mhurhangee/ep-ind-claims huggingface dataset:
Device for wrapping a protective tape around an electrical wire harness, wherein the protective tape is an adhesive tape, comprising a receptacle adapted to hold the electrical wire harness; a protective tape duct adapted to guide the protective tape as it wraps around the electrical wire harness; and a drive adapted to linearly move and rotate the receptacle with the electrical wire harness to wrap the wire harness with the protective tape characterized in that the protective tape duct comprises a winding roller adapted to take up an adhesive protective strip from the protective tape during winding of the protective tape onto the wiring harness. a receptacle adapted to hold the electrical wire harness; a protective tape duct adapted to guide the protective tape as it wraps around the electrical wire harness; and a drive adapted to linearly move and rotate the receptacle with the electrical wire harness to wrap the wire harness with the protective tape characterized in that the protective tape duct comprises a winding roller adapted to take up an adhesive protective strip from the protective tape during winding of the protective tape onto the wiring harness.
A solid electrolyte material consisting of: Li, M1, M2, and X, wherein M1 is at least two selected from the group consisting of Ca, Mg, and Zn; M2 is at least one selected from the group consisting of Y, Gd, and Sm; and X is at least one selected from the group consisting of F, Cl, Br, and I. Li, M1, M2, and X, wherein M1 is at least two selected from the group consisting of Ca, Mg, and Zn; M2 is at least one selected from the group consisting of Y, Gd, and Sm; and X is at least one selected from the group consisting of F, Cl, Br, and I.
A tread portion for tyres for road vehicles comprising a plurality of blocks; at least part of said blocks each comprising a plurality of high hysteresis loss portions, which are made of a first compound, and a plurality of low hysteresis loss portions, which are made of a second compound; said first and second compounds having different dynamic properties in terms of: dynamic modulus at 30°C, tan delta at 0°C, tan delta at 30°C and tan delta at 60°C, said dynamic properties measured according to standard ISO 4664; said high hysteresis loss portions and said low hysteresis loss portions having a respective contact portion, which is designed to define a portion of a global contact surface of the block in contact with the ground; said tread portion being characterized in that said first compound has a dynamic modulus at 30° ranging from 11.0 to 17.0 MPa, a tan delta at 0°C ranging from 0.85 to 1.1, a tan delta at 30°C ranging from 0.45 to 0.65 and a tan delta at 60°C ranging from 0.19 to 0.30; said second compound having a dynamic modulus at 30°C ranging from 5.5 to 15 MPa and smaller than the one of said first compound by at least 2 MPa, a tan delta at 0°C raning from 0.70 to 0.99 and smaller than the one of said first compound by at least 0.02, a tan delta at 30°C ranging from 0.21 to 0.63 and smaller than the one of said first compound by at least 0.02, a tan delta at 60°C ranging from 0.10 to 0.28 and smaller than the one of said first compound by at least 0.02.
Magnesium oxide for an annealing separator having a Blaine specific surface area of 2.5 × 10 3 to 7.0 × 10 3 m 2 ·kg -1 and CAA of 50 to 170 seconds.
A method, implemented by computer means, for digitally encoding a multimedia content into one or more video streams for on-demand distribution to at least one receiving terminal, the method comprising the following steps: - based on a given set of profiles, each profile being characterized by a value of at least one encoding parameter, forming one or more ordered groups of profiles, a same profile being able to be present in multiple groups, such that in each group, each profile and its immediate successor satisfy a first predetermined condition, and - selecting from the formed groups at least one group of profiles satisfying a second predetermined condition, wherein the step of forming one or more ordered groups of profiles comprises: - constructing a directed graph comprising a set of nodes and a set of arcs such that each node corresponds to a profile in the set of profiles, and such that a first node is connected to a second node by an arc, said arc having said first node as its origin and said second node as its end point, if and only if the profiles respectively associated with said first and second nodes satisfy the first predetermined condition, - selecting one or more paths of said directed graph such that each path comprises a node of zero outdegree, and - forming one or more ordered groups of profiles, each group corresponding to a selected path, such that a profile and its successor respectively correspond to a first node and a second node connected by an arc. - based on a given set of profiles, each profile being characterized by a value of at least one encoding parameter, forming one or more ordered groups of profiles, a same profile being able to be present in multiple groups, such that in each group, each profile and its immediate successor satisfy a first predetermined condition, and - selecting from the formed groups at least one group of profiles satisfying a second predetermined condition, wherein the step of forming one or more ordered groups of profiles comprises: - constructing a directed graph comprising a set of nodes and a set of arcs such that each node corresponds to a profile in the set of profiles, and such that a first node is connected to a second node by an arc, said arc having said first node as its origin and said second node as its end point, if and only if the profiles respectively associated with said first and second nodes satisfy the first predetermined condition, - selecting one or more paths of said directed graph such that each path comprises a node of zero outdegree, and - forming one or more ordered groups of profiles, each group corresponding to a selected path, such that a profile and its successor respectively correspond to a first node and a second node connected by an arc.
