mhurhangee/ep-ind-claims huggingface dataset:
A work evaluation system configured to effect evaluation of a work performed by a work vehicle, the system comprising: a sound data acquisition section for acquiring sound data comprised of collection of sounds around the work vehicle; characterized in that the work is a grass mowing work and in that the system comprises: a state information acquisition section for acquiring vehicle state information indicative of a state of the work vehicle when performing the grass mowing work; a foreign object amount calculation section for calculating an amount of foreign objects present in the work land which come into contact with a mowing blade (131a, 131b, 131c) in the course of the grass mowing work by analyzing the sound data and estimating compositions of the foreign objects, sizes of the foreign objects, and the number of the foreign objects; and an evaluation section for evaluating the grass mowing work performed in the work land, based on the vehicle state information and the foreign object amount. a sound data acquisition section for acquiring sound data comprised of collection of sounds around the work vehicle; characterized in that the work is a grass mowing work and in that the system comprises: a state information acquisition section for acquiring vehicle state information indicative of a state of the work vehicle when performing the grass mowing work; a foreign object amount calculation section for calculating an amount of foreign objects present in the work land which come into contact with a mowing blade (131a, 131b, 131c) in the course of the grass mowing work by analyzing the sound data and estimating compositions of the foreign objects, sizes of the foreign objects, and the number of the foreign objects; and an evaluation section for evaluating the grass mowing work performed in the work land, based on the vehicle state information and the foreign object amount.
A clip configured to releasably secure an electronic package and a heat sink received in the clip, the clip comprising: at least one bimetallic structure integrated in at least one side of the clip and comprising first and second metallic layers with respective different coefficients of thermal expansion, the bimetallic structure being configured to elastically deform to exert pressure on a heat sink in response to an increase in temperature whereby to dissipate heat from the electronic package, characterised in that: the clip comprises the first metallic layer, and the second metallic layer is bonded to the clip in specific locations in order to provide the bimetallic structure, the clip further comprising: at least one leg depending from the periphery of a flat portion, wherein the at least one leg includes at least one bimetallic structure (401, 405) comprising first and second metallic layers with respective different coefficients of thermal expansion, the at least one leg being configured to cause deformation in the clip when the leg is subjected to heat; and a compressible thermal interface material arranged between the at least one heat sink and the electronic package at a specific location or in multiple locations, wherein the at least one bimetallic structure is configured to elastically deform above a predetermined threshold temperature whereby to exert or increase a contact pressure between the heat sink and at least one of: a portion of a housing and the thermal interface material. at least one leg depending from the periphery of a flat portion, wherein the at least one leg includes at least one bimetallic structure (401, 405) comprising first and second metallic layers with respective different coefficients of thermal expansion, the at least one leg being configured to cause deformation in the clip when the leg is subjected to heat; and a compressible thermal interface material arranged between the at least one heat sink and the electronic package at a specific location or in multiple locations, wherein the at least one bimetallic structure is configured to elastically deform above a predetermined threshold temperature whereby to exert or increase a contact pressure between the heat sink and at least one of: a portion of a housing and the thermal interface material.
Safety valve adapted to a gas combustion appliance, comprising a body comprising an inlet conduit and an outlet conduit for the gas, a magnetic group housed at least partially in a housing of the body, opening or closing gas passage from the inlet conduit to the outlet conduit and comprising an electromagnet and a support of said electromagnet, a bushing inserted in the magnetic group and coupled to the support, and fixing means for fixing the bushing and the magnetic group to the body, the fixing means comprising a fixing element comprising a cylindrical central part the free end of said cylindrical central part being adapted to the geometry of the body retaining the fixing element against the body, and an annular flange extending radially towards the inside and retaining the bushing against the support, the fixing element being placed on the bushing such that the annular flange presses on a base of the bushing against the body and the magnetic group, characterized in that the free end of the central part is crimped to the body of the valve such that the fixing element remains fixed to the body.
