mhurhangee/ep-ind-claims huggingface dataset:
A fuel tank check valve, comprising: a cylindrical member defining a flow channel for a fluid; a flap axially supported on the cylindrical member through a pivot in order to open and close an opening on a fuel tank side of the cylindrical member; and a torsion coil spring including a coil portion mounted on the pivot to urge the flap in a closing direction, wherein the pivot includes a large diameter portion around which the coil portion is wound, and a first small diameter portion projecting into a shaft hole provided in either one of the cylindrical member or the flap, and the fuel tank check valve is characterized in that the first small diameter portion is adjacent to the large diameter portion, and is disposed by being off-centered to a side where the torsion coil spring presses against the pivot by a reaction force of an urging force to the flap relative to the large diameter portion. a cylindrical member defining a flow channel for a fluid; a flap axially supported on the cylindrical member through a pivot in order to open and close an opening on a fuel tank side of the cylindrical member; and a torsion coil spring including a coil portion mounted on the pivot to urge the flap in a closing direction, wherein the pivot includes a large diameter portion around which the coil portion is wound, and a first small diameter portion projecting into a shaft hole provided in either one of the cylindrical member or the flap, and the fuel tank check valve is characterized in that the first small diameter portion is adjacent to the large diameter portion, and is disposed by being off-centered to a side where the torsion coil spring presses against the pivot by a reaction force of an urging force to the flap relative to the large diameter portion.
A method for reducing light emitting properties, by means of laser light, of an organic light emitting layer (107, 207) of an organic LED device (101, 201, 401), wherein the organic light emitting layer is a polymer or a stack of polymers, or an oligomer or a stack of oligomers, or an oligomer combined with polymers or a stack of oligomers combined with polymers, wherein the organic LED device further comprises a cathode layer (103, 203) and an anode layer (105, 205), the method comprising the step of: irradiating desired portions of the organic light emitting layer with the laser light, the light intensity being below an ablation threshold of the anode layer, the cathode layer and the organic light emitting layer, reducing light emitting properties of the irradiated at least part of the organic light emitting layer, wherein the irradiating the organic light emitting layer involves irradiating with a laser light in the visible light spectrum, the laser light having a wavelength in an absorption band of the organic light emitting layer.
Method for coordinating an exchange of power between a plurality of technical small units on the one hand and a transmission network on the other hand, wherein a central control device operates an energy data cloud, in which the control device aggregates power data of the small units and on the basis thereof, for each small unit the control device in each case: - records an individual schedule for an available electrical power on the small unit, - determines at least one time interval, within which the exchange of power is allowed to be initiated on the small unit by the central control device in accordance with predetermined access data, - on the basis of a predetermined call-off plan of a network operator of the transmission grid or an electricity exchange, determines a reference value of the available power in the respective time interval in accordance with the individual schedule, and, - if the reference value satisfies a predetermined optimization criterion, selects the small unit for an exchange of power with the transmission grid in the respective time interval, wherein for each identified time interval, from the individual schedules of all small units selected for the respective time interval, the central control device forms an overall schedule and selects the power exchange of the small units with the transmission grid in accordance with the overall schedule, and characterized in that by means of the control device, from a balancing of the overall schedule and the call-off plan of the network operator or electricity exchange, a delta schedule is calculated and a central store connected to the transmission grid is activated in accordance with the delta schedule, so that the central store exchanges an electrical compensation power with the transmission grid, so that the technical small units and the central store together fulfil the call-off plan. - records an individual schedule for an available electrical power on the small unit, - determines at least one time interval, within which the exchange of power is allowed to be initiated on the small unit by the central control device in accordance with predetermined access data, - on the basis of a predetermined call-off plan of a network operator of the transmission grid or an electricity exchange, determines a reference value of the available power in the respective time interval in accordance with the individual schedule, and, - if the reference value satisfies a predetermined optimization criterion, selects the small unit for an exchange of power with the transmission grid in the respective time interval,
A process for preparing purified vegetable liquid oil, and the process is comprising contacting a vegetable liquid oil, which has not been subjected to a deodorization step, with an adsorbent comprising alumina oxide and wherein the adsorbent has a content of alumina oxide of not more than 9.5%, preferably not more than 9%, more preferably not more than 8.5% (wt%).
