mhurhangee/ep-ind-claims huggingface dataset:
Tool for engagement in the ground including a holding portion for manoeuvring an engagement portion during turning of the tool around an axis of rotation extending through the holding portion and the engagement portion, wherein the engagement portion has a plurality of cutting blades extending in directions from the holding portion and being distributed around the axis of rotation for pressing down into and engagement with the ground, said cutting blades each having a proximal end closes to the holding portion and a distal free end, at the greatest distance from the holding portion, wherein the cutting blades have a respective front edge, as seen in a turning direction (v) when turning around the axis of rotation, for cutting action against the ground and a respective rear edge, wherein points on the front edges are positioned at a greater distance from the axis of rotation than points on the rear edges over the entire extension of each blade from the proximal end to the distal end, characterized in - that the cutting blades are angled such that a distal portion of each rear edge is positioned in front of, as seen in the turning direction (v), and essentially at the same distance from the axis of rotation as a proximal portion thereof, and in - that the cutting blades are angled inwardly as seen over their length from their proximal to their distal ends. - that the cutting blades are angled such that a distal portion of each rear edge is positioned in front of, as seen in the turning direction (v), and essentially at the same distance from the axis of rotation as a proximal portion thereof, and in - that the cutting blades are angled inwardly as seen over their length from their proximal to their distal ends.
A radial slit disc energy attenuation assembly comprising: a slit disc stack extending along a central axis, A, from a lower stack end to an upper stack end to define a stack height, the slit disc stack including a plurality of slit discs and a plurality of spacer discs, the plurality of slit discs and the plurality of spacer discs vertically stacked in an alternating arrangement with respect to one another; and a plunger extending from an upper end to a lower end, the lower end positioned proximate to the upper stack end and configured to penetrate the slit disc stack in response to receiving an applied force, wherein in response to penetrating the slit disc stack, energy is transferred to at least one deflected slit disc and is dissipated within the slit disc stack. a slit disc stack extending along a central axis, A, from a lower stack end to an upper stack end to define a stack height, the slit disc stack including a plurality of slit discs and a plurality of spacer discs, the plurality of slit discs and the plurality of spacer discs vertically stacked in an alternating arrangement with respect to one another; and a plunger extending from an upper end to a lower end, the lower end positioned proximate to the upper stack end and configured to penetrate the slit disc stack in response to receiving an applied force, wherein in response to penetrating the slit disc stack, energy is transferred to at least one deflected slit disc and is dissipated within the slit disc stack.
A system for liberating hydrogen from a base solution, comprising: a first electrolytic cell; the first electrolytic cell having an inlet for receiving the base solution; the first electrolytic cell configured to create an electrolytic conversion to generate a modified solution by liberating hydrogen from the base solution; the first electrolytic cell having an outlet in communication with a first junction forming a first bifurcated line and a second bifurcated line; and a second electrolytic cell in fluid communication with the first electrolytic cell; wherein the first bifurcated line directs flow into a return line coupled to the inlet; wherein the first junction is configured such that the modified solution is passively directed out the first bifurcated line while the liberated hydrogen is passively directed out the second bifurcated line to remove liberated hydrogen from the modified solution; wherein the return line is coupled to the inlet to circulate at least a portion of the modified solution back into the first electrolytic cell; and wherein the return line is bifurcated at a second junction to direct at least a portion of the modified solution through a third line coupled to an inlet of the second electrolytic cell. a first electrolytic cell; the first electrolytic cell having an inlet for receiving the base solution; the first electrolytic cell configured to create an electrolytic conversion to generate a modified solution by liberating hydrogen from the base solution; the first electrolytic cell having an outlet in communication with a first junction forming a first bifurcated line and a second bifurcated line; and a second electrolytic cell in fluid communication with the first electrolytic cell; wherein the first bifurcated line directs flow into a return line coupled to the inlet; wherein the first junction is configured such that the modified solution is passively directed out the first bifurcated line while the liberated hydrogen is passively directed out the second bifurcated line to remove liberated hydrogen from the modified solution; wherein the return line is coupled to the inlet to circulate at least a portion of the modified solution back into the first electrolytic cell; and wherein the return line is bifurcated at a second junction to direct at least a portion of the modified solution through a third line coupled to an inlet of the second electrolytic cell.
