mhurhangee/ep-ind-claims huggingface dataset:
A mold used when curing a cylindrical laminate obtained by laminating prepreg, the mold comprising: a core die located inside the laminate; and a surface die that is located outside the laminate characterized in that said surface die includes a plurality of partial surface dies (21 to 27), wherein the partial surface dies are arranged in a circumferential direction of the laminate so as to cover an entire circumferential surface of the laminate, each of the partial surface dies is formed of a fiber-reinforced resin in which a quantity of fiber having a grain direction in agreement with the circumferential direction differs from a quantity of fiber having a grain direction in agreement with an axial direction, and each of the partial surface dies is constructed such that a coefficient of thermal expansion in the circumferential direction more closely approximates a coefficient of thermal expansion of the core die than a coefficient of thermal expansion in the axial direction. a core die located inside the laminate; and a surface die that is located outside the laminate characterized in that said surface die includes a plurality of partial surface dies (21 to 27), wherein the partial surface dies are arranged in a circumferential direction of the laminate so as to cover an entire circumferential surface of the laminate, each of the partial surface dies is formed of a fiber-reinforced resin in which a quantity of fiber having a grain direction in agreement with the circumferential direction differs from a quantity of fiber having a grain direction in agreement with an axial direction, and each of the partial surface dies is constructed such that a coefficient of thermal expansion in the circumferential direction more closely approximates a coefficient of thermal expansion of the core die than a coefficient of thermal expansion in the axial direction.
A ceiling system for advancing heating or cooling air to a building space, comprising a suspended ceiling defined by a plurality of ceiling plates having an upper side directed away from the building space and a lower side directed towards the building space, a plenum above the suspended ceiling, and air inlet diffuser devices, wherein air is driven to the plenum above the suspended ceiling and from this plenum is directed onto said lower side of said ceiling plates directed towards the building space by said air inlet diffuser devices, characterised in that the ceiling plates are metal ceiling plates, a part of said air inlet diffuser device is defined by a pressed-out portion of the metal ceiling plates, said part projecting upwards into said plenum.
Oral formulation for use in replenishing magnesemia, maintaining muscle, osteo-articular, nervous, and immune function, comprising: ascorbic acid, vitamin D 3 and magnesium salts, wherein vitamin D 3 is delivered in the form of a micellar dispersion, the magnesium salts contain at least magnesium carbonate and magnesium oxide, and the weight ratio between ascorbic acid and magnesium salts is comprised between 0.2:1 and 1.25:1.
A peptide comprising a sequence having at least 90% of sequence identity with one of the sequences of the group consisting of: SEQ ID NO: 1; SEQ ID NO: 2; SEQ ID NO: 3; SEQ ID NO: 4; SEQ ID NO: 5; and SEQ ID NO: 6.
Professional work shoe, comprising an upper and a layered sole associated with said upper, said layered sole comprising a lower layer adapted to come into contact with the ground, an intermediate layer associated with said upper and with said lower layer, respectively, and an upper layer, characterized in that said intermediate layer is made of polyurethane having a resilience greater than 41% measured according to the measurement standard DIN 53512 characterized in that said intermediate layer extends over the entire support surface of the foot and is completely and exclusively made of said polyurethane having a resilience greater than 41%, and characterised in that said intermediate layer has a thickness of about 13 mm at the rear zone of said professional work shoe, and a thickness of about 3,5 mm at the central zone of said professional work shoe, and a thickness of about 6 mm at the front zone of said professional work shoe. characterized in that said intermediate layer extends over the entire support surface of the foot and is completely and exclusively made of said polyurethane having a resilience greater than 41%, and characterised in that said intermediate layer has a thickness of about 13 mm at the rear zone of said professional work shoe, and a thickness of about 3,5 mm at the central zone of said professional work shoe, and a thickness of about 6 mm at the front zone of said professional work shoe.
System comprising a plug connector module frame having a plurality of latching elements along two module frame side walls (12a, 12b) for the purpose of fastening contact carrier modules, which have a mating latching geometry which corresponds to the latching elements, and comprising one or more adapter elements for being fastened to the module frame side wall or walls (12a, 12b) without using a tool, in order by means of the adapter elements to fasten to said module frame side wall or walls contact carrier modules with a mating latching geometry which does not correspond to the latching elements and is different therefrom, wherein the adapter elements are formed such that they in each case comprise a web which is adjoined in an integral manner by a frame part with a window-like opening for the latching in each case to the latching element and the mating latching geometry which does not correspond thereto.
