mhurhangee/ep-ind-claims huggingface dataset:
Device for checking a tyre in a tyre production line comprising: ∘ a detection system comprising a camera having a target line lying on an optical plane passing through said camera; ∘ a first light source, a second light source and a third light source, said second light source and said third light source being arranged at opposite sides with respect to said optical plane and symmetrically with respect to said first light source; ∘ where said first light source is adapted for emitting a first diffused light radiation on a surface portion of said tyre coinciding with or close to said target line, and said second light source and third light source are adapted for emitting a second grazing light radiation and a third grazing light radiation on said surface portion; and ∘ a reflective element defining a reflective plane arranged perpendicular to said optical plane, said reflective element being arranged between said second light source and third light source, said reflective element being adapted for reflecting said target line by an angle comprised between about 60° and about 120° and wherein a minimum distance between said reflective plane and a focusing plane of said camera passing through said reflected target line is smaller than a minimum distance between one of said first light source, second light source and third light source and said focusing plane. ∘ a detection system comprising a camera having a target line lying on an optical plane passing through said camera; ∘ a first light source, a second light source and a third light source, said second light source and said third light source being arranged at opposite sides with respect to said optical plane and symmetrically with respect to said first light source; ∘ where said first light source is adapted for emitting a first diffused light radiation on a surface portion of said tyre coinciding with or close to said target line, and said second light source and third light source are adapted for emitting a second grazing light radiation and a third grazing light radiation on said surface portion; and ∘ a reflective element defining a reflective plane arranged perpendicular to said optical plane, said reflective element being arranged between said second light source and third light source, said reflective element being adapted for reflecting said target line by an angle comprised between about 60° and about 120° and wherein a minimum distance between said reflective plane and a focusing plane of said camera passing through said reflected target line is smaller than a minimum distance between one of said first light source, second light source and third light source and said focusing plane.
A protective glove comprising a palmar part designed to be accommodated to the hand palm and to the fingers palmar face of a user, parts located in the inter fingers space and a dorsal part designed to be accommodated to the hand backside part and to the fingers dorsal face of the user, said dorsal part comprising a main part including at least one textile layer, and at least one reinforced part, characterized in that at least one reinforced part of said dorsal part and said palmar part are formed from a multi-layer textile complex consisting of at least one internal layer of a semi-rigid composite material resisting to perforation and of an external coating layer of a flexible textile material, said multi-layer textile complex being bonded by leaving a free edge at said external coating layer allowing the assembly of various parts of the glove together along seams lines practiced at least on said free edges.
NO x purification method of an exhaust purification system of an internal combustion engine in which an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons is arranged inside of an engine exhaust passage, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst (51, 52), the exhaust purification catalyst has a property of reducing the NO x which is contained in exhaust gas if the concentration of hydrocarbons flowing into the exhaust purification catalyst is made to change within a predetermined range of amplitude and within a predetermined range of period and has a property of being increased in storage amount of NO x which is contained in exhaust gas if the vibration period of the hydrocarbon concentration is made longer than the predetermined range, at the time of engine operation, a main concentration changing action in which the concentration of hydrocarbons flowing into the exhaust purification catalyst is made to change within said predetermined range of amplitude and within said predetermined range of period is performed and, furthermore, before each main concentration changing action, an auxiliary concentration changing action in which the concentration of hydrocarbons is made to change by an amplitude smaller than the amplitude at the time of each main concentration changing action is performed, wherein in said exhaust purification catalyst, NO x contained in exhaust gas and reformed hydrocarbons react whereby a reducing intermediate containing nitrogen and hydrocarbons is produced and wherein a changing period of the hydrocarbon concentration due to said main concentration changing action is a changing period necessary for continued production of the reducing intermediate.
A waste heat utilization system having a line arrangement for a motor vehicle and for converting waste heat of an internal combustion engine into utilizable energy, wherein the line arrangement has one or more lines for conducting a fluid medium, characterized in that at least one line comprises at least one textile hose or is configured as at least one textile hose, and the textile hose has a textile structure (1.1) and an inner sheath (1.2), wherein the textile hose encloses an inner line, and the inner line serves to conduct the fluid medium, with the result that, in the case of a leak of the inner line, the textile hose ensures that the medium is retained and/or conducted to a predefined location.
