mhurhangee/ep-ind-claims huggingface dataset:
A parking brake device (1; 1') for motor vehicles, having at least one compressed-air port, an inlet bleed solenoid valve unit, a relay valve and at least one first compressed-air output (71; 72), the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve, a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit, the control line having a first branching-off point and a second branching-off point upstream of the relay valve, there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point, characterised in that a control valve is arranged between the first branching-off point and the second branching-off point of the control line. the compressed-air port being connected to the inlet bleed solenoid valve unit and to the relay valve, a control line being provided such that the relay valve is connected or connectable to the inlet bleed solenoid valve unit, the control line having a first branching-off point and a second branching-off point upstream of the relay valve, there being provided an output line that is connected to the at least one first compressed-air output (71; 72) and has an output branching-off point, characterised in that a control valve is arranged between the first branching-off point and the second branching-off point of the control line.
Method for selecting an application from a plurality of applications installed on a security module, capable of dialoguing with a communicating equipment item, characterized in that it comprises: - a preliminary configuration step comprising a step of determination of at least one group of applications with which a group identifier is associated, a step of determination of an application per group and a step of storage of configuration information representing the association of a determined application and of the corresponding group identifier - a step of reception of a selection command containing a group identifier sent by the communicating equipment item, and - a step of selection of the application associated with the group identifier received, as a function of the configuration information stored. - a preliminary configuration step comprising a step of determination of at least one group of applications with which a group identifier is associated, a step of determination of an application per group and a step of storage of configuration information representing the association of a determined application and of the corresponding group identifier - a step of reception of a selection command containing a group identifier sent by the communicating equipment item, and - a step of selection of the application associated with the group identifier received, as a function of the configuration information stored.
A method of suppressing the growth of a target cell, comprising the steps of: incorporating DNA containing a region coding for an arbitrary protein into a target cell; and inducing expression of the protein coded for by the DNA in the target cell into which the DNA has been incorporated; wherein said region of DNA contains nucleotide triplets, and at least a portion of the nucleotide triplets encoding the protein are complementary to codons having a use frequency of 0.2 or lower in the target cell; wherein the target cell is a cell of a mammal, bird, reptile, amphibian, fish or plant; and wherein the method is an in vitro method. incorporating DNA containing a region coding for an arbitrary protein into a target cell; and inducing expression of the protein coded for by the DNA in the target cell into which the DNA has been incorporated; wherein said region of DNA contains nucleotide triplets, and at least a portion of the nucleotide triplets encoding the protein are complementary to codons having a use frequency of 0.2 or lower in the target cell; wherein the target cell is a cell of a mammal, bird, reptile, amphibian, fish or plant; and wherein the method is an in vitro method.
A beer maker comprising: a water supply heater heating water; a supplier connected to the water supply heater through a water supply flow path, the supplier having a material accommodation part formed therein; an air injector connected to the water supply flow path; and a fermentation tank assembly connected to the supplier through a main flow path. a water supply heater heating water; a supplier connected to the water supply heater through a water supply flow path, the supplier having a material accommodation part formed therein; an air injector connected to the water supply flow path; and a fermentation tank assembly connected to the supplier through a main flow path.
A device for controlling a target massage equipment, comprising: an obtaining module, configured to obtain exercise information, wherein the obtaining module comprises at least one of a first obtaining sub-module and a second obtaining sub-module, the first obtaining sub-module is configured to obtain an arm swing frequency through a wearable device, and the second obtaining sub-module is configured to obtain a total exercise intensity when a user is doing exercise through the wearable device; and a control module, configured to control the target massage equipment to operate according to the exercise information obtained by the obtaining module and wherein the wearable device comprises at least one of a smart band and a smart watch. an obtaining module, configured to obtain exercise information, wherein the obtaining module comprises at least one of a first obtaining sub-module and a second obtaining sub-module, the first obtaining sub-module is configured to obtain an arm swing frequency through a wearable device, and the second obtaining sub-module is configured to obtain a total exercise intensity when a user is doing exercise through the wearable device; and a control module, configured to control the target massage equipment to operate according to the exercise information obtained by the obtaining module and wherein the wearable device comprises at least one of a smart band and a smart watch.