A dental composition comprising at least one polymerizable liquid component including at least one rubber impact modifier; at least one polymerization initiator, and at least one polymer powder component, wherein the resultant composition forms a flowable liquid, wherein the at least one polymerizable liquid component includes 50 to 98 weight percent of monomer, 1 to 49 weight percent of crosslinking agent for the monomer, and 1 to 15 weight percent rubber impact modifier, wherein the at least one monomer is selected from a group consisting of methyl methacrylate, methyl acrylate, ethyl methacrylate, isobutyl methacrylate, cyclohexyl methacrylate, isobornyl methacrylate, isobornyl acrylate, and allyl methacrylate, wherein the at least one crosslinking agent is selected from a group consisting of di- or poly-acrylates and methacrylates, and wherein the rubber impact modifier is a butadiene-based core-shell rubber impact modifier which does not dissolve but swells and forms a colloid in the at least one polymerizable liquid component. at least one polymerizable liquid component including at least one rubber impact modifier; at least one polymerization initiator, and at least one polymer powder component, wherein the resultant composition forms a flowable liquid, wherein the at least one polymerizable liquid component includes 50 to 98 weight percent of monomer, 1 to 49 weight percent of crosslinking agent for the monomer, and 1 to 15 weight percent rubber impact modifier, wherein the at least one monomer is selected from a group consisting of methyl methacrylate, methyl acrylate, ethyl methacrylate, isobutyl methacrylate, cyclohexyl methacrylate, isobornyl methacrylate, isobornyl acrylate, and allyl methacrylate, wherein the at least one crosslinking agent is selected from a group consisting of di- or poly-acrylates and methacrylates, and wherein the rubber impact modifier is a butadiene-based core-shell rubber impact modifier which does not dissolve but swells and forms a colloid in the at least one polymerizable liquid component.
Work equipment, comprising: a work equipment main body including a first structural body (22, 28), a first travel unit (24, 26) provided on the first structural body (22, 28), a first travel drive unit for driving the first travel unit (24, 26), a first energy source for supplying energy to the first travel drive unit, and a work unit; and a container device including a second structural body (72, 88, 92), a second travel unit (74, 76) provided on the second structural body (72, 88, 92), and a collected article container unit configured to store an article collected by the work unit, the container device being detachably connected to the work equipment main body; wherein the work equipment main body is provided with a container lifting device configured to lift the container device in a connected state to the work equipment main body so as to raise the second travel unit (74, 76) from a ground; the work unit is provided with a cutting blade for mowing; and the collected article is grass clippings, characterized in that the container device further includes a second travel drive unit for driving the second travel unit (74, 76) and a second energy source for supplying energy to the second travel drive unit; and the container device is configured to travel by itself in a detached state by using the second travel unit (74, 76). a work equipment main body including a first structural body (22, 28), a first travel unit (24, 26) provided on the first structural body (22, 28), a first travel drive unit for driving the first travel unit (24, 26), a first energy source for supplying energy to the first travel drive unit, and a work unit; and a container device including a second structural body (72, 88, 92), a second travel unit (74, 76) provided on the second structural body (72, 88, 92), and a collected article container unit configured to store an article collected by the work unit, the container device being detachably connected to the work equipment main body; wherein the work equipment main body is provided with a container lifting device configured to lift the container device in a connected state to the work equipment main body so as to raise the second travel unit (74, 76) from a ground; the work unit is provided with a cutting blade for mowing; and the collected article is grass clippings, characterized in that the container device further includes a second travel drive unit for driving the second travel unit (74, 76) and a second energy source for supplying energy to the second travel drive unit; and the container device is configured to travel by itself in a detached state by using the second travel unit (74, 76).
External cladding for buildings, in particular façades, with a panel for arranging in the external region of the building, in particular façade panel, having a flat base body which is at least partially made of wood or a derived timber product, in particular a wood fibre material, wherein the base body has at least one cut edge along which it has been cut off from a raw material, and at least one flat top layer which is provided on at least one surface of the base body to protect the base body from weathering effects, characterised in that the base body has been cut off from the raw material by laser cutting and as a result the at least one cut edge in at least one section has a charred surface.