A system comprising: a needle; a chamber formed in a housing, wherein the needle is disposed at least partially within the chamber; a propellant disposed within the chamber; a piston disposed within the chamber, wherein the needle is coupled to the piston, wherein the piston is configured to slidably move within the chamber, wherein the propellant is ignitable to slidably move the piston within the chamber to drive the needle into skin to form a puncture in the skin; and a spring coupled to the piston, wherein the piston slidably moving within the chamber to drive the needle into skin compresses the spring such that, subsequent to the needle being driven into the skin, the spring exerts a force to retract the needle from the skin; wherein a piston vent is formed through the piston and a chamber vent is formed through the housing, wherein the piston vent and chamber vent are configured to allow gases produced by ignition of the propellant to vent out of the chamber so that the spring can retract the needle. a needle; a chamber formed in a housing, wherein the needle is disposed at least partially within the chamber; a propellant disposed within the chamber; a piston disposed within the chamber, wherein the needle is coupled to the piston, wherein the piston is configured to slidably move within the chamber, wherein the propellant is ignitable to slidably move the piston within the chamber to drive the needle into skin to form a puncture in the skin; and a spring coupled to the piston, wherein the piston slidably moving within the chamber to drive the needle into skin compresses the spring such that, subsequent to the needle being driven into the skin, the spring exerts a force to retract the needle from the skin; wherein a piston vent is formed through the piston and a chamber vent is formed through the housing, wherein the piston vent and chamber vent are configured to allow gases produced by ignition of the propellant to vent out of the chamber so that the spring can retract the needle.
Method for producing a ceiling formwork for the construction of reinforced concrete ceilings, wherein a plurality of main beams is arranged at lateral distances from one another on a supporting device (2, 4) supported on a floor and subsequently a plurality of cross beams is arranged on the main beams, at lateral distances from one another and transversely to the main beams, and then a formwork shell is arranged on the cross beams, wherein, before arranging the cross beams on the main beams, the cross beams and at least one suspension device are assembled to form at least one self-supporting unit at a pre-assembly location remote from the main beams arranged on the supporting device, wherein the cross beams and the suspension device are detachably clamped with at least one gripping member attached to the suspension device, wherein the cross beams have the same position relative to one another as they will have when they are arranged on the main beams, and the unit is placed from above on the main beams by means of a lifting equipment that is detachably connected to the suspension device, thus the suspension device is detached from the cross beams and removed upwards by means of the lifting equipment, characterized in that, after placing the suspension device on the cross beams of the unit, which have been brought into position, a locking mechanism attached to the suspension device is released, which, in the released state, allows the gripping member attached to the suspension device to detachably clamp the cross beams of the or each unit on the suspension device when the operation of the lifting equipment causes an upward pull on the suspension device detachably connected to the lifting equipment. before arranging the cross beams on the main beams, the cross beams and at least one suspension device are assembled to form at least one self-supporting unit at a pre-assembly location remote from the main beams arranged on the supporting device, wherein the cross beams and the suspension device are detachably clamped with at least one gripping member attached to the suspension device, wherein the cross beams have the same position relative to one another as they will have when they are arranged on the main beams, and the unit is placed from above on the main beams by means of a lifting equipment that is detachably connected to the suspension device, thus the suspension device is detached from the cross beams and removed upwards by means of the lifting equipment, characterized in that, after placing the suspension device on the cross beams of the unit, which have been brought into position, a locking mechanism attached to the suspension device is released, which, in the released state, allows the gripping member attached to the suspension device to detachably clamp the cross beams of the or each unit on the suspension device when the operation of the lifting equipment causes an upward pull on the suspension device detachably connected to the lifting equipment.
A photo protective topical composition, comprising: i. at least one functional active being a personal care active, which is a sunscreen active containing Ultra Violet A and/or UVB active agent; and ii. at least one solubilizing compound having the formula I, wherein R is C 5 -C 10 cycloalkyl or linear or branched alkylcycloalkyl, wherein the ring size is C 5 -C 7; R 1, R 2, and R 3 are each independently selected from the group consisting of H, and linear or branched C 1 -C 4 alkyl, provided that at least two of R 1, R 2, R 3 are H; wherein said compound is present in an amount effective to solubilize said functional active. i. at least one functional active being a personal care active, which is a sunscreen active containing Ultra Violet A and/or UVB active agent; and ii. at least one solubilizing compound having the formula I,
A composition useful in treating a hair loss disorder comprising: (i) a first nicotinic acid alkyl ester which is myristyl nicotinate, (ii) a second nicotinic acid alkyl ester which is octyl nicotinate and (iii) a pharmaceutically acceptable carrier. (i) a first nicotinic acid alkyl ester which is myristyl nicotinate, (ii) a second nicotinic acid alkyl ester which is octyl nicotinate and (iii) a pharmaceutically acceptable carrier.
