mhurhangee/ep-ind-claims huggingface dataset:
A flow management method for a communication node, comprising the steps of: - receiving incoming downlink packets; - classifying said received downlink packets in sub-flows, based on information being available in a header of respective said received downlink packet; - queuing said downlink packets of each sub-flow in a respective sub-flow queue; - extracting downlink packets from said sub-flow queues into a common outgoing flow; said step of extracting downlink packets is made in a basic Round Robin fashion, assigning an indicator of last service occasion to each sub-flow queue when an extraction of downlink packets from the respective sub-flow queue has been completed, and selecting the sub-flow queue with the earliest last service for a next extraction; said step of extracting downlink packets from the respective sub-flow queue is completed when a predetermined amount of data has been extracted from said respective sub-flow queue; - sending said downlink packets of said common outgoing flow, characterized by the further step of: - prioritizing a sub-flow queue from which no downlink packets yet have been extracted; whereby said selecting of the sub-flow queue with the earliest last service for a next extraction is performed when no prioritized sub-flow queues are present, and when a prioritized sub-flow queue is present, selecting said prioritized sub-flow queue for a next extraction. - receiving incoming downlink packets; - classifying said received downlink packets in sub-flows, based on information being available in a header of respective said received downlink packet; - queuing said downlink packets of each sub-flow in a respective sub-flow queue; - extracting downlink packets from said sub-flow queues into a common outgoing flow; - sending said downlink packets of said common outgoing flow, - prioritizing a sub-flow queue from which no downlink packets yet have been extracted;
Supporting body for the vibration-damping support of loads, in particular for the support of a coordinate-measuring machine, wherein the supporting body has - a moulding made of expanded foam particles which are connected to one another, and - at least one stabilizing module, which is integrated in the moulding, characterized in that the stabilizing module has at least one connecting region which projects out of the moulding and on which the stabilizing module can be connected to a further stabilizing object. - a moulding made of expanded foam particles which are connected to one another, and - at least one stabilizing module, which is integrated in the moulding,
A method for locating an optical identification (54, 56) on a cylindrical laboratory analysis cuvette containing a reagent, said cuvette being placed in a vertical cuvette chamber of a laboratory analyzer having a cuvette rotating device, wherein a digital camera with an axial resolution of more than 10 lines is associated with the cuvette chamber, and wherein, in fixed geometric relationship with the identification (54, 56), the cuvette comprises an axial locating bar with a fixed bar width, the method comprising the following steps: • reading in at least four respectively non-adjacent lines (100, 105, 110, 115, 120, 125, 130, 135, 140) of the digital camera, • searching for the identification: ∘ if at least three mutually successive active read-in lines (105, 110, 115) comprise approximately axially in-line reflection signals with the bar width, reflected by the locating bar: ▪ rotating the cuvette by an angle α, β corresponding to the geometric relationship, such that the identification (54, 56) is aligned with the digital camera, and ▪ reading in the identification (54, 56) by reading out a plurality of adjacent lines of the line scan camera. • reading in at least four respectively non-adjacent lines (100, 105, 110, 115, 120, 125, 130, 135, 140) of the digital camera, • searching for the identification: ∘ if at least three mutually successive active read-in lines (105, 110, 115) comprise approximately axially in-line reflection signals with the bar width, reflected by the locating bar: ▪ rotating the cuvette by an angle α, β corresponding to the geometric relationship, such that the identification (54, 56) is aligned with the digital camera, and ▪ reading in the identification (54, 56) by reading out a plurality of adjacent lines of the line scan camera. ∘ if at least three mutually successive active read-in lines (105, 110, 115) comprise approximately axially in-line reflection signals with the bar width, reflected by the locating bar: ▪ rotating the cuvette by an angle α, β corresponding to the geometric relationship, such that the identification (54, 56) is aligned with the digital camera, and ▪ reading in the identification (54, 56) by reading out a plurality of adjacent lines of the line scan camera. ▪ rotating the cuvette by an angle α, β corresponding to the geometric relationship, such that the identification (54, 56) is aligned with the digital camera, and ▪ reading in the identification (54, 56) by reading out a plurality of adjacent lines of the line scan camera.
A method for producing boehmite particles, characterized by comprising subjecting powder of aluminum hydroxide to hydrothermal reaction together with a nucleation agent, thereby obtaining boehmite particles having an average primary particle size of 0.6 μm or less and having a hexahedral shape, wherein the nucleation agent is aluminum nitrate or alumina sol, wherein the amount of the nucleation agent used is 0.001 to 0.2 parts by weight and the amount of aluminum hydroxide used is 100 parts by weight when the nucleation agent is alumina sol, and wherein the amount of the nucleation agent used is 0.1 parts by weight and the amount of aluminum hydroxide used is 100 parts by weight when the nucleation agent is aluminum nitrate, and wherein the powder of aluminum hydroxide is gibbsite.
