mhurhangee/ep-ind-claims huggingface dataset:
Electromagnetically unlockable device having a locking unit and a first component which can be moved with respect to the locking unit, having the following features: a) the locking unit has a locking element which is in engagement with the first component in order to secure the first component, b) the locking element can be adjusted, by activating an electromagnet arrangement (21, 22, 25, 26, 27), from the position which secures the first component into a position which releases the securement, c) the electromagnet arrangement (21, 22, 25, 26, 27) has at least one armature and at least one core element, d) a distance which defines an electromagnet stroke is formed between the core element and the armature when the electromagnet arrangement (21, 22, 25, 26, 27) is not activated, and e) the stroke which is executed by the locking element from the position which secures the first component into the position which releases the securement is larger than the electromagnet stroke, characterized in that the locking element can be loaded into the position which secures the first component, by means of an activation part which can be displaced in the armature. a) the locking unit has a locking element which is in engagement with the first component in order to secure the first component, b) the locking element can be adjusted, by activating an electromagnet arrangement (21, 22, 25, 26, 27), from the position which secures the first component into a position which releases the securement, c) the electromagnet arrangement (21, 22, 25, 26, 27) has at least one armature and at least one core element, d) a distance which defines an electromagnet stroke is formed between the core element and the armature when the electromagnet arrangement (21, 22, 25, 26, 27) is not activated, and e) the stroke which is executed by the locking element from the position which secures the first component into the position which releases the securement is larger than the electromagnet stroke, characterized in that the locking element can be loaded into the position which secures the first component, by means of an activation part which can be displaced in the armature.
A lawn care device comprising: a mobility assembly (42,44) configured to facilitate movement of the lawn care device over ground; a cutting deck housing at least one blade; an engine operably coupled to the at least one blade via a rotatable shaft to enable the at least one blade to cut vegetation responsive to rotation of the at least one blade; a control unit configured to be in communication with at least one functional unit of the lawn care device; and at least one sensor disposed to monitor the at least one functional unit; wherein the device is characterised by: a transmitter operably coupled to the sensor to wirelessly transmit a signal from the sensor to the control unit based on operation of the at least one functional unit; and an energy harvester configured to convert energy from a source of origin into electrical energy, the electrical energy being employed for powering the at least one sensor and the transmitter. a mobility assembly (42,44) configured to facilitate movement of the lawn care device over ground; a cutting deck housing at least one blade; an engine operably coupled to the at least one blade via a rotatable shaft to enable the at least one blade to cut vegetation responsive to rotation of the at least one blade; a control unit configured to be in communication with at least one functional unit of the lawn care device; and at least one sensor disposed to monitor the at least one functional unit; wherein the device is characterised by: a transmitter operably coupled to the sensor to wirelessly transmit a signal from the sensor to the control unit based on operation of the at least one functional unit; and an energy harvester configured to convert energy from a source of origin into electrical energy, the electrical energy being employed for powering the at least one sensor and the transmitter.
Method for securing personal data in a mobile communication device, the mobile communication device comprises a control processor, a transceiver unit, an user interface and an user memory for storing user data, wherein the user memory is dividable into several memory sections, wherein a password is assignable to the user memory or memory sections of it, wherein the memory sections comprises folders and subfolders, characterised in that selected menus of the operating system of the mobile communication device are password protected, wherein the assignment of the password is controlled by a password management function, wherein whenever a user wishes to store data in the user memory or sections of it, or wishes to create a new folder or subfolder, the password management function starts a dialog with the user via the user interface whether a password should be assigned to the data to be stored or the folder / subfolder to be created.