Process for preparing radiation-curing binders containing allophanate groups, where, at temperatures ≤ 130°C A) one or more compounds containing uretdione groups is or are reacted with B) one or more OH-functional compounds which contain groups which react, with polymerization, with ethylenically unsaturated compounds on exposure to actinic radiation (radiation-curing groups), and C) optionally further NCO-reactive compounds in the presence D) of one or more compounds containing at least one zinc compound as catalyst, and E) one or more stabilizers and optionally auxiliaries and additives to form allophanate groups by opening the uretdione ring, wherein the ratio of the OH groups from component B) to the sum of NCO and uretdione groups from A) is from 1.5:1.0 to 1.0:1.9; first A) is reacted with B) until reaction of the NCO groups is complete - at this stage, E) or parts thereof may already be present - and then the reaction of the uretdione groups of A) with B) is initiated by addition of D) and additionally, optionally, by temperature adaptation; and the unsaturated allophanates obtainable contain amounts of free di- and/or triisocyanate monomers of below 0.5% by weight, preferably below 0.1% by weight. A) one or more compounds containing uretdione groups is or are reacted with B) one or more OH-functional compounds which contain groups which react, with polymerization, with ethylenically unsaturated compounds on exposure to actinic radiation (radiation-curing groups), and C) optionally further NCO-reactive compounds in the presence D) of one or more compounds containing at least one zinc compound as catalyst, and E) one or more stabilizers and optionally auxiliaries and additives
Use of a polymer material for the manufacture of 3D articles by an additive manufacturing process, the polymer material comprising: a) At least one propylene polymer P having a flexural modulus determined according to ISO 178:2019 standard of at least 150 MPa, preferably at least 250 MPa, b) At least one propylene-based elastomer PBE having a flexural modulus determined according to ISO 178:2019 standard of not more than 100 MPa, preferably not more than 75 MPa, and c) At least one solid inorganic compound SC. a) At least one propylene polymer P having a flexural modulus determined according to ISO 178:2019 standard of at least 150 MPa, preferably at least 250 MPa, b) At least one propylene-based elastomer PBE having a flexural modulus determined according to ISO 178:2019 standard of not more than 100 MPa, preferably not more than 75 MPa, and c) At least one solid inorganic compound SC.
A method for diagnosing a torque impulse generator, which torque impulse generator comprises a rotational input portion, a torque output portion, an oil reservoir and a torque generating arrangement converting rotation of the input portion to torque impulses at the torque output portion, the method comprising: - detecting an acoustic signal from the torque impulse generator while generating torque impulses, - extracting the frequency of torque impulses from the acoustic signal, - diagnosing the torque impulse generator based on the frequency of torque impulses, to indicate the level of oil in the oil reservoir. - detecting an acoustic signal from the torque impulse generator while generating torque impulses, - extracting the frequency of torque impulses from the acoustic signal, - diagnosing the torque impulse generator based on the frequency of torque impulses, to indicate the level of oil in the oil reservoir.
A patient interface device structured to engage a patient's sub-nasal area, the patient interface device comprising: a body including a sidewall, the patient interface device body sidewall defining a chamber; the patient interface device body sidewall including an upper side; the patient interface device body sidewall upper side including a number of passages; a cushion including a resilient body, the cushion body disposed on the patient interface device body; the patient interface device cushion body including: an engagement portion structured to engage a patient's sub-nasal area, and, a pocket disposed under the cushion body engagement portion; the patient interface device cushion body engagement portion including a number of passages; a custom cushion support assembly including a body; the custom cushion support assembly body including an upper surface and defining a number of passages; the custom cushion support assembly body upper surface including a custom contour; the custom cushion support assembly body disposed in the patient interface device cushion body pocket with each custom cushion support assembly body passage aligned with a patient interface device cushion body engagement portion passage; wherein the custom cushion support assembly body upper surface custom contour deforms the patient interface device cushion body engagement portion to correspond to the patient's sub-nasal area. a body including a sidewall, the patient interface device body sidewall defining a chamber; the patient interface device body sidewall including an upper side; the patient interface device body sidewall upper side including a number of passages; a cushion including a resilient body, the cushion body disposed on the patient interface device body; the patient interface device cushion body including: an engagement portion structured to engage a patient's sub-nasal area, and, a pocket disposed under the cushion body engagement portion; the patient interface device cushion body engagement portion including a number of passages; a custom cushion support assembly including a body; the custom cushion support assembly body including an upper surface and defining a number of passages; the custom cushion support assembly body upper surface including a custom contour; the custom cushion support assembly body disposed in the patient interface device cushion body pocket with each custom cushion support assembly body passage aligned with a patient interface device cushion body engagement portion passage; wherein the custom cushion support assembly body upper surface custom contour deforms the patient interface device cushion body engagement portion to correspond to the patient's sub-nasal area.
