mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery, comprising: a gas discharging part which is positioned at one end of a sealing part that seals an electrode assembly, and configured to induce a discharge of gas, the gas discharging part being configured to induce the discharge of gas by weakening bonding force compared to other attachment portions of the sealing part; characterized in that it further comprises: a detecting part configured to detect a displacement generated in the gas discharging part and generate an electric signal; a control unit configured to receive the electric signal generated by the detecting part and control charging of the secondary battery, whereby the control unit is configured to adjust the quantity of current flowing in a charging electrode of the secondary battery according to the electric signal generated by the detecting part. a detecting part configured to detect a displacement generated in the gas discharging part and generate an electric signal; a control unit configured to receive the electric signal generated by the detecting part and control charging of the secondary battery, whereby the control unit is configured to adjust the quantity of current flowing in a charging electrode of the secondary battery according to the electric signal generated by the detecting part.
A packet forwarding device (12, 30) that performs forwarding of a packet between a first wireless communication network (N1, N1a) connected to a main network and a second wireless communication network (N2, N1b), different identifiers being attached to the first wireless communication network (N1, N1a) and the second wireless communication network (N2, N1b), the packet forwarding device comprising: a relay network (N3, N10) that is interposed between the first wireless communication network (N1, N1a) and the second wireless communication network (N2, N1b); a first processing unit (20a, 31) that is connected to the first wireless communication network (N1, N1a), the first processing unit performing first routing control by using first routing information in which the first wireless communication network (N1, N1a) and the relay network (N3, N10) are defined as an outgoing interface for each destination address of the packet, wherein in the first routing information, when the destination address is present on the side of the first wireless communication network (N1, N1a), the first wireless communication network (N1, N1a) is set as the outgoing interface; and a second processing unit (20b, 32) that is connected to the second wireless communication network (N2, N1b), the second processing unit performing second routing control by using second routing information in which the second wireless communication network (N2, N1b) and the relay network (N3, N10) are defined as an outgoing interface for each destination address of the packet, wherein in the second routing information, when the destination address is present on the side of the relay network (N3, N10), the relay network (N3, N10) is set as the outgoing interface. a relay network (N3, N10) that is interposed between the first wireless communication network (N1, N1a) and the second wireless communication network (N2, N1b); a first processing unit (20a, 31) that is connected to the first wireless communication network (N1, N1a), the first processing unit performing first routing control by using first routing information in which the first wireless communication network (N1, N1a) and the relay network (N3, N10) are defined as an outgoing interface for each destination address of the packet, wherein in the first routing information, when the destination address is present on the side of the first wireless communication network (N1, N1a), the first wireless communication network (N1, N1a) is set as the outgoing interface; and a second processing unit (20b, 32) that is connected to the second wireless communication network (N2, N1b), the second processing unit performing second routing control by using second routing information in which the second wireless communication network (N2, N1b) and the relay network (N3, N10) are defined as an outgoing interface for each destination address of the packet, wherein in the second routing information, when the destination address is present on the side of the relay network (N3, N10), the relay network (N3, N10) is set as the outgoing interface.
A color profile creating apparatus including first gamut data having a first gamut, second gamut data obtained by compressing the first gamut data to a second gamut, and colorimetric data of a tone patch of a specific color output by a color-image output device having a third gamut, the color profile creating apparatus comprising: a hue-characteristic obtaining unit that obtains a hue characteristic of the colorimetric data of the tone patch for the specific color; a replacement data generator that generates replacement data for the second gamut data corresponding to first gamut data of the specific color, matching a tone characteristic of the second gamut data and the hue characteristic obtained by the hue-characteristic obtaining unit; a data replacing unit that replaces the second gamut data corresponding to first gamut data of the specific color with the replacement data generated by the replacement data generator; a gamut compressing unit that compresses the second gamut data to the third gamut after data replacement by the data replacing unit; and a color-profile creating unit that creates a color profile for the color-image output device based on color data after compression of the second gamut data to the third gamut by the gamut compressing unit and the first gamut data. a hue-characteristic obtaining unit that obtains a hue characteristic of the colorimetric data of the tone patch for the specific color; a replacement data generator that generates replacement data for the second gamut data corresponding to first gamut data of the specific color, matching a tone characteristic of the second gamut data and the hue characteristic obtained by the hue-characteristic obtaining unit; a data replacing unit that replaces the second gamut data corresponding to first gamut data of the specific color with the replacement data generated by the replacement data generator; a gamut compressing unit that compresses the second gamut data to the third gamut after data replacement by the data replacing unit; and a color-profile creating unit that creates a color profile for the color-image output device based on color data after compression of the second gamut data to the third gamut by the gamut compressing unit and the first gamut data.