A method of handling a lost call, applicable to a first electronic apparatus, comprising: only if a call between the first electronic apparatus and a second electronic apparatus is finished, determining, by the first electronic apparatus, whether the call is finished by being hung up; in response to determining the call is not finished by being hung up, determining, by the first electronic apparatus, whether the finished call was originally established by the first electronic apparatus; and in response to determining the finished call was originally established by the first electronic apparatus, generating, by the first electronic apparatus, a first notification for suggesting establishing another call with the second electronic apparatus by the first electronic apparatus; and in response to determining the finished call was not originally established by the first electronic apparatus, generating, by the first electronic apparatus, a second notification for suggesting waiting for the second electronic apparatus to establish the another call, wherein the first and second notifications are configured for preventing the first electronic apparatus and the second electronic apparatus from simultaneously calling each other. only if a call between the first electronic apparatus and a second electronic apparatus is finished, determining, by the first electronic apparatus, whether the call is finished by being hung up; in response to determining the call is not finished by being hung up, determining, by the first electronic apparatus, whether the finished call was originally established by the first electronic apparatus; and in response to determining the finished call was originally established by the first electronic apparatus, generating, by the first electronic apparatus, a first notification for suggesting establishing another call with the second electronic apparatus by the first electronic apparatus; and in response to determining the finished call was not originally established by the first electronic apparatus, generating, by the first electronic apparatus, a second notification for suggesting waiting for the second electronic apparatus to establish the another call, wherein the first and second notifications are configured for preventing the first electronic apparatus and the second electronic apparatus from simultaneously calling each other.
A method implemented by a wireless network node, to which a number of wireless devices (30a-30c) are already connected and are communicating using an access method, of determining admission of a further wireless device, the method comprising: - calculating a measure of the ideal performance of a possible future connection between the wireless network node and the wireless device under ideal network conditions, wherein ideal network conditions refer to that the available data rate is divided between the connected devices, without any interference or collisions between the devices; - estimating an expected performance of a possible future connection between the wireless network node and the further wireless device as the calculated measure of the performance while taking into account the ideal performance and the effects of the used access method; wherein the estimation is further based on (S2a) the number of wireless devices (30a-30c) already connected to the wireless network node and on the activity of the already connected wireless devices (30a-30c), and - determining admission of the further wireless device based on the estimated expected performance. - calculating a measure of the ideal performance of a possible future connection between the wireless network node and the wireless device under ideal network conditions, wherein ideal network conditions refer to that the available data rate is divided between the connected devices, without any interference or collisions between the devices; - estimating an expected performance of a possible future connection between the wireless network node and the further wireless device as the calculated measure of the performance while taking into account the ideal performance and the effects of the used access method; wherein the estimation is further based on (S2a) the number of wireless devices (30a-30c) already connected to the wireless network node and on the activity of the already connected wireless devices (30a-30c), and - determining admission of the further wireless device based on the estimated expected performance.
A communication device comprising: a communication unit configured to receive a data signal from another communication device; a determination unit configured to determine whether the data signal received by the communication unit includes a request for transmission of a busy signal indicating that a channel is in use; and a control unit configured to control a process of transmitting the busy signal by the communication unit, in accordance with a determination result of the determination unit, wherein a transmission duration of the busy signal is determined based on information described in the data signal; wherein when the communication unit detects the data signal but does not receive the data signal and when the communication unit receives the busy signal within a first period of time since the data signal is detected but reception power of the busy signal is equal to or smaller than a predetermined value, the control unit makes the communication device ready to transmit a signal from the communication unit to another terminal. a communication unit configured to receive a data signal from another communication device; a determination unit configured to determine whether the data signal received by the communication unit includes a request for transmission of a busy signal indicating that a channel is in use; and a control unit configured to control a process of transmitting the busy signal by the communication unit, in accordance with a determination result of the determination unit, wherein a transmission duration of the busy signal is determined based on information described in the data signal; wherein when the communication unit detects the data signal but does not receive the data signal and when the communication unit receives the busy signal within a first period of time since the data signal is detected but reception power of the busy signal is equal to or smaller than a predetermined value, the control unit makes the communication device ready to transmit a signal from the communication unit to another terminal.
