mhurhangee/ep-ind-claims huggingface dataset:
A door leaf of a fire protection door, on which metal cover sheets are arranged on opposite visible faces, said metal cover sheets together forming a door leaf box, in the interior of which at least one insulating body is arranged on each of the two metal cover sheets, sides of the two metal cover sheets that face the interior of the door leaf box each being substantially completely covered by means of the at least one insulating body, and at least one stabilising element in the form of a filler block being arranged in each case between the metal cover sheets of the door leaf along lateral, vertically running end faces (2, 4) of the door leaf box, the door leaf having at least one reinforcement profile, which is arranged between the metal cover sheets of the door leaf and has at least one flat profile section that is oriented parallel to the metal cover sheets, a movement and/or deformation of the flat profile section in two directions of a straight line oriented perpendicularly to the visible faces being blocked over substantially the entire area of the profile section in interaction with the stabilising element, and the at least one reinforcement profile being arranged at a distance from the respectively associated end face (2, 3, 4) of the door leaf box, at least one stabilising element being arranged between the insulating bodies each arranged on the metal cover sheets, characterised in that a metal sheet that forms the at least one reinforcement profile has a thickness between 0.2 mm and 1.0 mm and that at least one flat profile section of the reinforcement profile is arranged between the stabilising element and one of the insulating bodies, wherein the at least one reinforcement profile has a U shape, wherein sides of the U-shaped reinforcement profile are aligned parallel to the metal cover sheets, wherein the at least one U-shaped reinforcement profile is arranged on a stabilising element of the door leaf in such a manner that the latter completely fills an interstice between the sides of the reinforcement profile.
A method of forming a composite structure, the method comprising: heating an outer mold line surface of a tool to a processing temperature; positioning an inner mold line surface with a composite preform disposed thereon within the outer mold line surface; heating the inner mold line surface to transition the inner mold line surface from a rigid state to a flexible state; and extracting the inner mold line surface and the composite preform in a gelled state from the outer mold line surface, wherein the composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform can be extracted from the inner mold line surface while maintaining its form. heating an outer mold line surface of a tool to a processing temperature; positioning an inner mold line surface with a composite preform disposed thereon within the outer mold line surface; heating the inner mold line surface to transition the inner mold line surface from a rigid state to a flexible state; and extracting the inner mold line surface and the composite preform in a gelled state from the outer mold line surface, wherein the composite preform in the gelled state is sufficiently self-supporting that the gelled composite preform can be extracted from the inner mold line surface while maintaining its form.
A method for operating a user equipment, UE, the method comprising: transmitting, by the UE, a registration request message to a network entity to establish a connection for onboarding, the registration message comprising an onboarding and provisioning indication information; and completing, by the UE with the network entity, provisioning in accordance with the onboarding and provisioning indication information; the onboarding and provision indication information comprising a provisioning method indication indicating a provisioning method preferred or supported by the UE, the provisioning method indication indicating at least one of control plane, CP, based remote provisioning or user plane, UP, based remote provisioning. transmitting, by the UE, a registration request message to a network entity to establish a connection for onboarding, the registration message comprising an onboarding and provisioning indication information; and completing, by the UE with the network entity, provisioning in accordance with the onboarding and provisioning indication information; the onboarding and provision indication information comprising a provisioning method indication indicating a provisioning method preferred or supported by the UE, the provisioning method indication indicating at least one of control plane, CP, based remote provisioning or user plane, UP, based remote provisioning.
A constant current driver, for use with a luminaire module, comprising an apparatus for controlling the constant current driver, the apparatus being configured to measure an output voltage of the constant current driver applied to the luminaire module, to determine whether the measured output voltage exceeds an operating range of a current control mode of the constant current driver, and to reduce the output current of the constant current driver if the measured output voltage exceeds the operating range, characterized in that the apparatus is configured to measure the output current of the constant current driver and to reduce the output current to the same value as consumed by the luminaire module if the measured output voltage exceeds the operating range.
