mhurhangee/ep-ind-claims huggingface dataset:
A hub, suitable for electrically connecting an electronic device, an AC power supply and at least one mobile device that are located outside the hub, the hub Z comprising: a power module, electrically connectable to the AC power supply; a USB connection terminal, electrically connected to the power module and electrically connectable to the mobile device; a USB Type-C connection terminal, electrically connected to the power module and electrically connectable to the electronic device; a power distribution control circuit, electrically connected to the power module, the power distribution control circuit being used for measuring a measurement value of the power module; and a first power delivery controller, connected between the USB Type-C connection terminal and the power distribution control circuit; characterised in that, when the measurement value is not less than a measurement upper limit value, the power distribution control circuit decreases a charging power of the electronic device, when connected, via the first power delivery controller; and does not decrease a charging power of the mobile device, when connected, via the first power delivery controller. a power module, electrically connectable to the AC power supply; a USB connection terminal, electrically connected to the power module and electrically connectable to the mobile device; a USB Type-C connection terminal, electrically connected to the power module and electrically connectable to the electronic device; a power distribution control circuit, electrically connected to the power module, the power distribution control circuit being used for measuring a measurement value of the power module; and a first power delivery controller, connected between the USB Type-C connection terminal and the power distribution control circuit; characterised in that, when the measurement value is not less than a measurement upper limit value, the power distribution control circuit decreases a charging power of the electronic device, when connected, via the first power delivery controller; and does not decrease a charging power of the mobile device, when connected, via the first power delivery controller.
A package for carrying at least one object, said package comprising at least one wall (101, 102, 103, 104, 105, 106), wherein: at least a part of said at least one wall (101, 102, 103, 104, 105, 106) comprises a first sheet of material overlapping and adhered at least partially to a second sheet of material; wherein: said at least one wall comprises at least one pair of overlapping flaps (201, 202, 203, 204), the first sheet of material comprising an outer flap (201, 203) of said pair of overlapping flaps, and the second sheet of material comprising an inner flap (202, 204) of said pair of overlapping flaps; said outer flap (201, 203) of said pair of overlapping flaps is adhesively attached to said inner flap (202, 204) of said pair of overlapping flaps to prevent access to said at least one object within said package; and at least one weakening comprising at least two weakening lines is formed in said outer flap (202, 204) to cause said outer flap to release fragments upon separation of said outer flap from said inner flap to access the at least one object in said package, characterised in that said weakening lines cross each other at least at one point, and wherein at least one end of at least one of said weakening lines extends to an edge of said outer flap (202, 204). at least a part of said at least one wall (101, 102, 103, 104, 105, 106) comprises a first sheet of material overlapping and adhered at least partially to a second sheet of material; said at least one wall comprises at least one pair of overlapping flaps (201, 202, 203, 204), the first sheet of material comprising an outer flap (201, 203) of said pair of overlapping flaps, and the second sheet of material comprising an inner flap (202, 204) of said pair of overlapping flaps; said outer flap (201, 203) of said pair of overlapping flaps is adhesively attached to said inner flap (202, 204) of said pair of overlapping flaps to prevent access to said at least one object within said package; and at least one weakening comprising at least two weakening lines is formed in said outer flap (202, 204) to cause said outer flap to release fragments upon separation of said outer flap from said inner flap to access the at least one object in said package, characterised in that said weakening lines cross each other at least at one point, and wherein at least one end of at least one of said weakening lines extends to an edge of said outer flap (202, 204).