A system, comprising: a flexible intermediate transfer member comprising a stack of at least (i) a first layer, located at an outer surface of the ITM and configured to receive ink droplets from an ink supply subsystem having multiple print bars arranged along an axis for applying, to the first layer, the ink droplets having multiple colors, respectively, to form an ink image on the first layer, and to transfer the ink image to a target substrate, and (ii) a second layer comprising a matrix that holds particles at respective given locations, wherein the second layer is configured to receive optical radiation passing through the first layer, and wherein the particles are configured to heat the ITM by absorbing at least part of the optical radiation; an illumination assembly, which is configured to dry the droplets of ink by directing the optical radiation to impinge on at least some of the particles, wherein the illumination assembly comprises an array of a plurality of light sources arranged along the axis and interleaved with the multiple print bars; and a temperature control assembly, which is configured to control a temperature of the ITM by directing a gas to the ITM, wherein the illumination assembly and the temperature control assembly are packaged together in a housing having at least a cavity facing the substrate and wherein at least a pair of light sources among the pairs of light sources is arranged within the cavity. a flexible intermediate transfer member comprising a stack of at least (i) a first layer, located at an outer surface of the ITM and configured to receive ink droplets from an ink supply subsystem having multiple print bars arranged along an axis for applying, to the first layer, the ink droplets having multiple colors, respectively, to form an ink image on the first layer, and to transfer the ink image to a target substrate, and (ii) a second layer comprising a matrix that holds particles at respective given locations, wherein the second layer is configured to receive optical radiation passing through the first layer, and wherein the particles are configured to heat the ITM by absorbing at least part of the optical radiation; an illumination assembly, which is configured to dry the droplets of ink by directing the optical radiation to impinge on at least some of the particles, wherein the illumination assembly comprises an array of a plurality of light sources arranged along the axis and interleaved with the multiple print bars; and a temperature control assembly, which is configured to control a temperature of the ITM by directing a gas to the ITM, wherein the illumination assembly and the temperature control assembly are packaged together in a housing having at least a cavity facing the substrate and wherein at least a pair of light sources among the pairs of light sources is arranged within the cavity.
Device for visually displaying information, comprising an arrangement of at least two web-shaped carriers which can be moved between an active position for conveying information and an inactive position not conveying information, which arrangement is incorporated into the frame of a football goal, wherein the carriers can be wound up and unwound independently of one another between the active and the inactive position about a horizontal axis extending within the crossbar of the football goal, and wherein drives (7, 8) are incorporated into the structure of the crossbar of the football goal for winding up and/or unwinding the carriers, characterised in that the crossbar is formed as a hollow structure, in this case not changing the external appearance of the football goal, in that the carriers are projection carriers (7, 8), in that at least one projection device is arranged at a spaced interval from and behind the football goal in order to transmit information to the projection carriers (7, 8), in that the hollow structure is configured to receive the projection supports (7, 8) which, in the wound-up state, are received completely therein, in that the projection device is operatively connected to a remotely arranged controller configured to input the information to be visually displayed on the projection carriers (7, 8), and in that the projection device is configured to generate at least one image intended for displaying information.
A functionalized lignin comprising lignin containing resident substituents comprising at least one of hydroxyl, methoxyl, carbonyl, carboxy and sulfonate moieties, as well as aromatic components, wherein at least one of the resident substituents is functionalized with at least one functionalizing compound having a moiety reactive with at least one of the resident substituents; wherein the functionalizing compound comprises at least one of (trimethoxysilyl) propyl methacrylate; allyltrimethoxysilane; 3-(trimethoxysilyl)propane-1-thiol; isobutyltrimethoxysilane; and 3-(dimethoxysilyl)propane-1-thiol.
