mhurhangee/ep-ind-claims huggingface dataset:
A method for electroless coating of substrates, comprising or consisting of the following steps: I. provision of a substrate, III. application of an activating coat, V. rinsing of the activating coat, the activating coat not being entirely removed, VI. contacting and coating of the activated surfaces that have remained after rinsing, with an aqueous composition in the form of a solution, emulsion or suspension, to form an organic secondary coat (= precipitation coat), VII. rinsing of the secondary coat, and VIII. drying and/or crosslinking of the coating, characterized in that the activating coat is formed from one or more anionic polyelectrolytes selected from the group consisting of polyacrylic acid, silane-modified polyacrylic acid, polyacrylic acid modified with silane compound(s), polyacrylic acid-maleic acid copolymer, silane-modified polyacrylic acid-maleic copolymer, polyacrylic acid-malic acid copolymer modified with silane compound(s), polyacrylic acid-acrylamide copolymer, silane-modified polyacrylic acid-acrylamide copolymer, polyacrylic acid-acrylamide copolymer modified with silane compound(s), polystyrenesulfonic acid, polyvinylsulfonic acid, polyphosphoric acid, and mixtures thereof and in that the aqueous composition to form a secondary coat has constituents which can be precipitated, deposited and/or salted out and which are anionically, zwitterionically, sterically and/or cationically stabilized, and in that the dry film formed in this procedure or subsequently from the secondary coat or from the activating coat and the secondary coat, has a thickness of at least 1 μm. I. provision of a substrate, III. application of an activating coat, V. rinsing of the activating coat, the activating coat not being entirely removed, VI. contacting and coating of the activated surfaces that have remained after rinsing, with an aqueous composition in the form of a solution, emulsion or suspension, to form an organic secondary coat (= precipitation coat), VII. rinsing of the secondary coat, and VIII. drying and/or crosslinking of the coating,
A method of increasing heat transfer in a flowing fluid comprising the steps of: dispersing a plurality of kinetic mixing particles throughout a base heat transfer fluid wherein said particles are present in a size and concentration such that a stable fluid having nano to micron sized particles is formed; wherein said base heat transfer fluid comprises a boundary layer portion adjacent a surface of an object, said boundary layer portion having a stagnant film and a free stream portion; characterized in that the method further comprises reducing deposit formation on said surface by mixing said boundary layer portion with said particles that continuously roll in the boundary layer portion and on said surface to produce a polishing effect for improving the heat transfer mechanism of the fluid. dispersing a plurality of kinetic mixing particles throughout a base heat transfer fluid wherein said particles are present in a size and concentration such that a stable fluid having nano to micron sized particles is formed; wherein said base heat transfer fluid comprises a boundary layer portion adjacent a surface of an object, said boundary layer portion having a stagnant film and a free stream portion; characterized in that the method further comprises reducing deposit formation on said surface by mixing said boundary layer portion with said particles that continuously roll in the boundary layer portion and on said surface to produce a polishing effect for improving the heat transfer mechanism of the fluid.
A method for detecting and analysing a cough episode of a subject implementing a wearable device on the subject's head, in particular a pair of glasses, comprising an inertial sensor, means for acquiring and processing the signals from this sensor and memory means, said method comprising the steps of: i) acquiring a signal from the inertial sensor on its different axes; ii) filtering the signal acquired in step (i); iii) reading, in the memory means, an acceleration pattern corresponding to a cough episode, in the time or frequency domain; characterised in that the inertial sensor comprises a triaxial accelerometer, that step (ii) consists in eliminating, from the signal, the components comprised between 0.1 Hz and 4 Hz and that it comprises a step of: iv) detecting in the signals thus filtered comprising the anteroposterior and longitudinal components the acceleration of the patterns corresponding to a cough episode by a signal processing in the time or frequency domain. i) acquiring a signal from the inertial sensor on its different axes; ii) filtering the signal acquired in step (i); iii) reading, in the memory means, an acceleration pattern corresponding to a cough episode, in the time or frequency domain; characterised in that the inertial sensor comprises a triaxial accelerometer, that step (ii) consists in eliminating, from the signal, the components comprised between 0.1 Hz and 4 Hz and that it comprises a step of: iv) detecting in the signals thus filtered comprising the anteroposterior and longitudinal components the acceleration of the patterns corresponding to a cough episode by a signal processing in the time or frequency domain.
