mhurhangee/patent-ind-claim-en huggingface dataset:
Method for diagnosing, monitoring and/or predicting a condition of a switching apparatus, in particular its dielectric insulation capability and/or arc extinction capability, the switching apparatus containing an insulation medium comprising at least one organofluorine compound C1, the method comprising the method elements of: a) selecting at least one physical quantity x of the insulation medium; b) determining the difference between a value xso of the physical quantity x at an initial state S0 of the apparatus and a value x S1 of the physical quantity x at a second state S1, said second state S1 being later in time than the initial state S0, and c) deducing from the difference between x S0 and x S1 the decrease in the amount of the at least one organofluorine compound C1 and/or of the total amount of the at least one organofluorine compound C1 present in the switching apparatus, characterized in that the physical quantity x is the amount of at least one decomposition product C2 of the at least one organofluorine compound C1 or is a physical quantity dependent on the amount of at least one decomposition product C2 of the at least one organofluorine compound C1, and said method further comprising the method elements of: counting a number of switching events, determining therefrom the total arc energy to which the insulation medium has been subjected to, and correlating the total arc energy to the amount of the organofluorine compound C1 lost by decomposition. a) selecting at least one physical quantity x of the insulation medium; b) determining the difference between a value xso of the physical quantity x at an initial state S0 of the apparatus and a value x S1 of the physical quantity x at a second state S1, said second state S1 being later in time than the initial state S0, and c) deducing from the difference between x S0 and x S1 the decrease in the amount of the at least one organofluorine compound C1 and/or of the total amount of the at least one organofluorine compound C1 present in the switching apparatus, counting a number of switching events, determining therefrom the total arc energy to which the insulation medium has been subjected to, and correlating the total arc energy to the amount of the organofluorine compound C1 lost by decomposition.
Modular rear assembly for a motor vehicle , comprising a rear-side frame element and a tailgate , wherein the frame element is configured to form a part of a rear-side vehicle frame and to be releasably fastened to the vehicle frame , characterized in that the tailgate is configured to be opened by way of a combined translational and pivoting movement, that is to say the tailgate is subjected, prior to being pivoted downwards, firstly to a translational sliding movement and only subsequently to a downward pivoting movement.
A non-therapeutic cosmetic treatment process comprising a step of applying a cosmetic composition to the skin of the face and at least one step of sophrology, said cosmetic composition comprising: - hyaluronic acid, - an extract of Sophora Japonica flower, and - optionally a rose hydrolat, in which the sophrology step comprises the following successive steps: (a) adopting a reclining or semi-reclining body position, (b) applying the cosmetic composition as a mask to the face, (c) counting while breathing, (d) taking abdominal breaths, with a rhythm of 5 seconds in and 5 seconds out, (e) relaxing each part of the body from top to bottom to enter a "sophroliminal state". - hyaluronic acid, - an extract of Sophora Japonica flower, and - optionally a rose hydrolat, (a) adopting a reclining or semi-reclining body position, (b) applying the cosmetic composition as a mask to the face, (c) counting while breathing, (d) taking abdominal breaths, with a rhythm of 5 seconds in and 5 seconds out, (e) relaxing each part of the body from top to bottom to enter a "sophroliminal state".
A system for creating a virtual bite line in connection with an article of footwear, the system comprising: a marking mechanism that applies conditionally visible indicia to a surface of a shoe upper at an interface of the shoe upper and a corresponding bottom unit when the shoe upper and the corresponding bottom unit are temporarily joined with a predetermined amount of force, wherein the conditionally visible indicia are detectable only under predetermined lighting conditions; a first light source that projects light across at least a portion of the marked shoe upper , the projected light intersecting the conditionally visible indicia at at least one point to create an intersection; and at least one camera that detects the intersection between the projected light and the conditionally visible indicia. a marking mechanism that applies conditionally visible indicia to a surface of a shoe upper at an interface of the shoe upper and a corresponding bottom unit when the shoe upper and the corresponding bottom unit are temporarily joined with a predetermined amount of force, wherein the conditionally visible indicia are detectable only under predetermined lighting conditions; a first light source that projects light across at least a portion of the marked shoe upper , the projected light intersecting the conditionally visible indicia at at least one point to create an intersection; and at least one camera that detects the intersection between the projected light and the conditionally visible indicia.
