mhurhangee/ep-ind-claims huggingface dataset:
Application device applicable for positioning an absorptive matrix -element within a cavity of a human or animal body, the application device comprising: - a storage and release tube having a distal end and a proximal end, the tube is configured to store and release an AM-element; - the AM-element being stored within an inner space of the tube; - a release element being slidably supported with respect to the tube along a longitudinal axis of the tube, the release element is configured to release the AM-element from the tube; - at least one deflection means arranged at the distal end of the tube, the deflection means is capable to bend the AM-element away from the longitudinal axis of the tube when the AM-element is released from the tube, characterized in that the AM-element is not attached to any of the tube, the release element and the deflection means. - a storage and release tube having a distal end and a proximal end, the tube is configured to store and release an AM-element; - the AM-element being stored within an inner space of the tube; - a release element being slidably supported with respect to the tube along a longitudinal axis of the tube, the release element is configured to release the AM-element from the tube; - at least one deflection means arranged at the distal end of the tube, the deflection means is capable to bend the AM-element away from the longitudinal axis of the tube when the AM-element is released from the tube,
A liquid photocurable resin composition for stereolithography, comprising: (i) at least one radical polymerizable compound represented by the following general formula R 4 O-CO-NH-R 2 -NH-CO-O-R 1 -O-CO-NH-R 3 -NH-CO-OR 4, wherein R 1 is a linear or branched polytetramethylene glycol residue having an average molecular weight from 200 to 3,000 g/mol; R 2 is a diisocyanate compound residue; R 3 is a diisocyanate compound residue being the same as or different from R 2; and R 4 is selected from AcrO-CH 2 -CH 2 -, (AcrO-CH 2) 2 CH-, (AcrO-CH 2) 3 C-CH 2 -, AcrO-CH 2 -CHCH 3 -, AcrO-CH 2 -CHC 2 H 5 - and (AcrO-CH 2) 2 C(C 2 H 5)CH 2 -, preferably from AcrO-CH 2 -CH 2 - and (AcrO-CH 2) 2 CH-, more preferably is AcrO-CH 2 -CH 2 -; wherein Acr is CH 2 =C -CO- and R is a hydrogen atom or a methyl group; (ii) at least one radically polymerizable organic compound different from compound; and (iii) a photosensitive radical polymerization initiator, wherein the content of said radical polymerizable compound varies from 5% to 70% by weight based on the total amount of compounds and. (i) at least one radical polymerizable compound represented by the following general formula R 4 O-CO-NH-R 2 -NH-CO-O-R 1 -O-CO-NH-R 3 -NH-CO-OR 4, wherein R 1 is a linear or branched polytetramethylene glycol residue having an average molecular weight from 200 to 3,000 g/mol; R 2 is a diisocyanate compound residue; R 3 is a diisocyanate compound residue being the same as or different from R 2; and R 4 is selected from AcrO-CH 2 -CH 2 -, (AcrO-CH 2) 2 CH-, (AcrO-CH 2) 3 C-CH 2 -, AcrO-CH 2 -CHCH 3 -, AcrO-CH 2 -CHC 2 H 5 - and (AcrO-CH 2) 2 C(C 2 H 5)CH 2 -, preferably from AcrO-CH 2 -CH 2 - and (AcrO-CH 2) 2 CH-, more preferably is AcrO-CH 2 -CH 2 -; wherein Acr is CH 2 =C -CO- and R is a hydrogen atom or a methyl group; (ii) at least one radically polymerizable organic compound different from compound; and (iii) a photosensitive radical polymerization initiator,
A multivalent combination vaccine for use in a method for (i) the prevention of an infection with PCV2, or re-infection with PCV2 or (ii) the reduction or elimination of clinical symptoms caused by PCV2 in a subject, wherein one dose of the vaccine is to be administered intramuscularly to the subject and wherein (i) said prevention of an infection with PCV2, or re-infection with PCV2 or (ii)said reduction or elimination of clinical symptoms caused by PCV2, is obtained by a single administration of the vaccine, and wherein the vaccine includes - an antigenic composition obtainable by a method comprising: i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant and - at least one immunogenic active component against another disease-causing organism in swine. (i) the prevention of an infection with PCV2, or re-infection with PCV2 or (ii) the reduction or elimination of clinical symptoms caused by PCV2 (i) said prevention of an infection with PCV2, or re-infection with PCV2 or (ii)said reduction or elimination of clinical symptoms caused by PCV2, is obtained by a single administration of the vaccine, - an antigenic composition obtainable by a method comprising: i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant and i) preparing and recovering recombinant PCV2 ORF2 protein, and ii) admixing this with a suitable adjuvant - at least one immunogenic active component against another disease-causing organism in swine.
