mhurhangee/ep-ind-claims huggingface dataset:
Method for coupling the respective paths of at least two vehicles intended to move in a convoy, one of said vehicles defining a lead vehicle (1, 10) and the other defining a follower vehicle (2, 20), characterized in that the lead vehicle (1, 10) is provided with means for real-time generation of a tangible track (7, 40) and with means for real-time generation of an intangible track (4, 70), said tangible and intangible tracks representing the path travelled by said lead vehicle, and the follower vehicle (2, 20) is provided with means for real-time detection of said tangible and intangible tracks (4, 7, 40, 70) and with means for automatically generating its path on the basis of the detected tangible and intangible tracks (4, 7, 40, 70), the convoy is deployed by placing the follower vehicle (2, 20) behind the lead vehicle (1, 10), and the means for real-time generation of a tangible track (7, 40) and an intangible track (4, 70), the means for real-time detection of said tangible and intangible tracks (4, 7, 40, 70), and the means for automatically generating the path are activated.
A method for preserving 1,5-pentanediamine or a salt thereof, comprising adjusting a water content in purified 1,5-pentanediamine or a salt thereof to 3% by weight or more and not more than 50% by weight.
A method of determining rotary angle related measurement data of a body mounted rotatable about an axis of rotation, the body being a vehicle wheel or a part of a vehicle wheel, in particular a tyre or a rim, the method comprising the steps of: obtaining measurement data comprising a plurality of measurement data elements of the rotating body together with respective measuring times, determining at least one rotational speed or revolution period of the body for at least one point in time based on at least one reference position signal provided from the reference position signal providing unit, positioned at the main shaft, or based only on the measurement data, preferably based on a autocorrelation function or a first harmonic of the measurement data; associating the obtained measurement data elements to respective rotary angles of the body based on the respective measuring times and the at least one rotational speed or revolution period of the body. obtaining measurement data comprising a plurality of measurement data elements of the rotating body together with respective measuring times, determining at least one rotational speed or revolution period of the body for at least one point in time based on at least one reference position signal provided from the reference position signal providing unit, positioned at the main shaft, or based only on the measurement data, preferably based on a autocorrelation function or a first harmonic of the measurement data; associating the obtained measurement data elements to respective rotary angles of the body based on the respective measuring times and the at least one rotational speed or revolution period of the body.
A packet loss concealment apparatus for concealing packet losses in a stream of audio packets, each audio packet comprising at least one audio frame in transmission format comprising at least one monaural component and at least one spatial component, the packet loss concealment apparatus comprises: a first concealment unit for creating the at least one monaural component for a lost frame in a lost packet; and a second concealment unit for creating the at least one spatial component for the lost frame wherein each audio frame comprises at least two monaural components and the first concealment unit comprises: a main concealment unit for creating one of the at least two monaural components for the lost frame, a predictive parameter calculator for calculating at least one predictive parameter for the lost frame using a history frame, and a predictive decoder for predicting at least one other monaural component of the at least two monaural components of the lost frame based on the created one monaural component using the created at least one predictive parameter, characterized in that the predictive decoder is configured to predict the at least one other monaural component of the lost frame based on the created one monaural component and its decorrelated version using the created at least one predictive parameter. a first concealment unit for creating the at least one monaural component for a lost frame in a lost packet; and a second concealment unit for creating the at least one spatial component for the lost frame wherein each audio frame comprises at least two monaural components and the first concealment unit comprises: a main concealment unit for creating one of the at least two monaural components for the lost frame, a predictive parameter calculator for calculating at least one predictive parameter for the lost frame using a history frame, and a predictive decoder for predicting at least one other monaural component of the at least two monaural components of the lost frame based on the created one monaural component using the created at least one predictive parameter, a main concealment unit for creating one of the at least two monaural components for the lost frame, a predictive parameter calculator for calculating at least one predictive parameter for the lost frame using a history frame, and a predictive decoder for predicting at least one other monaural component of the at least two monaural components of the lost frame based on the created one monaural component using the created at least one predictive parameter, characterized in that the predictive decoder is configured to predict the at least one other monaural component of the lost frame based on the created one monaural component and its decorrelated version using the created at least one predictive parameter.
