medicament, the drug delivery device comprising: a housing (12, 22); a reservoir disposed within the housing for accommodating a medicament, the reservoir extending along a longitudinal axis; a valve sealing the reservoir in an initial state; at least one needle extendable from the housing, the needle having a distal end for insertion into a patient, and a lumen extending proximally from the distal end, wherein at least a portion of the lumen extending proximally from the distal end extends along a reference axis not coaxial with the longitudinal axis; characterised in further comprising: a rocker pivotably disposed within the housing; an actuator accessible to a user; and a needle actuator released to displace by actuation of the actuator; wherein a predetermined displacement of the needle actuator displaces the rocker to adjust the valve from the initial state to the open state to establish fluid communication between the reservoir and the needle. a housing (12, 22); a reservoir disposed within the housing for accommodating a medicament, the reservoir extending along a longitudinal axis; a valve sealing the reservoir in an initial state; at least one needle extendable from the housing, the needle having a distal end for insertion into a patient, and a lumen extending proximally from the distal end, wherein at least a portion of the lumen extending proximally from the distal end extends along a reference axis not coaxial with the longitudinal axis; characterised in further comprising: a rocker pivotably disposed within the housing; an actuator accessible to a user; and a needle actuator released to displace by actuation of the actuator; wherein a predetermined displacement of the needle actuator displaces the rocker to adjust the valve from the initial state to the open state to establish fluid communication between the reservoir and the needle. a rocker pivotably disposed within the housing; an actuator accessible to a user; and a needle actuator released to displace by actuation of the actuator; wherein a predetermined displacement of the needle actuator displaces the rocker to adjust the valve from the initial state to the open state to establish fluid communication between the reservoir and the needle.
A method of operating a heterogeneous computing system comprising a plurality of computation nodes and a plurality of booster nodes, at least one of the plurality of computation nodes and plurality of booster nodes being arranged to compute a computation task, the computation task comprising a plurality of sub-tasks, wherein in a first computing iteration, the plurality of sub-tasks are assigned to and processed by ones of the plurality of computation nodes and booster nodes in a first distribution; characterized in that information relating to the processing of the plurality of sub-tasks by the plurality of computation nodes and booster nodes is used to generate a further distribution of the sub-tasks between the computation nodes and booster nodes for processing thereby in a further computing iteration. in a first computing iteration, the plurality of sub-tasks are assigned to and processed by ones of the plurality of computation nodes and booster nodes in a first distribution; characterized in that information relating to the processing of the plurality of sub-tasks by the plurality of computation nodes and booster nodes is used to generate a further distribution of the sub-tasks between the computation nodes and booster nodes for processing thereby in a further computing iteration.
A device for reversing an articulated vehicle combination comprising at least two vehicle units (2, 3, 4) interconnected via at least one articulated joint (5, 8), comprising - means for recording and storing a plurality of global positions (G1,... GN) of a local position of the vehicle combination, - at least one sensor, mounted on the vehicle combination, for recording data representing a plurality properties of the surroundings, and - a control unit arranged to determine, based at least partly on a plurality of dimensions (In, Wn, Leqn, Xnr) of the vehicle combination, a set of global positions (G1,... GN) recorded when the vehicle combination is moving forward, and a set of data representing properties of the surroundings recorded during said forward movement, vehicle control input data for control of the vehicle combination during a reverse movement of the vehicle combination, - characterized in that - the control unit is adapted to identify properties of the surroundings, including asphalt and grass, by a signal analysis function, in the form of an image analysis function, - and in that the control unit is arranged to control the vehicle combination during the reverse movement of the vehicle combination autonomously or semi-autonomously via at least one actuation device. - means for recording and storing a plurality of global positions (G1,... GN) of a local position of the vehicle combination, - at least one sensor, mounted on the vehicle combination, for recording data representing a plurality properties of the surroundings, and - a control unit arranged to determine, based at least partly on a plurality of dimensions (In, Wn, Leqn, Xnr) of the vehicle combination, a set of global positions (G1,... GN) recorded when the vehicle combination is moving forward, and a set of data representing properties of the surroundings recorded during said forward movement, vehicle control input data for control of the vehicle combination during a reverse movement of the vehicle combination, - characterized in that - the control unit is adapted to identify properties of the surroundings, including asphalt and grass, by a signal analysis function, in the form of an image analysis function, - and in that the control unit is arranged to control the vehicle combination during the reverse movement of the vehicle combination autonomously or semi-autonomously via at least one actuation device.