A method for generating video, comprising: obtaining one or more data portions and generating a customizable video using the one or more data portions and using one or more video generation templates; determining one or more selectable objects in the customizable video using one or more object definitions; receiving an indication indicating a user selection of at least one of the one or more selectable objects corresponding to one object definition of the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication; and regenerating the customizable video using the one or more data portions and the additional portions corresponding to the indication; wherein the determining of selectable objects comprises analysis of portions of the customizable video, wherein the analysis is made in at least one of natural language processing, morphological analysis, semantic analysis, audio analysis or sentiment analysis; and each of the one or more selectable objects comprises at least one of a text, an image, an audio item or a video item. obtaining one or more data portions and generating a customizable video using the one or more data portions and using one or more video generation templates; determining one or more selectable objects in the customizable video using one or more object definitions; receiving an indication indicating a user selection of at least one of the one or more selectable objects corresponding to one object definition of the one or more object definitions; obtaining additional data portions related to the at least one selectable object corresponding to the indication; and regenerating the customizable video using the one or more data portions and the additional portions corresponding to the indication; wherein the determining of selectable objects comprises analysis of portions of the customizable video, wherein the analysis is made in at least one of natural language processing, morphological analysis, semantic analysis, audio analysis or sentiment analysis; and each of the one or more selectable objects comprises at least one of a text, an image, an audio item or a video item.
Device for linearly displacing a sanitary appliance, such as, for example, a washbasin or a water closet, comprising a bracket for fastening the sanitary appliance, a first frame and a second frame, wherein the bracket is mounted so as to be linearly movable on the first frame, and an electric adjustment drive of the device engages on the first frame on the one hand, and on the other hand on the bracket, wherein the second frame is provided with fastening elements for fixedly anchoring the latter on a building and surrounds the first frame, and wherein the first frame is pivotably mounted on the second frame by way of a hinge with a vertical axis, further comprising a vertical cover plate which is disposed on the building-distal side of the first and second frame (3, 4) and is fastened to the first and/or the second frame (3, 4), characterized in that the cover plate has horizontal and vertical extents which correspond at least to the horizontal and the vertical extent of the internal contour of the second frame respectively, wherein the cover plate centrally has an opening through which a fastening element of the device for fixing the sanitary appliance to the bracket passes, wherein the opening has a vertical extent for displacing the sanitary appliance in the opening, and wherein a faceplate which is fastened to the bracket and is disposed on the side of the cover plate pointing towards the sanitary appliance and has at least the horizontal extent of the opening.
An engine load control device for a work vehicle wherein a rotational speed of an engine is controlled by a rotational speed directing device, and an output of the engine is transmitted to driving wheels and is transmitted via a variable displacement type hydraulic pump (7,8,9) to a hydraulic actuator (13, 14,15), the engine load control device for a work vehicle comprising: a target rotational speed detecting portion that detects a target rotational speed (No) of the engine based on a direction from the rotational speed directing device of the work vehicle; and an actual rotational speed detecting portion that detects an actual rotational speed (No) of the engine; characterized by a variation rate calculating portion that calculates a variation rate (α) which is a variation amount per unit time of a difference between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion; and a control portion that controls adjustment of a reduction range of maximum absorbing torque of the variable displacement type hydraulic pump (7, 8,9) according to a magnitude of the variation rate (α) that is calculated by the variation rate calculating portion and to the magnitude of deviation between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion. a target rotational speed detecting portion that detects a target rotational speed (No) of the engine based on a direction from the rotational speed directing device of the work vehicle; and an actual rotational speed detecting portion that detects an actual rotational speed (No) of the engine; characterized by a variation rate calculating portion that calculates a variation rate (α) which is a variation amount per unit time of a difference between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion; and a control portion that controls adjustment of a reduction range of maximum absorbing torque of the variable displacement type hydraulic pump (7, 8,9) according to a magnitude of the variation rate (α) that is calculated by the variation rate calculating portion and to the magnitude of deviation between detected results of the target rotational speed detecting portion and the actual rotational speed detecting portion.