A method of transmitting channel quality information at a mobile station in a multi-carrier wireless communication system, the method comprising: establishing a pair of a first forward link carrier (FL_a) and a first reverse link carrier (RL_a), wherein the first forward link carrier (FL_a) is used to receive data from a base station and the first reverse link carrier (RL_a) is used to transmit data to the base station; establishing a pair of a second forward link carrier (FL_b) and a second reverse link carrier (RL_b), wherein the second forward link carrier (FL_b) is used to receive data from the base station and the second reverse link carrier (RL_b) is used to transmit data to the base station; transmitting channel quality information for the first forward link carrier (FL_a) of the base station; and transmitting channel quality information for the second forward link carrier (FL_b) of the base station, characterized in that: the channel quality information for the first forward link carrier (FL_a) and the channel quality information for the second forward link carrier (FL_b) are transmitted to the base station via a same reverse link carrier, and the first forward link carrier (FL_a) and the second forward link carrier (FL_b) are not the same and the first reverse link carrier (RL_a) and the second reverse link carrier (RL_b) are not the same. establishing a pair of a first forward link carrier (FL_a) and a first reverse link carrier (RL_a), wherein the first forward link carrier (FL_a) is used to receive data from a base station and the first reverse link carrier (RL_a) is used to transmit data to the base station; establishing a pair of a second forward link carrier (FL_b) and a second reverse link carrier (RL_b), wherein the second forward link carrier (FL_b) is used to receive data from the base station and the second reverse link carrier (RL_b) is used to transmit data to the base station; transmitting channel quality information for the first forward link carrier (FL_a) of the base station; and transmitting channel quality information for the second forward link carrier (FL_b) of the base station, characterized in that: the channel quality information for the first forward link carrier (FL_a) and the channel quality information for the second forward link carrier (FL_b) are transmitted to the base station via a same reverse link carrier, and the first forward link carrier (FL_a) and the second forward link carrier (FL_b) are not the same and the first reverse link carrier (RL_a) and the second reverse link carrier (RL_b) are not the same. the channel quality information for the first forward link carrier (FL_a) and the channel quality information for the second forward link carrier (FL_b) are transmitted to the base station via a same reverse link carrier, and the first forward link carrier (FL_a) and the second forward link carrier (FL_b) are not the same and the first reverse link carrier (RL_a) and the second reverse link carrier (RL_b) are not the same.
An injection device comprising - a housing containing a cartridge containing a medicament and a movable bung, wherein the housing comprises an inner thread, - a piston rod for moving the bung during dose dispensing, wherein the piston rod comprises an outer thread engaging the inner thread of the housing and a bearing at its end facing the bung, - a driver coupled to the piston rod for driving the piston rod during dose dispensing, wherein in the unused delivery state of the device, the bearing abuts the bung characterized in that the driver comprises a drive tube which is directly coupled to the piston rod and a drive sleeve (41, 42) which is coupled to a power reservoir, wherein the drive tube and the drive sleeve (41, 42) are permanently rotationally coupled to each other. - a housing containing a cartridge containing a medicament and a movable bung, wherein the housing comprises an inner thread, - a piston rod for moving the bung during dose dispensing, wherein the piston rod comprises an outer thread engaging the inner thread of the housing and a bearing at its end facing the bung, - a driver coupled to the piston rod for driving the piston rod during dose dispensing,
A plate to be installed on an installation surface for supporting an object to be supported on the installation surface, the plate comprising: a plate part having a support surface for supporting the object to be supported, and an adjustment part attached to the plate part and capable of adjusting a height position of the support surface (S 1) relative to the installation surface, characterized in that the support surface has a plurality of grooves (M1, M2) having different depths formed thereon. a plate part having a support surface for supporting the object to be supported, and an adjustment part attached to the plate part and capable of adjusting a height position of the support surface (S 1) relative to the installation surface, characterized in that the support surface has a plurality of grooves (M1, M2) having different depths formed thereon.
Method for testing the rigidity of a disposable intended for volumetric balancing, for a blood treatment device, comprising the steps of: filling the disposable or a part thereof with a liquid, enclosing the filled liquid, so that a certain volume of the liquid is present in the disposable or the part thereof, supply and/or discharge of a certain volume of liquid into or from the disposable and measuring the pressure change caused by the supply and/or discharge of the volume of liquid.
An effective amount of adipose-derived stem cells (AdMSCs) for the use in a method of preventing, reducing, mitigating, ameliorating and/or reversing stomatitis in a mammal in need thereof, wherein the mammal has a CD4/CD8 ratio in blood that is less than about 1.0 prior to administration of the AdMSCs and a CD4/CD8 ratio in blood that is greater than about 1.3 after one or more administrations of the AdMSCs.
A resin additive composition comprising two or more selected from aromatic metal phosphates represented by the following Formula or in an amount of 0.001 to 50 parts by mass with respect to 100 parts by mass of a polymer compound, wherein said polymer compound has a structure in which a diol, an aliphatic dicarboxylic acid, an aromatic dicarboxylic acid, a compound which comprises at least one group represented by the following Formula and has hydroxyl groups at both ends, and an epoxy compound having two or more epoxy groups are bound via ester bonds: (wherein, R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; R 5 represents an alkylidene group having 1 to 4 carbon atoms; and M 2 represents an alkali metal) (wherein, R 1 to R 4 each independently represent a hydrogen atom or a linear or branched alkyl group having 1 to 9 carbon atoms; and R 5 represents an alkylidene group having 1 to 4 carbon atoms).