Method for coating a substrate, in which a solution or dispersion, containing or consisting of at least one non-ionic starch ester, dissolved or dispersed in at least one solvent selected from the group of cyclic furans, is applied at least in regions and at least once to a surface of a substrate selected from the group consisting of metal substrates, glass substrates and plastics substrates, with the exception of partially or completely fluorinated polymers, and is then dried. at least one non-ionic starch ester, dissolved or dispersed in at least one solvent selected from the group of cyclic furans, is applied at least in regions and at least once to a surface of a substrate selected from the group consisting of metal substrates, glass substrates and plastics substrates, with the exception of partially or completely fluorinated polymers, and is then dried.
Child car seat, comprising a base to be positioned on the seat section of a vehicle seat and a seat body pivotably mounted on said base, around a substantially vertical axis, so as to be suitable for assuming: - at least two travel positions, one wherein the seat body is facing the front of the vehicle and the other wherein the seat body is facing the rear of the vehicle, and - at least one right arranging position, and/or one left arranging position, wherein the seat body is facing, respectively, to the right and the left of the vehicle, characterised in that it comprises means for selecting one of said travel positions, such that, from one of said arranging positions, said seat body can only be moved to the selected travel position. - at least two travel positions, one wherein the seat body is facing the front of the vehicle and the other wherein the seat body is facing the rear of the vehicle, and - at least one right arranging position, and/or one left arranging position, wherein the seat body is facing, respectively, to the right and the left of the vehicle, characterised in that it comprises means for selecting one of said travel positions, such that, from one of said arranging positions, said seat body can only be moved to the selected travel position.
Construction sheet, in particular sub-roof sheet, in particular intended for use as an underlay sheet, preferably formwork sheet, and/or roof seal sheet, and/or facade sheet, having at least one carrier layer designed as a fire protection layer and at least one further layer, wherein the further layer is designed as a further fire protection layer, the further layer being designed as a coating, wherein the further layer formed as a coating is manufactured on the basis of an, in particular aqueous, acrylate dispersion, wherein the further layer comprises filler particles, in particular inorganic filler particles, wherein the filler particles comprise and/or consist of exfoliated graphite as material and wherein the carrier layer and the further layer are temperature-resistant and/or temperature-stable up to at least 450°C.
A screw for an extruder or conveyor, in particular extruder screw, conveying screw or dosing screw for polymers, having a web running helically around a core, wherein the web at least in a section of the screw is formed undercut on its active conveying flank in a conveying direction, wherein the screw, at least in a section of the screw, has an intake depth, measured between the envelope and the core in the region between two adjacent webs, wherein for the intake depth applies: 0.03*d ≤ t1 ≤ 0.35*d, wherein d is the outer screw diameter in this region, characterised in that the core, at least in a section of the screw, in the region in which the active conveying flank merges into the core or screw base, has an additional recess in which the core diameter is smaller than in the adjacent regions, wherein for the additional depth of the recess applies: 0*t1 ≤ t2 ≤ t1, and in that a core section is formed adjacent to the recess, straight in the normal cutting plane, which is inclined at an angle in the range of 0° ≤ w4 ≤ 45° to the envelope of the screw. the core, at least in a section of the screw, in the region in which the active conveying flank merges into the core or screw base, has an additional recess in which the core diameter is smaller than in the adjacent regions, wherein for the additional depth of the recess applies: 0*t1 ≤ t2 ≤ t1, and in that a core section is formed adjacent to the recess, straight in the normal cutting plane, which is inclined at an angle in the range of 0° ≤ w4 ≤ 45° to the envelope of the screw.
A dermatological composition comprising an algae extract and an olive leaf extract, the dermatological composition comprising materials of algae origin and olive leaf origin, the algae extract comprising a polypeptide, the composition at least comprising the polypeptide and hydroxytyrosol, the dermatological composition comprising a weight ratio of oleuropein to hydroxytyrosol of < 0.1, and comprising hydroxytyrosol in amount in the range of 0.01-1 wt. % relative to the total weight of the composition.
A compliant optical element mount assembly comprising: an optical element; a mount, wherein cutout portions, retaining openings and passages connecting the retaining openings to cutout portions are formed in the top surface of the mount; flexible members connected to the mount, each having a first end and a retainer provided at the first end for connection with the mount, wherein the flexible members are each placed within separate cutout portions, wherein each retaining opening has a shape substantially similar to the outer shape of the retainer and an opening slightly larger than the outer surface of the retainer, wherein the retainer is disposed within the opening with a gap provided therebetween; a bonding agent for binding the optical element to the flexible members, wherein the bonding agent is a polymer free bonding agent forming a hydroxide-catalyzed bond; a gap between the optical element and the one or more flexible members, wherein the bonding agent is applied in the gap; and a potting compound within the gap between the retainer and the opening to connect the flexible members to the mount. an optical element; a mount, wherein cutout portions, retaining openings and passages connecting the retaining openings to cutout portions are formed in the top surface of the mount; flexible members connected to the mount, each having a first end and a retainer provided at the first end for connection with the mount, wherein the flexible members are each placed within separate cutout portions, wherein each retaining opening has a shape substantially similar to the outer shape of the retainer and an opening slightly larger than the outer surface of the retainer, wherein the retainer is disposed within the opening with a gap provided therebetween; a bonding agent for binding the optical element to the flexible members, wherein the bonding agent is a polymer free bonding agent forming a hydroxide-catalyzed bond; a gap between the optical element and the one or more flexible members, wherein the bonding agent is applied in the gap; and a potting compound within the gap between the retainer and the opening to connect the flexible members to the mount.
