mhurhangee/ep-ind-claims huggingface dataset:
A drawbar for handling waste containers including a housing adapted for coupling to a waste collection vehicle and an attachment means for coupling to an element of a mechanism for operating the waste container doors, on which said attachment means comprise: at least one assembly provided with two coupling members that move linearly and axially by means of a piston unit, one of the coupling members being attached to the piston of the piston unit and the other, opposite coupling member attached to the liner of the piston unit, wherein each coupling member has a grooved portion into which the element of the mechanism associated with the container is inserted, characterised in that, each coupling member includes retaining means that actuate by automated and mechanical means when the element of the mechanism associated with the container is placed in the grooved portion, wherein said retaining means comprise a locking cam that pivots on one point of the coupling member and a ratchet associated with the locking cam, said ratchet actuating by the rotation action of the locking cam on contact with the element of the mechanism associated with the container, such that in a first operating condition the movement of the locking cam is locked and in a second operating condition the locking cam pivots freely. at least one assembly provided with two coupling members that move linearly and axially by means of a piston unit, one of the coupling members being attached to the piston of the piston unit and the other, opposite coupling member attached to the liner of the piston unit, wherein each coupling member has a grooved portion into which the element of the mechanism associated with the container is inserted, characterised in that, each coupling member includes retaining means that actuate by automated and mechanical means when the element of the mechanism associated with the container is placed in the grooved portion, wherein said retaining means comprise a locking cam that pivots on one point of the coupling member and a ratchet associated with the locking cam, said ratchet actuating by the rotation action of the locking cam on contact with the element of the mechanism associated with the container, such that in a first operating condition the movement of the locking cam is locked and in a second operating condition the locking cam pivots freely.
Device for transporting containers or multi-packs, comprising - an endlessly circulating transport element, - a drive unit for driving the circulating transport element, - a control unit for controlling the drive unit, - at least one stationary sensor for sensing at least one position mark of the transport element, wherein - the drive unit comprises a rotational angle detector, and wherein a second endlessly circulating transport element is provided, wherein the control unit of the first transport element is configured such as to communicate with a control unit of the second transport element, or to receive data from a rotation angle detector and/or from a sensor of the second transport element, in order to synchronise the speeds of both transport elements, characterised in that the control unit is connected to the rotational angle detector as well as to the sensor in such a way that, by means of the data from the rotational angle detector and from the sensor, the drive unit can be controlled, and/or elongation of the transport element can be calculated. - an endlessly circulating transport element, - a drive unit for driving the circulating transport element, - a control unit for controlling the drive unit, - at least one stationary sensor for sensing at least one position mark of the transport element, - the drive unit comprises a rotational angle detector, and wherein a second endlessly circulating transport element is provided, wherein the control unit of the first transport element is configured such as to communicate with a control unit of the second transport element, or to receive data from a rotation angle detector and/or from a sensor of the second transport element, in order to synchronise the speeds of both transport elements, characterised in that the control unit is connected to the rotational angle detector as well as to the sensor in such a way that, by means of the data from the rotational angle detector and from the sensor, the drive unit can be controlled, and/or elongation of the transport element can be calculated.
A process for forming wood fibre for the manufacture of fibreboards comprising breaking down acetylated wood to produce acetylated wood fibre having a moisture content from 5 % w/w to 8.5% w/w after it is comminuted to form wood fibre, wherein the moisture content of the acetylated wood is adjusted by adding moisture in more than one processing step, wherein the process comprises a first moisture-introducing step for increasing the moisture content of the acetylated wood elements; and a second moisture-introducing step, separate to the first, for increasing the moisture content of the acetylated wood elements, wherein the first moisture-introducing step comprises introducing water, and introducing steam at a temperature in the range of 160 °C to 190 °C in order to heat the acetylated wood, wherein the second moisture-introducing step comprises introducing steam at a temperature in the range of 170 °C to 210 °C in order to heat the acetylated wood,
A device for linking separate members of a dowel cradle, comprising: a bar; and at least two couplings (13, 14), located on the bar, the at least two couplings (13, 14) are mutually spaced by a length of the bar, and the length of the bar includes a frangible portion which is configured to break under tension, applied in a longitudinal direction of the bar, characterized in that each of said couplings (13, 14) is in the form of a clipping component, and the bar and the couplings together have a one-piece form and being made of plastic. a bar; and at least two couplings (13, 14), located on the bar, the at least two couplings (13, 14) are mutually spaced by a length of the bar, and the length of the bar includes a frangible portion which is configured to break under tension, applied in a longitudinal direction of the bar, characterized in that each of said couplings (13, 14) is in the form of a clipping component, and the bar and the couplings together have a one-piece form and being made of plastic.