Method for producing a battery cell, comprising an electrode stack having a number of first and second current conductors (8, 10) arranged in layers stacked one above another, - wherein the first current conductors are joined to form a common cathode and the second current conductors are joined to form a common anode in a materially bonded manner without melting by means of hot pressure welding, - wherein the first and second current conductors (8, 10) are heated before joining, and - wherein the electrode stack is cooled during preheating and during the joining process. - wherein the first current conductors are joined to form a common cathode and the second current conductors are joined to form a common anode in a materially bonded manner without melting by means of hot pressure welding, - wherein the first and second current conductors (8, 10) are heated before joining, and - wherein the electrode stack is cooled during preheating and during the joining process.
A road device, comprising: - a frame delimiting an opening, - a cover having a covering wall extending along a wall plane, - a first hinge provided with a first cam and a first cam follower which are designed to guide the cover relative to the opening between a released open position and a closed position, and - securing means that prevent, in the closed position, from lifting the cover in a lifting direction perpendicular to the wall plane when the cover is in the closed position, the securing means comprising a first securing member and a first counterpart securing member, the first securing member being fixed relatively to the opening and especially relatively to the frame, and the first counterpart securing member being fixed relatively to the cover, the securing means defining, in the released open position, a clear configuration in which they do not prevent from lifting the cover in the lifting direction, thus allowing withdrawal of the cover, characterized in that the road device comprises a first support bracket bearing the first cam and the first securing member, said first support bracket being a piece added on the frame. - a frame delimiting an opening, - a cover having a covering wall extending along a wall plane, - a first hinge provided with a first cam and a first cam follower which are designed to guide the cover relative to the opening between a released open position and a closed position, and - securing means that prevent, in the closed position, from lifting the cover in a lifting direction perpendicular to the wall plane when the cover is in the closed position, the securing means comprising a first securing member and a first counterpart securing member, the first securing member being fixed relatively to the opening and especially relatively to the frame, and the first counterpart securing member being fixed relatively to the cover, the securing means defining, in the released open position, a clear configuration in which they do not prevent from lifting the cover in the lifting direction, thus allowing withdrawal of the cover,
A method of synthesizing comprising reacting 1-[4-chloro-6-(6-trifluoromethylpyridin-2-yl)-[1,3,5]triazin-2-ylamino]-2-methylpropan-2-ol with 2-trifluoromethylpyridin-4-ylamine in the presence of sodium tert-butoxide and Pd(dppf)Cl 2.
A method of controlling an automatic engine start-stop system in a platoon vehicle group, the method comprising the following steps: - reception, by a first vehicle of said grouping according to a vehicle type communication mode towards all, called V2X, of first information representative of kinematics of at least one second vehicle (11, 12) of said grouping; - obtaining, by said first vehicle, second information representative of an environment of said grouping; - transmission, by said first vehicle to said at least one second vehicle (11, 12) via said V2X communication mode, of at least one request for checking an automatic engine stop-start system as a function of said first information and said second information. - reception, by a first vehicle of said grouping according to a vehicle type communication mode towards all, called V2X, of first information representative of kinematics of at least one second vehicle (11, 12) of said grouping; - obtaining, by said first vehicle, second information representative of an environment of said grouping; - transmission, by said first vehicle to said at least one second vehicle (11, 12) via said V2X communication mode, of at least one request for checking an automatic engine stop-start system as a function of said first information and said second information.
An electrical energy storage assembly comprising: - at least three stacked complexes (1, 1', 2, 2'; 40, 41; 45A-45E, 46A-46E; 52, 53), each comprising at least one electrode (12, 13; 22, 23); - at least one separator (3, 3', 3") arranged so that said at least one separator is arranged between each pair of adjacent complexes; - two connection terminals to connect the assembly electrically to a voltage generator, a first sample of complexes (1'; 45A-45E, 52) being electrically connected to or forming one of the two terminals, and a second sample of complexes (2'; 46A-46E, 53) being electrically connected to or forming the other of the two terminals, characterized in that the two samples are chosen so that the number of complexes belonging to the combining of the two samples is lower than the total number of complexes and so that the intersection of the two samples is a void assembly. - at least three stacked complexes (1, 1', 2, 2'; 40, 41; 45A-45E, 46A-46E; 52, 53), each comprising at least one electrode (12, 13; 22, 23); - at least one separator (3, 3', 3") arranged so that said at least one separator is arranged between each pair of adjacent complexes; - two connection terminals to connect the assembly electrically to a voltage generator, a first sample of complexes (1'; 45A-45E, 52) being electrically connected to or forming one of the two terminals, and a second sample of complexes (2'; 46A-46E, 53) being electrically connected to or forming the other of the two terminals, characterized in that the two samples are chosen so that the number of complexes belonging to the combining of the two samples is lower than the total number of complexes and so that the intersection of the two samples is a void assembly.