Trigger mechanism of a firearm, which trigger mechanism comprises a hammer, a trigger, a disconnector, a sear, two pivot pins: a front pivot pin and a central, back pivot pin, a main spring and two springs: a front spring and a back helical spring, and a safety lever, which firearm comprises a bolt carrier and a lower receiver, and in which the trigger mechanism is located below the bolt carrier and within the lower receiver and the trigger mechanism, the bolt carrier and the lower receiver are functionally connected to operate the firearm, in which - the hammer has a back hook with a front part and a back part, - the disconnector comprises a back hook, - the sear has a retaining hook, which front part of the back hook of the hammer is engageable with a retaining hook of the sear, which back part of the back hook of the hammer is engageable with the back hook of the disconnector, which front spring is positioned against the lower receiver and configured to provide first stage force and trigger reset and manual cocking functionality in safe mode and which the back helical spring is located between the trigger and the disconnector and is configured to act on the trigger and the disconnector, characterized in that the front spring is a helical spring and that the sear comprises balancing mass parts and that the trigger comprises a recess on upper surface of the trigger configured to complement form of the balancing mass parts. - the hammer has a back hook with a front part and a back part, - the disconnector comprises a back hook, - the sear has a retaining hook, which front part of the back hook of the hammer is engageable with a retaining hook of the sear, which back part of the back hook of the hammer is engageable with the back hook of the disconnector, which front spring is positioned against the lower receiver and configured to provide first stage force and trigger reset and manual cocking functionality in safe mode and which the back helical spring is located between the trigger and the disconnector and is configured to act on the trigger and the disconnector, characterized in that the front spring is a helical spring and that the sear comprises balancing mass parts and that the trigger comprises a recess on upper surface of the trigger configured to complement form of the balancing mass parts.
Hydraulic drive, in particular for an optionally portable tool, with a pressure source and at least one for an extension movement into working positions from one side against a permanent force (4; 5) out of the pressure source pressurizable hydraulic consumer, and a changeover valve which responds as a function of pressure and/or volume flow against spring force (22, 30) with an operating force pressure-limiting function, which taking up a passage position for a return stroke of the hydraulic consumer under the permanent force (4, 5) when the pressure source is switched off and connects a loading space of the hydraulic consumer to a tank via at least one bore, the pressure source being a pump which can be operated electrically in the switch-off mode, the working line between the pressure source and the hydraulic consumer containing a control throttle arrangement which generates a pressure difference from the delivery pressure or delivery flow of the pressure source, and the changeover valve being pressure pilot-controlled in the actuating direction relative to a shut-off position from upstream of the control throttle arrangement and pressure pilot-controlled in the actuating direction relative to the passage position and loaded by a spring force (22, 30), the respective components for implementing the changeover valve function and the operating force pressure-limiting function in the branches (9a, 9b) of working line (9, 9a, 9b) extending from the pressure source via the hydraulic consumer and the bore to the tank are connected in parallel, and the working line (9, 9a, 9b) extends both to the hydraulic consumer and from the hydraulic consumer to the tank in each case through the changeover valve, characterized in that the control throttle arrangement comprises either a control throttle and a non-return valve blocking in the return flow direction to the pressure source or only a spring-loaded non-return valve with control throttle function blocking in the return flow direction to the pressure source, in that the changeover valve is pressure pilot-controlled in the direction of adjustment for the passage position from downstream of the control throttle arrangement, and in that a pressure and/or volume flow pulse can be generated over a predetermined period of time by switching on the switched-off pump at least temporarily, with which the changeover valve can be set from the passage position into the shut-off position and the hydraulic consumer can be hydraulically stopped during the return stroke.
A rope length transmitter comprising a) a housing and / or frame, b) a rope drum pivotally mounted in the housing and / or frame, on which a windable and unwindable measuring rope is provided, c) an angular rate sensor which detects the number of rotations of the rope drum and d) a return drive for the rope drum which winds up the unwound measuring rope back to the rope drum, e) an eddy current brake for braking the rope drum in case of errors, in particular in case of malfunction and / or operating error, wherein the eddy current brake comprises a stator unit and a rotor unit, f) wherein the stator unit is disc-shaped, on which reciprocally poled permanent magnets (28, 30) are arranged ring-like, or wherein the disc-shaped stator unit is provided with sector-like arranged multipolar ring magnets, g) the rotor unit comprises a brake disc which is provided at the rope drum, wherein the brake disc is arrange perpendicular to the magnetic field lines of the permanent magnets (28, 30), characterized in that h) the brake disk comprises a copper plate and a yoke plate made of soft iron. a) a housing and / or frame, b) a rope drum pivotally mounted in the housing and / or frame, on which a windable and unwindable measuring rope is provided, c) an angular rate sensor which detects the number of rotations of the rope drum and d) a return drive for the rope drum which winds up the unwound measuring rope back to the rope drum, e) an eddy current brake for braking the rope drum in case of errors, in particular in case of malfunction and / or operating error, wherein the eddy current brake comprises a stator unit and a rotor unit, f) wherein the stator unit is disc-shaped, on which reciprocally poled permanent magnets (28, 30) are arranged ring-like, or wherein the disc-shaped stator unit is provided with sector-like arranged multipolar ring magnets, g) the rotor unit comprises a brake disc which is provided at the rope drum, wherein the brake disc is arrange perpendicular to the magnetic field lines of the permanent magnets (28, 30), characterized in that h) the brake disk comprises a copper plate and a yoke plate made of soft iron.