A solid, monolithic sustained release pharmaceutical composition, the composition comprising: a. a sustained release matrix having a solvent accessible surface, wherein the matrix comprises cross-linked high amylose starch; b. an effective amount of at least one pharmaceutically active agent disposed within the matrix; and c. a pharmaceutical additive selected from the group consisting of a binding agent, a solubilizing agent, an acidifying agent, a pore forming agent, a lubricant, and a glidant, wherein the composition has a hardness of 110N to 350N, wherein the composition displays substantially the same release kinetics when the composition is broken to create a new solvent accessible surface, and wherein the composition comprises from about 20% to about 50% by weight of the active ingredient and from about 20% to about 50% by weight of the starch. a. a sustained release matrix having a solvent accessible surface, wherein the matrix comprises cross-linked high amylose starch; b. an effective amount of at least one pharmaceutically active agent disposed within the matrix; and c. a pharmaceutical additive selected from the group consisting of a binding agent, a solubilizing agent, an acidifying agent, a pore forming agent, a lubricant, and a glidant, wherein the composition has a hardness of 110N to 350N, wherein the composition displays substantially the same release kinetics when the composition is broken to create a new solvent accessible surface, and wherein the composition comprises from about 20% to about 50% by weight of the active ingredient and from about 20% to about 50% by weight of the starch.
Sliding element, in particular for a stretching device and/or conveyor chain, comprising graphite or electrographite, with the following features: - that the sliding element has pores, the open pore size being ≥ 7.5 vol%, and - in that the particle size of the graphite particles used as starting material for the sliding elements is between 3 μm and 15 μm, characterized by the following further features: - the graphite particles used as starting material for the production of the graphite particle are present in a particle size distribution in which, as median value d, the particle size is between 14 μm and 18 μm and the values d are between 2 μm and 4 μm and for d between 42 μm and 50 μm, and - the maximum particle size distribution, i.e. the average particle size to be obtained as an expected value of the graphite powder used as starting material for the production of the sliding elements and of the sliding element produced by pressing have a maximum particle size distribution of between 3 μm and 15 μm, and - the sliding element is impregnated with inorganic salts and/or inorganic salts are I ncorporated in the sliding element. - that the sliding element has pores, the open pore size being ≥ 7.5 vol%, and - in that the particle size of the graphite particles used as starting material for the sliding elements is between 3 μm and 15 μm, - the graphite particles used as starting material for the production of the graphite particle are present in a particle size distribution in which, as median value d, the particle size is between 14 μm and 18 μm and the values d are between 2 μm and 4 μm and for d between 42 μm and 50 μm, and - the maximum particle size distribution, i.e. the average particle size to be obtained as an expected value of the graphite powder used as starting material for the production of the sliding elements and of the sliding element produced by pressing have a maximum particle size distribution of between 3 μm and 15 μm, and - the sliding element is impregnated with inorganic salts and/or inorganic salts are I ncorporated in the sliding element.