A method of mounting a stent on a balloon catheter, comprising: positioning a stent on a balloon catheter, the balloon catheter having an elongated shaft with an inflation lumen and a guidewire lumen and an inflatable balloon on a distal shaft section with an interior in fluid communication with the inflation lumen, and the stent having an open-walled body of stent struts with gaps between adjacent stent struts; applying a first radially compressive force on an outer surface of the stent and thereby decreasing the outer diameter of the stent on the balloon catheter; heating the balloon and introducing inflation media into the interior of the balloon to radially expand the balloon with the stent restrained from radially expanding, wherein the balloon expands into the stent gaps to embed the stent in an outer surface of the balloon; removing the inflation media from the balloon interior; and applying a second radially compressive force on an outer surface of the stent, thereby decreasing the outer diameter of the stent on the balloon catheter. positioning a stent on a balloon catheter, the balloon catheter having an elongated shaft with an inflation lumen and a guidewire lumen and an inflatable balloon on a distal shaft section with an interior in fluid communication with the inflation lumen, and the stent having an open-walled body of stent struts with gaps between adjacent stent struts; applying a first radially compressive force on an outer surface of the stent and thereby decreasing the outer diameter of the stent on the balloon catheter; heating the balloon and introducing inflation media into the interior of the balloon to radially expand the balloon with the stent restrained from radially expanding, wherein the balloon expands into the stent gaps to embed the stent in an outer surface of the balloon; removing the inflation media from the balloon interior; and applying a second radially compressive force on an outer surface of the stent, thereby decreasing the outer diameter of the stent on the balloon catheter.
Fuel filter, comprising: - a housing (2, 3) extending between a first end defining a base and a second end formed by a cover, the housing delimiting an internal volume and having an inlet for unfiltered fuel and an outlet for filtered fuel; - a filter element which is arranged in the internal volume and which has a first axial end engaged against the cover, a second axial end, and a substantially annular filter medium extending between the first axial end and the second axial end, the filter medium having an inner face defining an inner space; - an additive tank containing a liquid additive suitable for mixing with fuel; and - an additive release device for dispensing the liquid additive from said tank into a fuel circulation circuit for an internal combustion engine, the additive release device comprising a distribution channel and at least one actuator component adapted for selectively sealing, totally or partially, said distribution channel, wherein at least for an open position of the actuator component, the distribution channel is in fluid communication with the additive tank and opens into a fuel channel of the cover that has a larger cross-section than the distribution channel; characterized in that the additive release device extends at least partially into the inner space, said actuator component extending into this inner space and preferably at a distance from the second end of the housing. - a housing (2, 3) extending between a first end defining a base and a second end formed by a cover, the housing delimiting an internal volume and having an inlet for unfiltered fuel and an outlet for filtered fuel; - a filter element which is arranged in the internal volume and which has a first axial end engaged against the cover, a second axial end, and a substantially annular filter medium extending between the first axial end and the second axial end, the filter medium having an inner face defining an inner space; - an additive tank containing a liquid additive suitable for mixing with fuel; and - an additive release device for dispensing the liquid additive from said tank into a fuel circulation circuit for an internal combustion engine, the additive release device comprising a distribution channel and at least one actuator component adapted for selectively sealing, totally or partially, said distribution channel, wherein at least for an open position of the actuator component, the distribution channel is in fluid communication with the additive tank and opens into a fuel channel of the cover that has a larger cross-section than the distribution channel;
A sound-absorbing panel, composed of a series of layers of double-wave corrugated cardboard, each one formed by an upper liner, an upper wave, an intermediate liner, a lower wave, and a lower liner, wherein each one of said layers of double-wave corrugated cardboard, of the CC type with a minimum height of 8.5 mm, is made of paper that is resistant to flexing and with recycled paper containing virgin cellulose, characterized in that each one of said upper and lower waves (6, 7) having a mutually non-aligned sinusoidal wave shape (8a, 8b) and having an inclination of between 15 and 45°. each one of said layers of double-wave corrugated cardboard, of the CC type with a minimum height of 8.5 mm, is made of paper that is resistant to flexing and with recycled paper containing virgin cellulose, characterized in that each one of said upper and lower waves (6, 7) having a mutually non-aligned sinusoidal wave shape (8a, 8b) and having an inclination of between 15 and 45°.