Coupling arrangement for a screw coupling for liquid conduits of a high-pressure cleaning apparatus, wherein the coupling arrangement comprises a plug part pluggably connectable to a complementarily configured plug part of a second coupling arrangement of the screw coupling for establishing a liquid-tight and releasable connection therewith with a sealing ring interposed therebetween, and a connecting part having a thread that is screwably connectable to a complementarily configured thread of the second coupling arrangement, wherein the thread is of a multiple-threaded configuration and the connecting part comprises a clamping element aligned in an in-line relationship with the thread relative to the thread longitudinal axis and releasably clampable against a complementarily configured clamping element of the second coupling arrangement by axially inserting one into the other, characterized in that the thread is of quadruple-thread configuration and in that the clamping element has a conical annular face oriented coaxially with the thread longitudinal axis , said conical annular face being clampable against a complementarily configured annular face of the clamping element of the second coupling arrangement, wherein the conical annular face forms a frusto-conically shaped section of the connecting part .
Method for controlling a ventilation system comprising a fan and a control unit characterised in that the control method comprises at least the following steps: - selecting an operating program for the operation of the fan from among a plurality of operating programs pre-recorded in the control unit , and the operating programs comprise at least a first and second control data for the fan; - and transmitting by the control unit of a control signal including at least the first control data to control a motor , which are correlated with at least the second control data to control at least one secondary device of the fan selected from among: - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device. - selecting an operating program for the operation of the fan from among a plurality of operating programs pre-recorded in the control unit , and the operating programs comprise at least a first and second control data for the fan; - and transmitting by the control unit of a control signal including at least the first control data to control a motor , which are correlated with at least the second control data to control at least one secondary device of the fan selected from among: - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device. - A lighting device; - A gas or liquid spraying device; - An acoustic device - A video device.
Curtain rail arrangement , comprising a curtain rail with a barrel track in which a plurality of gliders are guided on which a curtain or a drape is attached or can be attached, with a front side and a rear side generally facing a wall, wherein the curtain or the drape is coupled to a drive , in particular an electric motor, in particular via a carriage and/or at least one of the gliders via a coupling element , in particular a cord or a toothed belt, wherein the drive has a drive axis which is rotated about a first axis of rotation (D), wherein the coupling element is coupled to a rotation element which is rotatable about a second axis of rotation and which interacts with the coupling element and is driven by the drive in order to move the gliders coupled to the coupling element along the barrel track of the curtain rail in or against a running direction (X), wherein the drive is connected via a connecting section to the curtain rail , in particular to its barrel track wherein the first axis of rotation (D) of the drive axis of the drive is offset relative to the second axis of rotation of the rotation element in the depth direction (Y) of the curtain rail defined from the front side to the rear side , characterised in that the drive axis and the rotation element, in particular gearwheel, are coupled to one another via a gearing, in particular arranged in a gearbox arranged on the drive .
A current mirror arrangement for bidirectional communication between two circuit units (A, B), said arrangement comprising in each circuit unit (A, B) a pair of first identical transistors with their bases connected together and their bases and their collectors connected to each other respectively, wherein each of the connections between the bases and the collectors is formed via a pair of second transistors and the pair of second transistors of both circuit units (A, B) are connected together, wherein parasitic diodes formed between the drain-source-connection of the pair of second transistors of each circuit unit (A, B) are arranged in series in opposite polarity directions, wherein one of the transistors of the pair of second transistors is connected to a signal line .
Armrest , in particular for an office chair, comprising an armrest column , and comprising an arm support which is mounted on the armrest column and is rotatable about a rotation axis and which is linearly displaceable relative to the armrest column , wherein the rotary mechanism for the rotation of the arm support is arranged substantially fully within the armrest column , wherein the arm support is connected to the armrest column in a linearly displaceable manner with the aid of a sliding block guide , wherein the sliding block guide has a guide slot provided on the bottom side of the arm support and has two simultaneously acting guide elements reaching through the guide slot , wherein the rotary mechanism comprises a rotary bearing , and the number of guide elements of the sliding block guide are fastened to a rotary piece of the rotary bearing .
A lamella for a clarifier formed by a rectangular or square plate , the upper edge and the lower edge of said plate running parallel to a transverse direction (T), the two remaining side edges of said plate running parallel to a longitudinal direction (L), and said lamella being characterized in that : - the plate is curved along the longitudinal direction thereof describing a first constant radius (R1) of curvature so that, in the working position thereof, the area closer to the lower edge of the plate is less inclined relative to the horizontal (H) than the area closer to the upper edge of the plate , and in that - the plate is provided with a plurality of longitudinal folds , said longitudinal folds running from the upper edge of the plate to the lower edge of the plate and said longitudinal folds likewise being provided with a curvature in the longitudinal direction (L). - the plate is curved along the longitudinal direction thereof describing a first constant radius (R1) of curvature so that, in the working position thereof, the area closer to the lower edge of the plate is less inclined relative to the horizontal (H) than the area closer to the upper edge of the plate , and in that - the plate is provided with a plurality of longitudinal folds , said longitudinal folds running from the upper edge of the plate to the lower edge of the plate and said longitudinal folds likewise being provided with a curvature in the longitudinal direction (L).