A method of managing basal rate profiles for programming an insulin pump, including the steps of: a) storing a plurality of files containing data corresponding to a plurality of basal rate profiles for programming the insulin pump; b) generating corresponding thumbnail images (166A, 166B, 166C) including a simplified graphical representation for each of the basal rate profiles; c) without opening the plurality of files to access the data, simultaneously displaying a file indicator (168A, 168B, 168C) associated with one of the files and the corresponding thumbnail image (166A, 166B, 1 66C), wherein the thumbnail image (166A, 166B, 166C) is displayed in a preview pane with a plurality of other thumbnail images (166A, 166B, 166C) corresponding to other basal rate profiles; d) determining by an operator based on the graphical representation of the thumbnail image (166A, 166B, 166C) whether to access the data; e) and opening the file to access the data in response to an operator's selection of the profile represented by the thumbnail image (166A, 166B, 166C), wherein the thumbnail image (166A, 166B, 166C) includes the simplified graphical representation of the profile on a graph having a time axis and a units per hour axis, wherein the units on the time axis and the units on the units per hour axis are larger than in a profile configuration window displaying data associated with a basal rate profile after the data associated with the profile has been loaded. a) storing a plurality of files containing data corresponding to a plurality of basal rate profiles for programming the insulin pump; b) generating corresponding thumbnail images (166A, 166B, 166C) including a simplified graphical representation for each of the basal rate profiles; c) without opening the plurality of files to access the data, simultaneously displaying a file indicator (168A, 168B, 168C) associated with one of the files and the corresponding thumbnail image (166A, 166B, 1 66C), wherein the thumbnail image (166A, 166B, 166C) is displayed in a preview pane with a plurality of other thumbnail images (166A, 166B, 166C) corresponding to other basal rate profiles; d) determining by an operator based on the graphical representation of the thumbnail image (166A, 166B, 166C) whether to access the data; e) and opening the file to access the data in response to an operator's selection of the profile represented by the thumbnail image (166A, 166B, 166C),
An indicator mechanism for a surgical instrument, the indicator mechanism comprising: a base; an aperture formed in the base; an indicator body rotatably supported by the base, the indicator body including features for engaging a motor that rotates the indicator body; and a detent mechanism (504, 506) that allows the indicator body to rotate in a first direction from a first position to a second position and resists rotation in a second direction from the second position to the first position; the indicator mechanism further comprising an indicator arm coupled to the indicator body, the indicator arm providing a visual indicator that is visible through the aperture, the visual indicator visually indicating that the surgical instrument is in service when the indicator body is in the first position and that the surgical instrument is expired when the indicator body is in the second position; the indicator mechanism further comprising a limit mechanism in which the indicator arm engages the base to prevent the indicator body from rotating in the first direction when the indicator body is in the second position; and the indicator body being a disk. a base; an aperture formed in the base; an indicator body rotatably supported by the base, the indicator body including features for engaging a motor that rotates the indicator body; and a detent mechanism (504, 506) that allows the indicator body to rotate in a first direction from a first position to a second position and resists rotation in a second direction from the second position to the first position; the indicator mechanism further comprising an indicator arm coupled to the indicator body, the indicator arm providing a visual indicator that is visible through the aperture, the visual indicator visually indicating that the surgical instrument is in service when the indicator body is in the first position and that the surgical instrument is expired when the indicator body is in the second position; the indicator mechanism further comprising a limit mechanism in which the indicator arm engages the base to prevent the indicator body from rotating in the first direction when the indicator body is in the second position; and the indicator body being a disk.
A method of forming a combiner for combining the output from two or more fibre laser sources, comprising providing two or more input fibres (4a-4g), each having a core and a pedestal; bundling the input fibres; strongly tapering the input fibres such that the tapered fibre core diameter is less than the core diameter corresponding to the minimum mode-field diameter value for that fibre core, and splicing the bundle of tapered fibres to an output fibre, wherein each fibre in the bundle of input fibres is from a separate fibre laser and these all connect to the core of the single output fibre; characterized in that the tapering is performed in an adiabatic manner, a single mode input in the core is preserved as it passes through the tapered region, and the taper angle is such that power in an LP01 core mode is prevented from transferring to an LP02 pedestal mode.
A drug selected from the group consisting of mevastatin, atorvastatin, pravastatin, rosuvastatin, fluvastatin, lovastatin, their closed lactone ring forms and their pharmaceutically acceptable salts for use in the treatment and/or prevention of thanatophoric dysplasia caused by gain-of-function mutations of FGFR3 and/or achondroplasia caused by gain-of function mutations of FGFR3.
