mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a coated steel strip for producing tailored blanks suitable for thermomechanical shaping comprising the following steps: providing a hot-rolled steel strip; coating the strip with a metallic coating; characterized in that, after the step of coating the strip, cold rolling the strip such that the strip obtains a variable thickness in its length direction, having at least thicker sections, thinner sections and transitional sections between the thicker and thinner sections, with the thinner sections being at least 15 % thinner than a thickness of the thicker sections. providing a hot-rolled steel strip; coating the strip with a metallic coating; characterized in that, after the step of coating the strip, cold rolling the strip such that the strip obtains a variable thickness in its length direction, having at least thicker sections, thinner sections and transitional sections between the thicker and thinner sections, with the thinner sections being at least 15 % thinner than a thickness of the thicker sections.
A wind turbine (40, 50, 60, 70, 80, 90) comprising at least a support structure and one or more turbine blades, wherein the support structure is notionally divided into an upper section and a lower section, the upper section being that part of the support structure having overlap with the turbine blades' sweep area, and the lower section being the remaining part of the support structure below it not having overlap with the turbine blades' sweep area, wherein the upper section is adapted (44, 52, 53, 61, 62, 71, 72, 81,82, 83, 91) along substantially the whole of its axial length and at least partially around its circumference to have a reduced radar cross section, and wherein the lower section is not so adapted.
A method of backfilling spoil into a seabed trench comprising the steps of: providing a plow comprising a chassis; characterised by a skid supporting an aft end of said chassis above the seabed; moldboards mounted on said chassis forward of said skid, said moldboards being sized and oriented to span the trench and funnel spoil disposed on the seabed laterally of the trench toward the center of the trench as the plow travels forward on the seabed; and a blade mounted on and spanning bottom edges of said moldboards, said blade having a passage at a rear apex thereof; propelling the blade to travel forward on the seabed and collect spoil along the sides of the trench; using the moldboards to funnel the collected spoil toward the rear apex of the blade; and allowing the funnelled spoil to be discharged through the passage in the blade apex and onto a top surface of a pipe or cable disposed in the trench below said passage. providing a plow comprising a chassis; characterised by a skid supporting an aft end of said chassis above the seabed; moldboards mounted on said chassis forward of said skid, said moldboards being sized and oriented to span the trench and funnel spoil disposed on the seabed laterally of the trench toward the center of the trench as the plow travels forward on the seabed; and a blade mounted on and spanning bottom edges of said moldboards, said blade having a passage at a rear apex thereof; propelling the blade to travel forward on the seabed and collect spoil along the sides of the trench; using the moldboards to funnel the collected spoil toward the rear apex of the blade; and allowing the funnelled spoil to be discharged through the passage in the blade apex and onto a top surface of a pipe or cable disposed in the trench below said passage.
A pantographic wiper arm assembly comprising: a main arm and a drive unit, where the main arm has a spindle bracket for attaching the main arm to a spindle of the drive unit for reciprocating the main arm about a main axis; a wiper attachment spaced along the main arm from the spindle bracket for attaching a wiper blade to the main arm, wherein the wiper attachment is secured to the main arm to rotate about a wiper axis; an auxiliary arm rotatably connected at one end to the wiper attachment to rotate relative to the wiper attachment about a first auxiliary axis off-set from the wiper axis; an auxiliary bracket for coupling the auxiliary arm at its other end to the drive unit to rotate relative to the auxiliary bracket about a second auxiliary axis having a fixed offset from the main axis, thereby rotating the wiper attachment about the wiper axis in a pantographic motion as the main arm rotates about the main axis, wherein the auxiliary arm is disposed along the main arm in an at least partially overlapping relationship, characterized in that the drive unit comprises a sleeve arranged around the spindle, and the auxiliary bracket is secured to the sleeve, wherein the main arm has a width and/or is shaped to hide the auxiliary bracket and/or auxiliary arm behind it over the range of motion of the main arm. a main arm and a drive unit, where the main arm has a spindle bracket for attaching the main arm to a spindle of the drive unit for reciprocating the main arm about a main axis; a wiper attachment spaced along the main arm from the spindle bracket for attaching a wiper blade to the main arm, wherein the wiper attachment is secured to the main arm to rotate about a wiper axis; an auxiliary arm rotatably connected at one end to the wiper attachment to rotate relative to the wiper attachment about a first auxiliary axis off-set from the wiper axis; an auxiliary bracket for coupling the auxiliary arm at its other end to the drive unit to rotate relative to the auxiliary bracket about a second auxiliary axis having a fixed offset from the main axis, thereby rotating the wiper attachment about the wiper axis in a pantographic motion as the main arm rotates about the main axis, wherein the auxiliary arm is disposed along the main arm in an at least partially overlapping relationship, characterized in that the drive unit comprises a sleeve arranged around the spindle, and the auxiliary bracket is secured to the sleeve, wherein the main arm has a width and/or is shaped to hide the auxiliary bracket and/or auxiliary arm behind it over the range of motion of the main arm.