A fluid ejection device (104, 200) comprising: a nozzle (110, 204) configured to dispense fluid; a recirculation controller (106, 202) configured to control recirculating of the nozzle, the recirculation controller (106, 202) being configured to: receive, from a fluid ejection controller, an indication corresponding to a start of a sampling time interval; determine, during the sampling time interval, whether a firing event corresponding to firing of the nozzle (110, 204) has occurred, and in response to determining that the firing event has not occurred, cause activation of a recirculation pump to recirculate fluid through a chamber of the nozzle (110, 204); and a die that comprises the nozzle (110, 204); characterised in that the recirculation controller (106, 202) is on the die. a nozzle (110, 204) configured to dispense fluid; a recirculation controller (106, 202) configured to control recirculating of the nozzle, the recirculation controller (106, 202) being configured to: receive, from a fluid ejection controller, an indication corresponding to a start of a sampling time interval; determine, during the sampling time interval, whether a firing event corresponding to firing of the nozzle (110, 204) has occurred, and in response to determining that the firing event has not occurred, cause activation of a recirculation pump to recirculate fluid through a chamber of the nozzle (110, 204); and receive, from a fluid ejection controller, an indication corresponding to a start of a sampling time interval; determine, during the sampling time interval, whether a firing event corresponding to firing of the nozzle (110, 204) has occurred, and in response to determining that the firing event has not occurred, cause activation of a recirculation pump to recirculate fluid through a chamber of the nozzle (110, 204); and a die that comprises the nozzle (110, 204); characterised in that the recirculation controller (106, 202) is on the die.
A semisubmersible wind turbine platform capable of floating on a body of water and supporting a wind turbine over a vertical center column, the wind turbine platform comprising a foundation and a composite tower mounted on the foundation, wherein the foundation is configured to be semisubmersible, such that a portion of the foundation is above water when the foundation is floating in a body of water, the foundation including: a vertical center column; three or more vertical outer columns spaced radially from the center column; a bottom beam extending substantially horizontally between a lower portion of each outer column and a lower portion of the center column; and a top beam extending substantially horizontally between an upper portion of each outer columns and an upper portion of the center column; wherein the bottom beams are connected to the center column with a bottom keystone at the center column, with the bottom keystone having circumferentially spaced connection faces for connection of the bottom beams to the bottom keystone; wherein the bottom beams are pre-stressed concrete members and include post-tensioning reinforcements, causing precompression in the concrete of the bottom beams in the radial direction between the outer columns and the center column, and the post-tensioning reinforcements are anchored in the bottom keystone; wherein the center column and outer columns are made of concrete and are buoyant with sufficient buoyancy to help support the composite tower; and wherein the outer columns are not connected to each other by perimeter structural members. a vertical center column; three or more vertical outer columns spaced radially from the center column; a bottom beam extending substantially horizontally between a lower portion of each outer column and a lower portion of the center column; and a top beam extending substantially horizontally between an upper portion of each outer columns and an upper portion of the center column;
A polypropylene composition, in parts by weight, comprising the following components: 40-99 parts of a polypropylene resin; 15-30 parts of an ethylene-α olefin copolymer; 0.2-1 part of an antimicrobial agent; and 1-3 parts of a polypropylene grafted polydimethylsiloxane. 15-30 parts of an ethylene-α olefin copolymer; 0.2-1 part of an antimicrobial agent; and 1-3 parts of a polypropylene grafted polydimethylsiloxane.