A power transmission device, comprising: a communication unit that is configured to transmit a power capability information transmission request, to receive power capability information in response to the power capability information transmission request, and to transmit randomized parameter information by a communication channel, said randomized parameter information indicating a randomly set parameter of the power to be sequentially transmitted in a power transmission period; a processing unit configured to produce the randomized parameter information for every power transmission period, based on the power capability information; and a power transmission unit that is configured to wirelessly transmit power based on the randomized parameter information in each power transmission period, wherein the communication unit is configured to receive first power reception amount information for the parameter after transmitting the power, and the processing unit is configured to calculate a first power transmission efficiency based on the first power reception amount information and to generate parameter information excluding the parameter if the first power transmission efficiency is less than a predetermined value. a communication unit that is configured to transmit a power capability information transmission request, to receive power capability information in response to the power capability information transmission request, and to transmit randomized parameter information by a communication channel, said randomized parameter information indicating a randomly set parameter of the power to be sequentially transmitted in a power transmission period; a processing unit configured to produce the randomized parameter information for every power transmission period, based on the power capability information; and a power transmission unit that is configured to wirelessly transmit power based on the randomized parameter information in each power transmission period, wherein the communication unit is configured to receive first power reception amount information for the parameter after transmitting the power, and the processing unit is configured to calculate a first power transmission efficiency based on the first power reception amount information and to generate parameter information excluding the parameter if the first power transmission efficiency is less than a predetermined value.
A vane assembly for distribution of a stratified fluid in an aircraft, the stratified fluid comprising a first portion and a second portion, the vane assembly comprising: a housing, wherein the housing optionally has a substantially cylindrical configuration, comprising a housing inlet and a housing outlet, the housing inlet configured to receive the stratified fluid, the housing outlet spaced from the housing inlet and configured to exhaust the stratified fluid, and the housing defining an interior housing volume between the housing inlet and the housing outlet; and a vane disposed within the interior housing volume and bisecting the interior housing volume, the vane comprising a leading edge adjacent the housing inlet and a trailing edge adjacent the housing outlet, the vane having a first side and a second side opposite the first side, the first side and the second side extending between the leading edge and the trailing edge, and the trailing edge angularly offset from the leading edge relative to the first side and the second side; wherein the first side is configured to direct the first portion between the housing inlet and the housing outlet and the second side is configured to direct the second portion between the housing inlet and the housing outlet, and wherein the vane is configured to inhibit the first portion and the second portion from mixing. a housing, wherein the housing optionally has a substantially cylindrical configuration, comprising a housing inlet and a housing outlet, the housing inlet configured to receive the stratified fluid, the housing outlet spaced from the housing inlet and configured to exhaust the stratified fluid, and the housing defining an interior housing volume between the housing inlet and the housing outlet; and a vane disposed within the interior housing volume and bisecting the interior housing volume, the vane comprising a leading edge adjacent the housing inlet and a trailing edge adjacent the housing outlet, the vane having a first side and a second side opposite the first side, the first side and the second side extending between the leading edge and the trailing edge, and the trailing edge angularly offset from the leading edge relative to the first side and the second side; wherein the first side is configured to direct the first portion between the housing inlet and the housing outlet and the second side is configured to direct the second portion between the housing inlet and the housing outlet, and wherein the vane is configured to inhibit the first portion and the second portion from mixing.
Valve for metering in a flowing, for example gaseous or liquid medium, in particular fuel injection valve for internal combustion engines, having a valve housing which has an inflow for the medium, having a valve body which has a metering-in opening for the medium, having a join which is present between the valve housing and the valve body, and having a seal which seals the join, characterized in that the seal has a clamping ring which covers the join and is seated with a press fit on end sections of the valve housing and the valve body, which end sections face one another at the join, the press fit being produced by way of shrinking or by way of mechanical pressing of the clamping ring onto the end sections of the valve housing and the valve body, and, in the covering region of the clamping ring, the end sections of the valve housing and the valve body being provided with radial seal edges which are spaced apart from one another, and the radial seal edges being formed here by the tooth flanks of a toothing system.