A method for controlling a portable terminal apparatus, the method comprising: registering an execution condition based on at least one of category information, the category information comprising at least one of a time base, a location base, a time and location base, a peripheral device base, a body information base or a weather base; registering an execution command corresponding to the execution condition; obtaining context information comprising at least one of current time information, location information of the portable terminal apparatus, information on communication with the at least one peripheral device, body information or weather information; based on the context information being corresponding to the registered execution condition, displaying an icon; and based on the icon being selected by a user input, transmitting to at least one peripheral device the execution command corresponding to the registered execution condition. registering an execution condition based on at least one of category information, the category information comprising at least one of a time base, a location base, a time and location base, a peripheral device base, a body information base or a weather base; registering an execution command corresponding to the execution condition; obtaining context information comprising at least one of current time information, location information of the portable terminal apparatus, information on communication with the at least one peripheral device, body information or weather information; based on the context information being corresponding to the registered execution condition, displaying an icon; and based on the icon being selected by a user input, transmitting to at least one peripheral device the execution command corresponding to the registered execution condition.
Laser beam welding machine for assembling a housing and an outer lens of a module, notably a lighting module, for motor vehicles, said machine including a frame carrying a laser head, and a support part for said housing and/or said outer lens, said frame carrying means for pressing said housing and/or said outer lens against said support part, said support part including a contact face with said housing and/or said outer lens, notably oriented in the direction of said beam, characterized in that said face is adapted to render it non-slip.
Apparatus for simulating radio-guided surgery, the apparatus comprising: a subject model comprising an enclosure having an opening that extends from an exterior of the subject model into the enclosure, and a light source disposed within the enclosure, and a probe for deployment by a user through the opening into the enclosure, the probe comprising a light detector configured to detect light emitted by the light source for localisation of the light source within the enclosure, characterised in that the subject model comprises a light control unit configured to control the light source. a subject model comprising an enclosure having an opening that extends from an exterior of the subject model into the enclosure, and a light source disposed within the enclosure, and a probe for deployment by a user through the opening into the enclosure, the probe comprising a light detector configured to detect light emitted by the light source for localisation of the light source within the enclosure, characterised in that the subject model comprises a light control unit configured to control the light source.
A railway vehicle (10; 50) pantograph (16; 52) of the type comprising: - an articulated, extended support arm, - a bow (22; 54) mounted at the end of the articulated arm; the bow comprises a rigid support (28; 56) carried at the end of the arm and at least one friction band (15A, 15B, 15C) carried by the support (28; 56), characterized in that the bow (22; 54) comprises: - at least a pair of insulating horns extending each friction band (15A, 15B, 15C) on either side, each insulating horn being movable in relation to the support (28; 56) the bow (22; 54), and - actuating means of each horn in relation to the support (28; 56). - an articulated, extended support arm, - a bow (22; 54) mounted at the end of the articulated arm; the bow comprises a rigid support (28; 56) carried at the end of the arm and at least one friction band (15A, 15B, 15C) carried by the support (28; 56), - at least a pair of insulating horns extending each friction band (15A, 15B, 15C) on either side, each insulating horn being movable in relation to the support (28; 56) the bow (22; 54), and - actuating means of each horn in relation to the support (28; 56).
