mhurhangee/ep-ind-claims huggingface dataset:
Rigid propulsion wing for a travelling vehicle, comprising at least one first section and one second section, a first end, formed by one of the ends of said first section, and a second end, formed by one of the ends of said second section, said ends (6, 7) each comprising attachment means for reversibly connecting to said travelling vehicle, said first section and said second section being movable with respect to each other by means of articulating means such that said propulsion wing assumes, and moves from, at least a first deployed position to a second deployed position, and vice versa, in which deployed positions said first section and said second section are arranged, substantially vertically, in the extension of one another, and in which said first end, or respectively said second end, are reversibly connected to said travelling vehicle by means of the attachment means thereof.
A method of producing nanocement comprising formation on Portland cement grains of continuous nanoshells capsules of 20-100 nm in thickness made of sodium naphthalenesulfonate structured by calcium cations, the method comprising a mechanochemical activation of dispersed grains of portland cement and their nano-encapsulation in the presence of polymer modifier, containing at least 60% by weight of sodium naphthalenesulfonate, a mineral siliceous additive containing at least 30 % by weight SiO 2 and gypsum stone, wherein the mechanochemical activation of portland cement is realized by a single grinding of the material to a specific surface area of 300-900 m 2 /kg and is carried out in a ball mill with the following ratio of initial components, % by weight: Portland cement or portland cement clinker 30.0-90.0 Gypsum stone 0.3-6.0 Specified polymeric modifier 0.6-2.0 Specified siliceous additive the rest.
A chip evacuator tool comprising: a circular body including at least one aperture (32, 34) extending through the circular body; and a first hook member extending from the circular body, wherein the first hook member includes a first arcuate surface and a second arcuate surface that converge at a first tip, and a first upper surface and a first lower surface; characterized in that: the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body. a circular body including at least one aperture (32, 34) extending through the circular body; and a first hook member extending from the circular body, wherein the first hook member includes a first arcuate surface and a second arcuate surface that converge at a first tip, and a first upper surface and a first lower surface; characterized in that: the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body. the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body.
Tyre for wheels of vehicles, comprising a belt structure comprising a radially outer circumferential belt layer of the belt structure comprising a plurality of hybrid reinforcement cords arranged according to a substantially zero angle with respect to the equatorial plane (X-X) of the tyre, each of said hybrid reinforcement cords being formed by two aromatic polyamide fibre yarns and by a polyester and/or aliphatic polyamide fibre yarn; characterised in that each of the aromatic polyamide fibre yarns has a linear density comprised between 1250 dTex and 1380 dTex and an initial modulus equal to or greater than 6000 cN/Tex and equal to or less than 8200 cN/Tex measured in accordance with the BISFA standard - Testing methods for para-aramid fibre yarns, 2002 edition.
Dry dock for building and/or dismantling a naval structure, comprising a substantially horizontal floor that is located below a predetermined top level, dock side walls (3, 4, 5) extending from the floor to the top level, a closable access being provided in a said side wall for moving a naval structure into the dock, wherein at least two of the side walls (3, 4, 5) are at least partly slanted, having: - a gentle slope; and - a water-impervious layer, particularly a ground water barrier layer; wherein a slanted upper surface of each at least partly slanted side wall includes an angle (θ) with a horizontal plane that is smaller than about 45 degrees, particularly smaller than about 30 degrees; wherein the at least partly slanted side wall at least includes one first stabilizing layer extending below the water-impervious layer; and wherein the at least partly slanted side wall at least includes one second stabilizing layer extending above the water-impervious layer. - a gentle slope; and - a water-impervious layer, particularly a ground water barrier layer;
A vehicle comprising front seats and rear seats, - the rear seats having one or more seat cushions and a backrest; - the backrest being foldable between an erected, seating position and a folded, sleeping position; characterised in that - the backrest comprises at least one inflatable cushion integrated at a rear side of the backrest for forming an airbed; - the at least one inflatable cushion having at least one valve for allowing the at least one cushion to be inflated and/or deflated. - the rear seats having one or more seat cushions and a backrest; - the backrest being foldable between an erected, seating position and a folded, sleeping position; characterised in that - the backrest comprises at least one inflatable cushion integrated at a rear side of the backrest for forming an airbed; - the at least one inflatable cushion having at least one valve for allowing the at least one cushion to be inflated and/or deflated.