Storage battery, including at least: - first and second stages (401, 402) electrically connected in series, each stage including at least first, second and third accumulators electrically connected in parallel; - at least first and second disconnections (611, 612) by means of which the first, second and third accumulators of said first stage are connected in parallel and by means of which the first, second and third accumulators of said second stage are connected in parallel, each of said disconnectors including first and second electrodes; - characterized in that each of said disconnectors further includes: - a fuse including a conducting link connected in series between the first and second electrodes and including a fusible portion; - an explosive, with a heat bridge between the fuse and the explosive so that the heating of said fuse forms a detonator initiating the explosion of the explosive, the explosion of the explosive causing said conducting link to open, the explosive having an explosion initiation temperature that is lower than the melting point of said fusible portion. - first and second stages (401, 402) electrically connected in series, each stage including at least first, second and third accumulators electrically connected in parallel; - at least first and second disconnections (611, 612) by means of which the first, second and third accumulators of said first stage are connected in parallel and by means of which the first, second and third accumulators of said second stage are connected in parallel, each of said disconnectors including first and second electrodes; - characterized in that each of said disconnectors further includes: - a fuse including a conducting link connected in series between the first and second electrodes and including a fusible portion; - an explosive, with a heat bridge between the fuse and the explosive so that the heating of said fuse forms a detonator initiating the explosion of the explosive, the explosion of the explosive causing said conducting link to open, the explosive having an explosion initiation temperature that is lower than the melting point of said fusible portion. - a fuse including a conducting link connected in series between the first and second electrodes and including a fusible portion; - an explosive, with a heat bridge between the fuse and the explosive so that the heating of said fuse forms a detonator initiating the explosion of the explosive, the explosion of the explosive causing said conducting link to open, the explosive having an explosion initiation temperature that is lower than the melting point of said fusible portion.
A method comprising: receiving, at a dynamic random access memory, DRAM, bank, a column address to activate a page through a given column select line (COLSL) that causes input/output bits to be routed via respective master data lines (MDQ0-MDQ3) from two or more sub-arrays for the DRAM bank; delaying a first input/output bit for the given column select line (COLSL) from a first sub-array of the two or more sub-arrays for at least one column address strobe following receipt of the column address; and multiplexing the first input/output bit routed via a first master data line (MDQ0, MDQ2) for the first sub-array with a second input/output bit routed via a second master data line (MDQ1, MDQ3) for a second sub-array of the two or more sub-arrays such that the first and second input/output bits are routed over a first input/output wire in consecutive column address strobes in a serialized manner. receiving, at a dynamic random access memory, DRAM, bank, a column address to activate a page through a given column select line (COLSL) that causes input/output bits to be routed via respective master data lines (MDQ0-MDQ3) from two or more sub-arrays for the DRAM bank; delaying a first input/output bit for the given column select line (COLSL) from a first sub-array of the two or more sub-arrays for at least one column address strobe following receipt of the column address; and multiplexing the first input/output bit routed via a first master data line (MDQ0, MDQ2) for the first sub-array with a second input/output bit routed via a second master data line (MDQ1, MDQ3) for a second sub-array of the two or more sub-arrays such that the first and second input/output bits are routed over a first input/output wire in consecutive column address strobes in a serialized manner.
A pencil for applying a coloring and/or cosmetic substance, comprising a pigment core composed of the substance that is to be applied and a one-piece injection-molded casing encompassing the pigment core that is composed of a thermoplastic material that consists of a mix of a first plastic phase and a second plastic phase, characterized in that the casing, respectively viewed in the radial direction, has an outer enrichment zone with a higher concentration of the first plastic phase than in the middle region, and that the casing, respectively viewed in the radial direction, has an inner enrichment zone with a higher concentration of the first plastic phase than in the middle region.
A crosslinkable polyvinyl acetal porous powder, comprising crosslinkable polyvinyl acetal containing a monomer unit having a crosslinkable functional group bonded thereto through at least one bond selected from the group consisting of an ester bond, an ether bond and an urethane bond, and having a content of the crosslinkable functional group of 0.3 to 20 mol% with respect to the total of -CH 2 -CH-units in the main chain of polyvinyl acetal, wherein the crosslinkable polyvinyl acetal porous powder is formed of aggregated particles (secondary particles) in which primary particles agglomerate, and the crosslinkable polyvinyl acetal porous powder has an average particle size of the secondary particles of 30 to 10000 μm determined by a measurement using a laser diffraction method and a bulk density of 0.12 to 0.50 g/mL determined based on JIS K6721.