Building technology device comprising a presence detection sensor, the presence detection sensor having: a signal generator for generating a first radio signal and which has a modulation input for supplying a modulation signal, the signal generator being configured to output the first radio signal as a signal that is modulated with the modulation signal, at least one antenna, a receiver for receiving a second radio signal, an output interface, which is designed to output an information-bearing signal generated from the second radio signal, and an evaluator for generating a piece of presence information by means of evaluating the second radio signal, characterized in that the signal generator is configured to modulate the first radio signal with an information-carrying signal that is demodulated from the second radio signal, and the device is a lamp. a signal generator for generating a first radio signal and which has a modulation input for supplying a modulation signal, the signal generator being configured to output the first radio signal as a signal that is modulated with the modulation signal, at least one antenna, a receiver for receiving a second radio signal, an output interface, which is designed to output an information-bearing signal generated from the second radio signal, and an evaluator for generating a piece of presence information by means of evaluating the second radio signal, characterized in that the signal generator is configured to modulate the first radio signal with an information-carrying signal that is demodulated from the second radio signal, and the device is a lamp.
A saw being portable and/or wheeled, such as a wall saw, floor saw or masonry saw, comprising a rotatable circular saw blade, a drive motor with a motor output shaft for rotating the saw blade, and a transmission for interconnecting the motor output shaft to the rotatable saw blade in order to change an unsuitable high speed and low torque combination of the motor output shaft to a more useful lower speed with higher torque at the rotatable tool, the transmission including an adjustable friction saw protective clutch, characterised in that in the transmission a first gear is mounted on the motor output shaft, two first gear assemblies are arranged to be driven in parallel by the first gear, a common second gear arranged to be driven by the two first gear assemblies in parallel, the second gear having a gear output shaft, on which the saw blade is intended to be mounted, each one of the first gear assembl ies including one adjustable friction saw protection clutch.
A relocation control device for controlling relocation of a packet network gateway that provides functionality as an anchor for ensuring mobility of a mobile terminal in a mobile communication system employing control-plane and user-plane splitting, comprising: communication means that communicates with at least one user-plane node (100, 201, 600); information acquisition means for, when an occasion for relocation arises, acquiring communication state information of a user data communication between the mobile terminal and the packet network gateway, characterised by further comprising: importance determination means for determining whether the user data communication is being used as an important communication, based on a use state of the user data communication obtained from the communication state information;; and relocation determination means for determining whether or not to perform the relocation of the functionality of the packet network gateway to another packet network gateway, depending on whether the user data communication is being used as the important communication. communication means that communicates with at least one user-plane node (100, 201, 600); information acquisition means for, when an occasion for relocation arises, acquiring communication state information of a user data communication between the mobile terminal and the packet network gateway, characterised by further comprising: importance determination means for determining whether the user data communication is being used as an important communication, based on a use state of the user data communication obtained from the communication state information;; and relocation determination means for determining whether or not to perform the relocation of the functionality of the packet network gateway to another packet network gateway, depending on whether the user data communication is being used as the important communication. importance determination means for determining whether the user data communication is being used as an important communication, based on a use state of the user data communication obtained from the communication state information;; and relocation determination means for determining whether or not to perform the relocation of the functionality of the packet network gateway to another packet network gateway, depending on whether the user data communication is being used as the important communication.
A fabric print medium, comprising: a fabric substrate; a primer layer applied to the fabric substrate, the primer layer including a first film-forming polymer and a fabric softening agent; an ink-fixing layer applied to the primer layer, the ink-fixing layer comprising a second film-forming polymer and a cationic compound; and an ink-receiving layer applied to the ink-fixing layer, the ink-receiving layer comprising a third film-forming polymer and non-deformable particles, wherein one or more of the primer layer, the ink-fixing layer, and the ink-receiving layer further comprise a flame inhibitor. a fabric substrate; a primer layer applied to the fabric substrate, the primer layer including a first film-forming polymer and a fabric softening agent; an ink-fixing layer applied to the primer layer, the ink-fixing layer comprising a second film-forming polymer and a cationic compound; and an ink-receiving layer applied to the ink-fixing layer, the ink-receiving layer comprising a third film-forming polymer and non-deformable particles, wherein one or more of the primer layer, the ink-fixing layer, and the ink-receiving layer further comprise a flame inhibitor.