A rechargeable lithium battery, comprising an electrode assembly comprising a positive electrode, a first separator, a negative electrode, and a second separator that are sequentially stacked, wherein the first separator comprises a first substrate including a first side facing the positive electrode and a second side facing the negative electrode, the second separator comprises a second substrate including a third side facing the negative electrode and a fourth side facing the positive electrode, and wherein at least one organic layer comprising an organic material is positioned on at least one of the first side and the second side or is positioned on at least one of the third side and the fourth side, and at least one inorganic layer comprising an inorganic material is positioned on at least one of the second side or the third side.
A sampling trigger method, applied to a microprocessor, wherein the microprocessor is connected to a drive motor by using a resolver, and is configured to sample a resolver feedback signal that is of an electrical angle of the drive motor and that is output by the resolver, and the sampling trigger method comprises: generating an exciting fundamental wave signal (a) to drive the resolver to work; determining (S 12) an exciting symbol (c) based on the exciting fundamental wave signal (a), wherein the exciting symbol (c) consists of alternate high-level signals and low-level signals; determining a zero crossing point signal (d) of the exciting fundamental wave signal (a) based on the exciting symbol (c); and performing (S 14) phase shift processing on the zero crossing point signal (d) to obtain a sampling trigger signal (e), to trigger the microprocessor to sample the resolver feedback signal. generating an exciting fundamental wave signal (a) to drive the resolver to work; determining (S 12) an exciting symbol (c) based on the exciting fundamental wave signal (a), wherein the exciting symbol (c) consists of alternate high-level signals and low-level signals; determining a zero crossing point signal (d) of the exciting fundamental wave signal (a) based on the exciting symbol (c); and performing (S 14) phase shift processing on the zero crossing point signal (d) to obtain a sampling trigger signal (e), to trigger the microprocessor to sample the resolver feedback signal.
A compound of formula for use in a method for treatment of pulmonary fibrosis in a human comprising administering once-a-day to the narrowest parts of the lung tissue of the human an amount of the compound of formula effective to treat said pulmonary fibrosis, wherein the amount is from 1.5 mg to 20 mg.
A film material for use in a cold spray device and to be sprayed onto a base material, comprising: - a spray material, the spray material being nickel; - flux powder, the flux powder being soldering flux powder; wherein the film material comprises the spray material and the flux powder in a volume ratio ranging from 1:1 to 3:1. - a spray material, the spray material being nickel; - flux powder, the flux powder being soldering flux powder;
A shaving demonstration apparatus comprising: a rotatable support surface; a drive unit operatively connected to the rotatable support surface; a fixture spaced apart from the rotatable support surface; a first shaving razor having a first handle mounted to the fixture; a first blade cartridge unit mounted to an end of the first handle, wherein the first blade cartridge unit contacts the rotatable support surface. a rotatable support surface; a drive unit operatively connected to the rotatable support surface; a fixture spaced apart from the rotatable support surface; a first shaving razor having a first handle mounted to the fixture; a first blade cartridge unit mounted to an end of the first handle, wherein the first blade cartridge unit contacts the rotatable support surface.
Method for preparing a composition including synthetic mineral silicate particles, wherein: - a hydrogel that is a precursor of said synthetic mineral silicate particles is prepared, - said hydrogel is subjected to a hydrothermal treatment, characterised in that: - said hydrothermal treatment is carried out at a temperature between 150°C and 600°C, - said hydrothermal treatment is carried out in the presence of at least one carboxylate salt in the treatment medium, said carboxylate salt having the formula R-COOM' wherein: o M' denotes a metal selected from the group consisting of Na and K, and o R is selected from H and the alkyl groups comprising less than 10 carbon atoms, said at least one carboxylate salt having the formula R-COOM' being added to said treatment medium in such a way as to have, in relation to the silicon, a molar ratio R-COOM'/Si between 0.1 and 25. - a hydrogel that is a precursor of said synthetic mineral silicate particles is prepared, - said hydrogel is subjected to a hydrothermal treatment, - said hydrothermal treatment is carried out at a temperature between 150°C and 600°C, - said hydrothermal treatment is carried out in the presence of at least one carboxylate salt in the treatment medium, said carboxylate salt having the formula R-COOM' wherein: o M' denotes a metal selected from the group consisting of Na and K, and o R is selected from H and the alkyl groups comprising less than 10 carbon atoms, o M' denotes a metal selected from the group consisting of Na and K, and o R is selected from H and the alkyl groups comprising less than 10 carbon atoms,
A sensor comprising a microprocessor for connection to the installation bus of a building automation unit, wherein the sensor has got two connection leads (6, 7) and thus is designed to be connected to a push-button interface connected to the installation bus, via which push-button interface the sensor (1, 1.1) draws the voltage necessary for its operation, and that the sensor (1, 1.1) has got an additional rechargeable voltage source, wherein during the short-circuit phases the sensor (1, 1.1) is supplied with voltage by the additional voltage source, characterized by the fact that the sensor (1, 1.1) has got a switching unit controllable by the microprocessor to generate a short-circuit via the connection leads (6, 7) as signal to the push-button interface.