A cooling device comprising - at least one compartment wherein foodstuffs desired to be cooled are placed, - at least one door providing access into the compartment, wherein the door comprises a handle, - at least one drawer located within the compartment, - an attaching means arranged on the side of the door facing the compartment such that being engageable to drawer and having two positions one of which is an attaching position where it is attached to the drawer and the other is a free position where it is not attached to the drawer, - a triggering means arranged on the side of the door facing the external environment and being configured to move the attaching means between the attaching position and the free position, - wherein the drawer is grasped by the attaching means when the attaching means in the attaching position so that the drawer moves with the door while the door is being opened and - wherein the drawer is not grasped by the attaching means when the attaching means in the free position so that the drawer does not move with the door while the door is being opened, the triggering means comprises a button and a spring, wherein the button is disposed on the handle, characterized in that the triggering means further comprises a shaft; the spring is between the button and the shaft, wherein the button is configured to compress the spring, wherein the spring is configured to push the shaft and wherein the shaft is configured to move the attaching means towards the drawer. - at least one compartment wherein foodstuffs desired to be cooled are placed, - at least one door providing access into the compartment, wherein the door comprises a handle, - at least one drawer located within the compartment, - an attaching means arranged on the side of the door facing the compartment such that being engageable to drawer and having two positions one of which is an attaching position where it is attached to the drawer and the other is a free position where it is not attached to the drawer, - a triggering means arranged on the side of the door facing the external environment and being configured to move the attaching means between the attaching position and the free position, - wherein the drawer is grasped by the attaching means when the attaching means in the attaching position so that the drawer moves with the door while the door is being opened and - wherein the drawer is not grasped by the attaching means when the attaching means in the free position so that the drawer does not move with the door while the door is being opened,
A winglet fixedly attachable to a baseline wing of an aircraft (120, 200) comprising: a horizontal portion that is substantially parallel to the baseline wing of the aircraft, when the winglet is joined to the baseline wing, and an angled portion coupled to the horizontal portion, the horizontal portion being configured to fixedly attach to an outboard portion of the baseline wing of the aircraft (120, 200) such that the angled portion projects at an upward angle from the horizontal portion; and a controllable airflow modification device which, when attached to the baseline wing of the aircraft, reduces a wing load of the baseline wing below a design load, wherein the controllable airflow modification device is directly coupled to the horizontal portion of the winglet and is inboard from the angled portion, wherein the controllable airflow modification device is coupled to a trailing edge of the horizontal portion of the winglet (100, 112). a horizontal portion that is substantially parallel to the baseline wing of the aircraft, when the winglet is joined to the baseline wing, and an angled portion coupled to the horizontal portion, the horizontal portion being configured to fixedly attach to an outboard portion of the baseline wing of the aircraft (120, 200) such that the angled portion projects at an upward angle from the horizontal portion; and a controllable airflow modification device which, when attached to the baseline wing of the aircraft, reduces a wing load of the baseline wing below a design load, wherein the controllable airflow modification device is directly coupled to the horizontal portion of the winglet and is inboard from the angled portion, wherein the controllable airflow modification device is coupled to a trailing edge of the horizontal portion of the winglet (100, 112).
