mhurhangee/ep-ind-claims huggingface dataset:
A package comprising: a blister tray having a blister cavity for accommodating product and a liner thereon overlying of said blister cavity; and a blister tray cover having a back wall, a front wall overlying a portion of said blister cavity and an openable flap overlying said blister cavity and with said front wall enclosing said blister cavity; characterized in that said liner includes a score line thereacross to define a lower portion adjacent said front wall and an upper portion adjacent said flap, and wherein said upper portion of said liner is secured to said flap so as to be removable from said lower portion upon said opening of said flap. a blister tray having a blister cavity for accommodating product and a liner thereon overlying of said blister cavity; and a blister tray cover having a back wall, a front wall overlying a portion of said blister cavity and an openable flap overlying said blister cavity and with said front wall enclosing said blister cavity;
A method of forming an ultra low soda, rare earth free fluid catalytic cracking catalyst containing magnesium, wherein the cracking catalyst comprises less than 0.3 wt% of rare earth or rare earth metal, measured as the oxide, based on the total weight of the composition, the rare earth or rare-earth metal being a metal of the lanthanide series or yttrium, said method comprising a. forming an aqueous slurry comprising at least one fluid catalytically cracking active zeolite having a Na 2 O content sufficient to provide less than 0.7 wt% Na 2 O, on a zeolite basis, in the final catalyst composition, wherein the zeolite is a faujasite zeolite, an inorganic binder selected from silica sol, peptized alumina, and combinations thereof, clay, and optionally at least one matrix material selected from silica, alumina, silica-alumina, zirconia, titania, and combinations thereof; b. optionally, milling the slurry; c. spray drying the slurry to form catalyst particles d. optionally, calcining the catalyst particles at a temperature and for a time sufficient to remove volatiles; e. optionally, washing the catalyst particles; f. contacting the catalyst particles with an aqueous solution comprising at least one soluble magnesium salt in an amount sufficient to provide from 0.5 to 3.0 wt% magnesium oxide in the final catalyst composition; and g. removing and drying the particulate catalyst composition to provide a final catalyst composition having less than 0.7 wt% Na 2 O, on a zeolite basis, and from 0.5 to 3.0 wt% magnesium oxide, based on the total weight of the catalyst composition. a. forming an aqueous slurry comprising at least one fluid catalytically cracking active zeolite having a Na 2 O content sufficient to provide less than 0.7 wt% Na 2 O, on a zeolite basis, in the final catalyst composition, wherein the zeolite is a faujasite zeolite, an inorganic binder selected from silica sol, peptized alumina, and combinations thereof, clay, and optionally at least one matrix material selected from silica, alumina, silica-alumina, zirconia, titania, and combinations thereof; b. optionally, milling the slurry; c. spray drying the slurry to form catalyst particles d. optionally, calcining the catalyst particles at a temperature and for a time sufficient to remove volatiles; e. optionally, washing the catalyst particles; f. contacting the catalyst particles with an aqueous solution comprising at least one soluble magnesium salt in an amount sufficient to provide from 0.5 to 3.0 wt% magnesium oxide in the final catalyst composition; and g. removing and drying the particulate catalyst composition to provide a final catalyst composition having less than 0.7 wt% Na 2 O, on a zeolite basis, and from 0.5 to 3.0 wt% magnesium oxide, based on the total weight of the catalyst composition.
Method for operating a motor vehicle, wherein the motor vehicle has an electric traction machine, wherein in a first operation mode of the motor vehicle, when a torque threshold is undershot by a preset torque predetermined by a driver of the motor vehicle and/or a driver assistance device, and when an actual engine speed corresponding to the standstill of the motor vehicle is reached, a target engine speed for an engine speed regulation of the traction machine is set to a value corresponding to the standstill of the motor vehicle, an actual engine speed of the traction machine is regulated to the target engine speed, and subsequently the parking brake is controlled to retain the motor vehicle and after the controlling of the parking brake the regulation is interrupted, wherein by means of the regulation a target torque is determined from a difference between the actual engine speed and the target engine speed and the traction machine is controlled to provide the target torque by means of a controller and the target torque determined by means of the regulation is temporarily stored, and wherein an operating element of the parking brake is monitored for an actuation and when the actuation is determined the target engine speed is set to the value corresponding to the standstill and the regulation is resumed during standstill of the motor vehicle and is pilot-controlled with the temporarily stored target torque, wherein the parking brake is only released as soon as the regulation is active.
