mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a list using multi-touch, the method comprising: detecting a multi-touch input signal (201, 203) input on a list displayed on a touch screen; determining according to a touch time period of the multi-touch input signal (201, 203) whether a selection area for altering a structure of a list corresponds to the entire list or the multi-touched particular portion of the list; identifying a gesture generated by the multi-touch input signal (201, 203); altering the structure of the selection area according to the gesture; and displaying the list with the altered structure on the touch screen; wherein altering the structure of the selection area comprises expanding or contracting the structure of the selection area; and wherein the determination comprises: determining whether the touch time period is equal to or greater than a preset activation time period; designating, if the touch time period is less than the preset activation time period, the entire list as the selection area; and designating, if the touch time period is equal to or greater than the preset activation time period, the multi-touched particular portion of the list as the selection area. detecting a multi-touch input signal (201, 203) input on a list displayed on a touch screen; determining according to a touch time period of the multi-touch input signal (201, 203) whether a selection area for altering a structure of a list corresponds to the entire list or the multi-touched particular portion of the list; identifying a gesture generated by the multi-touch input signal (201, 203); altering the structure of the selection area according to the gesture; and displaying the list with the altered structure on the touch screen; wherein altering the structure of the selection area comprises expanding or contracting the structure of the selection area; and wherein the determination comprises: determining whether the touch time period is equal to or greater than a preset activation time period; designating, if the touch time period is less than the preset activation time period, the entire list as the selection area; and designating, if the touch time period is equal to or greater than the preset activation time period, the multi-touched particular portion of the list as the selection area. determining whether the touch time period is equal to or greater than a preset activation time period; designating, if the touch time period is less than the preset activation time period, the entire list as the selection area; and designating, if the touch time period is equal to or greater than the preset activation time period, the multi-touched particular portion of the list as the selection area.
Identification device with an optical detector, a control unit and an identification transmitter unit, wherein the optical detector includes a detection surface with an identification pattern partially covering the detector surface and the control unit is constructed to cooperate with the detector and the identification transmitter unit such that, independently of an analysis of a temporal sequence of measurement signals from the detector, the identification transmitter unit is controllable to transmit an identification signal due to the fact that when moving over the identification pattern with a scanning beam, generation of the temporal sequence of signals from the detector occurs in dependence on the shape and arrangement of regions of the detection pattern.
Heating arrangement for heating a fluid, comprising a first heat exchanger loop for receiving heat from ambient air, said first heat exchanger loop being arranged to act on said fluid to be heated, and a second heat exchanger loop, arranged to also act on said fluid to be heated, said second heat exchanger loop including tubing (8A, 8B) having a heat absorbing portion and a heat supplying portion, the heat absorbing portion being connected to a panel that serves as a solar collector and is arranged to heat said heat absorbing portion, characterized in that said panel is arranged to drive said second heat exchanger loop by heating and evaporating a refrigerant inside of said heat absorbing portion.
A method, in an analytics controller in a service based architecture communications network, the method comprising; obtaining an indication of an analytics policy rule, APR, wherein the APR indicates analytics to be carried out by a user plane function node; translating the APR into at least one rule setting a condition for reporting analytics to a network data analytics function, NWDAF, or for forwarding packets to an analytics engine, wherein the rule applies to one of: a particular user and particular traffic type; a particular user for all traffic types; and a particular user plane function node; and transmitting the at least one rule to the user plane function node. obtaining an indication of an analytics policy rule, APR, wherein the APR indicates analytics to be carried out by a user plane function node; translating the APR into at least one rule setting a condition for reporting analytics to a network data analytics function, NWDAF, or for forwarding packets to an analytics engine, wherein the rule applies to one of: a particular user and particular traffic type; a particular user for all traffic types; and a particular user plane function node; and transmitting the at least one rule to the user plane function node.