A vehicle light fixture adapted to be mounted to a vehicle body, comprising: a bracket structure, including: a front tube, extending along its axis and having two opposite ends; two side tubes, disposed at the two opposite ends of the front tube, at least one of the two side tubes being detachably connected to one of the two opposite ends of the front tube; at least one support member, disposed on the front tube for fixing the front tube to the vehicle body via the support member; at least one vehicle light, disposed on the front tube, wherein the two side tubes are detachably connected to the two opposite ends of the front tube, respectively, characterised in that the front tube is a hollow circular tube, the front tube has a groove, the groove extends along the axis; the bracket structure further comprises at least one tube fastener, the tube fastener has a sleeve portion and a locking portion connected to the sleeve portion, a protrusion is disposed on an inner wall of the sleeve portion, the sleeve portion of the tube fastener is sleeved on the front tube, the protrusion is inserted in the groove, the tube fastener is adjustable in position, the vehicle light is locked to the locking portion, and the sleeve portion is tightened on the front tube by the locking portion. a bracket structure, including: a front tube, extending along its axis and having two opposite ends; two side tubes, disposed at the two opposite ends of the front tube, at least one of the two side tubes being detachably connected to one of the two opposite ends of the front tube; at least one support member, disposed on the front tube for fixing the front tube to the vehicle body via the support member; a front tube, extending along its axis and having two opposite ends; two side tubes, disposed at the two opposite ends of the front tube, at least one of the two side tubes being detachably connected to one of the two opposite ends of the front tube; at least one support member, disposed on the front tube for fixing the front tube to the vehicle body via the support member; at least one vehicle light, disposed on the front tube, wherein the two side tubes are detachably connected to the two opposite ends of the front tube, respectively, characterised in that the front tube is a hollow circular tube, the front tube has a groove, the groove extends along the axis; the bracket structure further comprises at least one tube fastener, the tube fastener has a sleeve portion and a locking portion connected to the sleeve portion, a protrusion is disposed on an inner wall of the sleeve portion, the sleeve portion of the tube fastener is sleeved on the front tube, the protrusion is inserted in the groove, the tube fastener is adjustable in position, the vehicle light is locked to the locking portion, and the sleeve portion is tightened on the front tube by the locking portion.
An article comprising or produced from a composition wherein the article is a variable vapor barrier, a film, or a sheet; the composition comprises or is produced from an ethylene acid copolymer or an ionomer of the ethylene acid copolymer or combinations thereof, a fatty acid or its metal salt, and an additional polymer; the ethylene acid copolymer comprises units derived from ethylene, a C 3-8 α,β-ethylenically unsaturated carboxylic acid, and optionally a comonomer; the fatty acid has fewer than 36 carbon atoms; greater than 50% of the acid moiety in the composition is neutralized with metal ion; and the additional polymer is present in the composition from 30 to 70 %, based on the weight of the composition and includes ethylene-containing polymers or propylene-containing polymers, or combinations of two or more thereof, wherein the ethylene-containing polymer includes polyethylene, ethylene propylene copolymer, ethylene/propylene/diene monomer terpolymer, ethylene copolymer, or combinations of two or more thereof; the polyethylene includes high density polyethylene, low density polyethylene, linear low density polyethylene, very low density polyethylene, ultra-low density polyethylene, metallocene-catalyzed polyethylene, or combinations of two or more thereof; and the ethylene copolymer is derived from ethylene and at least one comonomer selected from the group consisting of alkyl (meth)acrylate, vinyl acetate, carbon monoxide, or combinations of two or more thereof; and the propylene-containing polymer includes polypropylene homopolymer, polypropylene copolymer, or combinations thereof.
A computer-implemented method for identifying citations within regulatory content, the method comprising: receiving image data representing a format and layout of the regulatory content; receiving a language embedding including a plurality of tokens representing words or characters in the regulatory content; generating a plurality of token mappings, each token mapping associating each token of the plurality of tokens with a portion of the image data, wherein the image data comprises pixel-based image data and the plurality of token mappings are convertible to pixel references in the pixel-based image data; receiving the plurality of tokens and the plurality of token mappings at an input of a citation classifier, the citation classifier having been trained to generate a classification output for each token of the plurality of tokens based on the language embedding and the token mapping for the each token, the classification output identifying a plurality of citation tokens within the plurality of tokens; and processing the plurality of citation tokens to determine a hierarchical relationship between citation tokens of the plurality of citation tokens, the hierarchical relationship being established based at least in part on the token mapping for the citation tokens. receiving image data representing a format and layout of the regulatory content; receiving a language embedding including a plurality of tokens representing words or characters in the regulatory content; generating a plurality of token mappings, each token mapping associating each token of the plurality of tokens with a portion of the image data, wherein the image data comprises pixel-based image data and the plurality of token mappings are convertible to pixel references in the pixel-based image data; receiving the plurality of tokens and the plurality of token mappings at an input of a citation classifier, the citation classifier having been trained to generate a classification output for each token of the plurality of tokens based on the language embedding and the token mapping for the each token, the classification output identifying a plurality of citation tokens within the plurality of tokens; and processing the plurality of citation tokens to determine a hierarchical relationship between citation tokens of the plurality of citation tokens, the hierarchical relationship being established based at least in part on the token mapping for the citation tokens.