mhurhangee/patent-ind-claim-en huggingface dataset:
A gabion basket for a three-chamber gabion, with a floor grid and four side wall grids and optionally a cover grid , wherein the side wall grids are connected to each other and to the floor grid for forming an outer enclosure of the gabion basket, and with two separating grids arranged spaced apart from each other within the gabion basket parallel to two parallel side wall grids and connected to the floor grid as well as to the two side wall grids that run transversely to the separating grids , in order to partition the interior of the gabion basket into two outer chambers (AK) that are respectively formed between a partitioning grid and a parallel side wall grid arranged spaced apart therefrom, and a middle chamber (MK) formed between the two partitioning grids that are spaced apart from each other, characterised in that a number of supporting grids is provided, the supporting grids respectively having two grid bars that are spaced apart from each other and run parallel to the grid faces of the partitioning grids and the side wall grid parallel thereto, and the distance of which approximately corresponds to the clear width of the middle chamber (MK), and that respectively run in abutment against the side of a respective one of the partitioning grids facing the middle chamber (MK), and having a number of transverse bars that extend over the entire extension of the gabion basket transversely to the partitioning grids and through the middle chamber (MK) and are connected with their ends to the side wall grids that run parallel to the partitioning grids .
A method for modifying a contour comprising a sequence of points positioned on an image, the method comprising: detecting a position of a movable indicator on the image relative to one or more points of the sequence , wherein the movable indicator is movable by a user; automatically removing at least one point from the contour , or adding at least one point to the contour , based on the shortest distance between the detected position of the movable indicator on the image and the one or more points ; and automatically switching between removing at least one point from the contour and adding at least one point to the contour, based on the distance of the detected position of the movable indicator on the image from the one or more points, wherein removing at least one point from the contour , or adding at least one point to the contour , is based on whether the shortest distance exceeds a threshold distance, wherein at least one point is removed from the contour where the shortest distance is equal to or less than the threshold distance, and wherein removing at least one point from the contour comprises removing points from the contour that are positioned in the sequence of points between the detected position of the moveable indicator and the point that is the shortest distance from the detected position of the moveable indicator. detecting a position of a movable indicator on the image relative to one or more points of the sequence , wherein the movable indicator is movable by a user; automatically removing at least one point from the contour , or adding at least one point to the contour , based on the shortest distance between the detected position of the movable indicator on the image and the one or more points ; and automatically switching between removing at least one point from the contour and adding at least one point to the contour, based on the distance of the detected position of the movable indicator on the image from the one or more points, wherein removing at least one point from the contour , or adding at least one point to the contour , is based on whether the shortest distance exceeds a threshold distance, wherein at least one point is removed from the contour where the shortest distance is equal to or less than the threshold distance, and wherein removing at least one point from the contour comprises removing points from the contour that are positioned in the sequence of points between the detected position of the moveable indicator and the point that is the shortest distance from the detected position of the moveable indicator.
A handover method, wherein the method comprises: receiving , by a target mobility management entity, a message related to a target terminal, wherein the message related to the target terminal carries an identifier of the target terminal; searching for, by the target mobility management entity, a context of the target terminal based on the identifier of the target terminal; and sending , by the target mobility management entity if the target mobility management entity fails to find the context of the target terminal, information about a source mobility management entity that currently serves the target terminal to a core network device, wherein the information about the source mobility management entity is used to enable the core network device to send the message related to the target terminal to the source mobility management entity. receiving , by a target mobility management entity, a message related to a target terminal, wherein the message related to the target terminal carries an identifier of the target terminal; searching for, by the target mobility management entity, a context of the target terminal based on the identifier of the target terminal; and sending , by the target mobility management entity if the target mobility management entity fails to find the context of the target terminal, information about a source mobility management entity that currently serves the target terminal to a core network device, wherein the information about the source mobility management entity is used to enable the core network device to send the message related to the target terminal to the source mobility management entity.