A digital transceiver, wherein the digital transceiver comprises: a clock generator configured to generate a first clock signal having a first frequency of a fixed value; and a transmitter driven by the first clock signal of the first frequency to transmit data; characterised in that the digital transceiver further comprises: an inverter coupled to the clock generator to generate an inverted first clock signal of the first frequency; a frequency detector configured to compare the inverted first clock signal of the first frequency with a feedback signal of a second frequency varied in a loop of feedback to determine a frequency control word F including an integer part I plus a fraction part r (0< r < 1); a digitally-controlled oscillator driven by the frequency control word F in the loop of feedback to output a second clock signal with a time-average frequency substantially synchronous to the first frequency with a boundary spread; and a receiver driven by the second clock signal to receive the data. a clock generator configured to generate a first clock signal having a first frequency of a fixed value; and a transmitter driven by the first clock signal of the first frequency to transmit data; characterised in that the digital transceiver further comprises: an inverter coupled to the clock generator to generate an inverted first clock signal of the first frequency; a frequency detector configured to compare the inverted first clock signal of the first frequency with a feedback signal of a second frequency varied in a loop of feedback to determine a frequency control word F including an integer part I plus a fraction part r (0< r < 1); a digitally-controlled oscillator driven by the frequency control word F in the loop of feedback to output a second clock signal with a time-average frequency substantially synchronous to the first frequency with a boundary spread; and a receiver driven by the second clock signal to receive the data. an inverter coupled to the clock generator to generate an inverted first clock signal of the first frequency; a frequency detector configured to compare the inverted first clock signal of the first frequency with a feedback signal of a second frequency varied in a loop of feedback to determine a frequency control word F including an integer part I plus a fraction part r (0< r < 1); a digitally-controlled oscillator driven by the frequency control word F in the loop of feedback to output a second clock signal with a time-average frequency substantially synchronous to the first frequency with a boundary spread; and a receiver driven by the second clock signal to receive the data.
Capsule for the preparation of a beverage in a beverage preparation device comprising a cup-like body, a sealing cover for closing the cup-like body; a flange for the cover to seal thereon; the cup-like body comprising a cavity wall containing beverage ingredients and the cup-like based body being formed of paper-based material comprising at least one gas barrier layer; wherein the flange is sealingly attached to the body; said capsule being characterized in that the flange is formed of a first polymer and a second polymer; the second polymer being a gas barrier layer overlapping with the cup-like body.
A pharmaceutical composition comprising i) rosuvastatin calcium: ii) an alkali metal carbonate or bicarbonate or mixtures thereof, and iii) optionally one or more pharmaceutically acceptable excipients characterized in that rosuvastatin calcium and an alkali metal carbonate or bicarbonate or a mixture thereof are present in a molar ratio in the range of 1:0.43-1.75, wherein the composition provides a dissolution profile of rosuvastatin calcium in 0.1 N HCl in which rosuvastatin calcium is released in the range of 15 % to 25 % in 5 minutes, 40 % to 50 % in 10 minutes, 60 % to 70 % in 15 minutes, 70 % to 80 % in 20 minutes, 80 % to 90 % in 30 minutes, 85 % to 95 % in 45 minutes and 90 to 100 % in 60 minutes after association of 900 ml of a dissolution medium at 37°C ± 0.5°C and USP method 1 (basket) and basket speed is 100 rpm. i) rosuvastatin calcium: ii) an alkali metal carbonate or bicarbonate or mixtures thereof, and iii) optionally one or more pharmaceutically acceptable excipients
A filter element including i) a mass of media having an inlet face at one end and an outlet face at another end, and ii) a gasket assembly (74, 76) circumferentially surrounding the mass of media of the filter element along an outer surface thereof, the gasket assembly including a rigid frame fixed to and supporting the mass of media of the filter element, and at least one handle integral with an annular body portion of the frame and projecting freely from the body portion across one of the ends of the mass of media of the filter element, where the at least one handle is located and sized for grasping by a user to remove the filter element from a housing; wherein the rigid frame comprises an annular band secured to the outer periphery of the mass of media of the filter element, and the annular band having an outer peripheral face facing radially outward, the gasket circumscribing and mounted to the outer peripheral face, and wherein the mass of media comprises a pleated filter panel; wherein on opposite sides the rigid frame further includes at least one handle mount block along an inner periphery of the annular band, and wherein each handle comprises a resilient handle including a mounting base integrally integral to one of the at least one mounting block and a handle strap extending therefrom that lies substantially flat with the inlet face and is resiliently pivotable from the mounting base to be grasped. wherein the rigid frame comprises an annular band secured to the outer periphery of the mass of media of the filter element, and the annular band having an outer peripheral face facing radially outward, the gasket circumscribing and mounted to the outer peripheral face, and wherein the mass of media comprises a pleated filter panel; wherein on opposite sides the rigid frame further includes at least one handle mount block along an inner periphery of the annular band, and wherein each handle comprises a resilient handle including a mounting base integrally integral to one of the at least one mounting block and a handle strap extending therefrom that lies substantially flat with the inlet face and is resiliently pivotable from the mounting base to be grasped.