A golf club head, comprising: a striking face providing a front surface for engaging a golf ball and a rear surface opposite the front surface, wherein at least 50% of an overall surface of the striking face has a thickness from the front surface to the rear surface of no greater than 2.54 mm (0.1 inches); a perimeter weighting member extending rearward from the striking face and around at least a majority of a circumference of the striking face, wherein the perimeter weighting member at least partially defines a rear cavity in the golf club head; and a plurality of support brackets (40,42,44,46) at least partially located in the rear cavity, wherein at least one of the plurality of support brackets has a first portion engaged to the rear surface of the striking face, a second portion engaged to the perimeter weighting member, and a third portion connecting the first and second portion; the golf club head further comprising at least one discretionary weight engaged with at least one support bracket, wherein the at least one discretionary weight is located within a weight port defined in the at least one support bracket. a striking face providing a front surface for engaging a golf ball and a rear surface opposite the front surface, wherein at least 50% of an overall surface of the striking face has a thickness from the front surface to the rear surface of no greater than 2.54 mm (0.1 inches); a perimeter weighting member extending rearward from the striking face and around at least a majority of a circumference of the striking face, wherein the perimeter weighting member at least partially defines a rear cavity in the golf club head; and a plurality of support brackets (40,42,44,46) at least partially located in the rear cavity,
A rotor and stator assembly comprising a casing (110;210;310) forming the stator and a bladed wheel forming the rotor, the casing (110; 210; 310) including, at a location situated in register with the bladed wheel, a device (120; 220; 320) for preventing instability during contact between the casing (110; 210; 310) and the bladed wheel, characterized in that said device (120; 220; 320) comprises a succession of elements (122, 124; 222, 224; 312, 314) disposed along the circumference of the casing (110; 210; 310) and presents, between two adjacent elements (122, 124; 222, 224; 312, 314) stiffnesses that are different, the numbers of elements of the same stiffness (122, 124; 222, 224; 312, 314) not being equal to a multiple of the wave number of the vibratory mode of the bladed wheel that is to be inhibited.
A blender comprising: a body including a motor providing driving force and a vacuum pump sucking air; a container detachably mounted on the body and including a processing member rotatably mounted at an inner portion of a lower side thereof and a container cover air-tightly mounted in an upper opening thereof; and a first vacuum tube connected to the vacuum pump; characterized in that it further comprises: a soundproofing cover mounted on the body so as to cover the container, detachable from the body to be completely separated from the body, an opening of one end of the soundproofing cover being closed by the body when the soundproofing cover is mounted on the body; and a second vacuum tube of which one end portion is connected to an end portion of the first vacuum tube and of which the other end portion is disposed in the vicinity of an exhaust hole, when the soundproofing cover is mounted on the body, and in that the exhaust hole allows an inner portion of the container and an internal space of the soundproofing cover to be in communication with each other and is formed in the container or the container cover, wherein one end portion of the first vacuum tube is exposed to the internal space when the soundproofing cover is mounted on the body. a body including a motor providing driving force and a vacuum pump sucking air; a container detachably mounted on the body and including a processing member rotatably mounted at an inner portion of a lower side thereof and a container cover air-tightly mounted in an upper opening thereof; and a first vacuum tube connected to the vacuum pump; characterized in that it further comprises: a soundproofing cover mounted on the body so as to cover the container, detachable from the body to be completely separated from the body, an opening of one end of the soundproofing cover being closed by the body when the soundproofing cover is mounted on the body; and a second vacuum tube of which one end portion is connected to an end portion of the first vacuum tube and of which the other end portion is disposed in the vicinity of an exhaust hole, when the soundproofing cover is mounted on the body, a soundproofing cover mounted on the body so as to cover the container, detachable from the body to be completely separated from the body, an opening of one end of the soundproofing cover being closed by the body when the soundproofing cover is mounted on the body; and a second vacuum tube of which one end portion is connected to an end portion of the first vacuum tube and of which the other end portion is disposed in the vicinity of an exhaust hole, when the soundproofing cover is mounted on the body, and in that the exhaust hole allows an inner portion of the container and an internal space of the soundproofing cover to be in communication with each other and is formed in the container or the container cover, wherein one end portion of the first vacuum tube is exposed to the internal space when the soundproofing cover is mounted on the body.
A detection system to facilitate detection of a potential object of interest in an original image (I; f), the detection system comprising a programmable logic device and a processor interfaced with the programmable logic device and a memory; the programmable logic device being programmed to implement a cascade of image processing stages, each comprising a respective low-pass filter and a respective subsampling module connected to the output of the low-pass filter, the low-pass filter of a first image processing stage receiving the original image (I; f) and the subsampling modules providing respective processed images (f i); the programmable logic device being programmed to implement a number of saliency map extraction modules equal to the number of image processing stages plus one to provide respective saliency maps (S, S i), each of which is relative to a respective image of a group of images including the original image (I; f) and the processed images (f i); the memory storing a software, which, when executed on the processor, causes the latter to be configured to normalize the saliency maps (S, S i) according to their respective standard deviations, resize the normalized saliency maps (S N, S i N) relative to the processed images (f i) so as to bring them to the size of the saliency map of the original image (I; f), and merge a group of saliency maps including the normalized and resized saliency maps (S i ↑) of the processed images (f i) and the normalized saliency map (S N) of the original image (I; f) in order to obtain a final saliency map (S F) on which the potential object of interest can be detected; said original image (I; f) being the luminance component of a video image encoded using the YUV standard.