mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining weaving anomalies in a machine for weaving or winding a fiber preform onto a mandrel having an axis of rotation that is substantially horizontal for the purpose of receiving the preform, the mandrel being driven about the axis of rotation by a motor actuated by a control unit ; in which method a plurality of cameras looking at the underside of the fiber texture scan the bottom face of the fiber preform and acquire images of the bottom face, and an image analysis module processes the images of the bottom face of the fiber preform in a plurality of adjacent scan windows in order to extract weaving patterns therefrom and compare them with reference weaving patterns previously stored in the module, and the control unit stops rotation of the mandrel if the result of the comparison reveals, in at least one scan window, a difference in appearance between the two weaving patterns that is characteristic of the presence of an anomaly resulting from pollution and/or weaving faults in the fiber preform, and when an anomaly is recognized, its position on the fiber preform and a label selected by an operator from predetermined types of anomaly are stored together with an image of said anomaly, and when the recognized anomaly is repaired, a corresponding label selected by an operator from predetermined types of repair is stored together with an image of said repair, and the recognized anomalies and the repaired anomalies are displayed in a developed representation or a three-dimensional representation of said fiber preform that is accessible to the operator from said control unit.
A process for the reduction of the content of a compound I of general formula (II) where R 1 is hydrogen or methyl, each R 2 , independently from each other, is hydrogen or methyl, R 3 is hydrogen or an aliphatic or cycloaliphatic or aromatic hydrocarbon with 1 - 8 carbon atoms, AO is a C2 - C12 oxyalkylene group, x = 0 or 1, and n = 2 - 350, from a mixture comprising or consisting of a compound I of general formula (II) and an alkoxylated alcohol A of general formula (I) where R 1 , R 2 , R 3 , AO, x, and n are as described in general formula (II) above, characterized in that said process comprises a treatment of said mixture comprising or consisting of a compound I and an alkoxylated alcohol A with an acid. x = 0 or 1, and n = 2 - 350,
A vehicle motion control device comprising a travel track generation unit that is configured to generate a travel route, based on information on a curvature of a first curve on a lane existing in a traveling direction of a vehicle and a curvature of a second curve connected to the first curve, characterized in that the travel track generation unit is further configured to generate the travel route by setting a curvature of the travel route at a time of traveling on a curve having a smaller curvature between the first curve and the second curve to be larger than a curvature of the curve and by setting a curvature of the travel route at a time of traveling on a curve having a larger curvature between the first curve and the second curve to be smaller than the curvature of the curve.
An image forming apparatus supporting peer to peer, P2P, connection, comprising: an image forming unit configured to perform an image forming operation; and a wireless communication interface configured to connect the image forming apparatus to a mobile device by P2P connection; characterized in that the image forming apparatus comprises a user interface unit configured to receive a user input; and a controller configured to set a group owner, GO, setting value, which is related to P2P connection, based on a user input received through the user interface unit , and allow the wireless communication interface to function as an access point, AP, if the GO setting value is in an on state wherein the GO setting value is set as the on state automatically in response to receiving a Wi-Fi Direct initialization command from the user, and the controller sets a Wi-Fi Direct connection between the image forming apparatus and the mobile device without performing negotiation for selecting GO. an image forming unit configured to perform an image forming operation; and a wireless communication interface configured to connect the image forming apparatus to a mobile device by P2P connection; characterized in that the image forming apparatus comprises a user interface unit configured to receive a user input; and a controller configured to set a group owner, GO, setting value, which is related to P2P connection, based on a user input received through the user interface unit , and allow the wireless communication interface to function as an access point, AP, if the GO setting value is in an on state wherein the GO setting value is set as the on state automatically in response to receiving a Wi-Fi Direct initialization command from the user, and the controller sets a Wi-Fi Direct connection between the image forming apparatus and the mobile device without performing negotiation for selecting GO.
