mhurhangee/patent-ind-claim-en huggingface dataset:
Process for obtaining a stratified agglomerated artificial stone tile and/or slab, consisting of different strati made of pastes of different petrous and artificial materials in different proportions, compositions and granulometry characterised in that it comprises the following steps: a) Crushing step of the different materials with varied granulometry making up the fillers; b) Obtaining of the additivated resin by the addition and mix of the resin with the catalyser, the accelerant, the binding material and, optionally the colouring agent; c) Mix of the products of the steps a) and b) until the homogenization to achieve the paste for a stratus in the final product. d) Independently repeating the process steps a to c to obtain different pastes as many times as number of different strati are to be achieved in the final product. e) Transportation of the different pastes by a conveyor belt to the feeding or distribution mechanism. f) Download of the pastes placed in an ordered manner, in the previous stage, from the distributor to the compressing mould that creates the design and dimension of the slab. g) Protecting the pastes that make up the slabs with Kraft-type paper, or an elastomer, similar to a rubber coating h) Moulding and pressing of the pastes in each mould by vacuum vibro-compression; i) Hardening by polymerization of the resin by heating; j) Finish with a cooling, sizing, polishing and cutting stage: a) Crushing step of the different materials with varied granulometry making up the fillers; b) Obtaining of the additivated resin by the addition and mix of the resin with the catalyser, the accelerant, the binding material and, optionally the colouring agent; c) Mix of the products of the steps a) and b) until the homogenization to achieve the paste for a stratus in the final product. d) Independently repeating the process steps a to c to obtain different pastes as many times as number of different strati are to be achieved in the final product. e) Transportation of the different pastes by a conveyor belt to the feeding or distribution mechanism. f) Download of the pastes placed in an ordered manner, in the previous stage, from the distributor to the compressing mould that creates the design and dimension of the slab. g) Protecting the pastes that make up the slabs with Kraft-type paper, or an elastomer, similar to a rubber coating h) Moulding and pressing of the pastes in each mould by vacuum vibro-compression; i) Hardening by polymerization of the resin by heating; j) Finish with a cooling, sizing, polishing and cutting stage:
A rope extension system comprising a rope having at least two rope segments (150-1, 150-2), each rope segment (150-1, 150-2) having at least one prepared end comprising a rope eye, the rope extension system further comprising a rope connector , wherein the rope connector connects prepared ends of the at least two rope segments (150-1, 150-2), wherein the rope connector comprises at least two complementary parts (200-1, 200-2), wherein each of said parts (200-1, 200-2) is configured with a shaped recess having a shape compliant with the rope eye for receiving at least part of the rope eye of said prepared end of a respective one of said rope segments (150-1, 150-2), and wherein said parts (200-1, 200-2) are detachably mountable to each other to establish a firm connection there between that is strong enough to sustain the required tension capacity.
A component carrier , comprising: a core having a recess ; at least one electronic component arranged in the recess , wherein a vertical thickness (D) of the at least one electronic component is larger than a vertical thickness (d) of the core and a bottom main surface of the at least one electronic component is flush with a bottom main surface of the core ; an electrically insulating sheet covering at least part of a top main surface of the core , covering at least part of the at least one electronic component and filling a gap between a lateral surface of the at least one electronic component and a lateral surface of the core in the recess ; a further electrically insulating layer structure formed, in particular laminated, on top of the electrically insulating sheet , wherein no electrically conductive layer structures are formed in between the electrically insulating sheet and the further electrically insulating layer structure ; and another electrically insulating layer structure , in particular a further core of fully cured material, laminated on bottom of the core and on bottom of the at least one electronic component ; wherein the further electrically insulating layer structure and the other electrically insulating layer structure are made of the same material and have the same thickness, and the sheet and/or the further electrically insulating layer structure and/or the other electrically insulating layer structure have substantially the same coefficient of thermal expansion. a core having a recess ; at least one electronic component arranged in the recess , wherein a vertical thickness (D) of the at least one electronic component is larger than a vertical thickness (d) of the core and a bottom main surface of the at least one electronic component is flush with a bottom main surface of the core ; an electrically insulating sheet covering at least part of a top main surface of the core , covering at least part of the at least one electronic component and filling a gap between a lateral surface of the at least one electronic component and a lateral surface of the core in the recess ; a further electrically insulating layer structure formed, in particular laminated, on top of the electrically insulating sheet , wherein no electrically conductive layer structures are formed in between the electrically insulating sheet and the further electrically insulating layer structure ; and another electrically insulating layer structure , in particular a further core of fully cured material, laminated on bottom of the core and on bottom of the at least one electronic component ; wherein the further electrically insulating layer structure and the other electrically insulating layer structure are made of the same material and have the same thickness, and the sheet and/or the further electrically insulating layer structure and/or the other electrically insulating layer structure have substantially the same coefficient of thermal expansion.