A method for forming a chewing gum product, the method comprising: providing a gum sizing system (12, 102) including at least one roller (14, 14a, 16, 16a); moving a gum mass toward and through said sizing system (12, 102) in a direction of flow; sizing the gum mass into a continuous gum sheet (26, 26a) via said sizing system (12, 102), said gum sheet (26, 26a) having a thickness between about 0.3 mm to 10 mm at at least a portion of said gum sheet (26, 26a) via said sizing; creating a variation of thickness across at least a portion of the length or width of the gum sheet (26, 26a) via said at least one roller (14, 14a, 16, 16a) of said sizing system (12, 102), wherein said creating of said thickness variation and said sizing of said gum mass into said gum sheet (26, 26a) occurs simultaneously; and separating said gum sheet (26, 26a) into a plurality of gum pieces, at least one of said plurality of pieces including said thickness variation. providing a gum sizing system (12, 102) including at least one roller (14, 14a, 16, 16a); moving a gum mass toward and through said sizing system (12, 102) in a direction of flow; sizing the gum mass into a continuous gum sheet (26, 26a) via said sizing system (12, 102), said gum sheet (26, 26a) having a thickness between about 0.3 mm to 10 mm at at least a portion of said gum sheet (26, 26a) via said sizing; creating a variation of thickness across at least a portion of the length or width of the gum sheet (26, 26a) via said at least one roller (14, 14a, 16, 16a) of said sizing system (12, 102), wherein said creating of said thickness variation and said sizing of said gum mass into said gum sheet (26, 26a) occurs simultaneously; and separating said gum sheet (26, 26a) into a plurality of gum pieces, at least one of said plurality of pieces including said thickness variation.
A fifth wheel for reversibly coupling a trailer to a tractor, comprising: - a coupling plate for receiving a journal element of the trailer, - a bearing block for pivotally supporting the coupling plate about a pivot axis, in particular about a substantially horizontally extending pivot axis, and - a bearing insert which, in the assembled state, is arranged between the bearing block and the coupling plate, wherein an intermediate element is provided between the bearing insert and the coupling plate, which intermediate element comprises at least one sensor for force detection, wherein the at least one sensor is a force transducer in the form of a strain gauge and/or a piezo element, characterized in that the intermediate element is made of metal, preferably steel. - a coupling plate for receiving a journal element of the trailer, - a bearing block for pivotally supporting the coupling plate about a pivot axis, in particular about a substantially horizontally extending pivot axis, and - a bearing insert which, in the assembled state, is arranged between the bearing block and the coupling plate, wherein an intermediate element is provided between the bearing insert and the coupling plate, which intermediate element comprises at least one sensor for force detection, wherein the at least one sensor is a force transducer in the form of a strain gauge and/or a piezo element, characterized in that the intermediate element is made of metal, preferably steel. wherein an intermediate element is provided between the bearing insert and the coupling plate, which intermediate element comprises at least one sensor for force detection, wherein the at least one sensor is a force transducer in the form of a strain gauge and/or a piezo element, characterized in that the intermediate element is made of metal, preferably steel.
A user context and/or activity detection device, comprising: a pressure sensor, configured to provide a pressure signal (S P); an electrostatic-charge-variation sensor, configured to provide a charge-variation signal (S Q) indicative of a variation over time of an electrostatic charge associated with the user, due to transfer of charges from the user's body to ground during movements of the user; and a processing unit, coupled to the pressure sensor and to the electrostatic-charge-variation sensor so as to receive the pressure signal (S P) and the charge-variation signal (S Q) and configured to jointly process said pressure signal (S P) and said charge-variation signal (S Q) for detecting changes in level or altitude of the user, wherein said processing unit is configured to: process a pressure gradient over time, associated with a variation of said pressure signal (S P), for detecting a first indication of change in level or altitude of the user; process a variation of said charge-variation signal (S Q) over time for detecting a second indication of change in level or altitude of the user; and determine the occurrence of a change in level of the user in case of detection of said first and second indications in a same time interval. a pressure sensor, configured to provide a pressure signal (S P); an electrostatic-charge-variation sensor, configured to provide a charge-variation signal (S Q) indicative of a variation over time of an electrostatic charge associated with the user, due to transfer of charges from the user's body to ground during movements of the user; and a processing unit, coupled to the pressure sensor and to the electrostatic-charge-variation sensor so as to receive the pressure signal (S P) and the charge-variation signal (S Q) and configured to jointly process said pressure signal (S P) and said charge-variation signal (S Q) for detecting changes in level or altitude of the user, wherein said processing unit is configured to: process a pressure gradient over time, associated with a variation of said pressure signal (S P), for detecting a first indication of change in level or altitude of the user; process a variation of said charge-variation signal (S Q) over time for detecting a second indication of change in level or altitude of the user; and determine the occurrence of a change in level of the user in case of detection of said first and second indications in a same time interval. process a pressure gradient over time, associated with a variation of said pressure signal (S P), for detecting a first indication of change in level or altitude of the user; process a variation of said charge-variation signal (S Q) over time for detecting a second indication of change in level or altitude of the user; and determine the occurrence of a change in level of the user in case of detection of said first and second indications in a same time interval.