A roller, suitable for use in an apparatus for processing ribbon-like material, comprising a body rotatable around a rotation axis (Ω) having a plurality of straight sections (Ω 1, Ω 2), said rotatable body being configured to assume an operating configuration wherein at least two straight sections (Ω 1, Ω 2) of said plurality are incident to each other, characterised in that the roller is further comprising a plurality of discoid elements arranged coaxially along the rotatable body, each discoid element of said plurality being spaced from an adjacent discoid element and integral with a rotation of the rotatable body.
Method for monitoring a data transmission between a first and second component (2, 3), wherein, through a change of a position and/or an orientation of the first component with regard to the second component, one or more transmit facility (4 - 7) or transmit facilities (4 - 7) attached at fixed positions to the first component are each moved with regard to at least two receive facilities (8 - 12) attached at a fixed position to the second component, characterised in that, on fulfilment of an error condition (21 - 25) for the respective receive facility (8 - 12), a respective error is registered and/or the operation of an apparatus comprising the first and second component (2, 3) is modified, wherein the fulfilment of the error condition (21 - 25) for the respective receive facility (8 - 12) depends on both location information determined, relating to the position and/or orientation of the first component with regard to the second component and also on a measure for a receive quality of the signals and/or data packets (36 - 38) received from the transmit facility (4 - 7) or from at least one of the transmit facilities (4 - 7).
A beverage making device for preparing a beverage suitable for human consumption, the beverage being espresso coffee or any other coffee with a fine-bubble top cream layer, comprising: a beverage unit for supplying said beverage; at least one nozzle in fluid communication with the beverage unit; a dispensing spout provided with a cavity with a bottom wall and side walls (27, 29; 31); a central beverage collecting area in a bottom of the cavity of the dispensing spout, arranged so that the beverage exiting the nozzle flows in said central beverage collecting area at the bottom of said cavity; at least two beverage dispensing apertures in said bottom wall, at opposite sides of said central beverage collecting area; for each beverage dispensing aperture, a bubble-squeezing member (47A, 47B, 49) arranged between said central beverage collecting area and the respective beverage dispensing aperture, so that the beverage flows from said central beverage collecting area through said bubble squeezing members (47A, 47B, 49) and towards the respective beverage dispensing aperture; wherein said squeezing member forms a restricted flow passage (51; 53; 49) for said beverage, between the central beverage collecting area and the beverage dispensing aperture, and said bubble squeezing member comprises at least one projection (47A, 47B) extending from said bottom wall and from one side wall (29; 27) towards the opposite side wall (27; 29), and ending with a distal edge (48A, 48B) facing the opposite side wall (27; 29), said restricted passage (51, 53) for the beverage flow being formed between the respective edge (48A, 48B) and the opposite side wall (27, 29). a beverage unit for supplying said beverage; at least one nozzle in fluid communication with the beverage unit; a dispensing spout provided with a cavity with a bottom wall and side walls (27, 29; 31); a central beverage collecting area in a bottom of the cavity of the dispensing spout, arranged so that the beverage exiting the nozzle flows in said central beverage collecting area at the bottom of said cavity; at least two beverage dispensing apertures in said bottom wall, at opposite sides of said central beverage collecting area; for each beverage dispensing aperture, a bubble-squeezing member (47A, 47B, 49) arranged between said central beverage collecting area and the respective beverage dispensing aperture, so that the beverage flows from said central beverage collecting area through said bubble squeezing members (47A, 47B, 49) and towards the respective beverage dispensing aperture; wherein said squeezing member forms a restricted flow passage (51; 53; 49) for said beverage, between the central beverage collecting area and the beverage dispensing aperture, and said bubble squeezing member comprises at least one projection (47A, 47B) extending from said bottom wall and from one side wall (29; 27) towards the opposite side wall (27; 29), and ending with a distal edge (48A, 48B) facing the opposite side wall (27; 29), said restricted passage (51, 53) for the beverage flow being formed between the respective edge (48A, 48B) and the opposite side wall (27, 29).
An acoustic sensor, comprising: a substrate; a counter electrode plate that is fixed on the substrate and is provided with a plurality of acoustic perforations; a vibrating electrode plate that is provided between the substrate and the counter electrode plate with an air gap being provided from the counter electrode plate, the vibrating electrode plate being adapted to sense a sound pressure which reaches the vibrating electrode plate through the plurality of acoustic perforations in the counter electrode plate, characterized in that the plurality of acoustic perforations include a plurality of first acoustic perforations and a second acoustic perforation having an opening area larger than that of the first acoustic perforations, and the second acoustic perforation in the counter electrode plate is disposed in a region facing a central portion of a movable portion of the vibrating electrode plate. a substrate; a counter electrode plate that is fixed on the substrate and is provided with a plurality of acoustic perforations; a vibrating electrode plate that is provided between the substrate and the counter electrode plate with an air gap being provided from the counter electrode plate, the vibrating electrode plate being adapted to sense a sound pressure which reaches the vibrating electrode plate through the plurality of acoustic perforations in the counter electrode plate, characterized in that the plurality of acoustic perforations include a plurality of first acoustic perforations and a second acoustic perforation having an opening area larger than that of the first acoustic perforations, and the second acoustic perforation in the counter electrode plate is disposed in a region facing a central portion of a movable portion of the vibrating electrode plate.
