mhurhangee/ep-ind-claims huggingface dataset:
A vehicle front portion structure comprising: a cooling unit that is provided at a vehicle front portion of a vehicle cabin outer side of a dash panel, and into which cooling wind from a vehicle front is introduced, and that structures a cooling system of a power unit that drives wheels; and a cooling wind introducing member that introduces, into the cooling unit, cooling wind that has been introduced in from a cowl portion that is disposed further toward a vehicle front side than the dash panel; the vehicle front portion structure further comprising: a rain water storing portion that is provided at the cowl portion and that stores rain water; and a rain water introducing passage that leads rain water, which is stored in the rain water storing portion, to the cooling wind introducing means. a cooling unit that is provided at a vehicle front portion of a vehicle cabin outer side of a dash panel, and into which cooling wind from a vehicle front is introduced, and that structures a cooling system of a power unit that drives wheels; and a cooling wind introducing member that introduces, into the cooling unit, cooling wind that has been introduced in from a cowl portion that is disposed further toward a vehicle front side than the dash panel; the vehicle front portion structure further comprising: a rain water storing portion that is provided at the cowl portion and that stores rain water; and a rain water introducing passage that leads rain water, which is stored in the rain water storing portion, to the cooling wind introducing means. a rain water storing portion that is provided at the cowl portion and that stores rain water; and a rain water introducing passage that leads rain water, which is stored in the rain water storing portion, to the cooling wind introducing means.
A respiratory protection composite facepiece comprising: a polymeric rigid facepiece body having a first surface and a second surface; a silicone sealing facepiece element chemically bonded to at least one of the first surface or the second surface, a second silicone element chemically bonded to at least one of the first surface or the second surface, wherein the polymeric rigid facepiece body comprises an inhalation valve or an exhalation valve, and a speaking port, and the second silicone element forms a diaphragm for the inhalation valve or the exhalation valve and the speaking port. a polymeric rigid facepiece body having a first surface and a second surface; a silicone sealing facepiece element chemically bonded to at least one of the first surface or the second surface, a second silicone element chemically bonded to at least one of the first surface or the second surface, wherein the polymeric rigid facepiece body comprises an inhalation valve or an exhalation valve, and a speaking port, and the second silicone element forms a diaphragm for the inhalation valve or the exhalation valve and the speaking port.
Torsion box for an aircraft, characterized in that it comprises hollow profiles (10, 110) and stiffening ribs (12, 112), arranged alternately end-to-end, i.e. one behind the other, in a direction of alignment, each hollow profile (10, 110) having two opposite respective profile edges (24A, 24B) and two opposite respective openings circumscribed by the two profile edges (24A, 24B) respectively, each hollow profile (10, 110) being shaped so as to completely surround an internal space mutually connecting the two openings in the hollow profile, and each stiffening rib (12, 112) comprising a respective web, and a respective flange (32, 132) which extends from the web all around the latter, and which has two flange edges (38A, 38B) arranged respectively on either side of the web and respectively welded to two of the respective profile edges (24B, 24A) of two corresponding hollow profiles (10, 110).
Equipment for flip turn learning in swimming lessons, comprising a parallelepiped panel, which is immersed in the pool at the end of the athlete's flip turn zone and which contains at the bottom one impact area, characterised in that the panel is equipped internally with a force sensor, and a light source, connected to a command and control microsystem, together with a presence sensor, mounted on the side of the swimming lane and impact force indicators and speed indicators, wherein the panel is battery-powered and provided with a graduated ruler to determine the immersion depth and to be immersed in water and fasten with a device on the edge of the pool so that the impact area corresponds to the configuration of the tested athlete, wherein the presence sensor is configured to be placed on the side of the swimming lane at a distance x from the turn end, depending on the height the athlete to detect the presence of the swimmer by sending a signal to the microcontroller which triggers a light stimulus on the light source, which visibly illuminates the impact area, such that when the presence sensor detects the athlete's swimming arrival, it commands the command and control microsystem which illuminates the impact area through the internal light source for the athlete to begin the return procedure and at the same time to identify the optimal area for impact, and at the moment of impact the pushing force of the athlete is measured with the internal force sensor and the power supply is stopped for the light source, calculating the speed by the time elapsed between the moment when the signal from the presence sensor is emitted and the signal from the force sensor, the impact force is displayed and implicitly the correct impact area on the indicator and the speed of the athlete on the indicator, information that describes the correct execution of the return procedure and sports performance and which can be stored by the command and control microsystem in order to be able to analyze a history of the athlete's tests.