A combination of an anchor clamp and of a conductive cable with a Polymer Matrix Composite core, used to mechanically attach the core of a plunger that has a connector member on the front part for attaching to a coupling point and attaching the conductor wires of the cable to the connection blade through the rear area of the body, which has an inner frustoconical gap that incorporates an envelope, that has an external frustoconical area equivalent to that gap, and internally houses a wedge that is made up of several segments that forms the fastening mechanism of the core to the envelope, while the front area has a threaded area, suitable for fastening to it the end of the plunger, while together they define an outer frustoconical configuration, equivalent to the area of the envelope, and an inner gap that incorporates a tube, shapeable, with an inner diameter equivalent to that of the core on which it is sheathed; the segments that form the wedge being joined by weakened areas and/or slots or longitudinal windows (42, 44) that allow their accommodation aimed at reducing the diameter of the inner gap existing between them, when pressure from the outside is exerted when they are introduced into the bottom of the conical area of the envelope, characterized in that the segments of the wedge are of an essentially circular section that externally defines areas of contact through which they slide along the gap of the envelope; and in that the tube to be installed in the Polymer Matrix Composite PMC core under the wedge of the clamp, forming a protection element of the composite core, is made from annealed aluminum or another shapeable material.
Laser diode light source for a light projector comprising a laser diode module suitable for forming a light bundle of color and dimensions that are determined from parallel light beams from each of the laser diodes in the module, and further comprising, in a light-tight box, an optical system constituted by an off-axis parabolic mirror for receiving said light bundle and for focusing it, after reflecting it in a perpendicular direction, onto the inlet of a unique outlet optical fiber of said box.
A cover for sealing a tissue site, the cover comprising: a shell having a first side, a second side, and an edge between the first side and the second side; an adhesive disposed on the first side; and a release liner adjacent to the adhesive, the release liner comprising a flap folded over at least a portion of the edge of the shell; characterized in that the shell, the adhesive, and the release liner are folded and the flap is at least partially disposed between a first portion and a second portion of the second side of the shell. a shell having a first side, a second side, and an edge between the first side and the second side; an adhesive disposed on the first side; and a release liner adjacent to the adhesive, the release liner comprising a flap folded over at least a portion of the edge of the shell; characterized in that the shell, the adhesive, and the release liner are folded and the flap is at least partially disposed between a first portion and a second portion of the second side of the shell.
Method for producing a fibrous material composition comprising the steps: a) harvesting sweet grass and/or sedge and/or seagrass and/or algae; b) cleaning the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination, mechanically or washing with air and/or water; c) cutting the sweet grass and/or sedge and/or seagrass and/or algae to a predefined length between 100 mm and 0.1 mm; d) fibrillating grinding of the sweet grass and/or sedge and/or seagrass and/or algae; e) optionally at least partially drying the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination; f) pelleting the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination; g) suspending the sweet grass and/or sedge and/or seagrass and/or algae in water; h) adding predefined fractions of fresh fibres and/or waste paper and/or adjuvants to the suspension. a) harvesting sweet grass and/or sedge and/or seagrass and/or algae; b) cleaning the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination, mechanically or washing with air and/or water; c) cutting the sweet grass and/or sedge and/or seagrass and/or algae to a predefined length between 100 mm and 0.1 mm; d) fibrillating grinding of the sweet grass and/or sedge and/or seagrass and/or algae; e) optionally at least partially drying the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination; f) pelleting the sweet grass and/or sedge and/or seagrass and/or algae, individually or in combination; g) suspending the sweet grass and/or sedge and/or seagrass and/or algae in water; h) adding predefined fractions of fresh fibres and/or waste paper and/or adjuvants to the suspension.
A hair shaping composition suitable for topical application to hair, the composition comprising from 1 to 25 wt% monoglucosamine adipate, dissolved or dispersed in an aqueous carrier.
A Trusted Platform Module, TPM, comprising: a cryptographic processing subsystem, including one or more processors and memory, configured for performing security or validation services; an application interface configured for communicating with an application system external to the apparatus, with said communicating including providing said security or validation services to the application system; and a secure management interface configured for communicating information, including configuration information for the cryptographic processing system for performing said security or validation services, with a service profile system external to the apparatus without passing said configuration information through the application system; where said configuration information includes providing and withdrawing of one or more credentials. a cryptographic processing subsystem, including one or more processors and memory, configured for performing security or validation services; an application interface configured for communicating with an application system external to the apparatus, with said communicating including providing said security or validation services to the application system; and a secure management interface configured for communicating information, including configuration information for the cryptographic processing system for performing said security or validation services, with a service profile system external to the apparatus without passing said configuration information through the application system; where said configuration information includes providing and withdrawing of one or more credentials.
