mhurhangee/ep-ind-claims huggingface dataset:
An eSATA connector plug (1A; 1B; 1) comprising: a plug member (11A; 11B; 11): a terminal accommodating space (13A; 13B; 113) opened on the plug member; a plug metal shell (12A; 12B; 15/16); and a plurality of plug data terminals (14A; 14B; 13) accommodated inside the terminal accommodating space; characterized by a plurality of plug power-supply terminals (15A; 15B; 14) accommodated inside the terminal accommodating space; wherein the plug power-supply terminals are electrically insulated from the plug data terminals, so that simultaneous transmission of the power supply and the data can be realized. a plug member (11A; 11B; 11): a terminal accommodating space (13A; 13B; 113) opened on the plug member; a plug metal shell (12A; 12B; 15/16); and a plurality of plug data terminals (14A; 14B; 13) accommodated inside the terminal accommodating space; characterized by a plurality of plug power-supply terminals (15A; 15B; 14) accommodated inside the terminal accommodating space; wherein the plug power-supply terminals are electrically insulated from the plug data terminals, so that simultaneous transmission of the power supply and the data can be realized. a terminal accommodating space (13A; 13B; 113) opened on the plug member; a plug metal shell (12A; 12B; 15/16); and a plurality of plug data terminals (14A; 14B; 13) accommodated inside the terminal accommodating space; characterized by a plurality of plug power-supply terminals (15A; 15B; 14) accommodated inside the terminal accommodating space; wherein the plug power-supply terminals are electrically insulated from the plug data terminals, so that simultaneous transmission of the power supply and the data can be realized.
A method, comprising: creating a segregated one-stage and two-stage standard cell library comprising creating pruned and augmented cells, said cells comprising Fin-Shaped Field Transistor, FinFET, transistors, wherein creating pruned cells comprises eliminating higher driver version of one-stage cells in the library and presenting only the minimum drive one-stage cells, and wherein creating augmented cells comprises eliminating one-stage arcs of high drive cells by identifying timing arcs of non-minimum drive cells that form a one-stage cell to the cell output, and wherein for each such arc, a minimum size input stage inverter or buffer is added, and the resulting two stage cell and a complement of the resulting cell are included in the library; creating an integrated circuit design for an integrated circuit comprising a plurality of logic paths by selecting and using standard cells from the library; creating a physical implementation using the integrated circuit design. creating a segregated one-stage and two-stage standard cell library comprising creating pruned and augmented cells, said cells comprising Fin-Shaped Field Transistor, FinFET, transistors, wherein creating pruned cells comprises eliminating higher driver version of one-stage cells in the library and presenting only the minimum drive one-stage cells, and wherein creating augmented cells comprises eliminating one-stage arcs of high drive cells by identifying timing arcs of non-minimum drive cells that form a one-stage cell to the cell output, and wherein for each such arc, a minimum size input stage inverter or buffer is added, and the resulting two stage cell and a complement of the resulting cell are included in the library; creating an integrated circuit design for an integrated circuit comprising a plurality of logic paths by selecting and using standard cells from the library;
A mixing apparatus for creating frothed milk, comprising: a first container for containing milk; a mixing chamber for mixing milk, steam and air; an external steam entry port; a steam inlet channel which leads from the external steam entry port to the mixing chamber; and a milk passage which leads from the first container to the mixing chamber; characterized in that the mixing apparatus comprises a steam separator in series along the steam inlet channel. a first container for containing milk; a mixing chamber for mixing milk, steam and air; an external steam entry port; a steam inlet channel which leads from the external steam entry port to the mixing chamber; and a milk passage which leads from the first container to the mixing chamber;
An effervescent pharmaceutical formulation of cefdinir or a pharmaceutically acceptable salt or polymorph thereof, comprising at least two lubricants, - wherein one of said lubricants is polyethylene glycol and the other lubricant is selected from sodium stearyl fumarate, leucine, poloxamer, sodium benzoate, sodium lauryl sulfate or a proper mixture thereof and the ratio by weight of cefdinir to the lubricants is in the range of 1:10 to 10:1, and - said formulation does not comprise magnesium stearate. - wherein one of said lubricants is polyethylene glycol and the other lubricant is selected from sodium stearyl fumarate, leucine, poloxamer, sodium benzoate, sodium lauryl sulfate or a proper mixture thereof and the ratio by weight of cefdinir to the lubricants is in the range of 1:10 to 10:1, and - said formulation does not comprise magnesium stearate.