A gearbox for a rotorcraft, the gearbox comprising: a planetary gear set; an input shaft coupled to a sun gear of the planetary gear set; a mast coupled to a carrier of the planetary gear set and coaxially aligned with the input shaft; a seal adapter support housing coupled to the mast; and a seal positioned between an end of the input shaft and an end of the seal adapter support housing. a planetary gear set; an input shaft coupled to a sun gear of the planetary gear set; a mast coupled to a carrier of the planetary gear set and coaxially aligned with the input shaft; a seal adapter support housing coupled to the mast; and a seal positioned between an end of the input shaft and an end of the seal adapter support housing.
An intensive care system comprising: a ventilator; a central nervous system monitoring device; and a controller connected to the ventilator and the central nervous system monitoring device, said controller configured to: monitor a central nervous system parameter acquired with the central nervous system monitoring device for the purpose of determining a sedation level; detect when the sedation level reaches a target sedation level; reduce a level of ventilatory support to a lower level of ventilatory support when the sedation level reaches the target sedation level; and allow the patient to perform a spontaneous breathing trial at the lower level of ventilatory support. a ventilator; a central nervous system monitoring device; and a controller connected to the ventilator and the central nervous system monitoring device, said controller configured to: monitor a central nervous system parameter acquired with the central nervous system monitoring device for the purpose of determining a sedation level; detect when the sedation level reaches a target sedation level; reduce a level of ventilatory support to a lower level of ventilatory support when the sedation level reaches the target sedation level; and allow the patient to perform a spontaneous breathing trial at the lower level of ventilatory support. monitor a central nervous system parameter acquired with the central nervous system monitoring device for the purpose of determining a sedation level; detect when the sedation level reaches a target sedation level; reduce a level of ventilatory support to a lower level of ventilatory support when the sedation level reaches the target sedation level; and allow the patient to perform a spontaneous breathing trial at the lower level of ventilatory support.
Composite core yarn comprising at least two electrically conductive filaments (13, 14) as a core and a cover layer which encapsulates the core, wherein the cover layer comprises staple fibers, wherein the core further comprises an elastic filament having an elasticity in at least longitudinal direction thereof, wherein the elastic filament is a separate filament and not constituted by the at least two conductive filaments (13, 14), wherein the at least two conductive filaments (13, 14) are wound around the elastic filament, wherein one of the at least two conductive filaments (13, 14) is a metal filament made of a metallic material; and the other of the at least two conductive filaments (13, 14) is a coated filament having a core of a substantially not electrically conducting material, and a surface layer of an electrically conductive material.
Card clothing wire for rollers of a textile machine having a total height (h 1) and having a plurality of successively arranged teeth (2, 3) having a tooth depth (h 6), each tooth (2, 3) having a tooth front surface, a tooth back surface and a tooth tip, and the tooth back surface of a tooth merging into a tooth base surface at an end opposite the tooth tip, which tooth base surface subsequently merges into the tooth front surface of an adjacent tooth, and the tooth base surface, starting from the tooth back surface, having a first portion and a second portion following the first portion, the first portion having a flat or concave shape and the second portion having a convex shape, characterized in that the tooth base surface has a third portion following the second portion, the third portion being arranged parallel to a connecting line of the tooth tips of two successively arranged teeth (2, 3), characterized in that a tooth depth (k) at an end of the second portion opposite the first portion is 15% to 60% less than the tooth depth (h 6) in the first portion.
Road sign comprising a casing with an integrated post or a casing with a clamping element for mounting on a pole, characterized in that the casing comprises a supporting matrix consisting of a load-bearing ribbed core with either horizontally or vertically oriented ribs and grooves between them, the core having a shape and size of its peripherals corresponding to the shape and size of the casing, and at least one reinforcing rod placed through apertures in the ribs perpendicularly to the longitudinal axis of the ribs, and in that the external surfaces of the casing are equipped with impressions corresponding to the shape and thickness of the sign image.
An auxiliary volumetric pump for generating a vacuum comprising a casing, a rotary member housed in the casing and an electric motor for powering the rotary member; the auxiliary pump comprising an intake duct, located downstream of a user device, and a discharge duct configured to define a delivery duct of a primary pump; a device for detecting the pressure of the fluid entering the auxiliary pump, designed for emitting a signal for detecting the pressure of the fluid entering the auxiliary pump, is positioned in the intake duct; the auxiliary volumetric pump characterised by further comprising a device for detecting the pressure of the fluid flowing out from the auxiliary pump, designed for emitting a signal for detecting the pressure of the fluid flowing out of the auxiliary pump, is positioned in the discharge duct; a control unit is configured to receive and process the signal for detecting the pressure (8, 9) of the fluid entering and flowing out from the auxiliary pump and determining the pressure of the fluid in the intake duct and in the discharge duct and the pressure difference between the pressure value in the intake duct and in the discharge duct; the control unit is configured for controlling the frequency of rotation and the absorption of the electric motor by the rotary member as a function of the pressure difference between the pressure value in the intake duct and in the discharge duct, if less than a pre-set permissible pressure difference.