A processor-implemented method for video storage, the method comprising: acquiring, using one or more processors, video data for generating buffer zone data; generating a buffer zone being divided into multiple sub-zones with sub-zones data beginning with an I Frame or an R Frame of the video and having one or more P Frames with reference relation to the R Frame; wherein the R Frame is a picture frame only referring to a preceding I Frame and is not referring to a common P Frame as well as a subsequent common P Frame is not referring to other P Frames crossing the R Frame;storing at least one sub-zone of the buffer zone data to a storage fragment in a storage area associated with one or more non-transitory storage media; and in response to the storage fragment being newly opened and a first frame of the at least one sub-zone of the buffer zone data being an R Frame, inserting, using one or more processors, an I Frame with reference relation to the first frame to the storage fragment; wherein the storage fragments are sub-storage areas of similar sizes, in which a large capacity storage area is divided, to facilitate storage and access. acquiring, using one or more processors, video data for generating buffer zone data; generating a buffer zone being divided into multiple sub-zones with sub-zones data beginning with an I Frame or an R Frame of the video and having one or more P Frames with reference relation to the R Frame; wherein the R Frame is a picture frame only referring to a preceding I Frame and is not referring to a common P Frame as well as a subsequent common P Frame is not referring to other P Frames crossing the R Frame;storing at least one sub-zone of the buffer zone data to a storage fragment in a storage area associated with one or more non-transitory storage media; and in response to the storage fragment being newly opened and a first frame of the at least one sub-zone of the buffer zone data being an R Frame, inserting, using one or more processors, an I Frame with reference relation to the first frame to the storage fragment; wherein the storage fragments are sub-storage areas of similar sizes, in which a large capacity storage area is divided, to facilitate storage and access.
Actuating device, in particular for a steering system, preferably a rear-axle steering system, having a spindle nut which comprises an internal or nut thread and an internal tooth system and has a nut longitudinal axis (m), a spindle with a spindle axis (s) and with an external or spindle thread and an external tooth system , wherein the diameter of the spindle thread is smaller than the diameter of the nut thread , wherein the spindle axis (s) is arranged in an axially parallel offset manner in relation to the nut longitudinal axis (m) by the magnitude of an eccentricity (e), wherein the spindle thread , by way of a portion of its circumference, engages with the nut thread , wherein the spindle thread and the nut thread have a thread transmission ratio (i g ), and wherein the spindle nut can be driven in the rotation direction about the nut longitudinal axis (m) and the spindle axis (s), so that the spindle can be displaced along its spindle axis (s), characterized in that the external tooth system engages with the internal tooth system and the external and the internal tooth systems have a gear transmission ratio (i z ), and in that the thread transmission ratio (i g ) and the gear transmission ratio (i z ) are the same, wherein the internal and the external tooth systems are designed as straight tooth systems .
A jet engine comprising: an inlet from which air is introduced in operation; and a combustor having a fuel injection opening disposed to inject fuel, and configured to combust the fuel injected from the fuel injection opening by using the air introduced from the inlet , wherein the combustor has a wall section defining an air flow path (FA) through which the air passes in operation, wherein the wall section has a ramp section with a ramped surface , and a first wall surface as a wall surface extending from an end of the ramped surface on a front side, wherein the ramp section is provided with the fuel injection opening , characterized in that a ramp angle (Θ) of the ramped surface of the ramp section to the first wall surface is equal to or more than 13.5 degrees, and, when a direction perpendicular to the first wall surface and heading for the air flow path (FA) from the first wall surface is defined as a first direction, a height (H1) of the ramp section protruding from the first wall surface to the first direction is equal to or less than 1/5 of a height (H2) along the first direction of an entrance of the combustor . an inlet from which air is introduced in operation; and a combustor having a fuel injection opening disposed to inject fuel, and configured to combust the fuel injected from the fuel injection opening by using the air introduced from the inlet , wherein the combustor has a wall section defining an air flow path (FA) through which the air passes in operation, wherein the wall section has a ramp section with a ramped surface , and a first wall surface as a wall surface extending from an end of the ramped surface on a front side, wherein the ramp section is provided with the fuel injection opening , characterized in that a ramp angle (Θ) of the ramped surface of the ramp section to the first wall surface is equal to or more than 13.5 degrees, and, when a direction perpendicular to the first wall surface and heading for the air flow path (FA) from the first wall surface is defined as a first direction, a height (H1) of the ramp section protruding from the first wall surface to the first direction is equal to or less than 1/5 of a height (H2) along the first direction of an entrance of the combustor .