A collected living tissue cryopreserving appliance for cryopreserving a collected living tissue piece in a sealed state, said collected living tissue cryopreserving appliance comprising a tissue piece holder capable of holding said living tissue piece and a resin-made accommodating bag which is capable of accommodating said tissue piece holder therein, sealable by being heat-sealed after accommodating said tissue piece holder therein, and resistant to liquid nitrogen, wherein said tissue piece holder comprises a plate-shaped body part composed of a thermally conductive plate-shaped lower member and a plate-shaped upper member fixed to an upper surface of said thermally conductive plate-shaped lower member and a covering sheet held by said plate-shaped body part; said tissue piece holder has a tissue piece placing part formed of a cut-out part provided on said plate-shaped upper member and a part, of said upper surface of said thermally conductive plate-shaped lower member, which is disposed at said cut-out part; and said covering sheet is capable of entirely covering said tissue piece placing part and a peripheral portion of said tissue piece placing part.
A fluid remover for use in a surgical access device, comprising: a sorbent member (48, 414) having opposed proximal and distal surfaces and opposed inner and outer sidewalls extending between the proximal and distal surfaces such that the sorbent member (48, 414) has a polygonal cross-sectional shape, the proximal surface being substantially planar, and the inner and outer sidewalls having a radius of curvature, the inner sidewall defining a central opening extending through the sorbent member (48, 414), and the sorbent member (48, 414) including a gap formed therein such that the sorbent (48, 414) is C-shaped, wherein the sorbent member (48, 414) is formed from a plurality of fibers that are configured to sorb fluid.
A method of assembling a wing comprising: providing a first wing component (34, 36) having a first plurality of coordination features disposed in predetermined positions along said first wing component (34, 36); supporting said first wing component (34, 36) in a generally horizontal position at a first workstation; providing a second wing component having a second plurality of coordination features disposed in predetermined positions; accurately fastening said second wing component relative to said first wing component (34, 36) at said first workstation such that at least some of said first plurality of coordination features cooperate with at least some of said second plurality of coordination features to define an assembly; moving said assembly on a transport vehicle from said first workstation to a second workstation, wherein the transport vehicle is an automated ground vehicle, said second workstation being separate from said first workstation; providing a third wing component having a third plurality of coordination features disposed in predetermined positions; accurately fastening said third wing component relative to said assembly at said second workstation such that at least some of said third plurality of coordination features cooperate with at least some of said first or second plurality of coordination features to define an assembly. providing a first wing component (34, 36) having a first plurality of coordination features disposed in predetermined positions along said first wing component (34, 36); supporting said first wing component (34, 36) in a generally horizontal position at a first workstation; providing a second wing component having a second plurality of coordination features disposed in predetermined positions; accurately fastening said second wing component relative to said first wing component (34, 36) at said first workstation such that at least some of said first plurality of coordination features cooperate with at least some of said second plurality of coordination features to define an assembly; moving said assembly on a transport vehicle from said first workstation to a second workstation, wherein the transport vehicle is an automated ground vehicle, said second workstation being separate from said first workstation; providing a third wing component having a third plurality of coordination features disposed in predetermined positions; accurately fastening said third wing component relative to said assembly at said second workstation such that at least some of said third plurality of coordination features cooperate with at least some of said first or second plurality of coordination features to define an assembly.
Device for the thermal conditioning of a fluid for a motor vehicle, comprising at least one thermal module comprising a heating tube inside which a fluid that is to be heated up or cooled down may flow from one end to the other end, characterized in that it comprises a mobile element with radial blades able to be rotationally driven, the said mobile element with radial blades extending at least partially between the two ends of the heating tube.