A user interface - UI - providing method for use in a medical diagnostic apparatus, the UI providing method comprising: detecting a gesture of a hand of a user; determining a touch input UI that corresponds to the detected gesture and is displayed on a screen; and adjusting and displaying the touch input UI on a basis of a distance from the screen to the hand, wherein the adjusting and displaying of the touch input UI comprises changing a shape, brightness and flickering period of the touch input UI on a basis of the distance from the screen to the hand. detecting a gesture of a hand of a user; determining a touch input UI that corresponds to the detected gesture and is displayed on a screen; and adjusting and displaying the touch input UI on a basis of a distance from the screen to the hand, wherein the adjusting and displaying of the touch input UI comprises changing a shape, brightness and flickering period of the touch input UI on a basis of the distance from the screen to the hand.
A method for establishing a multipath connection across multiple communication paths between a first and a second equipments (C, S) within a least one communication network, both equipments being able to support a multipath protocol, comprising: - sending, from the first equipment, main connection establishment requests across at least two communication paths between said first and second equipments (C, S); - receiving, from the second equipment, at least one acknowledgement message across one of said communication paths; - determining, at the first equipment, as a main communication path, the communication path whereby the first one of said at least one acknowledgement message from the second equipment has been received by the first equipment, in order to establish the main connection of said multipath connection across said main communication path; - sending, from the first equipment, a reset request across each of auxiliary communication paths, which differ from the determined main communication path, for aborting the connection along those auxiliary communication paths. - sending, from the first equipment, main connection establishment requests across at least two communication paths between said first and second equipments (C, S); - receiving, from the second equipment, at least one acknowledgement message across one of said communication paths; - determining, at the first equipment, as a main communication path, the communication path whereby the first one of said at least one acknowledgement message from the second equipment has been received by the first equipment, in order to establish the main connection of said multipath connection across said main communication path; - sending, from the first equipment, a reset request across each of auxiliary communication paths, which differ from the determined main communication path, for aborting the connection along those auxiliary communication paths.
A method for investigating a target comprising the steps of: directing a first beam of radiation from a laser at the target to thereby produce a second beam of laser radiation by interaction of the first beam with the target and returning the second beam to the laser wherein self-mixing of the first and second beams occurs within the laser;j varying a parameter affecting the interaction of the first beam with the target; detecting a signal arising from the self-mixing; and processing the signal to thereby determine phase and amplitude changes associated with material properties of the target to derive a refractive index, n, and an extinction coefficient, k, of the target. directing a first beam of radiation from a laser at the target to thereby produce a second beam of laser radiation by interaction of the first beam with the target and returning the second beam to the laser wherein self-mixing of the first and second beams occurs within the laser;j varying a parameter affecting the interaction of the first beam with the target; detecting a signal arising from the self-mixing; and processing the signal to thereby determine phase and amplitude changes associated with material properties of the target to derive a refractive index, n, and an extinction coefficient, k, of the target.
A buffer store, comprising: a closed vessel housing to hold a storage fluid, especially water, wherein the vessel housing has at least one inlet opening for filling the vessel housing with the storage fluid, and at least one equalization opening, which connects the vessel housing fluidically to the surroundings and makes possible a fluidic equalization with the surroundings, as well as a gas-tight cover in the interior of the vessel housing, which is capable of reliably protecting the storage fluid against mixing with other fluids, such as the ambient air, characterized in that the gas-tight cover is formed as a film which floats at least for a portion on the storage fluid, especially the water. a closed vessel housing to hold a storage fluid, especially water, wherein the vessel housing has at least one inlet opening for filling the vessel housing with the storage fluid, and at least one equalization opening, which connects the vessel housing fluidically to the surroundings and makes possible a fluidic equalization with the surroundings, as well as a gas-tight cover in the interior of the vessel housing, which is capable of reliably protecting the storage fluid against mixing with other fluids, such as the ambient air, characterized in that the gas-tight cover is formed as a film which floats at least for a portion on the storage fluid, especially the water.