A method for estimating, during a braking situation, the performance of a tire to be provided to a vehicle, the method comprising: - an experimental phase (EXPERIM) including at least: - a step (EVAL_MU) of assessing the grip coefficient (μ) of the tire on the ground, performed for different values (Vi) of the relative displacement speed of the tire axis with regard to the ground and for different values (gi%) of the tire slip rate (g%) on the ground, - a modelization step (MODEL) of representing the grip coefficient (μ) of said tire, as resulting from the assessment step (EVAL_MU), by a function (MU3D) of the relative displacement speed of axis of said tire with regard to the ground and of the slip rate (g%) of said tire on the ground; and - a predictive phase (PREDICT) including an operation (DET_IND) of determining an overall indicator (INT(MU3D)) of the tire performance, which consists in integrating, against the relative displacement instantaneous speed of axis of the tire and of the ground, and against the slip rate (g%) of said tire on the ground, the function (MU3D) representative of the tire grip coefficient, over a domain of instantaneous speeds and slip rates corresponding to a real or simulated braking sequence (SQC_FR). - an experimental phase (EXPERIM) including at least: - a step (EVAL_MU) of assessing the grip coefficient (μ) of the tire on the ground, performed for different values (Vi) of the relative displacement speed of the tire axis with regard to the ground and for different values (gi%) of the tire slip rate (g%) on the ground, - a modelization step (MODEL) of representing the grip coefficient (μ) of said tire, as resulting from the assessment step (EVAL_MU), by a function (MU3D) of the relative displacement speed of axis of said tire with regard to the ground and of the slip rate (g%) of said tire on the ground; and - a step (EVAL_MU) of assessing the grip coefficient (μ) of the tire on the ground, performed for different values (Vi) of the relative displacement speed of the tire axis with regard to the ground and for different values (gi%) of the tire slip rate (g%) on the ground, - a modelization step (MODEL) of representing the grip coefficient (μ) of said tire, as resulting from the assessment step (EVAL_MU), by a function (MU3D) of the relative displacement speed of axis of said tire with regard to the ground and of the slip rate (g%) of said tire on the ground; and - a predictive phase (PREDICT) including an operation (DET_IND) of determining an overall indicator (INT(MU3D)) of the tire performance, which consists in integrating, against the relative displacement instantaneous speed of axis of the tire and of the ground, and against the slip rate (g%) of said tire on the ground, the function (MU3D) representative of the tire grip coefficient, over a domain of instantaneous speeds and slip rates corresponding to a real or simulated braking sequence (SQC_FR).
Mouthpiece for a product dispensing device (31, 31'), comprising: - a product dispensing duct (3, 3') defining a longitudinal axis (XX') and comprising a connection opening configured to be connected to a dispensing organ (13, 13') of the product dispensing device (31, 31'), and a dispensing opening designed to open freely into the mouth of a user, the mouthpiece being characterized in that it comprises: - a lingual cavity configured to receive at least one end of the tongue of the user, comprising a lingual opening allowing the tongue to be inserted into the lingual cavity and a contact surface configured to form a target for one end of the tongue of the user. - a product dispensing duct (3, 3') defining a longitudinal axis (XX') and comprising a connection opening configured to be connected to a dispensing organ (13, 13') of the product dispensing device (31, 31'), and a dispensing opening designed to open freely into the mouth of a user, - a lingual cavity configured to receive at least one end of the tongue of the user, comprising a lingual opening allowing the tongue to be inserted into the lingual cavity and a contact surface configured to form a target for one end of the tongue of the user.
A device comprising: a semiconductor structure comprising a light emitting layer; and a substrate comprising lithium attached to the semiconductor structure; wherein an outer wall of the substrate forms an angle with a major plane of the semiconductor structure that is between 60° and 75°, characterized in that the substrate is shaped into at least one truncated pyramid, the device further comprising intersecting notches formed in the truncated pyramid, wherein the intersecting notches have side walls that form an angle with a major plane of the semiconductor structure that is between 60° and 75°. a semiconductor structure comprising a light emitting layer; and a substrate comprising lithium attached to the semiconductor structure; wherein an outer wall of the substrate forms an angle with a major plane of the semiconductor structure that is between 60° and 75°,
A marking device for a tube separator comprising a main body; a marking element for marking an outer wall of a pipe at a predetermined distance from the incision of the tube separator, wherein the marking element is fixed to the main body; and a fastener for fastening the main body of the marking device to the tube separator; characterized in that the main body extends to both sides of the fastener and a marking element is provided on both sides of the fastener.