A cover glass for an electronic device comprising: a first zone formed in the cover glass and corresponding to one or more corner portions of the cover glass, the first zone comprising a first stress pattern; a second zone formed in the cover glass and corresponding to one or more peripheral edge portions of the cover glass, the second zone comprising a second stress pattern; and a third zone formed in the cover glass and corresponding to a center portion of the cover glass, the third zone comprising a third stress pattern; wherein: the first stress pattern, the second stress pattern, and the third stress pattern differ from one another; and the first zone and the second zone are contiguous with one another and surround the third zone. a first zone formed in the cover glass and corresponding to one or more corner portions of the cover glass, the first zone comprising a first stress pattern; a second zone formed in the cover glass and corresponding to one or more peripheral edge portions of the cover glass, the second zone comprising a second stress pattern; and a third zone formed in the cover glass and corresponding to a center portion of the cover glass, the third zone comprising a third stress pattern; wherein: the first stress pattern, the second stress pattern, and the third stress pattern differ from one another; and the first zone and the second zone are contiguous with one another and surround the third zone. the first stress pattern, the second stress pattern, and the third stress pattern differ from one another; and the first zone and the second zone are contiguous with one another and surround the third zone.
A wireless electronic detonator comprising an energy source and functional modules and further comprising: - first switching means (K10 ; K10' ; K10") disposed between the energy source and the functional modules , making it possible to connect or not to connect the energy source to the functional modules , and - a control module for said first switching means, said wireless electronic detonator being characterized in that the control module comprises a radio energy recovery module configured to receive a radio signal coming from a control console, recover the electrical energy in said received radio signal, generate an energy recovery signal (V RF ) representing the level of recovered electrical energy, and generate as output a control signal (V OUT ) according to the energy recovered, said control signal (V OUT ) driving said first switching means (K10 ; K10' ; K10"). - first switching means (K10 ; K10' ; K10") disposed between the energy source and the functional modules , making it possible to connect or not to connect the energy source to the functional modules , and - a control module for said first switching means,
A fastener assembly comprising: a clamping unit including two clamping legs each having a shank and a clamping foot extending therefrom; a splitter bar including two extensions and a shaft extending between the two clamping legs and radially expanding and retracting the clamping feet responsive to axially translation of the clamping unit ; characterised by a protective sleeve partially circumferentially surrounding at least a portion of the clamping leg shanks and the splitter bar , the protective sleeve comprising two slots having the two extensions extending there through. a clamping unit including two clamping legs each having a shank and a clamping foot extending therefrom; a splitter bar including two extensions and a shaft extending between the two clamping legs and radially expanding and retracting the clamping feet responsive to axially translation of the clamping unit ; characterised by a protective sleeve partially circumferentially surrounding at least a portion of the clamping leg shanks and the splitter bar , the protective sleeve comprising two slots having the two extensions extending there through.
A semiconductor package , comprising: a dielectric layer having a front surface and a back surface opposite from the front surface , wherein one or more openings extend from the front surface to the back surface ; and a redistribution layer on the back surface , wherein the redistribution layer includes a plurality of first conductive traces having a first thickness and a plurality of second conductive traces having a second thickness, and wherein the first thickness is less than the second thickness, characterised by the first conductive traces extending aver the back surface in a first regular pattern having a first pitch, the second conductive traces extending aver the back surface in a second regular pattern having a second pitch, and wherein the first pitch is less than the second pitch. a dielectric layer having a front surface and a back surface opposite from the front surface , wherein one or more openings extend from the front surface to the back surface ; and a redistribution layer on the back surface , wherein the redistribution layer includes a plurality of first conductive traces having a first thickness and a plurality of second conductive traces having a second thickness, and wherein the first thickness is less than the second thickness, characterised by the first conductive traces extending aver the back surface in a first regular pattern having a first pitch, the second conductive traces extending aver the back surface in a second regular pattern having a second pitch, and wherein the first pitch is less than the second pitch.