A reciprocating compressor , comprising: a shell provided with a discharge pipe provided with a second insertion hole ; a cylinder provided inside the shell and having a compression chamber (C); a discharge hose configured to discharge refrigerant compressed in the compression chamber (C); a connector coupled to the discharge hose and the discharge pipe and provided with a first insertion hole into which the discharge hose is inserted, wherein at least a portion of the connector is inserted into the second insertion hole ; at least one cutout formed in the connector ; and a clamp inserted into the at least one cutout and configured to support the connector and the discharge pipe , characterized in that the connector includes: an upper step and a lower step defining the cutout and a penetration hole formed in at least a portion of the connector between the upper step and the lower step ; and in that the discharge pipe includes a clamp support located next to the penetration hole , and the clamp is located between the upper step and the lower step and configured to support the clamp support . a shell provided with a discharge pipe provided with a second insertion hole ; a cylinder provided inside the shell and having a compression chamber (C); a discharge hose configured to discharge refrigerant compressed in the compression chamber (C); a connector coupled to the discharge hose and the discharge pipe and provided with a first insertion hole into which the discharge hose is inserted, wherein at least a portion of the connector is inserted into the second insertion hole ; at least one cutout formed in the connector ; and a clamp inserted into the at least one cutout and configured to support the connector and the discharge pipe , an upper step and a lower step defining the cutout and a penetration hole formed in at least a portion of the connector between the upper step and the lower step ; and in that the discharge pipe includes a clamp support located next to the penetration hole , and the clamp is located between the upper step and the lower step and configured to support the clamp support .
A method of wireless communication in a synchronous network for a scheduling entity to communicate with a subordinate entity utilizing a plurality of subframes on a time division duplex, TDD, carrier, the method comprising: transmitting to the subordinate entity, in a first portion of a subframe , first control information ; receiving from the subordinate entity, in a second portion of the subframe , first data information corresponding to the first control information ; transmitting to the subordinate entity, in a third portion of the subframe , at least one of second control information or second data information , based on at least one of the first control information or the first data information ; and receiving from the subordinate entity, in a fourth portion of the subframe , third data information based on the second data information . transmitting to the subordinate entity, in a first portion of a subframe , first control information ; receiving from the subordinate entity, in a second portion of the subframe , first data information corresponding to the first control information ; transmitting to the subordinate entity, in a third portion of the subframe , at least one of second control information or second data information , based on at least one of the first control information or the first data information ; and receiving from the subordinate entity, in a fourth portion of the subframe , third data information based on the second data information .
Anhydrous composition comprising: a) at least particles encapsulating at least one beneficial agent, the particles being able to release the beneficial agent in the presence of water; b) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and/or at least one styling powder other than the particles encapsulating at least one beneficial agent; c) a propellant, characterized in that the particles encapsulating at least one beneficial agent comprise at least one material chosen from natural or modified starches; and that the encapsulated beneficial agent is a fragrancing substance. a) at least particles encapsulating at least one beneficial agent, the particles being able to release the beneficial agent in the presence of water; b) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and/or at least one styling powder other than the particles encapsulating at least one beneficial agent; c) a propellant,
A food container having a bilayer structure being an inner layer and an outer layer, wherein the inner layer is formed of a foamed layer and the outer layer is formed of a resin layer, wherein the foamed layer has an average cell size of 100 to 500 μm and is a foam sheet of a polyethylene terephthalate resin, wherein the resin layer is a coating layer of a resin having a repeating unit of Formula 1 below: In Formula 1, m and n represent mole fractions of repeating units, and range from 1 to 100, respectively. wherein the inner layer is formed of a foamed layer and the outer layer is formed of a resin layer, wherein the foamed layer has an average cell size of 100 to 500 μm and is a foam sheet of a polyethylene terephthalate resin, wherein the resin layer is a coating layer of a resin having a repeating unit of Formula 1 below: In Formula 1, m and n represent mole fractions of repeating units, and range from 1 to 100, respectively.