A nipple suitable for a soother, feeding bottle or drinking vessel, the nipple including a teat portion, an areola portion and a base portion, the nipple having an interior wall and a plurality of paths for the interior wall, each path having a first end located in the teat portion of the nipple and a second end located in the areola portion of the nipple, wherein each path has a first segment which is proud of the interior wall and a second segment which is recessed in the interior wall, wherein each path is proud of the interior wall of the nipple at or near the first end and gradually changes so that it is recessed at or near the second end, and wherein the path at or near the second end curves to follow the circumference of the nipple
An armrest assembly for a passenger seat, the armrest assembly comprising: an armrest comprising a top side and a bottom side; and an attendant step assembly connected to the bottom side of the armrest, wherein the attendant step assembly comprises a step that is movable between a stowed position and a deployed position relative to the bottom side of the armrest, characterized in that the attendant step assembly further comprises a first support leg and a second support leg, wherein the first support leg and the second support leg are each connected to the step and pivotably connected to the bottom side of the armrest such that the step is movable between the stowed position and the deployed position, and wherein the first support leg and the second support leg are each pivotable and slidable relative to the step. an armrest comprising a top side and a bottom side; and an attendant step assembly connected to the bottom side of the armrest, wherein the attendant step assembly comprises a step that is movable between a stowed position and a deployed position relative to the bottom side of the armrest, characterized in that the attendant step assembly further comprises a first support leg and a second support leg, wherein the first support leg and the second support leg are each connected to the step and pivotably connected to the bottom side of the armrest such that the step is movable between the stowed position and the deployed position, and wherein the first support leg and the second support leg are each pivotable and slidable relative to the step.
A method of generating multiple images with rich color acquisition using a plenoptic camera having a main lens disposed in front of an array of micro lenses, a mosaic color filter array and an image sensor characterized in that it comprises: capturing a first set of images using an ordinary state of an electrically controllable birefringent medium being disposed between the main lens and said array of micro lenses, said ordinary state providing an ordinary ray to each pixel; capturing a second set of images using an extraordinary state of said electrically controllable birefringent medium, said extraordinary state splitting the light from said main lens into an ordinary ray and an extraordinary ray respectively impinging on two adjacent pixels of different colors, said extraordinary ray being shifted by distance of one pixel from said ordinary ray on said image sensor; performing a weighted subtraction of information about said second set of images from information about said first set of images; and generating a final set of images with rich color information from said weighted subtraction and said first set of images. capturing a first set of images using an ordinary state of an electrically controllable birefringent medium being disposed between the main lens and said array of micro lenses, said ordinary state providing an ordinary ray to each pixel; capturing a second set of images using an extraordinary state of said electrically controllable birefringent medium, said extraordinary state splitting the light from said main lens into an ordinary ray and an extraordinary ray respectively impinging on two adjacent pixels of different colors, said extraordinary ray being shifted by distance of one pixel from said ordinary ray on said image sensor; performing a weighted subtraction of information about said second set of images from information about said first set of images; and generating a final set of images with rich color information from said weighted subtraction and said first set of images.
A battery module, comprising Type 1 battery cells and Type 2 battery cells connected in series; wherein the Type 1 battery cells and the Type 2 battery cells satisfy the following criteria: 1.01 × A 1 / A 2 ≤ X 2 ≤ 1.25, and A 1 < A 2, where X 2 is a battery charge balance rate of the Type 2 battery cells; and A 1 and A 2 are respectively capacities of the Type 1 battery cells and the Type 2 battery cells, wherein the Type 1 battery cells and the Type 2 battery cells are physically present at the same time and work at the same time during charging and discharging. where X 2 is a battery charge balance rate of the Type 2 battery cells; and A 1 and A 2 are respectively capacities of the Type 1 battery cells and the Type 2 battery cells, wherein the Type 1 battery cells and the Type 2 battery cells are physically present at the same time and work at the same time during charging and discharging.