A method for heating a preform comprising an open neck portion at a first end, a closed base portion at a second end, and a body portion extending along a longitudinal axis between the neck portion and the base portion, said body portion having a thickness which varies progressively along any transverse cross-section between a thick zone and a thin zone of the body portion and defining therebetween zones of the body portion having different thicknesses, said method being characterized in that it comprises the following steps: - introducing the preform into a heating apparatus comprising an array of infrared emitters arranged in multiple columns (Cj) and multiple rows (Ri), the preform and said array being disposed such that the longitudinal axis and the columns (Cj) of the array of infrared emitters are parallel or directed obliquely with respect to each other; - orienting angularly the preform at an input angular position by rotating the preform around the longitudinal axis; setting power levels of the infrared emitters so as to divide the array of infrared emitters into subsets of columns (SCn), each subset of columns (SCn) generating heat at a different power level from an adjacent subset of columns (SCn); and - heating the preform with the array of infrared emitters while translating the preform in a direction parallel to the rows (Ri) of the array at a translation speed, and simultaneously rotating said preform around its longitudinal axis in front of said infrared emitters at a rotation speed, the rotation speed, the translation speed, the input angular position and the power levels of the infrared emitters being set so that the greater the thickness of the zones of the body portion, the higher is the power level of the subsets of columns (SCn) facing said zones of the body portion. - introducing the preform into a heating apparatus comprising an array of infrared emitters arranged in multiple columns (Cj) and multiple rows (Ri), the preform and said array being disposed such that the longitudinal axis and the columns (Cj) of the array of infrared emitters are parallel or directed obliquely with respect to each other; - orienting angularly the preform at an input angular position by rotating the preform around the longitudinal axis; setting power levels of the infrared emitters so as to divide the array of infrared emitters into subsets of columns (SCn), each subset of columns (SCn) generating heat at a different power level from an adjacent subset of columns (SCn); and - heating the preform with the array of infrared emitters while translating the preform in a direction parallel to the rows (Ri) of the array at a translation speed, and simultaneously rotating said preform around its longitudinal axis in front of said infrared emitters at a rotation speed, the rotation speed, the translation speed, the input angular position and the power levels of the infrared emitters being set so that the greater the thickness of the zones of the body portion, the higher is the power level of the subsets of columns (SCn) facing said zones of the body portion.
A piezoelectric transmitting and/or receiving device for a vibration sensor, characterized in that the piezoelectric transmitting and/or receiving device is configured as a unit that can be handled separately, with a drive seat with a mechanical connection section for connecting the piezoelectric transmitting and/or receiving device to a diaphragm of the vibration sensor, has a piezo-stack drive, wherein the drive seat has a fastening section for fastening and biasing the piezo-stack drive in the drive seat, and the piezo-stack drive is clamped to the drive seat.
A computer-implemented method of encrypting a description of an aircraft trajectory, comprising: obtaining a ground-referenced description of the trajectory of the aircraft expressed in ground-referenced parameters; obtaining a description of an imaginary atmospheric model describing imaginary atmospheric conditions along the trajectory; and using the description of the imaginary atmospheric model to encrypt the ground-referenced description of the aircraft trajectory by converting the ground-referenced description of the aircraft trajectory into an air-referenced description of the aircraft trajectory expressed in air-referenced parameters with respect to the imaginary atmospheric model. obtaining a ground-referenced description of the trajectory of the aircraft expressed in ground-referenced parameters; obtaining a description of an imaginary atmospheric model describing imaginary atmospheric conditions along the trajectory; and using the description of the imaginary atmospheric model to encrypt the ground-referenced description of the aircraft trajectory by converting the ground-referenced description of the aircraft trajectory into an air-referenced description of the aircraft trajectory expressed in air-referenced parameters with respect to the imaginary atmospheric model.
An image forming apparatus forming a toner image on a sheet, the image forming apparatus comprising: an apparatus main body; a guide (11a, 11b) configured to guide an attachable and detachable unit attachable to and detachable from the apparatus main body; and a fixing unit configured to fix the toner image formed on a sheet to the sheet, the fixing unit including a shutter configured to open or close a sheet inlet of the fixing unit, wherein in a case where the attachable and detachable unit is attached to the apparatus main body when the shutter is located at a first position at which the sheet inlet is closed, the shutter moves from the first position to a second position at which the sheet inlet is opened, according to an attaching operation, wherein the apparatus main body includes a link mechanism that the attachable and detachable unit contacts, and a regulating portion configured to regulate movement of the shutter, and in a case where the attachable and detachable unit is further pushed in an attaching direction when the shutter is located at the second position, the link mechanism allows to move the attachable and detachable unit in the attaching direction while keeping a position of the shutter at the second position by the regulating portion. an apparatus main body; a guide (11a, 11b) configured to guide an attachable and detachable unit attachable to and detachable from the apparatus main body; and a fixing unit configured to fix the toner image formed on a sheet to the sheet, the fixing unit including a shutter configured to open or close a sheet inlet of the fixing unit, wherein in a case where the attachable and detachable unit is attached to the apparatus main body when the shutter is located at a first position at which the sheet inlet is closed, the shutter moves from the first position to a second position at which the sheet inlet is opened, according to an attaching operation, wherein the apparatus main body includes a link mechanism that the attachable and detachable unit contacts, and a regulating portion configured to regulate movement of the shutter, and in a case where the attachable and detachable unit is further pushed in an attaching direction when the shutter is located at the second position, the link mechanism allows to move the attachable and detachable unit in the attaching direction while keeping a position of the shutter at the second position by the regulating portion.