Security document (30, 30', 30"), in particular a ticket, having a carrier substrate which has a carrier layer and a heat-sensitive coating, said coating being able to have a colour change induced by exposure to heat, in particular by means of a thermal print head, having an at least regionally transparent film element which has at least one decorative layer (24, 25) having at least one optical security feature (51, 52), and an adhesive layer, wherein the adhesive layer is arranged between the film element and the carrier substrate, the heat-sensitive coating is arranged between the adhesive layer and the carrier layer and the film element covers the heat-sensitive coating at least in regions when observed perpendicularly to the plane spanned by the upper side of the carrier substrate, characterised in that the carrier substrate comprises a thermal paper (10, 11) and/or the carrier layer is coated with the heat-sensitive coating and the heat-sensitive coating extends, at least in regions, into the volume of the carrier layer.
A method for transmitting system information between Internet-of vehicles devices, performed by a second Internet-of vehicles device, the method comprising: receiving a physical broadcast channel sent by a first Internet-of-vehicles device via a side link, wherein the physical broadcast channel carries first system information, the first system information comprises an extension indicator which is configured to indicate whether there is second system information outside the physical broadcast channel, and the extension indicator is generated when the first Internet-of vehicles device determines whether the second system information needs to be sent outside the physical broadcast channel; extracting the extension indicator; obtaining extension configuration information contained in the first system information in response to the extension indicator indicating that the second system information is outside the physical broadcast channel, wherein the extension configuration information is configured to indicate a resource position of the second system information, and the resource position indicated by the extension configuration information is a resource position other than a resource position occupied by the physical broadcast channel; receiving the second system information sent by the first Internet-of vehicles device based on the resource position of the second system information; and not performing the receiving of the second system information in response to the extension indicator indicating that there is no second system information. receiving a physical broadcast channel sent by a first Internet-of-vehicles device via a side link, wherein the physical broadcast channel carries first system information, the first system information comprises an extension indicator which is configured to indicate whether there is second system information outside the physical broadcast channel, and the extension indicator is generated when the first Internet-of vehicles device determines whether the second system information needs to be sent outside the physical broadcast channel; extracting the extension indicator; obtaining extension configuration information contained in the first system information in response to the extension indicator indicating that the second system information is outside the physical broadcast channel, wherein the extension configuration information is configured to indicate a resource position of the second system information, and the resource position indicated by the extension configuration information is a resource position other than a resource position occupied by the physical broadcast channel; receiving the second system information sent by the first Internet-of vehicles device based on the resource position of the second system information; and not performing the receiving of the second system information in response to the extension indicator indicating that there is no second system information.
Method for manufacturing clinker from a raw meal, comprising: - preheating of the raw meal by combustion flue gases, - precalcination of the raw meal, - calcination of the precalcined raw mix in a rotary kiln, in which method the precalcination and the calcination in the rotary kiln produce combustion flue gases comprising CO 2, characterized in that the combustion flue gases created by the precalcination undergo a CO 2 -removal treatment without mixing said flue gases with the combustion flue gases created by the calcination in the rotary kiln. - preheating of the raw meal by combustion flue gases, - precalcination of the raw meal, - calcination of the precalcined raw mix in a rotary kiln,
A method of forming a sole assembly with a mold assembly comprising a top plate having a bottom surface; a middle plate positioned beneath the top plate and having a top surface and a bottom surface, the bottom surface of the top plate and the top surface of the middle plate cooperating to define an upper recess therebetween; and a bottom plate positioned beneath the middle plate and having a top surface, the top surface of the bottom plate and the bottom surface of the middle plate cooperating to define a lower recess therebetween; wherein the bottom surface of the top plate and the top surface of the bottom plate are configured such that when the top plate and bottom plate are in contact with one another they cooperate to define a sole recess, the sole recess having a volume that is larger than a volume of the upper recess and a volume of the lower recess combined, comprising the steps of: preheating the bottom plate, middle plate, and top plate; placing a quantity of rubber in a first portion of the lower recess; placing the lower surface of the middle plate in contact with the upper surface of the bottom plate, and the lower surface of the upper plate in contact with the upper surface of the middle plate; subjecting the top plate, middle plate, and bottom plate to heat to semi-cure the rubber in the lower recess to form an outsole member; separating the top plate, the middle plate, and the bottom plate; placing the lower surface of the top plate in contact with the upper surface of the bottom plate, wherein a quantity of a polyolefin forming a midsole member is in the sole recess above the semi-cured rubber; and subjecting the top plate and bottom plate to heat such that the polyolefin expands within the sole recess and the polyolefin and rubber in the sole recess fully cure, cross-link, and bond to one another to form a sole assembly for an article of footwear; cooling the top plate and the bottom plate; and removing the top plate from the bottom plate and removing the sole assembly from the sole recess. preheating the bottom plate, middle plate, and top plate; placing a quantity of rubber in a first portion of the lower recess; placing the lower surface of the middle plate in contact with the upper surface of the bottom plate, and the lower surface of the upper plate in contact with the upper surface of the middle plate; subjecting the top plate, middle plate, and bottom plate to heat to semi-cure the rubber in the lower recess to form an outsole member; separating the top plate, the middle plate, and the bottom plate; placing the lower surface of the top plate in contact with the upper surface of the bottom plate, wherein a quantity of a polyolefin forming a midsole member is in the sole recess above the semi-cured rubber; and subjecting the top plate and bottom plate to heat such that the polyolefin expands within the sole recess and the polyolefin and rubber in the sole recess fully cure, cross-link, and bond to one another to form a sole assembly for an article of footwear; cooling the top plate and the bottom plate; and removing the top plate from the bottom plate and removing the sole assembly from the sole recess.