A screen sounding device, wherein the screen sounding device comprises: a screen, a hard substance, and a vibrator, wherein the hard substance is disposed between the screen and the vibrator, the vibrator is adhered to the screen by using the hard substance, the vibrator drives, by using the hard substance, the screen to vibrate in a direction perpendicular to a surface of the screen, a Young's modulus of the hard substance is greater than a preset value, and an area of a projection of the hard substance on the surface of the screen is greater than an area of a projection of the vibrator on the surface of the screen and is less than an area of the surface of the screen, and wherein the screen sounding device further comprises a middle frame disposed under the screen, wherein a first hole or a first groove is disposed in the middle frame, and the first hole or the first groove accommodates the vibrator, and characterized in that a second groove is further disposed in the middle frame, and the second groove accommodates the hard substance. a screen, a hard substance, and a vibrator, wherein the hard substance is disposed between the screen and the vibrator, the vibrator is adhered to the screen by using the hard substance, the vibrator drives, by using the hard substance, the screen to vibrate in a direction perpendicular to a surface of the screen, a Young's modulus of the hard substance is greater than a preset value, and an area of a projection of the hard substance on the surface of the screen is greater than an area of a projection of the vibrator on the surface of the screen and is less than an area of the surface of the screen, and wherein the screen sounding device further comprises a middle frame disposed under the screen, wherein a first hole or a first groove is disposed in the middle frame, and the first hole or the first groove accommodates the vibrator, and characterized in that a second groove is further disposed in the middle frame, and the second groove accommodates the hard substance.
A device for injecting a reducing agent into an exhaust line equipping an internal combustion engine with which a motor vehicle is provided, the injection device including a reserve of reducing agent and an injector of the reducing agent which comprises a delivery end intended to be housed inside the exhaust line, and a delivery element being interposed between the reserve and the injector, the delivery element including at least one delivery ramp of the reducing agent, characterized in that the injection device is provided with at least a first means for heating the reducing agent able to deliver a heating power in the form of a heating cone which envelops the delivery end intended to be housed inside the exhaust line, said heating cone being provided with at least one perforation for the passage of the exhaust gases through it.
A method for interpolating seismic data obtained from a marine seismic survey using a programmable computer programmed to at least perform the operations of: receiving pressure wavefield samples of a pressure wavefield measured with a pressure sensor at a sample rate; characterized by receiving acceleration wavefield samples of an acceleration wavefield measured with a MEMS accelerometer at the sample rate, the MEMS accelerometer collocated with the pressure sensor in a streamer; and interpolating a pressure wavefield in the time domain based on the pressure wavefield samples and the acceleration wavefield samples, wherein the sample rate is less than a Nyquist rate of the pressure wavefield and is greater than half the Nyquist rate. receiving pressure wavefield samples of a pressure wavefield measured with a pressure sensor at a sample rate; characterized by receiving acceleration wavefield samples of an acceleration wavefield measured with a MEMS accelerometer at the sample rate, the MEMS accelerometer collocated with the pressure sensor in a streamer; and interpolating a pressure wavefield in the time domain based on the pressure wavefield samples and the acceleration wavefield samples, wherein the sample rate is less than a Nyquist rate of the pressure wavefield and is greater than half the Nyquist rate.
Heat transfer device (1a, 1b, 1c, 1d, 1e, 1f) for controlling the temperature of batteries and power electronics components, in particular for an electric vehicle or a hybrid vehicle, having an inlet for a fluid and an outlet for the fluid, at least two fluid-conducting plate-formed heat exchanger elements (6, 7), of which a first plate-formed heat exchanger element and a second plate-formed heat exchanger element are placed in planar contact with each other in order to transfer heat, wherein the second plate-formed heat exchanger element is designed to make planar contact with a heat transfer surface of a battery and/or of a power electronics component, wherein at least one fluid connection (10, 25, 29) is formed between the first plate-formed heat exchanger element and the second plate-formed heat exchanger element so that the second plate-formed heat exchanger element can be flowed through by the fluid issuing from the first plate-formed heat exchanger element, wherein the first plate-formed heat exchanger element and the second plate-formed heat exchanger element are formed from three profiled plates (16, 17, 18) which are arranged in a planar manner relative to each other and are, at least at the edges, connected to each other in a fluid-tight manner, wherein profilings of the plates (16, 17, 18) form cavities between the plates (16, 17, 18) acting as fluid passages (23, 24, 26, 27), characterised in that the fluid connection (10, 25) between the planar-contacted plate-formed heat exchanger elements (6, 7) and fluid passages (26, 27) within the planar-contacted plate-formed heat exchanger elements (6, 7) are formed in such a way that the fluid within the fluid passage of the first plate-formed heat exchanger element is channelled in the same direction of flow as in the fluid passage in the second plate-formed heat exchanger element.