A vehicle headlight device being a headlight device to be used for a vehicle, comprising a first lamp that includes: a first light source that emits a ray; an optical system that has a first wedge prism and a second wedge prism for receiving, deflecting, and projecting the ray from the first light source; a rolling mechanism that rotates the first wedge prism about a rotation axis; and the first wedge prism and the second wedge prism are disposed so that their surfaces perpendicular to the rotation axis face each other; and the first wedge prism is disposed so that a wedge angle directs in a road surface direction and is disposed so as to be rotatable about the rotation axis, characterised in that said vehicle headlight device further comprises a control circuit that controls the rolling mechanism so as to rotate the first wedge prism, wherein the control circuit controls the rolling mechanism in accordance with a bank angle (d) of the vehicle. a first light source that emits a ray; an optical system that has a first wedge prism and a second wedge prism for receiving, deflecting, and projecting the ray from the first light source; a rolling mechanism that rotates the first wedge prism about a rotation axis; and
An ultrasound treatment system comprising: an ultrasound source configured to emit a propagating ultrasound energy having a propagating ultrasound pulse duration between 100 picoseconds and 100 microseconds, a propagating ultrasound pulse power ranging from 1 kW to 50 kW, and a propagating ultrasound frequency between 100 kHz and 200 MHz; a control system configured to initiate an acousto-mechanical or acousto-elastic effect within a target zone within a medium by directing the ultrasound energy source to emit the propagating ultrasound energy to the target zone within the medium at an intensity gain-of between 500 and 25,000 and an intensity gain of at least 1000. an ultrasound source configured to emit a propagating ultrasound energy having a propagating ultrasound pulse duration between 100 picoseconds and 100 microseconds, a propagating ultrasound pulse power ranging from 1 kW to 50 kW, and a propagating ultrasound frequency between 100 kHz and 200 MHz; a control system configured to initiate an acousto-mechanical or acousto-elastic effect within a target zone within a medium by directing the ultrasound energy source to emit the propagating ultrasound energy to the target zone within the medium at an intensity gain-of between 500 and 25,000 and an intensity gain of at least 1000.
Apparatus for treating rollers that is suitable for subjecting to a roller maintenance operation a conveying device to eliminate impurities and incrustations from an external surface of said rollers, said apparatus comprising a frame, provided with a first crosspiece and with a second crosspiece that are parallel and connected to one another at the respective ends by a first connecting plate and a second connecting plate, said apparatus further comprising locking means (19; 19') that is suitable for maintaining said apparatus in a fixed resting position on said conveying device when said rollers are rotated around respective rotation axes, lifting means (21; 21') that is suitable for moving said frame away from the external surface of said rollers and cleaning means provided with a carriage, that is movable along said crosspiece, with a supporting head and with a cleaning tool that is removably couplable with said supporting head, characterised in that it further comprises a first crosspiece portion that is removably connectable to said first crosspiece and a second crosspiece portion that is removably connectable to said second crosspiece, to vary the length of said first crosspiece and of said second crosspiece.
Method for coating a continuous web substrate, in a coating machine, comprising the steps of: - unwinding the substrate to be coated from a first reel and moving it, - continuously applying a coating material by vacuum spraying onto one of the surfaces of the moving substrate, - winding the coated substrate onto a second reel, - emitting light with an optoelectronic emitting element, - receiving the light transmitted through the moving coated substrate using an optoelectronic receiving element; the optoelectronic emitting element and the optoelectronic receiving element being arranged facing each other on either side of the moving coated substrate, - continuously detecting the presence of holes and continuously measuring the optical density of all or part of the moving coated substrate, characterised in that it also comprises the steps of - continuously measuring the optical density of all or part of the surface of the moving coated substrate - generating signals in accordance with holes detected and the optical density measured, - continuously adjusting the settings of the machine in accordance with signals generated, in between the step of continuously coating the moving substrate and the step of winding the coated substrate. - unwinding the substrate to be coated from a first reel and moving it, - continuously applying a coating material by vacuum spraying onto one of the surfaces of the moving substrate, - winding the coated substrate onto a second reel, - emitting light with an optoelectronic emitting element, - receiving the light transmitted through the moving coated substrate using an optoelectronic receiving element; the optoelectronic emitting element and the optoelectronic receiving element being arranged facing each other on either side of the moving coated substrate, - continuously detecting the presence of holes and continuously measuring the optical density of all or part of the moving coated substrate, characterised in that it also comprises the steps of - continuously measuring the optical density of all or part of the surface of the moving coated substrate - generating signals in accordance with holes detected and the optical density measured, - continuously adjusting the settings of the machine in accordance with signals generated, in between the step of continuously coating the moving substrate and the step of winding the coated substrate.
A liner for a filter sub-assembly, the liner comprising: a wall having a tubular portion having an innermost surface configured to bound a cavity extending between opposing first and second ends (38, 40) of the liner, the wall further having a deflected portion configured to extend from one end of the liner into the cavity in a predefined angle and delimit an opening, the deflected portion being rigidly connected to the tubular portion, characterized in that the wall is formed as a monolithic component.