A tempering device for being arranged on a surface to be tempered, having at least one upper part, at least one lower part and at least one first tempering element, wherein the upper part is arranged opposite an upper side of the first tempering element, and the lower part is arranged opposite a lower side of the first tempering element, wherein the lower part and the upper part are formed in a manner and in engagement with one another such that a surface pressure onto the upper side and the lower side of the first tempering element is provided by means of the upper part and the lower part, and the lower part is dimensionally couplable to the surface to be tempered, wherein the tempering device has a first end cap element and a second end cap element, wherein the upper part, the first end cap element and the second end cap element each are arranged at the lower part, characterized in that the second end cap element has a base body and a fixing clamp for fixing the base body to the surface to be tempered, wherein the fixing clamp is arranged within a recess of the base body such that a change in length of the tempering device is compensable by means of an elastic deformation of the fixing clamp. wherein the lower part and the upper part are formed in a manner and in engagement with one another such that a surface pressure onto the upper side and the lower side of the first tempering element is provided by means of the upper part and the lower part, and the lower part is dimensionally couplable to the surface to be tempered, wherein the tempering device has a first end cap element and a second end cap element, wherein the upper part, the first end cap element and the second end cap element each are arranged at the lower part, characterized in that the second end cap element has a base body and a fixing clamp for fixing the base body to the surface to be tempered, wherein the fixing clamp is arranged within a recess of the base body such that a change in length of the tempering device is compensable by means of an elastic deformation of the fixing clamp.
An electromagnetic speedometer suitable for use in a boat, including a horizontal boat hull having a lower exterior surface exposed to the water, and an upper interior surface; comprising (a) a large diameter annular coil adapted to be mounted on the boat hull upper interior surface for establishing an electromagnetic field in the water adjacent the hull lower surface and beyond a boundary layer within the water resulting from movement of the boat hull; (b) a plurality of electrodes having tips at one end; (c) a plurality of penetrator valves adapted to be mounted on the boat hull upper interior surface for removably supporting said electrodes, respectively, within corresponding through openings contained in the hull within an inner diameter of and separate from said large diameter annular coil, thereby to effect engagement of the electrode tips with the water adjacent said electromagnetic field and to permit removal of said electrodes and cleaning of said electrode tips when the boat is in the water; and (d) a velocity measuring circuit arranged above the hull interior surface, said velocity measuring circuit including a plurality of conductors respectively connected with the other ends of said electrodes. (a) a large diameter annular coil adapted to be mounted on the boat hull upper interior surface for establishing an electromagnetic field in the water adjacent the hull lower surface and beyond a boundary layer within the water resulting from movement of the boat hull; (b) a plurality of electrodes having tips at one end; (c) a plurality of penetrator valves adapted to be mounted on the boat hull upper interior surface for removably supporting said electrodes, respectively, within corresponding through openings contained in the hull within an inner diameter of and separate from said large diameter annular coil, thereby to effect engagement of the electrode tips with the water adjacent said electromagnetic field and to permit removal of said electrodes and cleaning of said electrode tips when the boat is in the water; and (d) a velocity measuring circuit arranged above the hull interior surface, said velocity measuring circuit including a plurality of conductors respectively connected with the other ends of said electrodes.
A child restraint comprising an energy-dissipation system (16, 200) including at least one pad of the child restraint, said at least pad comprising a series of crush cells coupled to one another, each crush cell being defined by at least one wall delimiting a crush aperture opening into a crush space formed in the crush cell, characterised in that said crush aperture opening is a polygon presenting an inner dimension D such that 5mm ≤ D ≤ 50mm, said inner dimension corresponding to the diameter of an inscribed circle in said polygon, or to two times the apothem of said polygon, said at least one wall of height L being perpendicular to the pad's surface where a part of the body of a child rests, making each crush cell outwardly projecting from said pad.