Method for esterification, transesterification and interesterification characterized in that it comprises the dielectric heating production of polyhydroxylated alcohols that are partially or totally esterified from a mixture of vegetable oils and fats, saturated or unsaturated fatty acids, saturated or unsaturated fatty acid esters, animal oils and fats, and compounds having hydroxyl functions, wherein the frequencies of the electromagnetic waves used in the dielectric heating range from 3 MHz to 30 GHz, and the reagents having hydroxyl functions are chosen from among alcohols, characterized in that, as alcohols, one or more primary and/or secondary polyalcohols chosen from among polyglycerols and polyalkylene glycols, are used alone or as a mixture.
An air purifier apparatus of the portable type for purifying air inside a building by a liquid comprising a body provided with: an inlet portion and an outlet portion for the air; with an intermediate washing chamber between said inlet portion and said outlet portion and intended for being traversed by an air flow along a substantially horizontal main advancement direction, said washing chamber extends along a direction of longitudinal extent that is substantially horizonal; and with liquid dispensing means arranged inside said washing chamber to dispense said liquid in the form of drops at least partially counter current with said air flow, said air purifier apparatus further comprising condensation regulating means arranged for increasing the condensation of the humidity contained in the air in said outlet portion and downstream of said outlet portion so as to reduce the humidity of the air exiting said apparatus, said condensation regulating means comprising an expansion chamber to enable said air exiting said outlet portion to expand before exiting said apparatus characterized in that: - said expansion chamber is connected to said outlet portion to receive air coming from said outlet portion and extends horizontally above an outlet port of said outlet portion; - said outlet portion, unlike said washing chamber, extends prevalently in a vertical direction. - said expansion chamber is connected to said outlet portion to receive air coming from said outlet portion and extends horizontally above an outlet port of said outlet portion; - said outlet portion, unlike said washing chamber, extends prevalently in a vertical direction.
A dimmer adapted for detecting whether it is connected with an AC-voltage source in 2-wire mode or in 3-wire mode, the dimmer comprising a switch unit, a DC power supply and a pre-regulator which comprises an adjustable resistor, a sensor, and a microcontroller, wherein the switch unit comprises a first terminal, and a second terminal for connecting a load and the AC voltage source, and the dimmer comprises a neutral terminal, wherein in 2-wire mode and in 3-wire mode the AC voltage source and the load are connected in series between the first terminal and the second terminal, and in 3-wire mode, moreover, an interconnection between the AC voltage source and the load is connected with the neutral terminal of the dimmer, characterized in that the sensor and the adjustable resistor are connected in series between the switch unit and the DC power supply wherein the switch unit is connected with a switch terminal of the pre-regulator and the DC power supply is connected with a DC terminal of the pre-regulator, wherein the sensor is adapted for sensing a current between the switch terminal and the DC terminal, and wherein the sensor and/or the microcontroller of the pre-regulator are adapted for controlling the resistance of the adjustable resistor based on the sensed current, wherein the microcontroller is adapted for obtaining the sensed current from the sensor and/or a voltage over the DC power supply which gives an indication of a charge stored in the DC power supply and wherein the microcontroller is adapted for determining, based on the sensed current and/or based on the voltage over the DC power supply, whether the dimmer is connected in 2-wire or in 3-wire mode when the AC voltage source is connected to the dimmer, whereby in 2-wire mode the DC power supply is charged only via the adjustable resistor and in 3-wire mode charging of the DC power supply is via the neutral terminal, such that in the 3-wire mode the sensed current has a much smaller value in comparison to the sensed current in the 2-wire mode.