A compound of Formula wherein - G is selected from monomeric and oligomeric polyols comprising ethoxylated and/or propoxylated moieties; - R is wherein - the dotted line indicates the bond by which R is linked to the oxygen atom; - m is an integer number from 2 to 8; - x is an integer number from 0 to 10, when x is 0 then A is directly linked to the carbonyl group; - A represents CHR 3; - each R 1, R 2 and R 3 represents, independently from each other, hydrogen or a C 1 -C 12 alkyl group; with the proviso that the photoinitiators of Formula do not contain any photocurable ethylenically unsaturated groups. - G is selected from monomeric and oligomeric polyols comprising ethoxylated and/or propoxylated moieties; - R is wherein - the dotted line indicates the bond by which R is linked to the oxygen atom; - m is an integer number from 2 to 8; - x is an integer number from 0 to 10, when x is 0 then A is directly linked to the carbonyl group; - A represents CHR 3; - each R 1, R 2 and R 3 represents, independently from each other, hydrogen or a C 1 -C 12 alkyl group;
Pipe clamp for fastening a pipe to a channel type profile element having a longitudinal mounting slot having a slot width (w) and being defined by slot edge portions, the pipe clamp including two clamp parts, each clamp part having: - a curved pipe clamping portion, wherein in a mounted state the pipe clamping portions of the respective clamp parts are positioned opposite each other to accommodate a pipe section, with the clamp parts extending around diametrically opposite surface areas of said pipe section; - an anchoring portion formed at one end of each clamp part to anchor the pipe clamp to the profile element, said anchoring portion essentially being formed as a leg with a hammerhead, said hammerhead having a width that exceeds the slot width (w) and said leg having a smaller width than the slot width (w), the anchoring portion furthermore having a thickness smaller than the slot width (w), whereby the hammerhead is insertable in the longitudinal slot of the profile element and rotatable to engage the slot edges; and - a flange formed at another end of each clamp part, said flanges of the clamp parts being adapted to be positioned opposite each other; the pipe clamp furthermore including a tightening member associated with the clamp flanges for tightening them together, characterized in that the curved pipe clamping portions of the two clamp parts are interconnected by a hinge at the side where the anchoring portion is located, wherein the hinge comprises a flexible plate member, made of metal, that is welded to the clamping portions. - a curved pipe clamping portion, wherein in a mounted state the pipe clamping portions of the respective clamp parts are positioned opposite each other to accommodate a pipe section, with the clamp parts extending around diametrically opposite surface areas of said pipe section; - an anchoring portion formed at one end of each clamp part to anchor the pipe clamp to the profile element, said anchoring portion essentially being formed as a leg with a hammerhead, said hammerhead having a width that exceeds the slot width (w) and said leg having a smaller width than the slot width (w), the anchoring portion furthermore having a thickness smaller than the slot width (w), whereby the hammerhead is insertable in the longitudinal slot of the profile element and rotatable to engage the slot edges; and - a flange formed at another end of each clamp part, said flanges of the clamp parts being adapted to be positioned opposite each other;
A cutting fluid, obtained by:- A. polymerizing an alkylene oxide using a base catalyst to form a basic PAG; and B. neutralizing the basic PAG with a neutralizing amount of an un-neutralized or partially neutralized polymeric acid that has a molecular weight of 500 to 1,000,000 and contains more than three acid groups per molecule; wherein the polymeric acid is polyalkylene oxide radically grafted by one or more of acrylic acid, methacrylic acid, maleic acid, styrene sulfonic acid, or 2-acrylamido-2-methylpropyl sulfonic acid, or is a homo- or copolymer of acrylic acid, methacrylic acid, maleic acid, styrene sulfonic acid, or 2-acrylamido-2-methylpropyl sulfonic acid and is grafted by a polyalkylene oxide or a mono-alkyl or aryl ether of polyalkylene oxide wherein the cutting fluid comprises the neutralized polyalkylene glycol and the polymeric acid or its neutralized salt. A. polymerizing an alkylene oxide using a base catalyst to form a basic PAG; and B. neutralizing the basic PAG with a neutralizing amount of an un-neutralized or partially neutralized polymeric acid that has a molecular weight of 500 to 1,000,000 and contains more than three acid groups per molecule; polyalkylene oxide radically grafted by one or more of acrylic acid, methacrylic acid, maleic acid, styrene sulfonic acid, or 2-acrylamido-2-methylpropyl sulfonic acid, or is a homo- or copolymer of acrylic acid, methacrylic acid, maleic acid, styrene sulfonic acid, or 2-acrylamido-2-methylpropyl sulfonic acid and is grafted by a polyalkylene oxide or a mono-alkyl or aryl ether of polyalkylene oxide