Drive train assembly for a driven machine tool having a rotating tool, comprising: - a drive spindle for the rotary drive of a tool, - a coaxial gear ring that can be coupled to the drive spindle, and - an intermediate shaft, which is able to transmit a drive torque from a driven shaft to the drive spindle, the intermediate shaft having a gear which engages with the coaxial gear ring of the drive spindle, and the drive train assembly additionally comprising a layshaft having a gear, characterized in that, depending on the type of operation of the machine tool, the gear of the layshaft can be brought into engagement with the coaxial gear ring of the drive spindle or out of engagement with the coaxial gear ring of the drive spindle, wherein the drive spindle has a drill sleeve which comprises a coupling section which can be brought into engagement with the coaxial gear ring of the drive spindle, in that the layshaft is arranged parallel to the intermediate shaft, and in that an air pad percussion mechanism having a swash-plate drive device is provided, wherein the swash-plate drive device is connected to the layshaft and is able to convert a rotational movement of the layshaft into a translational movement and to transmit the latter to the percussion mechanism. - a drive spindle for the rotary drive of a tool, - a coaxial gear ring that can be coupled to the drive spindle, and - an intermediate shaft, which is able to transmit a drive torque from a driven shaft to the drive spindle, the intermediate shaft having a gear which engages with the coaxial gear ring of the drive spindle, and
An adapter for use in releasably attaching a wiper assembly to a wiper arm attachment member which extends to a terminal end with an upper wall and a pair of side walls depending from the upper wall, the side walls each having an inwardly-extending protrusion spaced longitudinally from the terminal end and a U-shaped cutout formed at the terminal end defining upper and lower cutout edges (150, 152), and the upper wall having an aperture spaced longitudinally from the terminal end, said adapter comprising: a body having first and second ends (160, 162); a resilient finger operatively attached to said body and having a tooth for engaging the aperture of the attachment member; characterized in that a stop is formed on said body at said first end for abutting the terminal end of the attachment member; at least one slot is formed in said body at said second end for receiving one of the protrusions of the attachment member; and said tooth of the resilient finger prevents longitudinal movement between said adapter and the attachment member of the wiper arm when said stop abuts the terminal end of the attachment member. a body having first and second ends (160, 162); a resilient finger operatively attached to said body and having a tooth for engaging the aperture of the attachment member; characterized in that a stop is formed on said body at said first end for abutting the terminal end of the attachment member; at least one slot is formed in said body at said second end for receiving one of the protrusions of the attachment member; and said tooth of the resilient finger prevents longitudinal movement between said adapter and the attachment member of the wiper arm when said stop abuts the terminal end of the attachment member.
A method for pretensioning a tower of a wind power installation, comprising the steps: - providing a tensioning device having a foundation arrangement and a tensioning element, ∘ wherein the foundation arrangement comprises a foundation having an anchor portion and a support portion for supporting a tower wall, and ∘ wherein the foundation arrangement comprises an adapter element having a fastening means for fastening a lower end of the tensioning element for pretensioning a tower for the wind power installation, and a connection means for connecting the adapter element to the anchor portion of the foundation, - fastening a lower end of the tensioning element to a fastening means of the adapter element, - fastening an upper end of the tensioning element to an upper end of the tower, - tensioning the tensioning element at the lower end of the tensioning element and/or at the upper end of the tensioning element, - wherein the tensioning of the tensioning element is effected by reduction of a clearance between the foundation and the adapter element, and - characterized in that a spacer is inserted between the anchor portion and the adapter element. - providing a tensioning device having a foundation arrangement and a tensioning element, ∘ wherein the foundation arrangement comprises a foundation having an anchor portion and a support portion for supporting a tower wall, and ∘ wherein the foundation arrangement comprises an adapter element having a fastening means for fastening a lower end of the tensioning element for pretensioning a tower for the wind power installation, and a connection means for connecting the adapter element to the anchor portion of the foundation, ∘ wherein the foundation arrangement comprises a foundation having an anchor portion and a support portion for supporting a tower wall, and ∘ wherein the foundation arrangement comprises an adapter element having a fastening means for fastening a lower end of the tensioning element for pretensioning a tower for the wind power installation, and a connection means for connecting the adapter element to the anchor portion of the foundation, - fastening a lower end of the tensioning element to a fastening means of the adapter element, - fastening an upper end of the tensioning element to an upper end of the tower, - tensioning the tensioning element at the lower end of the tensioning element and/or at the upper end of the tensioning element, - wherein the tensioning of the tensioning element is effected by reduction of a clearance between the foundation and the adapter element, and - characterized in that a spacer is inserted between the anchor portion and the adapter element.
A method for communication of an object with a server of a network of connected objects to signal that a clone potentially masquerades as the object in the network, the method comprising the following steps implemented by the object: - transmitting to the server a join request for joining the object to the network of connected objects, - after the transmission of the join request, detecting a rejection or non-consideration of a reference message transmitted by the object to the server, - in response to the detection, transmitting to the server an alert message indicating the rejection or non-consideration. - transmitting to the server a join request for joining the object to the network of connected objects, - after the transmission of the join request, detecting a rejection or non-consideration of a reference message transmitted by the object to the server, - in response to the detection, transmitting to the server an alert message indicating the rejection or non-consideration.