Hydrostatic axial piston pump for a speed-controlled hydrostatic propulsion drive, which hydrostatic axial piston pump has an adjustable swept volume (V P), is provided in an, in particular closed, hydraulic circuit for the fluidic connection to a hydraulic motor, and, for the adjustment of the swept volume (V P), has an adjusting unit which has an actuating cylinder with a first actuating pressure chamber (10 1), in which a first actuating pressure (p st1) can be set via a first pressure reducing valve (20 1), which first actuating pressure (p st1) is dependent on a first current (I 1) at a first electromagnet (a) of the first pressure reducing valve (20 1), and which hydrostatic axial piston pump has an electronic control device, in which a model of the first current (I 1) is stored in a manner which is dependent on a speed (v soll) which can be requested or is requested, characterized by an adaptation device which is configured in such a way that the model can be adapted via it in a manner which is dependent on the first current (I 1) and an actual speed (v ist) which can be assigned or is assigned to it.
Machine arrangement for the tobacco-processing industry having at least one machine and a device for feeding fibrous material to the machine, wherein the device comprises a closed tube housing with a conveying tube which is connected to a loading station on one side and to a material inlet of the machine on the other side, and a conveying means (21, 26) for conveying the fibrous material through the conveying tube from the loading station to the material inlet, wherein the conveying means (21, 26) is formed by an endless traction means running through the tube housing and by driver disks which are arranged spaced apart from one another at the endless traction means, characterized in that the traction speed of the traction means is controllable and/or adjustable as a function of a processing speed of the machine.
A machine for making capsules of the type comprising a container and a dose of product inserted in the container, the container being preferably a cup-like container having an inlet opening, through which the product is supplied into the container before a corresponding lid is applied, and an outer lip surrounding the inlet opening, said machine comprising a feed system for feeding at least a container along a feed path in a direction of feed, said feed system comprising at least a seat for said container, said machine comprising at least one filling station (9, 10, 11, 12) positioned along the feed path and comprising at least one filling unit for supplying the dose of product into said container, said machine comprising at least one detecting station (14, 15, 16, 17) positioned along said feed path immediately downstream of said filling station (9, 10, 11, 12) according to said direction of feed and comprising a detecting sensor operating at said seat, said detecting sensor being designed to detect a first significant parameter of said product supplied into said container, said machine being characterized in that said detecting sensor is a microwave sensor and said first parameter is the moisture or the density of the dose of product supplied into said first container, wherein the microwave sensor allows detecting the density of the dose of product in the container and calculating the weight of the dose of product in the container knowing a volume of the container, the machine comprising a control unit in communication with the microwave sensor configured to process said first parameter detected by the microwave sensor, and to provide the weight of the dose of product supplied into the container.
Passive radiofrequency device comprising: - a core formed by the assembly of several pieces (1A, 1B) in direct contact against one another, at least one of said pieces comprising a recess for the glue, at least some of said pieces being manufactured individually by additive manufacturing; - a conductive metal jacket surrounding said core uninterruptedly, without separating said pieces (1A, 1B) from one another. - a core formed by the assembly of several pieces (1A, 1B) in direct contact against one another, at least one of said pieces comprising a recess for the glue, at least some of said pieces being manufactured individually by additive manufacturing; - a conductive metal jacket surrounding said core uninterruptedly, without separating said pieces (1A, 1B) from one another.
