mhurhangee/ep-ind-claims huggingface dataset:
A harness for breathing apparatus, comprising: a structural support member having a front for accommodating a gas cylinder and a rear for facing the back of a wearer, and left and right sides; left and right shoulder straps (110, 120) disposed towards the left and right sides of the structural support member respectively, each shoulder strap having a first end attached to an upper portion of the structural support member and a second end attached to a lower portion of the structural support member; a plurality of flexible conduits (150, 152) extending from a lower portion of the structural support member along the structural support member, each to a position on either the left or right shoulder strap (110, 120); and left and right guide channels (30, 32) extending longitudinally along the structural support member along left and right sides respectively, for accommodating the flexible conduits (150, 152); characterised in that the harness further comprises a cross guide channel, extending transversely across an upper region of the structural support member from one side to the other side for accommodating at least one flexible conduit (150, 152); wherein the cross guide channel has a first end adjacent to an upper end of the left guide channel and a second end adjacent to an upper end of the right guide channel. a structural support member having a front for accommodating a gas cylinder and a rear for facing the back of a wearer, and left and right sides; left and right shoulder straps (110, 120) disposed towards the left and right sides of the structural support member respectively, each shoulder strap having a first end attached to an upper portion of the structural support member and a second end attached to a lower portion of the structural support member; a plurality of flexible conduits (150, 152) extending from a lower portion of the structural support member along the structural support member, each to a position on either the left or right shoulder strap (110, 120); and left and right guide channels (30, 32) extending longitudinally along the structural support member along left and right sides respectively, for accommodating the flexible conduits (150, 152); characterised in that the harness further comprises a cross guide channel, extending transversely across an upper region of the structural support member from one side to the other side for accommodating at least one flexible conduit (150, 152);
Method for operating a drive system of a ship, the drive system comprising - at least one internal combustion drive engine for driving the ship - and an energy production apparatus for obtaining electrical energy from exhaust gases of at least one internal combustion drive engine, - wherein the drive system is designed to use electrical energy obtained from exhaust gases optionally to drive the ship or to feed said electrical energy into an on-board electrical system of the ship, or to use said electrical energy in part to drive the ship and in part to feed it into the on-board electrical system of the ship, - and wherein a current drive energy requirement for the drive of the ship, a current on-board electrical system energy requirement for the on-board electrical system of the ship and the electrical energy currently obtained from exhaust gases are determined, - operating costs for covering the determined drive energy requirement and the determined on-board electrical system energy requirement are determined using the electrical energy obtained from exhaust gases and as a function of a distribution of the electrical energy obtained from exhaust gases in part to cover the determined drive energy requirement and in part to cover the determined on-board electrical system energy requirement, - and the electrical energy obtained from exhaust gases is used as a function of the determined operating costs in part to cover the determined drive energy requirement and in part to cover the determined on-board electrical system requirement. - at least one internal combustion drive engine for driving the ship - and an energy production apparatus for obtaining electrical energy from exhaust gases of at least one internal combustion drive engine, - wherein the drive system is designed to use electrical energy obtained from exhaust gases optionally to drive the ship or to feed said electrical energy into an on-board electrical system of the ship, or to use said electrical energy in part to drive the ship and in part to feed it into the on-board electrical system of the ship, - and wherein a current drive energy requirement for the drive of the ship, a current on-board electrical system energy requirement for the on-board electrical system of the ship and the electrical energy currently obtained from exhaust gases are determined, - operating costs for covering the determined drive energy requirement and the determined on-board electrical system energy requirement are determined using the electrical energy obtained from exhaust gases and as a function of a distribution of the electrical energy obtained from exhaust gases in part to cover the determined drive energy requirement and in part to cover the determined on-board electrical system energy requirement, - and the electrical energy obtained from exhaust gases is used as a function of the determined operating costs in part to cover the determined drive energy requirement and in part to cover the determined on-board electrical system requirement.
A method of producing a grown single crystal diamond substrate comprising: (a) providing a first diamond substrate which presents a major surface, which major surface is bounded by at least one <100> edge, the length of the said at least one <100> edge exceeding any dimension of the surface that is orthogonal to the said at least one <100> edge by a ratio of at least 1.3: 1; and (b) growing diamond material homoepitaxially on the major surface of the diamond material surface under chemical vapour deposition synthesis conditions, the diamond material growing both normal to the major surface, and laterally therefrom. (a) providing a first diamond substrate which presents a major surface, which major surface is bounded by at least one <100> edge, the length of the said at least one <100> edge exceeding any dimension of the surface that is orthogonal to the said at least one <100> edge by a ratio of at least 1.3: 1; and (b) growing diamond material homoepitaxially on the major surface of the diamond material surface under chemical vapour deposition synthesis conditions, the diamond material growing both normal to the major surface, and laterally therefrom.