A polypeptide comprising: HαX 15 GTFTSDYSKYLDSZZAX 16 DFVQWLX 17 NTX 18 wherein X 15 is D or Q; Z is any amino acid; X 16 is (Cys(N-ethylmaleimidyl), Q or C; X 17 is m or M; X 18 is an amidated k or K, α is α-aminoisobutryric acid; m is methionine sulfoxide; and k is D-lysine, or a pharmaceutically acceptable salt thereof. wherein X 15 is D or Q; Z is any amino acid; X 16 is (Cys(N-ethylmaleimidyl), Q or C; X 17 is m or M; X 18 is an amidated k or K, α is α-aminoisobutryric acid; m is methionine sulfoxide; and k is D-lysine,
An additive manufacturing method, comprising: depositing thermoplastic material with an additive manufacturing apparatus to form a first section of a mold of a marine article, the first section including: a first interior surface having a shape corresponding to a first portion of a hull of the marine article; a first support portion including a first curved support surface, the first support portion being integrally formed with the interior surface; depositing thermoplastic material to form a second section of the mold of the marine article, the second section including: a second interior surface having a shape corresponding to a second portion of the hull of the marine article; and a second support portion including a second curved support surface, the second support portion being integrally formed with the second interior surface and having approximately a same radius of curvature as the first curved support surface; and joining the first section and the second section together to form at least a portion of the mold such that at least a portion of the first and second curved support surfaces are aligned when viewed from a longitudinal direction defined by the mold. depositing thermoplastic material with an additive manufacturing apparatus to form a first section of a mold of a marine article, the first section including: a first interior surface having a shape corresponding to a first portion of a hull of the marine article; a first support portion including a first curved support surface, the first support portion being integrally formed with the interior surface; a first interior surface having a shape corresponding to a first portion of a hull of the marine article; a first support portion including a first curved support surface, the first support portion being integrally formed with the interior surface; depositing thermoplastic material to form a second section of the mold of the marine article, the second section including: a second interior surface having a shape corresponding to a second portion of the hull of the marine article; and a second support portion including a second curved support surface, the second support portion being integrally formed with the second interior surface and having approximately a same radius of curvature as the first curved support surface; and a second interior surface having a shape corresponding to a second portion of the hull of the marine article; and a second support portion including a second curved support surface, the second support portion being integrally formed with the second interior surface and having approximately a same radius of curvature as the first curved support surface; and joining the first section and the second section together to form at least a portion of the mold such that at least a portion of the first and second curved support surfaces are aligned when viewed from a longitudinal direction defined by the mold.
An apparatus for controlling a power supply, characterized in that, the apparatus comprises: a first power supply selecting circuit, a first low dropout regulator, LDO, a second power supply selecting circuit, a second LDO, a reference circuit, a voltage detecting circuit, wherein the first power supply selecting circuit is configured to select a higher voltage from a universal serial bus input, USBIN, voltage and an alternating current input, ACIN, voltage to be a first output voltage; wherein the first LDO is configured to decrease the first output voltage to a second output voltage after being started through a self-start circuit, and to close the self-start circuit after receiving a reference voltage; wherein the second power supply selecting circuit is configured to select a higher voltage form the second output voltage and a voltage of battery, VBAT, to be a third output voltage; wherein the second LDO is configured to supply, when being disabled, the third output voltage as a first input voltage to the reference circuit, and to supply, when being enabled, a first input voltage to the reference circuit according to a power consumption of the second LDO itself; wherein the reference circuit is configured to supply the reference voltage to the voltage detecting circuit, the first LDO and the second LDO according to the first input voltage; wherein the voltage detecting circuit is configured to supply an enable signal to the second LDO when determining that the USBIN voltage or the ACIN voltage reaches a threshold voltage according to the reference voltage.
A method for producing a multimodal ethylene-based polymer comprising: passing an ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a first catalyst, a second catalyst, and optionally hydrogen in a first solution polymerization reactor to produce a bimodal ethylene-based polymer, the bimodal ethylene-based polymer comprising a first ethylene-based component having a density (ρ 1) polymerized from the first catalyst and a second ethylene-based component having a density (ρ 2), polymerized from the second catalyst, wherein ρ 1 < ρ 2; and passing the bimodal ethylene-based polymer, ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a third catalyst, and optionally hydrogen in a second solution polymerization reactor to produce the multimodal ethylene-based polymer, the multimodal ethylene-based polymer comprising the first ethylene-based component, the second ethylene-based component, and a third ethylene-based component, the third ethylene-based component having a density (ρ 3). passing an ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a first catalyst, a second catalyst, and optionally hydrogen in a first solution polymerization reactor to produce a bimodal ethylene-based polymer, the bimodal ethylene-based polymer comprising a first ethylene-based component having a density (ρ 1) polymerized from the first catalyst and a second ethylene-based component having a density (ρ 2), polymerized from the second catalyst, wherein ρ 1 < ρ 2; and passing the bimodal ethylene-based polymer, ethylene monomer, at least one C 3 -C 12 comonomer, solvent, a third catalyst, and optionally hydrogen in a second solution polymerization reactor to produce the multimodal ethylene-based polymer, the multimodal ethylene-based polymer comprising the first ethylene-based component, the second ethylene-based component, and a third ethylene-based component, the third ethylene-based component having a density (ρ 3).