An article, the article comprising: a knitted component , the knitted component comprising: a knit element , a first tensile strand with a first end , a second tensile strand with a first end , and a third tensile strand with a first end , wherein the first tensile strand is at least partially inlaid within the knit element, wherein the second tensile strand is at least partially inlaid within the knit element, wherein the third tensile strand is at least partially inlaid within the knit element , and wherein the article is characterized in that the first end of the first tensile strand is reversibly braided to the first end of the second tensile strand, and in that the first end of the third tensile strand is braided to the first end of the first tensile strand and the first end of the second tensile strand . a knit element , a first tensile strand with a first end , a second tensile strand with a first end , and a third tensile strand with a first end , wherein the first tensile strand is at least partially inlaid within the knit element, wherein the second tensile strand is at least partially inlaid within the knit element, wherein the third tensile strand is at least partially inlaid within the knit element , and wherein the article is characterized in that the first end of the first tensile strand is reversibly braided to the first end of the second tensile strand, and in that the first end of the third tensile strand is braided to the first end of the first tensile strand and the first end of the second tensile strand .
A lighting assembly for an aircraft, comprising: a visible light source for generating visible light and configured to illuminate a first illumination area with the visible light when the lighting assembly operates in a first operation mode;and an ultraviolet light source generating ultraviolet light and configured to illuminate a second illumination area with the ultraviolet light when the lighting assembly operates in a second mode of operation; a controller connected to the lighting assembly to control operation of the visible light source and the ultraviolet light source ; wherein the visible light source is disposed adjacent to the ultraviolet light source and, in use, the first illumination area substantially overlaps the second illumination area ; characterised in that the controller is configured to be connected to a plurality of window shades anc is operable to close the window shades when the ultraviolet light source operates in the second mode of operation. a visible light source for generating visible light and configured to illuminate a first illumination area with the visible light when the lighting assembly operates in a first operation mode;and an ultraviolet light source generating ultraviolet light and configured to illuminate a second illumination area with the ultraviolet light when the lighting assembly operates in a second mode of operation; a controller connected to the lighting assembly to control operation of the visible light source and the ultraviolet light source ; wherein the visible light source is disposed adjacent to the ultraviolet light source and, in use, the first illumination area substantially overlaps the second illumination area ; characterised in that the controller is configured to be connected to a plurality of window shades anc is operable to close the window shades when the ultraviolet light source operates in the second mode of operation.
Support for e.g. road and traffic signs, where the support comprises at least a first upper surface and a second lower surface , where the support further is divided into at least two individual parts, a first part and a second part with an assembly surface, where the first part and the second parts are complementary to each other, where the first part makes up most of the second lower surface and the second part makes up most of the first upper surface and, where the first part and the second part comprise interlocking means, configured for locking the first part and the second part in relation to each other in a first direction X and a second direction Y, characterised in that each of the first and second parts comprise first interlocking means which first interlocking means comprise at least a male element and at least a corresponding female element (13"), which male and female parts (13', 13") extend substantially parallel with the first upper and the second lower surfaces, configured for locking the support parts relative to each other in the first direction X, and, where the interlocking means also comprise second interlocking means which constitute hook elements along the assembly surface, where the free end of the first part's hook element is complementary to an intermediate part of the hook element on the second part and where the free end of the second part's hook element is complementary to an intermediate part of the first part's hook element , where the hook element is made by means of the free ends being thicker than the intermediate parts of the hook elements and whereby the hook elements are configured for locking the first part and the second part relative to each other in the second direction Y and that third interlocking means comprises a dowel arranged in each of the female parts of the second support part and an aperture arranged in each of the corresponding male parts (13'd) of the first support part , and that said dowels and apertures are configured for locking the support parts relative to each other in a third direction Z.
A complex represented by general formula : SnX n ⋅ m L [where, X represents an iodine atom or a bromine atom; L represents N,N-dimethylformamide (DMF) or dimethylsulfoxide (DMSO); n represents a value of 1.5 to 2.5; and m represents a value of 0.3 to 1.9], and wherein the complex is in a needle crystalline form.