A method for producing a colloidal solution of nanoscale carbon, characterized in that an organic liquid is fed into a chamber containing a multi-electrode discharge system for conducting a spark discharge between said discharge system, an inert gas is injected into the inter-electrode space, a high temperature plasma channel within the temperature interval 4,000 - 5,000 K and an electron temperature of 1 - 1.5 eV and with a single pulse energy deposition within the interval ≤ 1.6 J is formed in gas bubbles, thus atomizing the organic liquid molecules, followed by rapid cooling.
A heat package (2; 2a; 2b), in particular for heating parts of the body, comprising at least one flat heating element (4; 4a; 4b) and a sheath in which the heating element is accommodated, the heating element comprising at least one water vapor permeable support layer containing a plurality of zeolite particles, characterized in that the heating element does not contain any iron particles, that the support layer including the zeolite particles embedded therein is in a dried state and that the sheath is formed of a moisture-proof material.
An e-vaping cartridge, comprising: a housing body; a first tube extending longitudinally within the housing body, the first tube at least partially defining a central passage within the first tube, the first tube further defining at least one first hole that provides fluid communication between the central passage and a first annulus reservoir, the first annulus reservoir defined between the housing body and the first tube; one or more layers of absorbent material (10, 12) positioned within the first annulus reservoir and around at least a portion of the first tube; a wick in communication with the central passage, distal ends of the wick traversing the at least one first hole of the first tube and being in communication with the first annulus reservoir; and a heater configured to vaporize a pre-vapor formulation that is communicated by the wick from the first annulus reservoir, wherein the e-vaping cartridge further comprises a second tube extending longitudinally within the housing body and partially defining a second annulus reservoir between the housing body and the second tube, the second tube defining at least one second hole that provides fluid communication between the first annulus reservoir and the second annulus reservoir. a housing body; a first tube extending longitudinally within the housing body, the first tube at least partially defining a central passage within the first tube, the first tube further defining at least one first hole that provides fluid communication between the central passage and a first annulus reservoir, the first annulus reservoir defined between the housing body and the first tube; one or more layers of absorbent material (10, 12) positioned within the first annulus reservoir and around at least a portion of the first tube; a wick in communication with the central passage, distal ends of the wick traversing the at least one first hole of the first tube and being in communication with the first annulus reservoir; and a heater configured to vaporize a pre-vapor formulation that is communicated by the wick from the first annulus reservoir, wherein the e-vaping cartridge further comprises a second tube extending longitudinally within the housing body and partially defining a second annulus reservoir between the housing body and the second tube, the second tube defining at least one second hole that provides fluid communication between the first annulus reservoir and the second annulus reservoir.
Clutch disc for a disengaging torque transmission device, having a carrier plate on which a friction lining is provided for non-positive closure of the torque transmission device, wherein at least one vibration-influencing area (23, 41, 47) is formed on the carrier plate for influencing the vibration behaviour of the clutch disc, the vibration-influencing area (23, 41, 47) being formed by an impression on the carrier plate, wherein in a top view of the carrier plate the vibration-influencing area (23, 41, 47) runs linearly, characterized in that viewed in cross section transversely to the linear course of the linear vibration-influencing area (23, 41, 47), the impression is of meandering and/or undulating form.