Protection device comprising a mast comprising: - a rod, - a jaw mounted on one end of the rod, comprising a cylindrical housing extending in a direction (X-X) orthogonal to the direction of the mast, and a protection panel, the protection panel comprising: - a frame defining a plane of the panel, - a protection surface mounted on the frame, and - a support element of the frame comprising a cylindrical shaft suitable to be mounted in rotation in the housing of the jaw to allow rotation of the protection panel with respect to the mast in a direction (X-X) orthogonal to the mast, and - a coupling mount between the support element of the frame and the frame, characterized in that the coupling mount is in rotary connection with respect to the support element of the frame in a direction (Y-Y) orthogonal to the protection panel, and in that the coupling mount and the support element of the frame comprise means (310, 601, 602) of limiting their rotation relative to an angle defining two extreme angular positions of the coupling mount with respect to the support element of the frame, said positions allowing the same protection device to assume two mutually symmetric configurations by rotation of the mast around its axis, each configuration comprising respectively an extreme angular position of the mount with respect to the support element of the frame. - a rod, - a jaw mounted on one end of the rod, comprising a cylindrical housing extending in a direction (X-X) orthogonal to the direction of the mast, - a frame defining a plane of the panel, - a protection surface mounted on the frame, and - a support element of the frame comprising a cylindrical shaft suitable to be mounted in rotation in the housing of the jaw to allow rotation of the protection panel with respect to the mast in a direction (X-X) orthogonal to the mast, and - a coupling mount between the support element of the frame and the frame,
An M240 machine gun barrel assembly comprising: a barrel with a distal end and a proximal end and a bore; the barrel having a barrel axis spanning through the distal end and proximal end of the barrel and parallel with the bore; and a handle assembly with a handle and a handle connector, the handle connector for connecting the handle assembly to the barrel, the handle having a free end and a connected end, the connected end operably connected to the handle connector and the free end not connected to the handle connector and the handle further having a linear axis beginning at the connected end and spanning through the handle and out a centre of the free end of the handle, characterised in that the handle is operable between a first position with the free end of the handle pointing proximally and a second position with the free end of the handle assembly pointing distally. a barrel with a distal end and a proximal end and a bore; the barrel having a barrel axis spanning through the distal end and proximal end of the barrel and parallel with the bore; and a handle assembly with a handle and a handle connector, the handle connector for connecting the handle assembly to the barrel, the handle having a free end and a connected end, the connected end operably connected to the handle connector and the free end not connected to the handle connector and the handle further having a linear axis beginning at the connected end and spanning through the handle and out a centre of the free end of the handle, characterised in that the handle is operable between a first position with the free end of the handle pointing proximally and a second position with the free end of the handle assembly pointing distally.
A method of forming a gel-spun fiber, the method consisting of the following steps: (a) providing nylon-6 and caprolactam; (b) reacting the caprolactam with the nylon-6 to form a pre-fiber nylon/caprolactam gel composition; and (c) spinning said pre-fiber nylon/caprolactam gel composition on a twin-screw extruder fiber spinning machine to form a gel-spun fiber; wherein reacting step (b) comprises mixing the caprolactam with the nylon-6; and wherein the amount of caprolactam is 5 to 40 wt.% of the gel composition. (a) providing nylon-6 and caprolactam; (b) reacting the caprolactam with the nylon-6 to form a pre-fiber nylon/caprolactam gel composition; and (c) spinning said pre-fiber nylon/caprolactam gel composition on a twin-screw extruder fiber spinning machine to form a gel-spun fiber;
A cabin attendant seat for an aircraft, comprising: spaced frame elements (202, 302) including parallel guide tracks (204, 304) each having a linear portion (208, 308) and successive pivot positions (210, 310) formed at one end of the linear portion, each of the successive pivot positions corresponding to a different seat pan height; a backrest coupled to the spaced frame elements (202, 302) above the parallel guide tracks (204, 304); and a seat pan movably coupled to the parallel guide tracks (204, 304), the seat pan configured to pivot between the stowed condition and a deployed condition when aligned with one of the successive pivot positions, and wherein the seat pan when in a fully stowed condition is positioned below the backrest; characterized in that the seat pan is configured to translate along the linear portions of the guide tracks when the seat pan is in a stowed condition, in that the seat pan is configured to pivot toward the deployed condition to lock the seat pan in the aligned one of the successive pivot positions and in that the seat pan is configured to pivot toward the stowed condition to unlock the seat pan from engagement in the aligned one of the successive pivot positions, and in that each of the successive pivot positions (210, 310) comprises a circular opening having a diameter which is greater than a width of the linear portion (208, 308). spaced frame elements (202, 302) including parallel guide tracks (204, 304) each having a linear portion (208, 308) and successive pivot positions (210, 310) formed at one end of the linear portion, each of the successive pivot positions corresponding to a different seat pan height; a backrest coupled to the spaced frame elements (202, 302) above the parallel guide tracks (204, 304); and a seat pan movably coupled to the parallel guide tracks (204, 304), the seat pan configured to pivot between the stowed condition and a deployed condition when aligned with one of the successive pivot positions, and wherein the seat pan when in a fully stowed condition is positioned below the backrest; characterized in that the seat pan is configured to translate along the linear portions of the guide tracks when the seat pan is in a stowed condition, in that the seat pan is configured to pivot toward the deployed condition to lock the seat pan in the aligned one of the successive pivot positions and in that the seat pan is configured to pivot toward the stowed condition to unlock the seat pan from engagement in the aligned one of the successive pivot positions, and in that each of the successive pivot positions (210, 310) comprises a circular opening having a diameter which is greater than a width of the linear portion (208, 308).