A portable electronic device, comprising: near field communications 'NFC' circuitry adapted to process NFC electrical signals from a loop antenna having a first and second loop antenna terminals; proximity sensing circuitry adapted to process proximity sensing electrical signals from the loop antenna; a low pass filter adapted to substantially isolate the proximity sensing electrical signals from the NFC electrical signals, wherein the low pass filter comprises a passive device coupled in series between the proximity sensing circuitry and the first loop antenna terminal; and a passive high pass filter adapted to substantially isolate the NFC electrical signals from the proximity sensing electrical signals. near field communications 'NFC' circuitry adapted to process NFC electrical signals from a loop antenna having a first and second loop antenna terminals; proximity sensing circuitry adapted to process proximity sensing electrical signals from the loop antenna; a low pass filter adapted to substantially isolate the proximity sensing electrical signals from the NFC electrical signals, wherein the low pass filter comprises a passive device coupled in series between the proximity sensing circuitry and the first loop antenna terminal; and a passive high pass filter adapted to substantially isolate the NFC electrical signals from the proximity sensing electrical signals.
A composition comprising a biphasic particle, the biphasic particle comprising an alginate gel encapsulating an mRNA that encodes NAP-2, TGF-α, ErBb3, VEGF, IGF-1, FGF-2, PDGF, IL-2, CD19, CD20, or CD80/86, for use in regenerating cardiac function and/or cardiac tissue in a mammal, thereby improving cardiac function of the mammal.
A vehicle chassis comprising: a plurality of connecting tubes; and a plurality of pre-formed joint members, each joint member sized and shaped to mate with at least a subset of the plurality of the connecting tubes in the plurality of connecting tubes to form a three-dimensional frame structure, wherein each joint member of the plurality of joint members is sized and shaped such that the joint member contacts an inner surface and an outer surface of a connecting tube when the connecting tube is mated to the joint member and wherein at least one joint member of the plurality of joint members comprises internal routing features configured to provide a network of passageways, wherein the plurality of joint members comprise mounting features, the mounting features providing panel mounts for mounting of panels on the three-dimensional frame structure. a plurality of connecting tubes; and a plurality of pre-formed joint members, each joint member sized and shaped to mate with at least a subset of the plurality of the connecting tubes in the plurality of connecting tubes to form a three-dimensional frame structure, wherein each joint member of the plurality of joint members is sized and shaped such that the joint member contacts an inner surface and an outer surface of a connecting tube when the connecting tube is mated to the joint member and wherein at least one joint member of the plurality of joint members comprises internal routing features configured to provide a network of passageways,
A method for cleaning a hard surface comprising: treating the surface with a composition comprising: (a) 0.001 to 10 wt. % of a hydrolyzed quaternary silane having three hydroxy ligands and one hydrophilic ligand, and/or its oligomer; (b) an anionic surfactant; and (c) water; wherein the hydrophilic ligand is selected from -OH, -SH, -NH 2, or group having a molar ratio of C: Q less than 3:1, wherein Q is selected from O, S, N, or combination thereof. treating the surface with a composition comprising: (a) 0.001 to 10 wt. % of a hydrolyzed quaternary silane having three hydroxy ligands and one hydrophilic ligand, and/or its oligomer; (b) an anionic surfactant; and (c) water; wherein the hydrophilic ligand is selected from -OH, -SH, -NH 2, or group having a molar ratio of C: Q less than 3:1, wherein Q is selected from O, S, N, or combination thereof. (a) 0.001 to 10 wt. % of a hydrolyzed quaternary silane having three hydroxy ligands and one hydrophilic ligand, and/or its oligomer; (b) an anionic surfactant; and (c) water; wherein the hydrophilic ligand is selected from -OH, -SH, -NH 2, or group having a molar ratio of C: Q less than 3:1, wherein Q is selected from O, S, N, or combination thereof.
A blister strip carrying a dry powder medicament is structured from a base sheet and a lid sheet, wherein the ratio of the volume of the aluminium foil to the volume of the polymeric layer is in the range of 0.1 to 5.0 in each sheet of said blister strip and said polymeric layers used in the base sheet and/or the lid sheet of said blister are single layered- or multilayered-polymeric layers characterized in that desiccant agents are added to said single or multilayered polymeric layers and dessicant agent is selected from a group comprising silica gel, zeolite, alumina, bauxite, anhydrous calcium sulfate, activated carbon, clay capable of absorbing water.