A hydraulic system for a construction machine including a slewing body , comprising: a hydraulic pump that discharges hydraulic fluid; a slewing motor that is a variable displacement motor operated by hydraulic fluid supplied from the hydraulic pump to slew the slewing body ; a slewing speed sensor that detects a slewing speed (Vs) of the slewing body ; and a controller that controls a capacity of the slewing motor , characterized in that in the controller , speed ranges with respect to the slewing speed (Vs) are set, the speed ranges including a low speed range in which any slewing speed (Vs) is less than or equal to a certain value and a high speed range in which any slewing speed (Vs) is higher than that in the low speed range; and the controller is configured to perform a large-capacity-in-low-speed-range control of controlling the slewing motor capacity so as to make the slewing motor capacity when the slewing speed (Vs) detected by the slewing speed sensor is in the low-speed range be greater than the slewing motor capacity when the slewing speed (Vs) is in the high speed range. a hydraulic pump that discharges hydraulic fluid; a slewing motor that is a variable displacement motor operated by hydraulic fluid supplied from the hydraulic pump to slew the slewing body ; a slewing speed sensor that detects a slewing speed (Vs) of the slewing body ; and a controller that controls a capacity of the slewing motor , characterized in that in the controller , speed ranges with respect to the slewing speed (Vs) are set, the speed ranges including a low speed range in which any slewing speed (Vs) is less than or equal to a certain value and a high speed range in which any slewing speed (Vs) is higher than that in the low speed range; and the controller is configured to perform a large-capacity-in-low-speed-range control of controlling the slewing motor capacity so as to make the slewing motor capacity when the slewing speed (Vs) detected by the slewing speed sensor is in the low-speed range be greater than the slewing motor capacity when the slewing speed (Vs) is in the high speed range.
Pressurised gas preparation system for preparation of pressurised gas, with an inlet for connection of a pressurised gas source , and an outlet for provision of prepared pressurised gas, wherein the inlet and the outlet are fluidically connected, and a humidifying device is arranged in the fluidic connection for humidifying the pressurised gas, wherein the pressurised gas preparation system has a heating device for heating a liquid, wherein the heating device has a supply connection for output of heated liquid and a return connection infeed of returned liquid, characterised in that the supply connection , the return connection and the outlet are arranged next to one another in a connection region .
An alternating current electric motor of a combined supply and charging electric device , said electric motor being formed by a stator configured to be connected to a power grid , said charging current of said grid being injected via a connexion point dividing each phase of said stator configured to be connected to a phase of said grid into two half-windings, each half-winding of a phase including a plurality of coils having a leak inductance, characterised in that the coils of a phase are distributed on either side of the connection point of the phase so as to reduce magnetic coupling of the half-windings at the connection point, such that a non-zero apparent inductance resides at said connection point in a charging mode of said device , said apparent inductance being higher than said leak inductance of said coils.
A digital calibration method, comprising: in a case where a circuit to be calibrated is in a calibration mode, selecting a first value from a first range as a test compensation calibration code value for a current test, wherein the circuit to be calibrated is a comparator or operational amplifier of an analog-to-digital converter, wherein a common mode voltage is provided to a non-inverting input terminal and an inverting input terminal of the circuit to be calibrated; inputting the test compensation calibration code value to a compensation calibration code input terminal of the circuit to be calibrated; sampling output of the circuit to be calibrated specified times; counting a number of times when the output of the circuit to be calibrated is a target result within the specified times, to obtain a second value; judging whether the second value is within a second range; and if the second value is within a second range, taking the test compensation calibration code value as a compensation calibration code of the circuit to be calibrated in an operating mode. in a case where a circuit to be calibrated is in a calibration mode, selecting a first value from a first range as a test compensation calibration code value for a current test, wherein the circuit to be calibrated is a comparator or operational amplifier of an analog-to-digital converter, wherein a common mode voltage is provided to a non-inverting input terminal and an inverting input terminal of the circuit to be calibrated; inputting the test compensation calibration code value to a compensation calibration code input terminal of the circuit to be calibrated; sampling output of the circuit to be calibrated specified times; counting a number of times when the output of the circuit to be calibrated is a target result within the specified times, to obtain a second value; judging whether the second value is within a second range; and if the second value is within a second range, taking the test compensation calibration code value as a compensation calibration code of the circuit to be calibrated in an operating mode.
A tire for two-wheel vehicle, the tire comprising: a tread portion having a designated rotation direction (R) and being provided with a plurality of blocks and grooves ; the plurality of blocks comprising at least one V-shaped block having a center portion located rearwardly in the rotation direction (R) with respect to its two axial end portions and a first sidewall located rearwardly in the rotation direction (R); and the grooves comprising a groove bottom surface connected to the first sidewall , wherein the groove bottom surface is provided with ribs extending from the first sidewall in a tire circumferential direction. characterized in that the at least one V-shaped block further comprises a keel portion projecting rearwardly in the rotation direction (R) from the center portion, and the ribs are arranged such that one or some of the ribs exist on each side of the keel portion in a tire axial direction. a tread portion having a designated rotation direction (R) and being provided with a plurality of blocks and grooves ; the plurality of blocks comprising at least one V-shaped block having a center portion located rearwardly in the rotation direction (R) with respect to its two axial end portions and a first sidewall located rearwardly in the rotation direction (R); and the grooves comprising a groove bottom surface connected to the first sidewall , wherein the groove bottom surface is provided with ribs extending from the first sidewall in a tire circumferential direction. characterized in that the at least one V-shaped block further comprises a keel portion projecting rearwardly in the rotation direction (R) from the center portion, and the ribs are arranged such that one or some of the ribs exist on each side of the keel portion in a tire axial direction.