A polymer comprising units α, β, γ and δ wherein: unit α is present at 30 mole % to 60 mole % and is an optionally substituted phenylene, biphenylene or naphtylene; unit β is present at 1 mole % to 30 mole % and is a unit comprising an optionally substituted fluorene; unit γ is present at 1 mole % to 40 mole % and comprises aryl substituted nitrogen, or an optionally substituted triazine; unit δ is present at 0.5 mole % to 15 mole % and comprises an iridium complex pendant from a backbone of the polymer; and optionally up to 20 mole % of other units if the total of α, β, γ and δ is less than 100 mole %. unit α is present at 30 mole % to 60 mole % and is an optionally substituted phenylene, biphenylene or naphtylene; unit β is present at 1 mole % to 30 mole % and is a unit comprising an optionally substituted fluorene; unit γ is present at 1 mole % to 40 mole % and comprises aryl substituted nitrogen, or an optionally substituted triazine; unit δ is present at 0.5 mole % to 15 mole % and comprises an iridium complex pendant from a backbone of the polymer;
A heave compensation system arranged on a marine vessel or platform, the system comprising: at least one hydraulic actuator coupled to a load, the actuator being configured to support the load while allowing compensation for the heave motion of the marine vessel or the platform in the sea, the load being supported via the hydraulic actuator from the marine vessel or platform; at least one hydraulic accumulator; at least one reservoir for hydraulic fluid; at least one controller; characterised in that the system further comprises a transformer comprising at least one power source and at least one hydraulic pump/motor (30a, 30b), for communicating energy between any two of the hydraulic actuator, the accumulator, and the power source; and at least one valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) associated with the pump/motor (30a, 30b) the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being switchable during at least one cycle of the pump/motor (30a, 30b) for selectively providing fluid communication between a drive chamber of the pump/motor and any of the hydraulic actuator the hydraulic accumulator, and the reservoir via at least one port of the drive chamber (34a, 34b), so as to allow a desired displacement of hydraulic fluid from the pump/motor (30a, 30b) to be obtained; the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being operable under control from the controller. at least one hydraulic actuator coupled to a load, the actuator being configured to support the load while allowing compensation for the heave motion of the marine vessel or the platform in the sea, the load being supported via the hydraulic actuator from the marine vessel or platform; at least one hydraulic accumulator; at least one reservoir for hydraulic fluid; at least one controller; characterised in that the system further comprises a transformer comprising at least one power source and at least one hydraulic pump/motor (30a, 30b), for communicating energy between any two of the hydraulic actuator, the accumulator, and the power source; and at least one valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) associated with the pump/motor (30a, 30b) the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being switchable during at least one cycle of the pump/motor (30a, 30b) for selectively providing fluid communication between a drive chamber of the pump/motor and any of the hydraulic actuator the hydraulic accumulator, and the reservoir via at least one port of the drive chamber (34a, 34b), so as to allow a desired displacement of hydraulic fluid from the pump/motor (30a, 30b) to be obtained; the valve (HP1a, HP1b, LP1, HP2a, HP2b, LP2) being operable under control from the controller.
A method for enabling a load-sense feature of a steering system, the method comprising: providing a first steering circuit in selective fluid communication with a fluid actuator; providing a second steering circuit in selective fluid communication with the fluid actuator, the second steering circuit being in parallel to the first steering circuit, wherein the second steering circuit includes a proportional valve; characterized by the proportional valve having a load-sense feature in selective fluid communication with the first steering circuit wherein a load-sense connection is open to the first steering circuit when the proportional valve is in a neutral position and wherein the load-sense connection is closed to the first steering circuit when the proportional valve is moved to a first or second steering position; and the method further comprising: closing the load-sense connection with the load-sense feature by moving the proportional valve to the first or second steering position. providing a first steering circuit in selective fluid communication with a fluid actuator; providing a second steering circuit in selective fluid communication with the fluid actuator, the second steering circuit being in parallel to the first steering circuit, wherein the second steering circuit includes a proportional valve; characterized by the proportional valve having a load-sense feature in selective fluid communication with the first steering circuit wherein a load-sense connection is open to the first steering circuit when the proportional valve is in a neutral position and wherein the load-sense connection is closed to the first steering circuit when the proportional valve is moved to a first or second steering position; and the method further comprising: closing the load-sense connection with the load-sense feature by moving the proportional valve to the first or second steering position. closing the load-sense connection with the load-sense feature by moving the proportional valve to the first or second steering position.