Apparatus for treating plastic preforms, having a reservoir which is suitable and intended for receiving a plurality of plastic preforms, having at least one first transport device which transports the plastic preforms out of the reservoir, and having a sorting device which is arranged downstream of the first transport device in a transport direction of the plastic preforms, and having at least one further transport device which is arranged upstream of the sorting device in the transport direction wherein the apparatus having an inspection device for inspecting the transported plastic preforms, characterized in that the inspection device is arranged between the reservoir and the sorting device.
An apparatus for receiving a material web traveling at a first speed in a receiving zone, forming discrete parts from the material web, and applying the discrete parts onto a carrier traveling at a second speed through an application zone, the apparatus comprising: a cutting device for severing the material web to form the discrete parts; at least two independent programmable motors; at least two shells for receiving the discrete parts in the receiving zone and applying the discrete parts in the application zone, at least one of said shells being coupled to one of the programmable motors for moving said shell in an orbital path, characterized in that said programmable motors and said shells are aligned in relation to a common axis, wherein said programmable motors maintain said shells at first surface speeds in the receiving zone as said shells pick up the discrete parts and maintain said shells at second surface speeds in the application zone as said shells apply the discrete parts to the carrier; and a roll positioned interior to said shells, wherein the cutting device severs the material web between said shells and against said roll. a cutting device for severing the material web to form the discrete parts; at least two independent programmable motors; at least two shells for receiving the discrete parts in the receiving zone and applying the discrete parts in the application zone, at least one of said shells being coupled to one of the programmable motors for moving said shell in an orbital path,
A transparent conductor comprising: a graphene layer, and characterised by a permanent dipole layer on the graphene layer configured to electrostatically dope the graphene layer, the permanent dipole layer being formed from a material comprising polar molecules or ions, the dipoles of the material being aligned such that the permanent dipole layer is polarised, wherein the permanent dipole layer maintains its dipole orientations without any applied electric field. a graphene layer, and characterised by a permanent dipole layer on the graphene layer configured to electrostatically dope the graphene layer, the permanent dipole layer being formed from a material comprising polar molecules or ions, the dipoles of the material being aligned such that the permanent dipole layer is polarised, wherein the permanent dipole layer maintains its dipole orientations without any applied electric field.
An in vitro method of detecting the presence of a nucleic acid comprising a target sequence in a sample comprising the following steps: a) Using a sample potentially comprising a nucleic acid comprising T, wherein T is flanked by a sequence hybridizing to a forward primer and a sequence hybridizing to a reverse primer; b) Transferring said sample into a vial V1; c) Providing a plasmid comprising a control sequence 1, wherein S1 is flanked by a sequence hybridizing to FOR and a sequence hybridizing to REV, wherein T and S1 are not identical; d) Transferring said plasmid of step c) into a vial V2; e) Providing a plasmid comprising a control sequence 2, wherein S2 is flanked by a sequence hybridizing to FOR and a sequence hybridizing to REV, wherein T, S1 and S2 are not identical; f) Transferring said plasmid of step e) into said vials; g) Extracting nucleic acids in said vials; h) Conducting PCR reactions in said vials using the primers FOR and REV; i) Sequencing the nucleic acids amplified in said vials; wherein the presence of T in vial V1 indicates the presence of said nucleic acid comprising T in said sample if the sequencing in vial V2 resulted in the presence of S1 and S2, and if the sequencing in vial V1 resulted in the presence of T and S2. a) Using a sample potentially comprising a nucleic acid comprising T, wherein T is flanked by a sequence hybridizing to a forward primer and a sequence hybridizing to a reverse primer; b) Transferring said sample into a vial V1; c) Providing a plasmid comprising a control sequence 1, wherein S1 is flanked by a sequence hybridizing to FOR and a sequence hybridizing to REV, wherein T and S1 are not identical; d) Transferring said plasmid of step c) into a vial V2; e) Providing a plasmid comprising a control sequence 2, wherein S2 is flanked by a sequence hybridizing to FOR and a sequence hybridizing to REV, wherein T, S1 and S2 are not identical; f) Transferring said plasmid of step e) into said vials; g) Extracting nucleic acids in said vials; h) Conducting PCR reactions in said vials using the primers FOR and REV; i) Sequencing the nucleic acids amplified in said vials;