A selective access device for a picking/deposit station in an automated warehouse , the device comprising: • an area which enables, in use, access to a housing of the station , after having formed a passage through said area , said passage having a front edge , a rear edge and two side edges opposite to one another; • a first cover engaging said area and comprising a slidable flat surface operable to open, so as to define said front edge ; • a second cover , which engages said area above said first cover and consists of a plurality of doors (40;40a;40b) arranged side by side each other along a first rectilinear axis (A) and comprising respective end edges and respective sides; the second cover being operable to open, so that at least one of said sides defines a corresponding side edge of said passage ; characterised in that said doors (40;40a;40b) are slidable to open and close along a respective second axis (B) orthogonal to said first axis (A), so that at least one of said end edges defines the rear edge of said passage when said second cover is open. • an area which enables, in use, access to a housing of the station , after having formed a passage through said area , said passage having a front edge , a rear edge and two side edges opposite to one another; • a first cover engaging said area and comprising a slidable flat surface operable to open, so as to define said front edge ; • a second cover , which engages said area above said first cover and consists of a plurality of doors (40;40a;40b) arranged side by side each other along a first rectilinear axis (A) and comprising respective end edges and respective sides; the second cover being operable to open, so that at least one of said sides defines a corresponding side edge of said passage ;
An ethylene polymer comprising the following property: (i) melt strength value greater than 6*MI -0.6675 , wherein MI is the melt index value of said polymer measured in accordance with ASTM-D-1238-E, wherein the melt strength value is in centi-Newtons (cN); wherein the melt strength is measured as set out in the description; wherein said polymer exhibits a bimodal molecular weight distribution comprising a high molecular weight component having a weight average molecular weight (Mw) of greater than 1 million g/mol, and a low molecular weight component comprising a Mw in the range of 100,000 to 200,000 g/mol; and wherein the high molecular weight component comprises a molecular weight at least 10 times greater than the molecular weight of the low molecular weight component, wherein molecular weight is weight average molecular weight (Mw).
Method of measuring vibration in two in-plane directions in an object by means of an interferometer, comprising the steps of: - proving an object to be measured, characterized in - by means of at least one illumination source illuminating the object with three in-line illumination light beams (11A-C) and performing in-plane vibrations measurements in two directions, where one of the three in-line illumination light beams (11A-C) is common for the in-plane vibration measurements in two directions, and wherein free space is provided at one side of the object being opposite to the common in-line illumination light beam (11A-C). - proving an object to be measured, - by means of at least one illumination source illuminating the object with three in-line illumination light beams (11A-C) and performing in-plane vibrations measurements in two directions, where one of the three in-line illumination light beams (11A-C) is common for the in-plane vibration measurements in two directions, and wherein free space is provided at one side of the object being opposite to the common in-line illumination light beam (11A-C).
A method of controlling a deacidification process for an aqueous fluid circulated through a deacidification column containing an ion exchange resin, comprising: obtaining, from a first sensor located at an entry of the column, first pH values indicative of a pH of the fluid before circulation through the column; obtaining, from a second sensor located at an exit of the column, second pH values indicative of a pH of the fluid after circulation through the column; comparing the second pH value to a target pH value for the fluid to determine a pH difference between the second pH value and the target pH value; determining, based on the first and second pH values, a remaining deacidification capacity of the ion exchange resin; and adjusting a fluid flow rate of the fluid through the column based on the pH difference and the remaining deacidification capacity. obtaining, from a first sensor located at an entry of the column, first pH values indicative of a pH of the fluid before circulation through the column; obtaining, from a second sensor located at an exit of the column, second pH values indicative of a pH of the fluid after circulation through the column; comparing the second pH value to a target pH value for the fluid to determine a pH difference between the second pH value and the target pH value; determining, based on the first and second pH values, a remaining deacidification capacity of the ion exchange resin; and adjusting a fluid flow rate of the fluid through the column based on the pH difference and the remaining deacidification capacity.
A terminal, wherein a metal back cover of the terminal has a slot , characterized by the slot divides the metal back cover into two parts, and one of the two parts is used as an antenna radiator of the terminal; and the antenna radiator has a signal feed point (F), a first ground point (G1), and at least one second ground point (G2), wherein the signal feed point (F) is connected to a matching network, the first ground point (G1) is grounded by using a switch device, and the second ground point (G2) is grounded; and a distance between the signal feed point (F) and the first ground point (G1) is less than a distance between the signal feed point (F) and the second ground point (G1), and none of the signal feed point (F), the first ground point (G1), and the second ground point (G2) is located in a position, corresponding to an end of the slot , on the antenna radiator , so that an antenna of the terminal has four resonance points.