Method for detecting an attack of an electronic microcircuit (IC, IC1), comprising steps consisting in: forming the microcircuit in a substrate, forming in the substrate a first well (PW, PW1) electrically insulated from the substrate, by a second well (NW, NW1) and a buried well (NISO, NIS01), and forming in the first and second wells a data processing circuit (ISC, ISC1) comprising a ground terminal formed in the first well and a supply terminal (VS, VS1) formed in the second well, characterized in that it comprises steps consisting in: providing at the ground terminal (LGnd, LG1) of the processing circuit (ISC, ISC1) a voltage (Vgb) greater than a voltage provided at a ground terminal (SGnd) of the substrate, providing at the supply terminal of the processing circuit a regulated supply voltage (Vdd) on the basis of a supply voltage received at a supply terminal (Vps) of the microcircuit, and activating a detection signal (DS, DS1) when a voltage difference between the ground terminal of the processing circuit and the ground terminal of the substrate, or between the supply terminal (VS, VS1) of the processing circuit and the regulated voltage, crosses a threshold voltage (TH, TH1). forming the microcircuit in a substrate, forming in the substrate a first well (PW, PW1) electrically insulated from the substrate, by a second well (NW, NW1) and a buried well (NISO, NIS01), and forming in the first and second wells a data processing circuit (ISC, ISC1) comprising a ground terminal formed in the first well and a supply terminal (VS, VS1) formed in the second well, characterized in that it comprises steps consisting in: providing at the ground terminal (LGnd, LG1) of the processing circuit (ISC, ISC1) a voltage (Vgb) greater than a voltage provided at a ground terminal (SGnd) of the substrate, providing at the supply terminal of the processing circuit a regulated supply voltage (Vdd) on the basis of a supply voltage received at a supply terminal (Vps) of the microcircuit, and activating a detection signal (DS, DS1) when a voltage difference between the ground terminal of the processing circuit and the ground terminal of the substrate, or between the supply terminal (VS, VS1) of the processing circuit and the regulated voltage, crosses a threshold voltage (TH, TH1). providing at the ground terminal (LGnd, LG1) of the processing circuit (ISC, ISC1) a voltage (Vgb) greater than a voltage provided at a ground terminal (SGnd) of the substrate, providing at the supply terminal of the processing circuit a regulated supply voltage (Vdd) on the basis of a supply voltage received at a supply terminal (Vps) of the microcircuit, and activating a detection signal (DS, DS1) when a voltage difference between the ground terminal of the processing circuit and the ground terminal of the substrate, or between the supply terminal (VS, VS1) of the processing circuit and the regulated voltage, crosses a threshold voltage (TH, TH1).
A mudguard system for an agricultural working machine, in particular a tractor, comprising - a mudguard for surrounding at least part of a wheel of the working machine, - a mounting device for mounting the mudguard on the working machine, as well as - a locking device for locking the mounting device, wherein the mounting device has at least one fixed section for connection to the working machine and a mobile section which is associated with the mudguard, wherein the mobile section can be moved relative to the fixed section, wherein, at least when the mudguard is in a service position, the mobile section can be stopped relative to the fixed section by means of the locking device, wherein the locking device is configured as a self-locking system which, when the mudguard is in its service position, automatically stops the mobile section relative to the fixed section, characterized in that on one of the fixed section or mobile section, preferably on the fixed section, the locking device has a ball which is biased by a spring, and on the other of the fixed section or mobile section, preferably on the mobile section, the locking device has a recess which corresponds to the ball, and a diameter of the ball exceeds a diameter of the recess. - a mudguard for surrounding at least part of a wheel of the working machine, - a mounting device for mounting the mudguard on the working machine, as well as - a locking device for locking the mounting device, wherein the mounting device has at least one fixed section for connection to the working machine and a mobile section which is associated with the mudguard, wherein the mobile section can be moved relative to the fixed section, wherein, at least when the mudguard is in a service position, the mobile section can be stopped relative to the fixed section by means of the locking device, wherein the locking device is configured as a self-locking system which, when the mudguard is in its service position, automatically stops the mobile section relative to the fixed section, characterized in that on one of the fixed section or mobile section, preferably on the fixed section, the locking device has a ball which is biased by a spring, and on the other of the fixed section or mobile section, preferably on the mobile section, the locking device has a recess which corresponds to the ball, and a diameter of the ball exceeds a diameter of the recess.
Apparatus for localizing a target sound source from a plurality of sound sources (102, 103, 104), wherein a multi-channel recording signal of the plurality of sound sources (102, 103, 104) comprises a plurality of microphone channel signals (201a, 201b, 201c), the apparatus comprising: - a converting unit adapted to convert each microphone channel signal (201a, 201b, 201c) into a respective channel spectrogram (205, 214, V p) in a time-frequency domain, - a blind source separation unit adapted to blindly separate the channel spectrograms to obtain a plurality of separated source signals (209, 403, 410), - an identification unit (210, 413) adapted to identify, among the plurality of separated source signals (209, 403, 410), the separated source signal (211, ψ, 411, 412) that best matches a target source model (220, 307, 409), - an estimation unit adapted to estimate, based on the identified separated source signal (211, ψ, 411, 412), a binary mask (213, V') reflecting where the target sound source is active in the channel spectrograms (214, V p) in terms of time and frequency, - a masking unit adapted to apply the binary mask (213, V') on the channel spectrograms (214, V p) to obtain masked channel spectrograms (221, V' p), and - a localization unit adapted to localize the target sound source from the plurality of sound sources (102, 103, 104) based on the masked channel spectrograms (221, V' p). - a converting unit adapted to convert each microphone channel signal (201a, 201b, 201c) into a respective channel spectrogram (205, 214, V p) in a time-frequency domain, - a blind source separation unit adapted to blindly separate the channel spectrograms to obtain a plurality of separated source signals (209, 403, 410), - an identification unit (210, 413) adapted to identify, among the plurality of separated source signals (209, 403, 410), the separated source signal (211, ψ, 411, 412) that best matches a target source model (220, 307, 409), - an estimation unit adapted to estimate, based on the identified separated source signal (211, ψ, 411, 412), a binary mask (213, V') reflecting where the target sound source is active in the channel spectrograms (214, V p) in terms of time and frequency, - a masking unit adapted to apply the binary mask (213, V') on the channel spectrograms (214, V p) to obtain masked channel spectrograms (221, V' p), and - a localization unit adapted to localize the target sound source from the plurality of sound sources (102, 103, 104) based on the masked channel spectrograms (221, V' p).