A power storage system, comprising: a power storage unit including a storage battery , a charging section configured to charge the storage battery , and a detection section; and an abnormality detection unit characterized in that : the detection section being configured to detect at least one status of the storage battery and the charging section by means of various sensors ; and the abnormality detection unit including an input section configured to acquire transmission information from the power storage unit via a transmission path , the transmission information including a plurality of detected status values, and an abnormality detection section configured to detect abnormality of the power storage unit by a multivariate analysis performed on the plurality of acquired status values. a power storage unit including a storage battery , a charging section configured to charge the storage battery , and a detection section; and a charging section configured to charge the storage battery , and a detection section; and an abnormality detection unit characterized in that : the detection section being configured to detect at least one status of the storage battery and the charging section by means of various sensors ; and the abnormality detection unit including an input section configured to acquire transmission information from the power storage unit via a transmission path , the transmission information including a plurality of detected status values, and an abnormality detection section configured to detect abnormality of the power storage unit by a multivariate analysis performed on the plurality of acquired status values. the detection section being configured to detect at least one status of the storage battery and the charging section by means of various sensors ; and the abnormality detection unit including an input section configured to acquire transmission information from the power storage unit via a transmission path , the transmission information including a plurality of detected status values, and an abnormality detection section configured to detect abnormality of the power storage unit by a multivariate analysis performed on the plurality of acquired status values. an input section configured to acquire transmission information from the power storage unit via a transmission path , the transmission information including a plurality of detected status values, and an abnormality detection section configured to detect abnormality of the power storage unit by a multivariate analysis performed on the plurality of acquired status values.
A process for preparing C 2 to C 5 olefins, comprising: introducing a feed stream comprising hydrogen and at least one carbon-containing component selected from the group consisting of CO and mixtures of CO and CO 2 into a reaction zone; contacting the feed stream with a hybrid catalyst in the reaction zone, wherein the hybrid catalyst comprises a methanol synthesis component and a solid microporous acid component that is selected from molecular sieves having 8-MR access and having a framework type selected from the group consisting of the following framework types CHA, AEI, AFX, ERI, LTA, UFI, RTH, and combinations thereof, the framework types corresponding to the naming convention of the International Zeolite Association, wherein the methanol synthesis component comprises a metal oxide support impregnated with a metal catalyst, wherein the metal oxide support comprises titania, zirconia, hafnia or mixtures thereof, and the metal catalyst comprises zinc; and forming a product stream that exits the reaction zone, wherein the product stream comprises C 2 to C 5 olefins.
A terminal material for connectors comprising a substrate made of copper or copper alloy, and a zinc layer made of zinc alloy and a tin layer made of tin alloy layered on the substrate in this order, wherein in the zinc layer and the tin layer , an adhesion amount of tin contained in a whole is not less than 0.5 mg/cm 2 and not more than 7.0 mg/cm 2 , an adhesion amount of zinc contained in the whole is not less than 0.07 mg/cm 2 and not more than 2.0 mg/cm 2 , and a zinc content percentage in a range of a depth of 0.3 μm from a surface of the tin layer is not less than 0.2% by mass and not more than 10% by mass, characterized in that at least one of the tin layer and the zinc layer contains one or more of manganese, molybdenum, cadmium and lead as an additive element and an adhesion amount thereof is not less than 0.01 mg/cm 2 and not more than 0.3 mg/cm 2 , wherein the adhesion amount refers to the whole of the zinc layer and the tin layer .
Stringed musical instrument comprising along the length of its neck an elongated structure formed by a collection of perpendicular lengths , connected to each other, which divide the fingerboard into fragments ; the elongated structure being manufactured in a single piece, having a length longer than the neck and reaching the body and/or head stock of the instrument; characterised in that: the fragments are independent fragments which are separable from each other and from the elongated structure.