A method for printing a three-dimensional part (20, 70) with an additive manufacturing system, the method comprising: printing layers of the three-dimensional part (20, 70) and of a support structure (22, 72) for the three-dimensional part (20, 70) from multiple print heads using an extrusion-based, additive manufacturing technique; switching the print heads between stand-by modes and operating modes in-between the printing of the layers of the three-dimensional part (20, 70) and the support structure (22, 72); performing a purge operation for each print head switched from the standby mode to the operating mode, the purge operation comprising printing at least one purge tower (24, 74) in a layer by layer manner, wherein the layers (24a, 74c) of the at least one purge tower (24, 74) are extruded directly from the print head 18 switched to the operating mode. printing layers of the three-dimensional part (20, 70) and of a support structure (22, 72) for the three-dimensional part (20, 70) from multiple print heads using an extrusion-based, additive manufacturing technique; switching the print heads between stand-by modes and operating modes in-between the printing of the layers of the three-dimensional part (20, 70) and the support structure (22, 72); performing a purge operation for each print head switched from the standby mode to the operating mode, the purge operation comprising printing at least one purge tower (24, 74) in a layer by layer manner, wherein the layers (24a, 74c) of the at least one purge tower (24, 74) are extruded directly from the print head 18 switched to the operating mode.
An RJ-45 communications jack having a longitudinal axis, comprising: a housing having a plug aperture that is configured to receive a mating RJ-45 plug along the longitudinal axis; eight jackwire contacts (140-1 - 140-8) that are arranged as four differential pairs of jackwire contacts, each of the jackwire contacts including a plug contact region that extends into the plug aperture; characterised in that the plug contact region of a first of the jackwire contacts is configured to engage a bottom longitudinally extending surface of a first blade of the mating RJ-45 plug when the mating RJ-45 plug is fully received within the plug aperture, and wherein a plug contact region of a second of the jackwire contacts is staggered with respect to the plug contact region of the first of the jackwire contacts in the longitudinal direction when the mating RJ-45 plug is fully received within the plug aperture. a housing having a plug aperture that is configured to receive a mating RJ-45 plug along the longitudinal axis; eight jackwire contacts (140-1 - 140-8) that are arranged as four differential pairs of jackwire contacts, each of the jackwire contacts including a plug contact region that extends into the plug aperture; characterised in that the plug contact region of a first of the jackwire contacts is configured to engage a bottom longitudinally extending surface of a first blade of the mating RJ-45 plug when the mating RJ-45 plug is fully received within the plug aperture, and wherein a plug contact region of a second of the jackwire contacts is staggered with respect to the plug contact region of the first of the jackwire contacts in the longitudinal direction when the mating RJ-45 plug is fully received within the plug aperture.
Vacuum sealing system, comprising a compartment having a suction device and an aeration device as well as a suction tube, wherein one end of the suction tube is connected to a vacuum pump and the other end is separably connected to the suction device of the compartment by way of a connecting piece, also having a vacuum measuring device for measuring the vacuum level and a control device for controlling the vacuum sealing system, characterised in that a switching device is also included, wherein the control device is configured to move the switching device connected to the suction tube into the closed position when vacuumising the compartment by means of the vacuum pump via the suction tube in order to prevent the penetration of outside air into the suction tube and into the open position following the completion of the vacuumisation by means of the vacuum pump in order to guide air into the already vacuumised suction tube.
A method of treating the surface of a substrate which comprises a fibrous material for modifying the printability properties of said surface, wherein the surface is contacted with an amphiphilic block copolymer which comprises one or several hydrophilic polymer blocks and one or several hydrophobic polymer blocks, characterized by applying approximately 0.001-10 g/m 2 of an amphiphilic polymer the hydrophilic block of which is polyethylene oxide and the hydrophobic block of which is a block formed of n-octadecenyl succinic acid.
A brake pad comprising: at least one friction member; a supporting member for supporting the friction member, the number of which being the same as that of the friction member; a back plate to which the supporting member is secured; and a dovetail coupled to a lower surface of the back plate; characterized in that, the back plate comprises at least two grooves formed on a surface thereof corresponding to the supporting member, the grooves having a certain length and depth and extended to the longitudinal direction and spaced apart from each other, and in that the supporting member comprises a central protrusion protruded downward and three periphery protrusions arranged in the circumferential direction with respect to the central protrusion, and the back plate comprises a central supporting part formed on a region thereof corresponding to the central protrusion and periphery supporting parts formed on regions thereof corresponding to the periphery protrusions and coupled to the periphery protrusions, respectively. at least one friction member; a supporting member for supporting the friction member, the number of which being the same as that of the friction member; a back plate to which the supporting member is secured; and a dovetail coupled to a lower surface of the back plate;
A nozzle for a fan assembly for creating an air current, the nozzle comprising an interior passage for receiving an air flow and a mouth for emitting the air flow, the nozzle defining and extending about a central opening through which air from outside the nozzle is drawn by the air flow emitted from the mouth, the nozzle further comprising air heating means, being characterised in that at least part of the heating means is arranged within the nozzle so as to extend about the opening by at least 270°.