A method of wireless communication, comprising: receiving a first frequency domain, FD, unit configuration indicating a precoding matrix indicator, PMI, granularity; receiving a second FD unit configuration indicating a first set of configured FD units for which to report channel state information, CSI; determining a first number of FD units based on the first FD unit configuration and the first set of configured FD units; selecting a second number of FD units that is greater than or equal to the first number of FD units; and determining whether to transmit a CSI report based on whether the first number of FD units satisfies a first threshold value for configured FD units, or the second number of FD units satisfies a second threshold value for reported FD units, or the PMI granularity satisfies a FD unit threshold based on a configured bandwidth part size. receiving a first frequency domain, FD, unit configuration indicating a precoding matrix indicator, PMI, granularity; receiving a second FD unit configuration indicating a first set of configured FD units for which to report channel state information, CSI; determining a first number of FD units based on the first FD unit configuration and the first set of configured FD units; selecting a second number of FD units that is greater than or equal to the first number of FD units; and determining whether to transmit a CSI report based on whether the first number of FD units satisfies a first threshold value for configured FD units, or the second number of FD units satisfies a second threshold value for reported FD units, or the PMI granularity satisfies a FD unit threshold based on a configured bandwidth part size.
A stabilization device for bones or vertebrae, comprising: a rod (20, 20') having at least a rod portion with a rod axis and with a number (n) of distinct external surfaces (21a, 21b,...21i; 21a', 21b',...21i') that are arranged in an n-fold rotationally symmetrical manner around the rod axis; a bone anchoring device (1, 1', 100) including a receiving part (3, 105) comprising a channel for receiving the rod portion, wherein the receiving part includes a rod support (8, 8', 173); a fixation member (40, 40", 400) for fixing the rod in the channel; wherein the rod support (8, 8', 173) and the fixation member (40, 40", 400) each comprise at least one contact surface (8a, 8b; 8a', 8b'; 173a, 173b) that is configured to contact an external surface of the rod portion, and wherein said contact surfaces (8a, 8b; 8a', 8b'; 173a, 173b) and said external surfaces (21a, 21b,...21i; 21a', 21b',...21i') are configured and arranged to clamp the rod portion along at least three surface areas, characterized in that a form-fit connection between the rod (20, 20') and the receiving part (3, 105) is achieved, and in that a maximum outer dimension of the rod portion is smaller than an inner width of the receiving part, so that the rod (20, 20') can be rotated with respect to the receiving part (3, 105). a rod (20, 20') having at least a rod portion with a rod axis and with a number (n) of distinct external surfaces (21a, 21b,...21i; 21a', 21b',...21i') that are arranged in an n-fold rotationally symmetrical manner around the rod axis; a bone anchoring device (1, 1', 100) including a receiving part (3, 105) comprising a channel for receiving the rod portion, wherein the receiving part includes a rod support (8, 8', 173); a fixation member (40, 40", 400) for fixing the rod in the channel; a form-fit connection between the rod (20, 20') and the receiving part (3, 105) is achieved, and in that a maximum outer dimension of the rod portion is smaller than an inner width of the receiving part, so that the rod (20, 20') can be rotated with respect to the receiving part (3, 105).
A method comprising: receiving location metadata associated with an audio object, wherein the location metadata defines a position of the audio object in an audio scene; estimating, based on the location metadata, whether the audio object includes dialog; and assigning a value to an object type parameter representative of a result of the estimation, characterized in that estimating whether the audio object includes dialog comprises: computing a speed of the audio object based on location metadata associated with different time frames; and estimating, based on said speed, whether the audio object includes dialog. receiving location metadata associated with an audio object, wherein the location metadata defines a position of the audio object in an audio scene; estimating, based on the location metadata, whether the audio object includes dialog; and assigning a value to an object type parameter representative of a result of the estimation, characterized in that estimating whether the audio object includes dialog comprises: computing a speed of the audio object based on location metadata associated with different time frames; and estimating, based on said speed, whether the audio object includes dialog. computing a speed of the audio object based on location metadata associated with different time frames; and estimating, based on said speed, whether the audio object includes dialog.