A quantum dot-polymer complex comprising: a first phase formed of a matrix resin; a globular second phase dispersed in the first phase, the second phase comprising a quantum dot therein; and a third phase disposed along a surface of the second phase between the first and second phases (400, 300), characterized in that the third phase comprises a unit that is derived from an oligomer having a polar moiety and a nonpolar moiety, wherein the oligomer has a weight-average molecular weight of 1,000 g/mol or less and at least two repeating units, and wherein the first phase comprises a repeating unit that is derived from epoxy (meth)acrylate. a first phase formed of a matrix resin; a globular second phase dispersed in the first phase, the second phase comprising a quantum dot therein; and a third phase disposed along a surface of the second phase between the first and second phases (400, 300), characterized in that the third phase comprises a unit that is derived from an oligomer having a polar moiety and a nonpolar moiety, wherein the oligomer has a weight-average molecular weight of 1,000 g/mol or less and at least two repeating units, and wherein the first phase comprises a repeating unit that is derived from epoxy (meth)acrylate.
Centrifugal fertilizer spreader comprising a storage container for fertilizer and a distributor element for distributing the fertilizer on a field, wherein an adjustable metering opening for metering the fertilizer to the distributor element is formed with a slide which can be pivoted about a slide rotation axis by way of a lever and a drive which acts on the said lever, characterized in that a rotation angle sensor for detecting the slide position is arranged on the slide rotation axis.
A moisture monitoring system for a gas turbine engine comprising: a composite material structure (42,44); a sensor system (54;56) operable to sense a moisture level in said composite material structure; and a control in communication with said sensor system (54;56) configured to determine moisture data from the moisture level, characterised in that said moisture data includes a G limit that may be exerted while the composite material dries. a composite material structure (42,44); a sensor system (54;56) operable to sense a moisture level in said composite material structure; and a control in communication with said sensor system (54;56) configured to determine moisture data from the moisture level, characterised in that said moisture data includes a G limit that may be exerted while the composite material dries.
A fastener, comprising: a pin member including an elongated shank portion having a first end, a second end opposite the first end, a smooth cylindrical shank portion having a first end and a second end opposite the first end of the smooth cylindrical shank portion, a threaded portion located adjacent to the first end of the smooth cylindrical shank portion and proximate to the first end of the elongated shank portion and having a thread, a lock portion located adjacent to the second end of the smooth cylindrical shank portion and having at least one lock groove, and a pull portion located at the second end of the elongated shank portion and having at least one pull groove, wherein the lock portion of the pin member includes an annular stop located at one end thereof and proximate to the pull portion of the pin member; and a collar. a pin member including an elongated shank portion having a first end, a second end opposite the first end, a smooth cylindrical shank portion having a first end and a second end opposite the first end of the smooth cylindrical shank portion, a threaded portion located adjacent to the first end of the smooth cylindrical shank portion and proximate to the first end of the elongated shank portion and having a thread, a lock portion located adjacent to the second end of the smooth cylindrical shank portion and having at least one lock groove, and a pull portion located at the second end of the elongated shank portion and having at least one pull groove, wherein the lock portion of the pin member includes an annular stop located at one end thereof and proximate to the pull portion of the pin member; and a collar.