A method implemented by a wireless transmit receive unit, WTRU, the method comprising: receiving configuration information, the configuration information indicating that a plurality of physical random access channel, PRACH, preambles are divided into a plurality of PRACH preamble subsets, wherein each PRACH preamble subset is associated with a respective synchronization signal, SS, block transmission, a plurality of SS blocks transmissions are associated with a random access channel, RACH, occasion, and preamble indexes of the plurality of PRACH preambles are used to consecutively map each of the plurality of PRACH preambles into one of the respective PRACH preamble subsets; receiving the plurality of SS block transmissions; selecting a first SS block transmission of the plurality of SS block transmissions; selecting a first PRACH preamble based on selecting the first SS block transmission, wherein the first PRACH preamble is one of the PRACH preambles comprised in a PRACH preamble subset indicated as being associated with the first SS block transmission by the configuration information; and transmitting the first PRACH preamble in the RACH occasion, wherein the first PRACH preamble is indicative of the WTRU selecting the first SS block transmission of the plurality of SS block transmissions associated with the RACH occasion. receiving configuration information, the configuration information indicating that a plurality of physical random access channel, PRACH, preambles are divided into a plurality of PRACH preamble subsets, wherein each PRACH preamble subset is associated with a respective synchronization signal, SS, block transmission, a plurality of SS blocks transmissions are associated with a random access channel, RACH, occasion, and preamble indexes of the plurality of PRACH preambles are used to consecutively map each of the plurality of PRACH preambles into one of the respective PRACH preamble subsets; receiving the plurality of SS block transmissions; selecting a first SS block transmission of the plurality of SS block transmissions; selecting a first PRACH preamble based on selecting the first SS block transmission, wherein the first PRACH preamble is one of the PRACH preambles comprised in a PRACH preamble subset indicated as being associated with the first SS block transmission by the configuration information; and transmitting the first PRACH preamble in the RACH occasion, wherein the first PRACH preamble is indicative of the WTRU selecting the first SS block transmission of the plurality of SS block transmissions associated with the RACH occasion.
Flexible laminate for shielding from electromagnetic radiation, comprising a) at least one metal foil, and b) a sheetlike substrate comprising or consisting of a fibre material, film material or foam material, wherein the laminate has a multitude of objects formed from incisions into the main area of the laminate, wherein each object consists of two or more incisions having a common starting point, and wherein the two incisions or every two adjacent incisions have an angle of 45 to 160°, wherein the flexible laminate is characterized in that the incisions completely sever the metal foil and the sheetlike substrate in each case. a) at least one metal foil, and b) a sheetlike substrate comprising or consisting of a fibre material, film material or foam material,
Method for producing a product gas by gasifying biomass wherein the biomass as raw material is conveyed via a supply device into a gasification reactor, which has a pyrolysis unit, an oxidation unit and a reduction unit; the raw material is conveyed through the pyrolysis unit and heated in the process, with the result that it is completely degassed and is converted into the pyrolysis products; the pyrolysis products are conveyed directly into the oxidation unit, in which they are burnt while a gasification agent is supplied; the oxidation products arrive directly in the reduction unit, in which they are converted into product gas; and the product gas is discharged from the gasification reactor via a discharge pipe; characterized in that the gasification agent is supplied in the centre of the oxidation unit.
Transmission device for installation on a driveshaft, having a base body (2, 27) which encloses the driveshaft, a pinion (20, 28) which, in the mounted state, is arranged in the base body (2, 27) and on the driveshaft, and a rack which interacts with the pinion (20, 28) and runs through the base body (2, 27), wherein the base body (2, 27) is open on one side in such a way that it can be fitted onto the driveshaft in a radial direction, characterized in that the pinion (20, 28) is in multiple parts such that it is possible to perform a mounting process on the driveshaft, wherein the pinion (20, 28) is configured in such a way that pinion parts (20a, 20b, 28a, 28b) of the pinion (20, 28) can be fitted onto the driveshaft, and joined together on the driveshaft, in a first radial movement with respect to the driveshaft and in a preferably concluding axial movement with respect to the driveshaft, wherein the pinion parts (20a, 20b, 28a, 28b) of the pinion (20, 28) are configured in such a way that ends of the pinion parts (20a, 20b, 28a, 28b) of the pinion (20, 28) overlap in the assembled state in an axial direction with respect to the driveshaft.