A radio module for a radio terminal, wherein the radio module comprises: a transmitter (Tx) configured to transmit within a time period data either on a first radio channel of a first radio communications network according to a first operating mode or on a second radio channel of a second radio communications network according to a second operating mode; and a controller (CTRL) being configured to schedule a selection of one of the operating modes of the transmitter (Tx), wherein the selection comprises switching of at least one parameter of the transmitter (Tx) according to the selected operating mode, wherein the radio module further comprises: a receiver (Rx) being configured to sense the first or second radio channel (RCH1; RCH2) as free or busy; the controller (CTRL) being configured to switch the transmitter (Tx) from the first operating mode to the second operating mode, if the first radio channel is sensed busy, and to switch the transmitter (Tx) from the second operating mode to the first operating mode, if the second radio channel is sensed busy. a transmitter (Tx) configured to transmit within a time period data either on a first radio channel of a first radio communications network according to a first operating mode or on a second radio channel of a second radio communications network according to a second operating mode; and a controller (CTRL) being configured to schedule a selection of one of the operating modes of the transmitter (Tx), wherein the selection comprises switching of at least one parameter of the transmitter (Tx) according to the selected operating mode, wherein the radio module further comprises: a receiver (Rx) being configured to sense the first or second radio channel (RCH1; RCH2) as free or busy; the controller (CTRL) being configured to switch the transmitter (Tx) from the first operating mode to the second operating mode, if the first radio channel is sensed busy, and to switch the transmitter (Tx) from the second operating mode to the first operating mode, if the second radio channel is sensed busy. a receiver (Rx) being configured to sense the first or second radio channel (RCH1; RCH2) as free or busy; the controller (CTRL) being configured to switch the transmitter (Tx) from the first operating mode to the second operating mode, if the first radio channel is sensed busy, and to switch the transmitter (Tx) from the second operating mode to the first operating mode, if the second radio channel is sensed busy.
Clothing accessory consisting of a tie provided with airway protection devices wherein said airway protection devices comprise a mask to be placed covering the nose and mouth of an individual integrated and made in a single body with the tie characterised in that the mask is formed at an openable zone or portion of a rear portion (or tail) of the tie comprising a central face and two pairs of opposite end faces defined, respectively, by a first right face which extends from said central face and a second right face which extends from the first right face and a first left face which extends from the central face on the opposite part with respect to the extension of the first right face and a second left face which extends from the first left face.
A fuel cell that generates power from a hydrogen-containing fuel gas and air by an electrochemical reaction, the fuel cell comprising: a fuel-cell body including an inlet for the fuel gas and an inlet for the air; a membrane electrode assembly including a fuel electrode, a solid oxide electrolyte, and an air electrode; a fuel-electrode collector that is a porous metal body disposed in contact with the fuel electrode and performing current collection; and a heating device operated by electric power, wherein the solid oxide electrolyte is a proton-permeable electrolyte, a fuel-gas channel is provided to cause the fuel gas to pass through the fuel-electrode collector, and the porous metal body constituting the fuel-electrode collector is formed of aluminum or aluminum alloy, characterized in that the fuel cell comprises a temperature control system that controls at least one of electric power supplied to the heating device, a flow rate of the fuel gas, and a flow rate of the air such that aluminum or aluminum alloy of the fuel-electrode collector does not melt, wherein the temperature control system includes a temperature sensor that monitors a temperature of the fuel-cell body, and the fuel cell includes a reformer that is disposed upstream of the fuel-cell body and reforms the fuel gas, wherein an operation temperature (T 2) of the reformer is set to be higher than an operation temperature (T 1) of the fuel-cell body, wherein the operation temperature (T 1) of the fuel-cell body is set at 550°C to 650°C and the operation temperature (T 2) of the reformer is set at 660°C to 750°C. a fuel-cell body including an inlet for the fuel gas and an inlet for the air; a membrane electrode assembly including a fuel electrode, a solid oxide electrolyte, and an air electrode; a fuel-electrode collector that is a porous metal body disposed in contact with the fuel electrode and performing current collection; and a heating device operated by electric power, wherein the solid oxide electrolyte is a proton-permeable electrolyte, a fuel-gas channel is provided to cause the fuel gas to pass through the fuel-electrode collector, and the porous metal body constituting the fuel-electrode collector is formed of aluminum or aluminum alloy, characterized in that the fuel cell comprises a temperature control system that controls at least one of electric power supplied to the heating device, a flow rate of the fuel gas, and a flow rate of the air such that aluminum or aluminum alloy of the fuel-electrode collector does not melt, wherein the temperature control system includes a temperature sensor that monitors a temperature of the fuel-cell body, and the fuel cell includes a reformer that is disposed upstream of the fuel-cell body and reforms the fuel gas, wherein an operation temperature (T 2) of the reformer is set to be higher than an operation temperature (T 1) of the fuel-cell body, wherein the operation temperature (T 1) of the fuel-cell body is set at 550°C to 650°C and the operation temperature (T 2) of the reformer is set at 660°C to 750°C.