Tipper vehicle control apparatus for a tipper vehicle having a raisable body, which raisable body is raised by means of a hydraulically driven strut, the control apparatus comprising a braking ECU having discretely programmable storage means to carry operating data for one or more auxiliary functions of the vehicle, a lateral acceleration sensor adapted to detect lateral acceleration of the vehicle body when the vehicle is stationary or moving below a predefined speed, which acceleration values are transmitted to the braking ECU, characterised in that the braking ECU is adapted to determine a tilt angle of the raiseable body from the output of the lateral acceleration sensor such that when the tilt angle exceeds a predetermined value, the braking ECU generates a signal indicating that the predetermined value has been exceeded.
A pipe flange system comprising: a pipe flange having a flange surface; and a pipe flange soft material seal comprising: a soft material in the form of a flat ring; and at least one surround, the surround comprising a metal composite material comprising a metal layer and a polymer layer, the polymer layer being in direct contact with the flange surface, characterized in that the polymer of the polymer layer is fluoro-rubber. a pipe flange having a flange surface; and a pipe flange soft material seal comprising: a soft material in the form of a flat ring; and at least one surround, the surround comprising a metal composite material comprising a metal layer and a polymer layer, the polymer layer being in direct contact with the flange surface, characterized in that the polymer of the polymer layer is fluoro-rubber. a soft material in the form of a flat ring; and at least one surround, the surround comprising a metal composite material comprising a metal layer and a polymer layer, the polymer layer being in direct contact with the flange surface, characterized in that the polymer of the polymer layer is fluoro-rubber.
A locking strip for setting an angular position of at least one anti-glare lamella, wherein the locking strip comprises at least one locking ring for receiving a fitting piece of the at least one anti-glare lamella, characterized in that the locking strip has at least one separation point for separating the locking strip into individual strip modules (10, 10a, 10b, 10c, 10d), and wherein the at least one separation point is provided in the region of the at least one locking ring and preferably separates same symmetrically.
Ingenol derivatives of formula I or a combination thereof for use in the treatment of HIV virus infection or AIDS treatment, wherein Z is Z2 such that A is phenyl, CH 3 - or CH 2 =CH-, and is -CH=CH-, [-CH 2 -] q or [-CH 2 -] w, wherein q is an integer varying between 1 and 10, preferably between 2 and 6, and w is an integer varying between 1 and 10, preferably between 8 and 10, provided that: when A is phenyl, B is -CH=CH-; when A is CH 3 -, B is [-CH 2 -] q; when A is CH 2 =CH-, B is [-CH 2 -] w. A is phenyl, CH 3 - or CH 2 =CH-, and is -CH=CH-, [-CH 2 -] q or [-CH 2 -] w, wherein q is an integer varying between 1 and 10, preferably between 2 and 6, and w is an integer varying between 1 and 10, preferably between 8 and 10, when A is phenyl, B is -CH=CH-; when A is CH 3 -, B is [-CH 2 -] q; when A is CH 2 =CH-, B is [-CH 2 -] w.
A method for monitoring fluids within a liquid chromatography system comprising: (a) configuring a valve so as to draw a fluid from a container into a pump; (b) configuring the valve so as to fluidically couple the pump to a port of the valve that is coupled to a plug that prevents fluid flow through said port; (c) causing the pump to progressively compress the fluid therein, while measuring a pressure of the fluid in the pump; the method characterized by the further steps of (d) determining if a rate of increase of the measured pressure substantially matches an expected value; and (e) raising an alarm that an incorrect fluid may be in the container if the rate of increase of the measured pressure does not substantially match the expected value. (a) configuring a valve so as to draw a fluid from a container into a pump; (b) configuring the valve so as to fluidically couple the pump to a port of the valve that is coupled to a plug that prevents fluid flow through said port; (c) causing the pump to progressively compress the fluid therein, while measuring a pressure of the fluid in the pump; (d) determining if a rate of increase of the measured pressure substantially matches an expected value; and (e) raising an alarm that an incorrect fluid may be in the container if the rate of increase of the measured pressure does not substantially match the expected value.
Crystal form A of the following compound 1, of which the X-ray powder diffraction pattern has characteristic diffraction peaks at the following 2θ angles: 12.38±0.2°, 13.34±0.2° and 22.09±0.2°,