A combination of a refill container and a packaging container , wherein: the refill container is provided with a pouring spout for pouring out contents stored in the refill container into the packaging container, the pouring spout comprising at least: a bonded part bonded to a pouch main body part constituting the refill container; a tubular part for pouring out the contents; a flange part jutting outward at a boundary portion between the bonded part and the tubular part; a channel for passing the contents from an inside to an outside of the refill container, wherein the channel is formed in an inside of the tubular part and the bonded part and is configured so that the contents can be poured through the channel to the outside; and a closing member for opening and closing the channel, the packaging container incudes a container main body and a pouring unit for pouring out contents stored in the container main body, the pouring unit includes a nozzle for pouring out the contents and a peripheral wall part surrounding the nozzle, and when the nozzle of the pouring unit is inserted into the channel of the pouring spout, both end portions of the flange part separated farthest in a horizontal direction jut slightly outward from an area facing the peripheral wall part. the refill container is provided with a pouring spout for pouring out contents stored in the refill container into the packaging container, the pouring spout comprising at least: a bonded part bonded to a pouch main body part constituting the refill container; a tubular part for pouring out the contents; a flange part jutting outward at a boundary portion between the bonded part and the tubular part; a channel for passing the contents from an inside to an outside of the refill container, wherein the channel is formed in an inside of the tubular part and the bonded part and is configured so that the contents can be poured through the channel to the outside; and a closing member for opening and closing the channel, a bonded part bonded to a pouch main body part constituting the refill container; a tubular part for pouring out the contents; a flange part jutting outward at a boundary portion between the bonded part and the tubular part; a channel for passing the contents from an inside to an outside of the refill container, wherein the channel is formed in an inside of the tubular part and the bonded part and is configured so that the contents can be poured through the channel to the outside; and a closing member for opening and closing the channel, the packaging container incudes a container main body and a pouring unit for pouring out contents stored in the container main body, the pouring unit includes a nozzle for pouring out the contents and a peripheral wall part surrounding the nozzle, and when the nozzle of the pouring unit is inserted into the channel of the pouring spout, both end portions of the flange part separated farthest in a horizontal direction jut slightly outward from an area facing the peripheral wall part.
Gantry crane system, having at least one crane girder that extends horizontally and can move on runways arranged at a distance in parallel to one another, which forms the bridge girder , on which a crane trolley with a hoist is movably supported, and a base framework, the gantry crane system having a modular design, the base frame consisting of the upright columns , which are formed from a double T-section with bores arranged in the opposing sides following a grid pattern, and a base plate arranged at the lower end with pushed-on universal heads , consisting of a receiving plate and two opposing rectangularly installed side plates with elongated holes and designed to be displaced on the upright columns for the purpose of adjusting the tracks and cross beams , and with counterweights provided at the ends of the upright columns facing the ground, the tracks and the cross beams , and which can be connected to one another by means of screw connections.
A method of controlling the speed of a direct current electric powered pump using pulse width modulation of the voltage applied to the pump, characterised in that the speed of the pump is increased by increasing the ratio of the pulse width to the time period of one cycle of the pulse width modulation to a target ratio over a time interval (t) that is not dependent on the target ratio.
A rivet setting machine comprising: a rivet ; a nosepiece ; a feeder operably supplying the rivet to the nosepiece; a punch linearly moving from a retracted position to an advanced position through the nosepiece ; a linear displacement sensor positioned adjacent to the nosepiece directly sensing the location of the punch relative to the nosepiece during setting of the rivet , characterised in that : the linear displacement sensor further comprises a longitudinally elongated magnetic scale component and a magnetic length sensor component , the magnetic scale component being mounted to the punch and moving relative to the magnetic length sensor , which is mounted to the nosepiece , when the punch moves relative to the nosepiece ; and a programmable controller controls actuation of the punch when the punch moves relative to the nosepiece , the magnetic length sensor component detecting a magnetic radiant field and sending a position signal to the programmable controller . a rivet ; a nosepiece ; a feeder operably supplying the rivet to the nosepiece; a punch linearly moving from a retracted position to an advanced position through the nosepiece ; a linear displacement sensor positioned adjacent to the nosepiece directly sensing the location of the punch relative to the nosepiece during setting of the rivet , characterised in that : the linear displacement sensor further comprises a longitudinally elongated magnetic scale component and a magnetic length sensor component , the magnetic scale component being mounted to the punch and moving relative to the magnetic length sensor , which is mounted to the nosepiece , when the punch moves relative to the nosepiece ; and a programmable controller controls actuation of the punch when the punch moves relative to the nosepiece , the magnetic length sensor component detecting a magnetic radiant field and sending a position signal to the programmable controller .