A composition comprising fibrinogen, thrombin and a strontium-containing compound for use in bone healing or bone growth, wherein strontium is present in a 25% strontium substituted calcium salt, optionally wherein said composition is resorbed and replaced with tissue during the healing process.
A method for coating a glass syringe body for a hypodermic pre-filled glass syringe, in which at least one emulsion and/or a solution containing at least one film-forming substance is applied to at least one inner surface (21, 22) of the hypodermic pre-filled glass syringe, which defines an axial direction, wherein at least one partial surface of the inner surface in a syringe cone of the pre-filled glass syringe is subsequently exposed to a plasma, characterized in that a vacuum source is arranged relative to the syringe cone in the axial direction opposite to an atmospheric pressure plasma source, wherein a vacuum less than atmospheric pressure is provided by means of the vacuum source.
A distribution device having a device for feeding through or the fixation of lines, in particular pipes or cables, therein, wherein a V-shaped entry shaft is formed in a wall surface of the distribution device, in which at least one interchangeable element (7,10) for feeding through lines is arranged, characterized in that the distribution device is a distribution cabinet and the wall surface with the V-shaped entry shaft constitutes an intermediate part of the distribution cabinet.
Apparatus for steam-treatment of laundry including a base connected by a conduit to an ironing and/or smoothing tool, the base comprising a removable reservoir and including a side wall which delimits at least one side of a housing for accommodating the reservoir, the reservoir being able to be inserted into or extracted from the housing through an access opening provided on one side of the base, characterised in that the side wall includes a window, provided opposite the access opening, allowing visual access to the contents of the reservoir, the reservoir comprising a transparent or translucent portion positioned opposite the window when the reservoir is arranged in the housing.
A white space resource acquisition method, comprising: receiving, by a white space resource request device, a white space resource request message sent by a white space device, wherein the white space resource request message comprises first white space resource requirement information; and sending, by the white space resource request device, a white space resource response message to the white space device, wherein the white space resource response message comprises white space resource information that is requested from a white space database and that is corresponding to the first white space requirement information of the white space device and wherein the white space resource information includes white space frequency band information supported by the white space device, the method being characterized in further comprising determining, by the white space resource request device, that the white space device needs to update a white space resource and/or determining, according to a pre-defined policy, that the white space device needs to be activated; sending, by the white space resource request device, a white space resource reconfiguration message to the white space device, wherein the white space resource reconfiguration message comprises other white space resource information corresponding to the first white space requirement information of the white space device; and receiving a white space resource reconfiguration response message sent by the white space device. receiving, by a white space resource request device, a white space resource request message sent by a white space device, wherein the white space resource request message comprises first white space resource requirement information; and sending, by the white space resource request device, a white space resource response message to the white space device, wherein the white space resource response message comprises white space resource information that is requested from a white space database and that is corresponding to the first white space requirement information of the white space device and wherein the white space resource information includes white space frequency band information supported by the white space device, the method being characterized in further comprising determining, by the white space resource request device, that the white space device needs to update a white space resource and/or determining, according to a pre-defined policy, that the white space device needs to be activated; sending, by the white space resource request device, a white space resource reconfiguration message to the white space device, wherein the white space resource reconfiguration message comprises other white space resource information corresponding to the first white space requirement information of the white space device; and receiving a white space resource reconfiguration response message sent by the white space device.
A local, topical formulation for control of ectoparasites on a domestic animal comprising an ectoparasitically effective amount of indoxacarb and a veterinarily acceptable carrier which comprises a solvent and a crystallization inhibitor; wherein the concentration of indoxacarb is at least 100g/L; and wherein the solvent comprises a glycol ether or an alkyl acetate.