An implant comprising: a body having opposing first and second surfaces, the first surface having a boss extending outwardly therefrom, wherein the boss is integral with the body ; and a porous structure having a surface , wherein the porous structure is formed separately from the body , characterised in that the porous structure is adapted to be secured to the body by placing the porous structure against the first surface of the body, whereby the boss extends through a hole of the porous structure , and in that the boss is adapted to be deformed such that the surface of the porous structure cooperates with the boss to prevent pullout of the boss from the porous structure . a body having opposing first and second surfaces, the first surface having a boss extending outwardly therefrom, wherein the boss is integral with the body ; and a porous structure having a surface , wherein the porous structure is formed separately from the body , characterised in that the porous structure is adapted to be secured to the body by placing the porous structure against the first surface of the body, whereby the boss extends through a hole of the porous structure , and in that the boss is adapted to be deformed such that the surface of the porous structure cooperates with the boss to prevent pullout of the boss from the porous structure .
A light emitting diode, LED, filament arrangement , comprising at least one LED filament comprising an array of a plurality of light emitting diodes , LEDs, arranged on an elongated substrate , wherein the at least one LED filament comprises at least a first subset, S 1 , of at least two LEDs, and at least a second subset, S 2 , of at least two LEDs, wherein the first subset, S 1 , of LEDs is different from the second subset, S 2 , of LEDs, characterised in that the LEDs of the first subset, S 1 , are coupled in series and the LEDs of the second subset, S 2 , are coupled in parallel, such that the luminous flux, Φ 1 , of the individual LEDs of the first subset, S 1 , differs from the luminous flux, Φ 2 , of the individual LEDs of the second subset, S 2 , during operation of the LED filament arrangement. at least one LED filament comprising an array of a plurality of light emitting diodes , LEDs, arranged on an elongated substrate , wherein the at least one LED filament comprises at least a first subset, S 1 , of at least two LEDs, and at least a second subset, S 2 , of at least two LEDs, wherein the first subset, S 1 , of LEDs is different from the second subset, S 2 , of LEDs, characterised in that the LEDs of the first subset, S 1 , are coupled in series and the LEDs of the second subset, S 2 , are coupled in parallel, such that the luminous flux, Φ 1 , of the individual LEDs of the first subset, S 1 , differs from the luminous flux, Φ 2 , of the individual LEDs of the second subset, S 2 , during operation of the LED filament arrangement.
A male needleless connector , comprising: a first body comprising an elongated tubular member and a collar partially surrounding the elongated tubular member, the elongated tubular member defining a fluid pathway; and a second body translatable relative to the first body comprising a longitudinal passageway surrounding the elongated tubular member and a collar partially surrounding the longitudinal passageway, the collar of the second body having internal threads configured to threadably engage with external threads of a female connector; wherein a seal is formed between the elongated tubular member and the longitudinal passageway, and the seal unseals when the first body is rotated relative to the second body; characterised by the collar of the first body having internal threads ; and the longitudinal passageway having external threads threadably engaging the internal threads of the collar of the first body . a first body comprising an elongated tubular member and a collar partially surrounding the elongated tubular member, the elongated tubular member defining a fluid pathway; and a second body translatable relative to the first body comprising a longitudinal passageway surrounding the elongated tubular member and a collar partially surrounding the longitudinal passageway, the collar of the second body having internal threads configured to threadably engage with external threads of a female connector; wherein a seal is formed between the elongated tubular member and the longitudinal passageway, and the seal unseals when the first body is rotated relative to the second body; characterised by the collar of the first body having internal threads ; and the longitudinal passageway having external threads threadably engaging the internal threads of the collar of the first body .