A method for providing augmented information in an augmented reality system which comprises a display, an image capturing unit, and an augmented reality unit comprising a user recognition unit, an augmented reality engine, a virtual object repository unit, a region of interest, ROI, determining unit, the method comprising the steps of: Displaying, on the display, a real-world view comprising real-world objects captured using the image capturing unit; Receiving, at the user recognition unit, user input comprising an indication of interest in at least one of the real-world objects in the real-world view; Generating, at the augmented reality engine, an augmented reality display by combining the real-world view and at least one of a virtual object (512-516, 520-522) associated with the at least one of the real-world objects; Displaying, on the display, the augmented reality display with the at least one of virtual object in a compact state for presenting a summary representation of the augmented information of at least one of the real-world object; Receiving, at the user recognition unit, additional user input comprising an indication of interest indicative of the user's interest or a user expression of interest on a sliding scale that has minimally interested towards one end to fully interested towards the other end with various intermediate degrees of interest in-between; Controlling based on the received additional user input, at the augmented reality engine, the expansion growth of the at least one of virtual object in a non-compact state (520, 522); and Displaying, on the display the virtual object in the non-compact state for presenting the augmented information of the at least one of virtual object with additional information. Displaying, on the display, a real-world view comprising real-world objects captured using the image capturing unit; Receiving, at the user recognition unit, user input comprising an indication of interest in at least one of the real-world objects in the real-world view; Generating, at the augmented reality engine, an augmented reality display by combining the real-world view and at least one of a virtual object (512-516, 520-522) associated with the at least one of the real-world objects; Displaying, on the display, the augmented reality display with the at least one of virtual object in a compact state for presenting a summary representation of the augmented information of at least one of the real-world object; Receiving, at the user recognition unit, additional user input comprising an indication of interest indicative of the user's interest or a user expression of interest on a sliding scale that has minimally interested towards one end to fully interested towards the other end with various intermediate degrees of interest in-between; Controlling based on the received additional user input, at the augmented reality engine, the expansion growth of the at least one of virtual object in a non-compact state (520, 522); and Displaying, on the display the virtual object in the non-compact state for presenting the augmented information of the at least one of virtual object with additional information.
A system for an engine defined about an axial centerline, comprising: an inner case that includes a bushing; a duct case radially outward of the inner case with respect to the axial centerline; a seal located on the duct case; and a borescope assembly that traverses the seal and the bushing in mounting to the inner case, the borescope assembly, comprising: a spring; a housing sleeve; a washer sleeve at least partially nested within the housing sleeve; and a plug coupled to the housing sleeve, wherein the spring is completely contained within the housing sleeve and the washer sleeve, wherein the spring is isolated from the seal by the housing sleeve and the washer sleeve such that the spring is contact-free with respect to the seal, characterized in that the plug defines a recess and the bushing includes a pin that is seated in the recess, and wherein the plug defines a second recess and the bushing includes a second pin that is seated in the second recess. an inner case that includes a bushing; a duct case radially outward of the inner case with respect to the axial centerline; a seal located on the duct case; and a borescope assembly that traverses the seal and the bushing in mounting to the inner case, the borescope assembly, comprising: a spring; a housing sleeve; a washer sleeve at least partially nested within the housing sleeve; and a plug coupled to the housing sleeve, a spring; a housing sleeve; a washer sleeve at least partially nested within the housing sleeve; and a plug coupled to the housing sleeve, wherein the spring is completely contained within the housing sleeve and the washer sleeve, wherein the spring is isolated from the seal by the housing sleeve and the washer sleeve such that the spring is contact-free with respect to the seal, characterized in that the plug defines a recess and the bushing includes a pin that is seated in the recess, and wherein the plug defines a second recess and the bushing includes a second pin that is seated in the second recess.
A mechanism for transferring coil springs (10; 10'; 10") from a coil winding device to a conveyor belt of a pocketed coil assembly machine, said conveyor belt having a substantially horizontal conveying plane, the mechanism being characterized in that it comprises: a magnetic lift platform having a substantially horizontal upper surface configured for engaging a lower end ring of a coil spring (10; 10'; 10") before the coil spring (10; 10', 10") is released in substantially vertical orientation at an output of the coil winding device; a drive mechanism configured for moving the lift platform between the output of the coil winding device and the conveyor belt; and a slider configured for pushing the coil spring (10; 10'; 10") from the lift platform to the conveyor belt to be received by said conveyor belt in a substantially vertical orientation. a magnetic lift platform having a substantially horizontal upper surface configured for engaging a lower end ring of a coil spring (10; 10'; 10") before the coil spring (10; 10', 10") is released in substantially vertical orientation at an output of the coil winding device; a drive mechanism configured for moving the lift platform between the output of the coil winding device and the conveyor belt; and a slider configured for pushing the coil spring (10; 10'; 10") from the lift platform to the conveyor belt to be received by said conveyor belt in a substantially vertical orientation.