A method for checking the security of mounting of a joining element which is to be secured to a component by means of an adhesive connection, wherein the adhesive is taken from an adhesive receptacle and can be cured by means of irradiation with light from a light emitter, characterised by the following steps: the filling level of the adhesive receptacle is monitored and on reaching a lower threshold value of the detected filling level of the said adhesive receptacle a means for fluidically connecting a second adhesive receptacle, the adhesive filling level of which is higher than that of the said adhesive receptacle, is actuated in order to produce a fluid connection to an adhesive dispensing means; - the intensity of the light emitted by the light emitter is checked by means of at least one sensor and a signal is emitted upon falling below a threshold value of the light recorded by the sensor (S12, S15). the filling level of the adhesive receptacle is monitored and on reaching a lower threshold value of the detected filling level of the said adhesive receptacle a means for fluidically connecting a second adhesive receptacle, the adhesive filling level of which is higher than that of the said adhesive receptacle, is actuated in order to produce a fluid connection to an adhesive dispensing means; - the intensity of the light emitted by the light emitter is checked by means of at least one sensor and a signal is emitted upon falling below a threshold value of the light recorded by the sensor (S12, S15).
Use of a fuel gas for driving a combustion type power tool, the fuel gas comprising: at least 40 weight% or higher of 1-butene; and propane, wherein the 1-butene is equal to or lower than 95 weight%. at least 40 weight% or higher of 1-butene; and propane, wherein the 1-butene is equal to or lower than 95 weight%.
A fuel composition comprising: (a) a fuel; (b) a polyglycerol ester of a fatty acid, wherein the polyglycerol ester of a fatty acid is present in an amount no greater than 0.25 wt% based on the total fuel composition; and (c) water in an amount of from 10 to 70 wt% based on the total fuel composition; wherein the polyglycerol composition used to form the polyglycerol ester of a fatty acid comprises, based on the combined weight of the polyglycerols, a mixture of diglycerol in an amount of 11.0 to 34.0 weight%; triglycerol in an amount of 9.5 to 24.5 weight%; tetraglycerol in an amount of 6.0 to 21.0 weight%; pentaglycerol in an amount of 3.5 to 19.0 weight%; hexaglycerol in an amount of 6.0 to 13.5 weight%; heptaglycerol in an amount of 5.0 to 13.0 weight%; octaglycerol in an amount of 3.0 to 12.0 weight%; nonaglycerol in an amount of 1.5 to 10.0 weight%; decaglycerol in an amount of 0.0 to 8.0 weight; and unadecaglycerol in an amount of 0.0 to 7.0 weight%. (a) a fuel; (b) a polyglycerol ester of a fatty acid, wherein the polyglycerol ester of a fatty acid is present in an amount no greater than 0.25 wt% based on the total fuel composition; and (c) water in an amount of from 10 to 70 wt% based on the total fuel composition; diglycerol in an amount of 11.0 to 34.0 weight%; triglycerol in an amount of 9.5 to 24.5 weight%; tetraglycerol in an amount of 6.0 to 21.0 weight%; pentaglycerol in an amount of 3.5 to 19.0 weight%; hexaglycerol in an amount of 6.0 to 13.5 weight%; heptaglycerol in an amount of 5.0 to 13.0 weight%; octaglycerol in an amount of 3.0 to 12.0 weight%; nonaglycerol in an amount of 1.5 to 10.0 weight%; decaglycerol in an amount of 0.0 to 8.0 weight; and unadecaglycerol in an amount of 0.0 to 7.0 weight%.