Interspinous implant, able to be engaged between the spinal processes of two vertebrae and formed by a block (10, 11) of elastically deformable material, characterised in that said block is subdivided into a central part made from a first elastically deformable material and two lateral parts made from a second elastically deformable material, more rigid than said first material, said lateral parts being situated on the two opposite lateral sides of the central part, that is to say on the sides intended to be situated longitudinally on each side of the spinal processes after implantation, and being connected to said central part, wherein the central part comprises a pair of top projecting arms and a pair of bottom projecting arms, delimiting respective top and bottom recesses (4, 6) able to receive the spinal processes of two vertebrae, and wherein said two lateral parts each extends at least over part of the height of a respective one of the pair of top or bottom arms so that said lateral parts oppose lateral creep of the first elastically deformable natural caused by the effect of compression forces acting thereon, and at least one of said lateral parts has a portion (11 a) of reduced thickness at the interspinous middle portion of the implant, so as to allow bending of the corresponding top and bottom projecting arms (3, 5) one towards the other, in order to make possible a lateral insertion of the implant in the interspinous space.
Ship comprising a hull with a foreship and an aft ship and a length that is less than 3.0 times and preferably less than 2.5 times a beam (w) of the hull, located forward of the amidships two propulsion and steering units with a propulsion drive for rotating propellers around a propeller axis and a steering drive for positioning the propeller axis at a steering angle (α) relative to a centreline of the hull, the propulsion and steering units forming a main active steering equipment, and rearward of the amidships stationary course stabilising or rear skegs located symmetrically on both sides of a centreline of the hull wherein the stabilising or rear skegs have a height extending the depth of the hull characterized in that the distance between the fronts of the stabilising skegs is between 30 % and 70 % of the beam (w) and preferably between 40 % and 60 % of the beam.
Device for cooling a functional element of a vehicle, including at least one protective screen designed to extend beneath the vehicle, characterized in that the protective screen includes augmented means for cooling said functional element to be cooled that make it possible, when the vehicle is moving, to capture air and generate an air flow of increased intensity that is oriented towards said functional element to be cooled, said augmented cooling means including an air scoop arranged in the air manifold, said scoop having vertical walls that are joined together by at least one inclined transverse wall.
A secure element comprising an operating system and a communication interface, wherein the operating system is adapted to manage a plurality of applications (40, 50) which are simultaneously present and installed in the secure element and which are individually configured to be implicitly selected on said communication interface, wherein each of said applications (40, 50) can be individually activated, the secure element characterised in that the operating system is adapted to deny a request of activation of one of said applications (40, 50) if another of said applications (40, 50) is already activated and to perform the activation if none of said applications (40, 50) is already activated, in that the operating system is able to handle a command requesting both the installation of a new application configured to be implicitly selected on said communication interface and the activation of said new application, and in that the operating system is adapted to install said new application, to configure said new application so that it is implicitly selected on said communication interface and to deny the activation of said new application if one application of said plurality of applications (40, 50) is already activated and to perform said activation if none of said plurality of applications (40, 50) is already activated.
An obturator for a vascular access device, the obturator comprising: a catheter portion configured to be inserted through a lumen of the vascular access device and into a proximal end of a catheter of the vascular access device while the catheter is placed intravenously within a patient; a middle portion configured to be positioned within the lumen of the vascular access device while the catheter portion is inserted into the catheter, wherein the middle portion has a larger diameter than the catheter portion; a base portion having a diameter substantially the same as the diameter of the lumen, the base portion configured to seal the lumen when the obturator is secured to the vascular access device; a cap portion configured to secure the obturator to the vascular access device; and an antimicrobial ring positioned around the middle portion, the antimicrobial ring configured to release an antimicrobial agent into fluid contained within the lumen of the vascular access device. a catheter portion configured to be inserted through a lumen of the vascular access device and into a proximal end of a catheter of the vascular access device while the catheter is placed intravenously within a patient; a middle portion configured to be positioned within the lumen of the vascular access device while the catheter portion is inserted into the catheter, wherein the middle portion has a larger diameter than the catheter portion; a base portion having a diameter substantially the same as the diameter of the lumen, the base portion configured to seal the lumen when the obturator is secured to the vascular access device; a cap portion configured to secure the obturator to the vascular access device; and an antimicrobial ring positioned around the middle portion, the antimicrobial ring configured to release an antimicrobial agent into fluid contained within the lumen of the vascular access device.