A coated paper product comprising: - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid (EAA) or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate (SA) or acrylic latex; and - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70, - wherein the coat weight of the first coating layer is at least 4 g/m 2 , and - wherein the coat weight of the second coating layer is at least 3 g/m 2 . - a paper substrate comprising a first and second side; - a first coating layer on the first side of the paper substrate, wherein the first coating layer comprises ethylene-acrylic acid (EAA) or vinyl acetate acrylate copolymer (VAcA) or styrene-acrylate (SA) or acrylic latex; and - a second coating layer on the first coating layer, wherein the second coating layer comprises EAA and talc, and wherein the dry weight ratio of EAA to talc in the second coating layer is between 100:5 and 100:70, - wherein the coat weight of the first coating layer is at least 4 g/m 2 , and - wherein the coat weight of the second coating layer is at least 3 g/m 2 .
A method for manufacturing an overhead storage compartment for an aircraft cabin, the method comprising the steps of - Providing a shell part extending along a longitudinal axis between a first end and a second end , wherein the shell part partially surrounds an interior space , wherein the shell part has a first edge at the first end and a second edge at the second end , wherein the first edge and the second edge run transverse to the longitudinal axis , - Providing a first end wall and a second end wall , - Assembling the shell part and the first and second end walls , wherein the first edge is attached to the first end wall and the second edge is attached to the second end wall , such that the shell part , the first end wall and the second end wall together at least partially surround the interior space , characterized in that the first end wall and/or the second end wall comprise an undirected long fiber reinforced plastic material, namely a sheet molding compound material or a bulk molding compound material, wherein the fibers have an average fiber length between 10 mm and 79 mm. - Providing a shell part extending along a longitudinal axis between a first end and a second end , wherein the shell part partially surrounds an interior space , wherein the shell part has a first edge at the first end and a second edge at the second end , wherein the first edge and the second edge run transverse to the longitudinal axis , - Providing a first end wall and a second end wall , - Assembling the shell part and the first and second end walls , wherein the first edge is attached to the first end wall and the second edge is attached to the second end wall , such that the shell part , the first end wall and the second end wall together at least partially surround the interior space ,
A multivector extension device for an apparatus for exercising against a resistance, the multivector extension device comprising: - a brace for removably and adjustably attaching to a frame of the apparatus; - a multivector extension arm comprising a plurality of accessory receiving ports ; - a ball joint joining the multivector extension arm to the brace while allowing the multivector extension arm significant freedom of movement relative to the brace ; - at least one exercise engagement device removably attached to the multivector extension arm via a first accessory receiving port in the plurality of accessory receiving ports ; and - at least one exercise attachment point receiver removably attached to the multivector extension arm via a second accessory receiving port in the plurality of accessory receiving ports , wherein the at least one exercise attachment point receiver comprises a J-hook for receiving an elastic band and/or an eye bolt for receiving a carabiner. - a brace for removably and adjustably attaching to a frame of the apparatus; - a multivector extension arm comprising a plurality of accessory receiving ports ; - a ball joint joining the multivector extension arm to the brace while allowing the multivector extension arm significant freedom of movement relative to the brace ; - at least one exercise engagement device removably attached to the multivector extension arm via a first accessory receiving port in the plurality of accessory receiving ports ; and - at least one exercise attachment point receiver removably attached to the multivector extension arm via a second accessory receiving port in the plurality of accessory receiving ports , wherein the at least one exercise attachment point receiver comprises a J-hook for receiving an elastic band and/or an eye bolt for receiving a carabiner.