WDM transmission method over optical fiber with polarization duality, intended to transmit, during one channel use, 2N symbols belonging to a modulation constellation in the complex plane, N > 1 being the number of WDM channels used for transmission, wherein: said symbols undergo a separation into real part and imaginary part to provide a first vector consisting of the real parts of these symbols and a second vector consisting of the imaginary parts of these same symbols; characterized in that the transmission method comprises: a first orthogonal linear transformation (230-1,..,430-1) is applied to the first vector to provide a first transformed vector; a second orthogonal linear transformation (230-2,..,530-2), distinct from the first, is applied to the second vector to provide a second transformed vector; a complex scalar, solution of an irreducible polynome from R X in is multiplied to the first or to the second transformed vector, before the two transformed vectors are summed to provide a vector consisting of 2N complex emission symbols, each complex transmission symbol modulating a first state and a second polarization state of a WDM channel. said symbols undergo a separation into real part and imaginary part to provide a first vector consisting of the real parts of these symbols and a second vector consisting of the imaginary parts of these same symbols; characterized in that the transmission method comprises: a first orthogonal linear transformation (230-1,..,430-1) is applied to the first vector to provide a first transformed vector; a second orthogonal linear transformation (230-2,..,530-2), distinct from the first, is applied to the second vector to provide a second transformed vector; a complex scalar, solution of an irreducible polynome from R X in is multiplied to the first or to the second transformed vector, before the two transformed vectors are summed to provide a vector consisting of 2N complex emission symbols, each complex transmission symbol modulating a first state and a second polarization state of a WDM channel. a first orthogonal linear transformation (230-1,..,430-1) is applied to the first vector to provide a first transformed vector; a second orthogonal linear transformation (230-2,..,530-2), distinct from the first, is applied to the second vector to provide a second transformed vector; a complex scalar, solution of an irreducible polynome from R X in is multiplied to the first or to the second transformed vector, before the two transformed vectors are summed to provide a vector consisting of 2N complex emission symbols, each complex transmission symbol modulating a first state and a second polarization state of a WDM channel.
A finger scanner (2; 30; 60; 100; 130; 160), comprising: a first member (4; 32; 62; 106; 132; 162) and a second member (6; 34; 64; 102; 138; 168), wherein the first member has a first contact surface (12; 40; 66; 104; 136; 166) configured to contact a first part of a finger, and the second member has a second contact surface (18; 46; 68; 105; 137; 167) adjacent to the first member and configured to contact a second part of the finger adjacent to the first part of the finger, wherein the first contact surface has a first height and the second contact surface has a second height, wherein a height difference between the first height and the second height is fixed when the first member is not movable relative to the second member, or variable when the first member is movable relative to the second member; and a first fingerprint sensor (14; 42; 78; 108; 142; 170) associated with the first contact surface, wherein the first fingerprint sensor is situated at or near the first contact surface, and is configured to scan the first part of the finger contacting the first contact surface, characterized by a second fingerprint sensor (20; 48; 80; 110; 140; 172) associated with the second contact surface, wherein the second fingerprint sensor is situated at or near the second contact surface, and is configured to scan the second part of the finger contacting the second contact surface, wherein a distance between an edge of the first contact surface and an edge of the second contact surface is at least 0.1 mm, in particular at least 0.5 mm, more in particular at least 1 mm. a first member (4; 32; 62; 106; 132; 162) and a second member (6; 34; 64; 102; 138; 168), wherein the first member has a first contact surface (12; 40; 66; 104; 136; 166) configured to contact a first part of a finger, and the second member has a second contact surface (18; 46; 68; 105; 137; 167) adjacent to the first member and configured to contact a second part of the finger adjacent to the first part of the finger, wherein the first contact surface has a first height and the second contact surface has a second height, wherein a height difference between the first height and the second height is fixed when the first member is not movable relative to the second member, or variable when the first member is movable relative to the second member; and a first fingerprint sensor (14; 42; 78; 108; 142; 170) associated with the first contact surface, wherein the first fingerprint sensor is situated at or near the first contact surface, and is configured to scan the first part of the finger contacting the first contact surface, characterized by a second fingerprint sensor (20; 48; 80; 110; 140; 172) associated with the second contact surface, wherein the second fingerprint sensor is situated at or near the second contact surface, and is configured to scan the second part of the finger contacting the second contact surface, wherein a distance between an edge of the first contact surface and an edge of the second contact surface is at least 0.1 mm, in particular at least 0.5 mm, more in particular at least 1 mm.
INSECT TRAP WITH BAIT of the type comprising a box inside which is the bait, where the box has a number of orifices allowing access to the bait, The box comprises a support and a cover where: The support comprises a bath compartmentalised into a plurality of cells and with a number of walkways between the cells, a peripheral wall, at least one cut-out in the peripheral wall. The cover comprises a closed upper base and a peripheral flange, characterised in that: The peripheral wall of the cover is provided with stops, The support comprises at least one tab (4, 17) that protrudes out of the perimeter thereof, The peripheral flange of the cover has at least one cut-out and at least one tab of the cover on the perimeter. The support comprises a bath compartmentalised into a plurality of cells and with a number of walkways between the cells, a peripheral wall, at least one cut-out in the peripheral wall. The cover comprises a closed upper base and a peripheral flange, characterised in that: The peripheral wall of the cover is provided with stops, The support comprises at least one tab (4, 17) that protrudes out of the perimeter thereof, The peripheral flange of the cover has at least one cut-out and at least one tab of the cover on the perimeter. The peripheral wall of the cover is provided with stops, The support comprises at least one tab (4, 17) that protrudes out of the perimeter thereof, The peripheral flange of the cover has at least one cut-out and at least one tab of the cover on the perimeter.