A cooking grill comprising: a container defining a combustion area; a cooking surface over the combustion area for receiving and supporting food materials to be grilled; a pellet burner unit disposed within the container under the cooking surface; a pellet feeding device arranged to feed pellets into the burner unit; a fan for generating an airflow which at least in part passes through the burner unit for causing combustion of the pellets in the burner unit; a temperature sensing component arranged to detect temperature in the container; a heat control system for controlling a rate of feed of the pellets in dependence on a detected temperature; and a gas burner system including a gas burner nozzle arranged in the container so as to apply heat from the gas burner system to the cooking surface in addition to or as an alternative to the pellet burner unit; wherein either one of the pellet burner unit and gas burner system may be used as the only source of heat or alternatively both can be used in parallel; characterized in that the gas burner system including the gas burner nozzle is arranged to the side only of the pellet burner unit so that the gas burner system when both are operating does not supply heat directly into the pellet burner unit. a container defining a combustion area; a cooking surface over the combustion area for receiving and supporting food materials to be grilled; a pellet burner unit disposed within the container under the cooking surface; a pellet feeding device arranged to feed pellets into the burner unit; a fan for generating an airflow which at least in part passes through the burner unit for causing combustion of the pellets in the burner unit; a temperature sensing component arranged to detect temperature in the container; a heat control system for controlling a rate of feed of the pellets in dependence on a detected temperature; and a gas burner system including a gas burner nozzle arranged in the container so as to apply heat from the gas burner system to the cooking surface in addition to or as an alternative to the pellet burner unit; wherein either one of the pellet burner unit and gas burner system may be used as the only source of heat or alternatively both can be used in parallel; characterized in that the gas burner system including the gas burner nozzle is arranged to the side only of the pellet burner unit so that the gas burner system when both are operating does not supply heat directly into the pellet burner unit.
An electric vehicle charging station for charging an electric vehicle comprising one or more batteries, the EV charging station comprising: an AC power source; an AC to DC power converter configured and arranged for receiving AC power from the AC power source and converting the AC power to DC power; a first electric reservoir for receiving DC power for charging the reservoir from the AC to DC power converter; a DC to DC converter configured and arranged for receiving DC power from the first electrical reservoir and converting the DC power to DC power; and an EV charger configured and arranged for receiving DC power from the DC to DC converter and converting the DC power to DC power suitable for charging the EV, the EV charger comprising at least one electrical component for charging the EV, wherein the DC to DC converter is electrically connected between the first electric reservoir and the EV charger, wherein the EV charger comprises a Li-ion battery which is connected to the output of the DC to DC converter, and wherein the EV charger is configured and arranged for selectively or simultaneously providing power for charging the EV from both the output of the DC to DC converter and the Li-ion battery of the EV charger. an AC power source; an AC to DC power converter configured and arranged for receiving AC power from the AC power source and converting the AC power to DC power; a first electric reservoir for receiving DC power for charging the reservoir from the AC to DC power converter; a DC to DC converter configured and arranged for receiving DC power from the first electrical reservoir and converting the DC power to DC power; and an EV charger configured and arranged for receiving DC power from the DC to DC converter and converting the DC power to DC power suitable for charging the EV, the EV charger comprising at least one electrical component for charging the EV, wherein the DC to DC converter is electrically connected between the first electric reservoir and the EV charger, wherein the EV charger comprises a Li-ion battery which is connected to the output of the DC to DC converter, and wherein the EV charger is configured and arranged for selectively or simultaneously providing power for charging the EV from both the output of the DC to DC converter and the Li-ion battery of the EV charger.
Process comprising pyrolysing a material consisting of plastic such as polyethylene, polypropylene, polystyrene, polyethylene terephthalate, polyvinyl chloride and mixtures thereof in the presence of end-of-life tyres, or the solid pyrolysis residues thereof or other carbon materials, by irradiation with microwaves, to obtain pyrolysis oils having a content greater than 50% by weight of hydrocarbons distillable between 20 and 250 °C and having a sulphur content less than 1% by weight, said process characterised in that: the delivery of the MW is at such a power level as to obtain a mean percentage pyrolysis rate (V M%) of less than, or equal to, 1.0%/min and/or a mean heating rate (V M risc) of less than, or equal to, 10 °C/min, in case of pyrolysis induced by PFU; or delivery of the MW at such a power level as to obtain a mean pyrolysis rate (V M%) of less than or equal to 2.0%/min and/or a mean heating rate (V M risc) of less than or equal to 15 °C/min, in the case of pyrolysis induced by PFU pyrolysis residues.