Clutch mechanism comprising: - a friction disc which defines a reference axis of the clutch mechanism ; and - a torsion damper which comprises at least one rotating member which is associated with the friction disc and which is fixedly joined to the friction disc , a rotating member which is not associated with the friction disc and which can be moved in rotation about the reference axis relative to the rotating member which is associated with the friction disc , and at least one spring which is arranged so as to work when the rotating member which is not associated with the friction disc rotates relative to the rotating member which is associated with the friction disc about the reference axis , the friction disc being not in direct contact with the rotating member associated with the friction disc , characterised in that one or more spacers are interposed between the friction disc and the rotating member associated with the friction disc , the friction disc being fixed to the rotating member which is associated with the friction disc by fixing members comprising fixing rods , at least some of the spacers are fixedly joined to the fixing rods and formed in one piece with the fixing rods . - a friction disc which defines a reference axis of the clutch mechanism ; and - a torsion damper which comprises at least one rotating member which is associated with the friction disc and which is fixedly joined to the friction disc , a rotating member which is not associated with the friction disc and which can be moved in rotation about the reference axis relative to the rotating member which is associated with the friction disc , and at least one spring which is arranged so as to work when the rotating member which is not associated with the friction disc rotates relative to the rotating member which is associated with the friction disc about the reference axis ,
An apparatus for supporting an aircraft fuselage having at least two support belts arranged essentially in parallel to one another, wherein the apparatus has a support body having an open and groove-like longitudinal profile, characterized in that the apparatus comprises at least two belt tensioning devices and at least two traction measuring devices , wherein each of the support belts is connected to respectively one belt tensioning device , respectively one traction measuring device and on both sides to the support body , wherein the support belts each span the open longitudinal profile of the support body .
An apparatus comprising: a field device of a process control system , wherein the field device receives control signals over signal wires and draws power from the signal wires; and a radio-frequency identification tag communicatively coupled to the field device, the radio-frequency identification tag having a processor , an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader , and an antenna , characterized in that the radio-frequency identification tag is connected to the signal wires , in parallel or in series with the field device , to draw power from the process control system . a field device of a process control system , wherein the field device receives control signals over signal wires and draws power from the signal wires; and a radio-frequency identification tag communicatively coupled to the field device, the radio-frequency identification tag having a processor , an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader , and an antenna , a processor , an onboard memory to store data received from the field device to be communicated to a radio-frequency identification reader , and an antenna , characterized in that the radio-frequency identification tag is connected to the signal wires , in parallel or in series with the field device , to draw power from the process control system .
A method for managing signaling messages by a mobility management entity, MME, in a mobile communication system, the method comprising: receiving a signaling message from a terminal ; identifying whether the signaling message is to be charged; and providing a packet data network Gateway, PGW, with information including an identification of the terminal and a counted number of times of receiving the signaling message. receiving a signaling message from a terminal ; identifying whether the signaling message is to be charged; and providing a packet data network Gateway, PGW, with information including an identification of the terminal and a counted number of times of receiving the signaling message.
Whipping device for the production of ice creams and similar cold products such as granitas, sorbets, comprising a cylindrical container which is open at the top and has a bottom and a side wall ending at the top with an edge projecting outwards with a peripheral extension, the container being cooled by outer cooling means , a stirrer arranged inside said container and provided with at least one scraping blade acting on at least one cooled wall of said container , an insert made of a thermally insulating material having an annular skirt with an outer diameter substantially equal to the inner diameter of the container and a predetermined height, said annular skirt being arranged, during use, inside said container in contact with or close to said at least one cooled wall so as to cover a portion of said at least one cooled wall above said at least one scraping blade , characterized in that said annular skirt of the insert ends at the top with a flange projecting outwards with a peripheral extension, said flange, during use, resting on said peripherally extending edge of said container .
An aerosol delivery system comprising: an aerosol delivery device and an aerosol delivery component engageable with the aerosol delivery device at an interface therebetween, the aerosol delivery component being configured to house an aerosol precursor, and the aerosol delivery component comprising a feedback element , wherein: the aerosol delivery component is associated with validity state information from which it can be determined whether the aerosol delivery component is valid for use with the aerosol delivery device ; the aerosol delivery system is configured to determine from the validity state information whether the aerosol delivery component is valid for use with the aerosol delivery device ; and the feedback element is configured to provide feedback to a user based on the determination of whether the aerosol delivery component is valid for use with the aerosol delivery device . the aerosol delivery component is associated with validity state information from which it can be determined whether the aerosol delivery component is valid for use with the aerosol delivery device ; the aerosol delivery system is configured to determine from the validity state information whether the aerosol delivery component is valid for use with the aerosol delivery device ; and the feedback element is configured to provide feedback to a user based on the determination of whether the aerosol delivery component is valid for use with the aerosol delivery device .