Lid assembly for a spout of a package being filled with a pourable product; the lid assembly comprises at least: - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring; wherein the lid is controllable in a closed configuration in which the lid is configured to cover the pouring outlet and in an open configuration in which the lid is configured to open the pouring outlet; wherein the lid is in an initial state in which the lid is in the closed configuration and prior to any control of the lid from the closed configuration to the open configuration and a used state in which the lid has been controlled at least once from the closed configuration to the open configuration; wherein the lid assembly comprises a tamper-evidence unit associated to the coupling ring and the lid; wherein the tamper-evidence unit comprises a tamper-evidence element fixedly connected to one of the coupling ring and the lid and a housing seat associated to the other one of the coupling ring and the lid; wherein at least a portion of the tamper-evidence element is arranged in the housing seat with the lid being in the initial state; and wherein the tamper-evidence element is detached from the housing seat with the lid being in the used state, characterized in that the tamper-evidence element is deflectable. the lid assembly comprises at least: - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring; - a coupling ring arrangeable around a portion of the spout; - a lid configured to selectively close and open a pouring outlet of the spout; and - a connecting unit connecting the lid to the coupling ring; wherein the lid is controllable in a closed configuration in which the lid is configured to cover the pouring outlet and in an open configuration in which the lid is configured to open the pouring outlet; wherein the lid is in an initial state in which the lid is in the closed configuration and prior to any control of the lid from the closed configuration to the open configuration and a used state in which the lid has been controlled at least once from the closed configuration to the open configuration; wherein the lid assembly comprises a tamper-evidence unit associated to the coupling ring and the lid; wherein the tamper-evidence unit comprises a tamper-evidence element fixedly connected to one of the coupling ring and the lid and a housing seat associated to the other one of the coupling ring and the lid; wherein at least a portion of the tamper-evidence element is arranged in the housing seat with the lid being in the initial state; and wherein the tamper-evidence element is detached from the housing seat with the lid being in the used state, characterized in that the tamper-evidence element is deflectable.
Process for preparing a hot mix with a reduced content of hydrocarbon binder, said mix comprising a specified amount of a hydrocarbon binder and a granular mixture comprising at least fine elements such as fines and coarse aggregates such as gravels, grits and/or sands, said process comprising at least the following successive steps: - first, incorporating into the whole granular mixture only a first part of the hydrocarbon binder specified amount in a mixer, - wet mixing to form a mastic, - second, incorporating the remaining amount of hydrocarbon binder, - mixing, characterized in that the first part of the incorporated hydrocarbon binder amount, by weight based on the total weight of the specified amount of hydrocarbon binder, is between 30% and 70%. - first, incorporating into the whole granular mixture only a first part of the hydrocarbon binder specified amount in a mixer, - wet mixing to form a mastic, - second, incorporating the remaining amount of hydrocarbon binder, - mixing, characterized in that the first part of the incorporated hydrocarbon binder amount, by weight based on the total weight of the specified amount of hydrocarbon binder, is between 30% and 70%.
A hard panned coating having a plurality of coating layers, the plurality of coating layers comprising: a) a first coating layer comprising a sugar and a food-grade calcium carbonate, and b) a second coating layer comprising a sugar and a natural blue anthocyanin-containing colorant; wherein none of the plurality of coating layers contains both a natural blue anthocyanin-containing colorant and a food-grade calcium carbonate. a) a first coating layer comprising a sugar and a food-grade calcium carbonate, and b) a second coating layer comprising a sugar and a natural blue anthocyanin-containing colorant;
A solar cell module comprising: a plate body made of glass and having a macroscopically flat surface; and a photoelectric conversion unit, the solar cell module generating electricity in the photoelectric conversion unit by making light incident from the plate body to the photoelectric conversion unit, wherein the surface of the plate body is microscopically roughened to include lateral cracks having a component parallel to the macroscopically flat surface of the plate body, an antireflection film is laminated on the surface of the plate body, and a part of a substance for forming the antireflection film penetrates into the lateral cracks, characterized in that at least one of the lateral cracks having the substance in a space thereof is filled with the substance over the whole region of the inside of said at least one of the lateral cracks in a thickness direction of the plate body. a plate body made of glass and having a macroscopically flat surface; and a photoelectric conversion unit, the solar cell module generating electricity in the photoelectric conversion unit by making light incident from the plate body to the photoelectric conversion unit, wherein the surface of the plate body is microscopically roughened to include lateral cracks having a component parallel to the macroscopically flat surface of the plate body, an antireflection film is laminated on the surface of the plate body, and a part of a substance for forming the antireflection film penetrates into the lateral cracks, characterized in that at least one of the lateral cracks having the substance in a space thereof is filled with the substance over the whole region of the inside of said at least one of the lateral cracks in a thickness direction of the plate body.