Method for determining a backup altitude (ZstdBKUP) of an aircraft, comprising the following steps, which are implemented repetitively and automatically: - a first computing step, implemented by a first computational module, consisting in computing a first static pressure (PsGPS) from an altitude (ZGPIRS) determined by a geolocation module; - a receiving step, implemented by a reception module, consisting in receiving a second static pressure (PstatENG) determined by a static pressure sensor; - a second computing step, implemented by a second computational module, consisting in computing a static pressure difference (ZGPIRS_Barocorrection) between the second static pressure (PstatENG) and the first static pressure (PsGPS); - a filtering step, implemented by a filtering module, consisting in filtering the static pressure difference (ZGPIRS_Barocorrection); - a third computing step, implemented by a third computational module, consisting in computing the backup altitude (ZstdBKUP) from the static pressure difference (ZGPIRS_Barocorrection) filtered in the filtering step and from the first static pressure (PsGPS) computed in the first computing step; - a sending step, implemented by a sending module, consisting in delivering the computed backup altitude (ZstdBKUP) to a user device. - a first computing step, implemented by a first computational module, consisting in computing a first static pressure (PsGPS) from an altitude (ZGPIRS) determined by a geolocation module; - a receiving step, implemented by a reception module, consisting in receiving a second static pressure (PstatENG) determined by a static pressure sensor; - a second computing step, implemented by a second computational module, consisting in computing a static pressure difference (ZGPIRS_Barocorrection) between the second static pressure (PstatENG) and the first static pressure (PsGPS); - a filtering step, implemented by a filtering module, consisting in filtering the static pressure difference (ZGPIRS_Barocorrection); - a third computing step, implemented by a third computational module, consisting in computing the backup altitude (ZstdBKUP) from the static pressure difference (ZGPIRS_Barocorrection) filtered in the filtering step and from the first static pressure (PsGPS) computed in the first computing step; - a sending step, implemented by a sending module, consisting in delivering the computed backup altitude (ZstdBKUP) to a user device.
A crosslinkable moulding composition comprising: a functionalised isocyanate product having at least six ethylenically unsaturated groups which is the reaction product of (i) an isocyanate component having an isocyanate functionality of two or more, and (ii) an ethylenically unsaturated component having at least one functional group that is reactive with an isocyanate group of the isocyanate component and at least two ethylenically unsaturated groups; and a monomer component comprising a vinyl aromatic reactive diluent monomer and a cross-linking monomer having at least two ethylenically unsaturated groups, wherein at least one of an ethylenically unsaturated component (ii) and/or a cross-linking monomer component are selected to have at least three ethylenically unsaturated groups. a functionalised isocyanate product having at least six ethylenically unsaturated groups which is the reaction product of (i) an isocyanate component having an isocyanate functionality of two or more, and (ii) an ethylenically unsaturated component having at least one functional group that is reactive with an isocyanate group of the isocyanate component and at least two ethylenically unsaturated groups; and (i) an isocyanate component having an isocyanate functionality of two or more, and (ii) an ethylenically unsaturated component having at least one functional group that is reactive with an isocyanate group of the isocyanate component and at least two ethylenically unsaturated groups; and a monomer component comprising a vinyl aromatic reactive diluent monomer and a cross-linking monomer having at least two ethylenically unsaturated groups,
A septum holder comprising: a disk shaped annular body having a cylindrical bottom part that projects downward, a cavity created in the bottom part of the body, an insert comprising at least one bore that forms a seat of a needle valve fitted into the cavity, at least one resilient elongated arm attached to a side of the body, the at least one arm projecting downward and terminating with a distal enlarged element, and a septum; the septum being made of a single piece of cylindrically shaped resilient material, wherein an upper part of the septum has a hollow interior forming a cylindrical recess having an inner diameter no larger than that of an outer diameter of the cylindrical bottom part of the body of the septum holder, a lowest part of the septum has a diameter that matches that of a septum in a fluid transfer component, and the septum is adapted to be pushed over the bottom part of the body of the septum holder until a solid part of the septum below the recess butts against a bottom of the at least one bore in the insert.