An air-bag module mounting structure, comprising: a steering wheel including a hub disposed inside of an annular rim; an air-bag module disposed in front of the hub; a holding part to which the air-bag module is fixed; and a cover part disposed at the back of the hub, a fixing part of the hub and a fixed part of the holding part being fastened together, wherein the cover part includes a protruding part protruding toward the hub, a hook protruding from a side surface of the protruding part, and a cover-side connection part formed on a head of the protruding part; wherein the holding part includes a holding-part-side connection part that is connected to the cover-side connection part; and wherein the hub includes an insertion hole into which the protruding part is inserted and with which the hook engages, and a stopper that prevents the holding part from moving, because of a gap existing between the insertion hole and the protruding part, when the fixing part and the fixed part are fastened together, the gap allowing the protruding part to pass through the insertion hole while the protruding part is bent due to a contact between the hook and the insertion hole. a steering wheel including a hub disposed inside of an annular rim; an air-bag module disposed in front of the hub; a holding part to which the air-bag module is fixed; and a cover part disposed at the back of the hub, a fixing part of the hub and a fixed part of the holding part being fastened together, wherein the cover part includes a protruding part protruding toward the hub, a hook protruding from a side surface of the protruding part, and a cover-side connection part formed on a head of the protruding part; wherein the holding part includes a holding-part-side connection part that is connected to the cover-side connection part; and wherein the hub includes an insertion hole into which the protruding part is inserted and with which the hook engages, and a stopper that prevents the holding part from moving, because of a gap existing between the insertion hole and the protruding part, when the fixing part and the fixed part are fastened together, the gap allowing the protruding part to pass through the insertion hole while the protruding part is bent due to a contact between the hook and the insertion hole. an insertion hole into which the protruding part is inserted and with which the hook engages, and a stopper that prevents the holding part from moving, because of a gap existing between the insertion hole and the protruding part, when the fixing part and the fixed part are fastened together, the gap allowing the protruding part to pass through the insertion hole while the protruding part is bent due to a contact between the hook and the insertion hole.
In vitro or ex vivo use of a composition comprising of consisting essentially of at least Bacillus subtilis NOL03, Bacillus subtilis NOL01 and Bacillus subtilis NOL02 strains, - said Bacillus subtilis NOL03 being deposited at CNCM under number CNCM I - 4607; - said Bacillus subtilis NOL01 being deposited at CNCM under number CNCM I - 4606; and - said Bacillus subtilis NOL02 being deposited at CNCM under number CNCM I - 5043; for degrading at least one mycotoxin, said at least one mycotoxin being chosen from zearalenone, aflatoxines B1, B2, G1 and G2, deoxynivalenol or nivalenol and fumonisin B1. - said Bacillus subtilis NOL03 being deposited at CNCM under number CNCM I - 4607; - said Bacillus subtilis NOL01 being deposited at CNCM under number CNCM I - 4606; and - said Bacillus subtilis NOL02 being deposited at CNCM under number CNCM I - 5043;
A method of making a diode comprising: forming a first cladding layer including one or more fins of polar crystalline material, wherein major faces of the one or more fins are non-polar; forming an active region over one or more of said major faces, wherein growth conditions for the active region are set or designed to favor horizontal growth from a m/a plane over growth from a c-plane; and forming a second cladding layer adjacent to said active region, wherein a portion containing c-plane in the second cladding layer is replaced by an electrical contact, said electrical contact being in direct contact with a remaining portion of the second cladding layer. forming a first cladding layer including one or more fins of polar crystalline material, wherein major faces of the one or more fins are non-polar; forming an active region over one or more of said major faces, wherein growth conditions for the active region are set or designed to favor horizontal growth from a m/a plane over growth from a c-plane; and forming a second cladding layer adjacent to said active region, wherein a portion containing c-plane in the second cladding layer is replaced by an electrical contact, said electrical contact being in direct contact with a remaining portion of the second cladding layer.