A multi-layer electrochromic device comprising a first substrate and an anodic electrochromic layer comprising a lithium nickel oxide composition on a first substrate, the anodic electrochromic layer comprising lithium, nickel, and characterized in that the anodic electrochromic layer further comprises at least one of niobium and tantalum, wherein (i) the atomic ratio of lithium to the combined amount of nickel and the at least one of niobium and tantalum in the anodic electrochromic layer is at least 0.4:1; (ii) the atomic ratio of the amount of the at least one of niobium and tantalum to the combined amount of nickel and the at least one of niobium and tantalum in the electrochromic layer is at least about 0.025:1, and (iii) the anodic electrochromic layer exhibits a largest interplanar distance of at least 2.5 Å as measured by X-ray diffraction, XRD. (i) the atomic ratio of lithium to the combined amount of nickel and the at least one of niobium and tantalum in the anodic electrochromic layer is at least 0.4:1; (ii) the atomic ratio of the amount of the at least one of niobium and tantalum to the combined amount of nickel and the at least one of niobium and tantalum in the electrochromic layer is at least about 0.025:1, and (iii) the anodic electrochromic layer exhibits a largest interplanar distance of at least 2.5 Å as measured by X-ray diffraction, XRD.
An electromagnetic pen, comprising: a pen core; a housing; and a pen body located in the housing, wherein the housing comprises a front housing and a rear housing, the pen body comprises a first iron core and an iron core holder, the iron core holder is provided with a pen core clamp link, a second iron core, and a third iron core, coils are wound outside the first iron core and the second iron core, the first iron core is close to a pen tip of the pen core, the pen core is configured to pass through a center of the first iron core, and then is clamped by one end of the pen core clamp link, and the other end of the pen core clamp link is configured to pass through a center of the second iron core, and then drive the third iron core to move; and a PCBA circuit board is disposed in the rear housing, and an elastic structure is disposed between the PCBA circuit board and the iron core holder, the elastic structure plays a role of buffering, which prevents the PCBA circuit board and the iron core holder from being damaged due to mechanical shock or wear; and the elastic structure adopts a silicone ring. a pen core; a housing; and a pen body located in the housing, wherein the housing comprises a front housing and a rear housing, the pen body comprises a first iron core and an iron core holder, the iron core holder is provided with a pen core clamp link, a second iron core, and a third iron core, coils are wound outside the first iron core and the second iron core, the first iron core is close to a pen tip of the pen core, the pen core is configured to pass through a center of the first iron core, and then is clamped by one end of the pen core clamp link, and the other end of the pen core clamp link is configured to pass through a center of the second iron core, and then drive the third iron core to move; and a PCBA circuit board is disposed in the rear housing, and an elastic structure is disposed between the PCBA circuit board and the iron core holder, the elastic structure plays a role of buffering, which prevents the PCBA circuit board and the iron core holder from being damaged due to mechanical shock or wear; and the elastic structure adopts a silicone ring.
A continuous perfusion mammalian cell culture process, comprising: (a) monitoring pH in a mammalian cell culture in a continuous perfusion bioreactor with a pH sensor; (b) delivering fresh medium to the continuous perfusion bioreactor and removing permeate when the pH is above a predetermined value; and (c) deactivating the medium delivery and the permeate removal when the pH is below the predetermined value, wherein the fresh medium comprises L-lactate. (a) monitoring pH in a mammalian cell culture in a continuous perfusion bioreactor with a pH sensor; (b) delivering fresh medium to the continuous perfusion bioreactor and removing permeate when the pH is above a predetermined value; and (c) deactivating the medium delivery and the permeate removal when the pH is below the predetermined value,