A method of coating a field joint of a pipeline, comprising: positioning a mould tool around the field joint to define a mould cavity; injecting thermoplastics material into the mould cavity, to form a field joint coating that will set in the mould cavity; introducing a compacting fluid into the mould cavity between the mould tool and the field joint coating to apply compacting pressure within the mould cavity radially inwardly against a radially outer side of the field joint coating, other than by continued injection of the thermoplastics material; and separating the compacting fluid from the field joint coating by an intermediate partition that moves in the mould cavity under pressure from the compacting fluid to exert pressure from the compacting fluid against the field joint coating. positioning a mould tool around the field joint to define a mould cavity; injecting thermoplastics material into the mould cavity, to form a field joint coating that will set in the mould cavity; introducing a compacting fluid into the mould cavity between the mould tool and the field joint coating to apply compacting pressure within the mould cavity radially inwardly against a radially outer side of the field joint coating, other than by continued injection of the thermoplastics material; and separating the compacting fluid from the field joint coating by an intermediate partition that moves in the mould cavity under pressure from the compacting fluid to exert pressure from the compacting fluid against the field joint coating.
A solid pharmaceutical dosage form for the release of nicotine in the oral cavity comprising a core encapsulated by at least one film coating, wherein the core comprises nicotine and wherein the film coating comprises at least one film-forming polymer and at least one component for reduction of one or more organoleptically disturbing sensations, and where the at least one film coating is devoid of nicotine and devoid of buffer; wherein said dosage form is a lozenge, a sublingual tablet, a buccal tablet, or an orally disintegrating tablet.
Authentication element, in the form of a key or a Keyless Go means for a vehicle, which can be used to prevent a relay attack on an emergency start function of a vehicle, in which the authentication element is supplied with energy and communication for authentication takes place between the authentication element and an apparatus of a vehicle, also called transponding, wherein the authentication element comprises: • a transponding interface for transmitting an authentication signal and for receiving energy and data in order to set up a radio connection and to not only transmit authentication signals but also to receive energy and data for the authentication element from an apparatus in the vehicle via said radio connection, and • a sensor element for capturing a movement and/or inclination, • wherein the authentication element is designed in such a manner that authentication signals are transmitted via the transponding interface if the sensor element captures a stored movement and/or inclination. • a transponding interface for transmitting an authentication signal and for receiving energy and data in order to set up a radio connection and to not only transmit authentication signals but also to receive energy and data for the authentication element from an apparatus in the vehicle via said radio connection, and • a sensor element for capturing a movement and/or inclination, • wherein the authentication element is designed in such a manner that authentication signals are transmitted via the transponding interface if the sensor element captures a stored movement and/or inclination.
A welding machine, preferably of the flash welding type, to weld the tail of a first longitudinal metal product together with the head of a second longitudinal metal product along a feeding direction of said longitudinal metal products, the machine comprising a carriage adapted to slide along the feeding direction, said carriage supporting - a first structure connected to said carriage; - first clamping means (3, 4), provided on said first structure, to clamp either the tail of the first metal product or the head of the second metal product; - a second structure adapted to slide, with respect to both the first structure and the carriage, parallel to the feeding direction; - second clamping means (6, 7), provided on said second structure, to clamp either the head of the second metal product or the tail of the first metal product; - at least one transformer provided with conductors (37, 38, 39, 40) connected to the first clamping means (3, 4) and to the second clamping means (6, 7), respectively, to supply electric current to said tail and said head; characterized in that the first structure and the second structure are supported in a first part of the carriage delimited by a first beam and a second beam of the carriage that are parallel to the feeding direction, while the at least one transformer is fixed to the carriage and supported in a second part of the carriage, arranged laterally outside the first part. - a first structure connected to said carriage; - first clamping means (3, 4), provided on said first structure, to clamp either the tail of the first metal product or the head of the second metal product; - a second structure adapted to slide, with respect to both the first structure and the carriage, parallel to the feeding direction; - second clamping means (6, 7), provided on said second structure, to clamp either the head of the second metal product or the tail of the first metal product; - at least one transformer provided with conductors (37, 38, 39, 40) connected to the first clamping means (3, 4) and to the second clamping means (6, 7), respectively, to supply electric current to said tail and said head;
An implantable medical device obtained by means of two-photon laser polymerisation of a resin to form a three-dimensional matrix, wherein: said three-dimensional matrix comprises a number of levels distributed in height; and said three-dimensional matrix comprises a reference means designed to uniquely identify the height of each level from a pre-set reference by means of a multiphoton fluorescence-excitation microscope; said medical device being characterised in that said reference means comprises a solid having a cross section that varies with height.