A hybrid polyester-fluorocarbon powder coating composition which is a dry blend of a polyester powder coating composition A and a fluorocarbon powder coating composition B, wherein: - polyester powder coating composition A comprises a first polyester polymer and a curing agent for the first polyester polymer; and - fluorocarbon powder coating composition B comprises a fluorocarbon polymer, a curing agent for the fluorocarbon polymer, and a second polyester polymer and a curing agent for the second polyester polymer; wherein the weight ratio of polyester powder coating composition A and fluorocarbon powder coating composition B is in the range of from 25:75 to 75:25, wherein the first polyester polymer is a carboxyl functional polymer having an acid value in the range from 18 to 70 mg KOH/g polymer and wherein the second polyester polymer is a hydroxyl functional polyester polymer having a hydroxyl value in the range of from 70 to 350 mg KOH/g polymer. - polyester powder coating composition A comprises a first polyester polymer and a curing agent for the first polyester polymer; and - fluorocarbon powder coating composition B comprises a fluorocarbon polymer, a curing agent for the fluorocarbon polymer, and a second polyester polymer and a curing agent for the second polyester polymer;
An anti-fogging article comprising a substrate and a water-absorptive crosslinked resin layer with a saturated water absorption of at least 45 mg/cm 3 formed on the surface of the substrate, wherein the above water-absorptive crosslinked resin is a resin obtainable by reacting a cross-linkable component consisting of an aliphatic polyglycidyl ether compound and a curing agent comprising a polyamine compound, wherein the aliphatic polyglycidyl ether compound is the only cross-linkable component in the reaction to obtain the water-absorptive cross-linked resin.
A microwave heating apparatus (100, 200, 300, 900, 2500) comprising: a solid state microwave energy source; a first dielectric resonator antenna that includes a first exciter dielectric resonator (400, 510) and a first feed structure in proximity to the first exciter dielectric resonator, wherein the first exciter dielectric resonator has a top surface and an opposed bottom surface, wherein the first feed structure is electrically coupled to the microwave energy source to receive a first excitation signal from the microwave energy source, and wherein the first exciter dielectric resonator is configured to produce a first electric field in response to the excitation signal provided to the first feed structure; and one or more additional dielectric resonators characterised in that the one or more additional dielectric resonators are stacked above the top surface of the first exciter dielectric resonator to form a vertically-stacked dielectric resonator antenna array (360, 500, 960). a solid state microwave energy source; a first dielectric resonator antenna that includes a first exciter dielectric resonator (400, 510) and a first feed structure in proximity to the first exciter dielectric resonator, wherein the first exciter dielectric resonator has a top surface and an opposed bottom surface, wherein the first feed structure is electrically coupled to the microwave energy source to receive a first excitation signal from the microwave energy source, and wherein the first exciter dielectric resonator is configured to produce a first electric field in response to the excitation signal provided to the first feed structure; and one or more additional dielectric resonators
System for inserting and removing a reference pin (110, 210) for positioning a pedicle screw in a bone, characterized in that said system comprises: • a reference pin (110, 210) comprising: o a pin body; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder; and ▪ a second fixing means for fixing, during use, to a removal pin holder; the two fixing means (118, 119) being different; • an insertion pin holder provided with a fixing means that is complementary to the first fixing means of the reference pin; • a removal pin holder provided with a fixing means that is complementary to the second fixing means of the reference pin; and • a guide cannula which is intended for receiving, in a freely sliding manner, the reference pin, the insertion pin holder and the removal pin holder. • a reference pin (110, 210) comprising: o a pin body; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder; and ▪ a second fixing means for fixing, during use, to a removal pin holder; the two fixing means (118, 119) being different; o a pin body; o a distal portion that is shaped so as to pierce a bone; and o a proximal portion provided with: ▪ a first fixing means for fixing, during use, to an insertion pin holder; and ▪ a second fixing means for fixing, during use, to a removal pin holder; the two fixing means (118, 119) being different; ▪ a first fixing means for fixing, during use, to an insertion pin holder; and ▪ a second fixing means for fixing, during use, to a removal pin holder; • an insertion pin holder provided with a fixing means that is complementary to the first fixing means of the reference pin; • a removal pin holder provided with a fixing means that is complementary to the second fixing means of the reference pin; and • a guide cannula which is intended for receiving, in a freely sliding manner, the reference pin, the insertion pin holder and the removal pin holder.