A system including a secure container, a processor and a memory, wherein said secure container is configured to operate at least in first and second operating modes, wherein only one of said operating modes can be activate in the secure container at a time, wherein the secure container comprises first and second private keys (31, 32) uniquely allocated to the secure container, wherein said first private key is specific to said first operating mode and said second private key is specific to said second operating mode, wherein the memory comprises a first set of instructions that, when executed by the processor, cause said secure container to handle internal data and communications with external entities using the first private key when the first operating mode is activate and using the second private key when the second operating mode is activate, wherein the memory comprises a second set of instructions that, when executed by the processor, cause said secure container to automatically clear the first private key in response to a request for enabling a software module targeting the second operating mode, wherein the secure container is configured to prevent the update of the first private key after its clearing and wherein the secure container is configured to automatically use the first operating mode if the first private key has not been cleared and to automatically use the second operating mode if the first private key has been cleared. wherein said secure container is configured to operate at least in first and second operating modes, wherein only one of said operating modes can be activate in the secure container at a time, wherein the secure container comprises first and second private keys (31, 32) uniquely allocated to the secure container, wherein said first private key is specific to said first operating mode and said second private key is specific to said second operating mode, wherein the memory comprises a first set of instructions that, when executed by the processor, cause said secure container to handle internal data and communications with external entities using the first private key when the first operating mode is activate and using the second private key when the second operating mode is activate, wherein the memory comprises a second set of instructions that, when executed by the processor, cause said secure container to automatically clear the first private key in response to a request for enabling a software module targeting the second operating mode, wherein the secure container is configured to prevent the update of the first private key after its clearing and wherein the secure container is configured to automatically use the first operating mode if the first private key has not been cleared and to automatically use the second operating mode if the first private key has been cleared.
Automation system for a movable barrier comprising - a control central unit with at least one wireless transceiver adapted to send and receive radio signals, - one or more peripheral devices each having at least one wireless transceiver adapted to send and receive radio signals, the central unit and/or a or each peripheral device is adapted to transmit at least two signals with diversity techniques, characterized by comprising a wireless protocol for the central unit and peripheral devices according to which during movement of the barrier the central unit is adapted to transmit, within and with an established period (T T), synchronization signals (89, 82) for the peripheral devices, to which they respond in turn in an assigned time window. - a control central unit with at least one wireless transceiver adapted to send and receive radio signals, - one or more peripheral devices each having at least one wireless transceiver adapted to send and receive radio signals, the central unit and/or a or each peripheral device is adapted to transmit at least two signals with diversity techniques,
Method for detecting a fault of an orbit and attitude control system of a spacecraft, said system comprising at least one propulsion arm (20, 21), said propulsion arm comprising at least one thruster (30, 31) and at least one articulation (22, 23, 24), said propulsion arm being adapted to form a torque which is linked to a status of the propulsion arm, said status of the propulsion arm corresponding to the angular position (θ 1, θ 2, θ 3) of said articulation and to the norm of the thrust force of said thruster, by a torque formation function, characterised in that said method comprises: - calculating, according to the gradient of the torque formation function calculated for a reference state of the propulsion arm for a control operation, a space associated with the articulation of the propulsion arm, referred to as "fault isolation space", wherein a parasitic torque is formed by a fault of said articulation, - estimating, during said control operation, a rotation speed of the spacecraft, - estimating a kinetic moment residue according to the rotation speed of said spacecraft, - calculating an articulation residue, associated with the articulation of the propulsion arm, by projecting the kinetic moment residue onto the fault isolation space, - searching for an articulation fault according to the articulation residue, an articulation fault being detected if said articulation residue satisfies a predefined articulation fault detection criterion. - calculating, according to the gradient of the torque formation function calculated for a reference state of the propulsion arm for a control operation, a space associated with the articulation of the propulsion arm, referred to as "fault isolation space", wherein a parasitic torque is formed by a fault of said articulation, - estimating, during said control operation, a rotation speed of the spacecraft, - estimating a kinetic moment residue according to the rotation speed of said spacecraft, - calculating an articulation residue, associated with the articulation of the propulsion arm, by projecting the kinetic moment residue onto the fault isolation space, - searching for an articulation fault according to the articulation residue, an articulation fault being detected if said articulation residue satisfies a predefined articulation fault detection criterion.