Swing-arm assembly for an awning, comprising an arm and an arm support intended to be fastened to a fixed structure, comprising an axial articulation between the arm support and the arm that makes it possible to pivot the arm with respect to the arm support between a folded position and a deployed position, the arm being provided with a profiled arm element, an articulation end and an end for joining to an awning extension bar, the axial articulation being provided with a convex cylindrical surface, the assembly comprising an element for urging the arm towards the deployed position, the urging element being provided with a first end for fastening to the joining end, a cable segment wound around the convex cylindrical surface, a second fastening end intended to be fixed with respect to the arm support, a spring arranged between the first fastening end and the cable segment, characterized in that it comprises an adjustable-length segment between the first end for fastening to the joining end and the spring, and in that the articulation end comprises a hollow cylindrical body of axis coincident with the articulation axis and an extension for fitting in the profiled arm element perpendicular to the articulation axis, the assembly comprising a ring provided on its external surface of the convex cylindrical surface and an anchor for the fastening end of the urging element, the ring being partially arranged, on one of its sides, in the hollow cylindrical body for anchoring the articulation end, the ring being provided, on the other of its sides, with protrusions, the arm support comprising a cylindrical body provided with recesses with complementary shapes to the protrusions, such that the engagement of the protrusions and the recesses blocks the rotation of the ring.
Assembly of seats for a railway vehicle, comprising a cover which partially covers a bogie box, said cover forming seat bases (18, 20) of two seats (22, 24) arranged in opposite directions, wherein each seat (22, 24) comprises a back (26, 32) comprising an upper portion (30, 34) formed by a respective panel attached to the cover, characterised in that the back of at least one of the seats comprises a lower portion extending as a continuation of the upper portion, said lower portion being formed by the cover.
A system comprising a rotor blade or a rotor blade segment for a wind turbine, a rotor hub and at least one cable for assembling the rotor blade or the rotor blade segment at the rotor hub, wherein • the at least one cable has a section redirected in an U-shaped manner, a first end and a second end, • the section of the cable redirected in an U-shaped manner is arranged inside the rotor blade or the rotor blade segment, • the first end of the at least one cable is anchored in the rotor blade or in the rotor blade segment or in or on the rotor hub, and • the second end of the at least one cable is anchored in the rotor blade or in the rotor blade segment or in or to the rotor hub. • the at least one cable has a section redirected in an U-shaped manner, a first end and a second end, • the section of the cable redirected in an U-shaped manner is arranged inside the rotor blade or the rotor blade segment, • the first end of the at least one cable is anchored in the rotor blade or in the rotor blade segment or in or on the rotor hub, and • the second end of the at least one cable is anchored in the rotor blade or in the rotor blade segment or in or to the rotor hub.
A method of selecting a semi-finished ophthalmic lens according to a given spectacle frame comprising the steps of: • providing the spectacle frame front face base data • providing a list of semi-finished ophthalmic lenses with a plurality of front face bases, • selecting from the list of semi-finished ophthalmic lenses the semi-finished ophthalmic lens whose front face base is the closest to the front face base of the spectacle frame. • providing the spectacle frame front face base data • providing a list of semi-finished ophthalmic lenses with a plurality of front face bases, • selecting from the list of semi-finished ophthalmic lenses the semi-finished ophthalmic lens whose front face base is the closest to the front face base of the spectacle frame.
An anti-reflective film comprising: a hard coating layer; and a low refractive index layer, wherein a particle-mixed layer containing both hollow inorganic nanoparticles and solid inorganic nanoparticles and having a thickness of 1.5 nm to 22 nm exists in the low refractive index layer, and wherein the anti-reflective film has an absolute value of b* value in a CIE Lab color space of 4 or less. a hard coating layer; and a low refractive index layer, wherein a particle-mixed layer containing both hollow inorganic nanoparticles and solid inorganic nanoparticles and having a thickness of 1.5 nm to 22 nm exists in the low refractive index layer, and wherein the anti-reflective film has an absolute value of b* value in a CIE Lab color space of 4 or less.
A tyre pressure regulating device for a vehicle having a body-side valve assembly and at least one wheel-side valve assembly which are in communication with each other by way of at least one transition chamber (26, 46) defined by first and second flanges (24, 25) rotatable relative to each other and at least one seal (20, 21) which is disposed in a groove (18, 19) in the first flange and which can be urged against the second flange, characterised in that a cavity defined by the groove (18, 19) and the rear side of the seal (20, 21), that faces away from the second flange, communicates with the transition chamber (26, 46).