A method for the preparation of pharmaceutical products comprising the steps of: feeding a container containing a lyophilized or powdered pharmaceutical to a dilution station; feeding a needle closed by a protective cap fixed to the needle itself to the dilution station; locking the needle closed by its protective cap in the dilution station; separating the protective cap from the needle; inserting the needle into the container; feeding a diluent into the container by means of the needle; and extracting the needle from the container; and characterized in that it further comprises the steps of: inserting the needle into its protective cap once it has been extracted from the container; and feeding the diluent through the needle and into the protective cap to rinse the needle itself. feeding a container containing a lyophilized or powdered pharmaceutical to a dilution station; feeding a needle closed by a protective cap fixed to the needle itself to the dilution station; locking the needle closed by its protective cap in the dilution station; separating the protective cap from the needle; inserting the needle into the container; feeding a diluent into the container by means of the needle; and extracting the needle from the container; and characterized in that it further comprises the steps of: inserting the needle into its protective cap once it has been extracted from the container; and feeding the diluent through the needle and into the protective cap to rinse the needle itself. inserting the needle into its protective cap once it has been extracted from the container; and feeding the diluent through the needle and into the protective cap to rinse the needle itself.
A track joint assembly (28,128,228) comprising: a first track shoe including a first ground pad having a lower side (34,68) with a ground-contact surface (36,70), an upper side (38,72), and a plurality of forward pin lugs (46,47,50,52,76) upon the upper side (38,72) and defining a lug space; a second track shoe including a second ground pad having a lower side (34,68) with a ground-contact surface (36,70), an upper side (38,72), and a back pin lug (49,74,75) upon the upper side (38,72) and positioned within the lug space; a cartridge pin (82,84,182,282) coupling the first track shoe to the second track shoe; a pin retainer (101,103,201) positioned at least partially within a first one of the plurality of forward pin lugs (46,47,50,52,76); a pin stop (100,200) positioned at least partially within a second one of the plurality of forward pin lugs (46,47,50,52,76); a track joint (87,186) formed by the plurality of forward pin lugs (46,47,50,52,76), the back pin lug (49,74,75), the cartridge pin (82,84,182,282), and a pin bore (86,89,286) extending through the first one of the plurality of forward pin lugs (46,47,50,52,76), the second one of the plurality of forward pin lugs (46,47,50,52,76), and the back pin lug (49,74,75); and the cartridge pin (82,84,182,282) is inserted through the pin bore (86,89,286) and trapped between the pin stop (100,200) and the pin retainer (101,103,201). a first track shoe including a first ground pad having a lower side (34,68) with a ground-contact surface (36,70), an upper side (38,72), and a plurality of forward pin lugs (46,47,50,52,76) upon the upper side (38,72) and defining a lug space; a second track shoe including a second ground pad having a lower side (34,68) with a ground-contact surface (36,70), an upper side (38,72), and a back pin lug (49,74,75) upon the upper side (38,72) and positioned within the lug space; a cartridge pin (82,84,182,282) coupling the first track shoe to the second track shoe; a pin retainer (101,103,201) positioned at least partially within a first one of the plurality of forward pin lugs (46,47,50,52,76); a pin stop (100,200) positioned at least partially within a second one of the plurality of forward pin lugs (46,47,50,52,76); a track joint (87,186) formed by the plurality of forward pin lugs (46,47,50,52,76), the back pin lug (49,74,75), the cartridge pin (82,84,182,282), and a pin bore (86,89,286) extending through the first one of the plurality of forward pin lugs (46,47,50,52,76), the second one of the plurality of forward pin lugs (46,47,50,52,76), and the back pin lug (49,74,75); and the cartridge pin (82,84,182,282) is inserted through the pin bore (86,89,286) and trapped between the pin stop (100,200) and the pin retainer (101,103,201).
An implement hydraulic system adapted to be selectively coupled to a prime mover hydraulic system with a pump, a reservoir and connectors to connect to the implement hydraulic system, the implement hydraulic system comprising: a plurality of active hydraulic cylinders (140, 150, 180, 256) each having an extendable rod; a hydraulic circuit controlling the flow of oil to and from the active cylinders (140, 150, 180, 256) to operate the cylinders (140, 150, 180, 256); and connectors to connect the implement hydraulic circuit to the prime mover hydraulic system, characterized in that the implement hydraulic system comprises at least one accumulator adapted to receive and hold oil from a prime mover hydraulic system when the active cylinders (140, 150, 180, 256) are operated to retract the rods and to release oil back to the prime mover hydraulic system when the implement hydraulic system is operated to extend the rods of the active cylinders (140, 150, 180, 256).