A dye loaded zeolite composite material, comprising a plurality of zeolite crystals, each one of said crystals having a proximal face and a distal face opposed therefrom and parallel to said proximal face, each one of said crystals having a plurality of straight through uniform channels extending between the proximal face and the distal face and having a channel axis parallel to and a channel width transverse to a longitudinal crystal axis A, each channel having a proximal channel end located at the proximal face and a distal channel end located at the distal face, said channels containing a linear arrangement of dye molecules, each one of said dye molecules having an elongated shape with a longitudinal extension exceeding said channel width and a lateral extension not exceeding said channel width, said linear arrangement of dye molecules comprising first dye molecules and second dye molecules, each one of said first and second dye molecules consisting of a chromophore moiety arranged between a pair of terminal moieties, characterized in that: - the chromophore moieties of said first dye molecules and of said second dye molecules are identical, - the terminal moieties of said first dye molecules have a lateral extension larger than half of said channel width, - the terminal moieties of said second dye molecules have a lateral extension smaller than half of said channel width, - said linear arrangement of dye molecules comprises at least one pair of second dye molecules adjacent each other. - the chromophore moieties of said first dye molecules and of said second dye molecules are identical, - the terminal moieties of said first dye molecules have a lateral extension larger than half of said channel width, - the terminal moieties of said second dye molecules have a lateral extension smaller than half of said channel width, - said linear arrangement of dye molecules comprises at least one pair of second dye molecules adjacent each other.
A communication method, comprising: receiving, by a terminal device, first indication information sent by a network device; determining, by the terminal device, a target transmission mode of N TBs based on the first indication information, wherein the target transmission mode is a sequential transmission mode or an interleaved transmission mode, and the N TBs are scheduled by using downlink control information, DCI; and receiving, by the terminal device, the N TBs from the network device based on the target transmission mode; wherein the method is characterised in that when the target transmission mode is the interleaved transmission mode, an interleaving granularity of the N TBs is p × N SF × min M rep NPUSCH 4 subframes; or an interleaving granularity of the N TBs is p × min M rep NPUSCH 4 subframes, wherein p is a positive integer greater than or equal to 1, N SF is the quantity of subframes to which the downlink data channel carrying TB k is mapped, N SF is determined based on the resource allocation indication information in the DCI, M rep NPUSCH is the repetition quantity of TB k, M rep NPUSCH is determined based on the repetition quantity indication information in the DCI, and TB k is one of the N TBs. receiving, by a terminal device, first indication information sent by a network device; determining, by the terminal device, a target transmission mode of N TBs based on the first indication information, wherein the target transmission mode is a sequential transmission mode or an interleaved transmission mode, and the N TBs are scheduled by using downlink control information, DCI; and receiving, by the terminal device, the N TBs from the network device based on the target transmission mode; wherein the method is characterised in that when the target transmission mode is the interleaved transmission mode, an interleaving granularity of the N TBs is p × N SF × min M rep NPUSCH 4 subframes; or an interleaving granularity of the N TBs is p × min M rep NPUSCH 4 subframes, wherein p is a positive integer greater than or equal to 1, N SF is the quantity of subframes to which the downlink data channel carrying TB k is mapped, N SF is determined based on the resource allocation indication information in the DCI, M rep NPUSCH is the repetition quantity of TB k, M rep NPUSCH is determined based on the repetition quantity indication information in the DCI, and TB k is one of the N TBs.
An extendable table sliding system for an extendable table, comprising at least two parts (110, 120) being moveable relative each other and together forming at least a part of the extendable table sliding system, wherein one of said at least two parts (110, 120) comprises at least one sliding surface (140, 340, 440, 640) being coated with a lacquer comprising a resin, wherein said lacquer in turn is at least partly coated with a lipophilic composition coating to provide a slide layer with a lowered friction, wherein the other one of said parts (110, 120) of the extendable table sliding system is provided with at least one sliding member (150, 350, 450, 650, 660), the interface between the sliding surface (140, 340, 440, 640) and the at least one sliding member (150, 350, 450, 650, 660) forming a linear plain bearing to allow for a relative linear movement of the sliding member (150, 350, 450, 650, 660) along the longitudinal axis of the sliding surface (140, 340, 440, 640), wherein at least the part of said at least one sliding member (150, 350, 450, 650, 660) being in contact with the sliding surface (140, 340, 440, 640) is made of a plastic.