Timepiece escapement mechanism, arranged to cooperate with means for providing torque, and comprising at least one escape wheel, which is subjected to a rotational torque, whose moment is lower than or equal to a nominal moment, about a first pivot axis, under the action of said means for providing torque, and comprising a regulating member integral with a regulating wheel set mounted to pivot about a second pivot axis, wherein said escapement mechanism constitutes a magnetic cylinder escapement, and said escape wheel comprises a plurality of actuators, regularly spaced around the periphery of a first disc, pivoting integrally with said escape wheel, said actuators each comprising magnetically charged or ferromagnetic magnetic field conductor parts, characterised in that each of said actuators is arranged to work in attraction, via said first disc, with at least a second disc comprised in said regulating wheel set and pivoting integrally therewith, said second disc being soft ferromagnetic and not magnetically charged, each said actuator including at least a first magnetic impulse part, and a second magnetic stop part, which generate or guide magnetic fields of substantially the same direction and the same sense, substantially parallel to said first pivot axis of said escape wheel, characterised in that said escape mechanism comprises, substantially in the same plane as said second disc, a conductive ferromagnetic plate, disposed underneath said disc and not in contact therewith, said plate comprising a cutout which surrounds, in a contactless manner, the periphery of said second disc, so as to provide a variable air-gap between said plate and said second disc, and said plate being arranged to ensure the closing of the magnetic circuit formed by at least one said actuator, said first disc, said second disc, and a structure in which said escape wheel pivots and which carries said plate, and characterised in that said second disc comprises a first peripheral area defining with said plate a first air-gap greater than a second air-gap that exists between said plate and a second peripheral area adjacent to said first area, and in that said actuators and said first air-gap and said second air-gap are dimensioned such that a said first magnetic part can only cross said second air-gap and is blocked by said first air-gap.
A thermal conductivity gas sensor, comprising: - a sensing element; and - a module which calculates a target gas concentration, wherein the sensing element is electrically connected to the module, characterized in that the sensor comprises an amplification material coupled to the sensing element and having a target gas dependent thermal diffusivity; wherein the sensing element is used to measure the thermal diffusivity of the amplification material; and wherein the module calculates the target gas concentration based on the measurement of the thermal diffusivity of the amplification material. - a sensing element; and - a module which calculates a target gas concentration, wherein the sensing element is electrically connected to the module,
A powder coating composition comprising an organosilicon compound having the general formula: wherein each R 1 independently is C 1 -C 10 alkyl or C 6 -C 10 aryl group, each R 2 independently is C 1 -C 10 alkyl or C 6 -C 10 aryl group, A is C 1 -C 20 divalent hydrocarbon group, B is C 1 -C 20 divalent hydrocarbon group and m is an integer of 1 to 3, and powder coating resin selected from epoxy resins, polyester resins, epoxy-polyester resins, acrylic resins, fluoro-resins and silicone resins, the composition comprising 0.1 to 5 parts by weight of the organosilicon compound relative to the powder coating composition as 100 parts by weight. an organosilicon compound having the general formula: wherein each R 1 independently is C 1 -C 10 alkyl or C 6 -C 10 aryl group, each R 2 independently is C 1 -C 10 alkyl or C 6 -C 10 aryl group, A is C 1 -C 20 divalent hydrocarbon group, B is C 1 -C 20 divalent hydrocarbon group and m is an integer of 1 to 3, and powder coating resin selected from epoxy resins, polyester resins, epoxy-polyester resins, acrylic resins, fluoro-resins and silicone resins,
Electric motor vehicle auxiliary unit comprising an electric drive motor and a drive element driven by the drive motor, wherein the drive motor comprises a motor rotor and a motor stator, wherein the motor stator comprises an electrically non-conductive plastic base body which carries a plurality of stator coils and into which several electrically conductive contact tabs are inserted, and the contact tabs are electrically connected with an electronic motor control and with connecting lines of the motor coils, characterized in that each contact tab comprises a flat, toothed plug-in body having a plurality of teeth on each of its two lateral narrow sides, the two virtual apex lines, which each connect the tooth tips of the teeth, have an angle a greater than 1.0° with respect to one another, so that the distance of the tooth tips to a center line of the plug-in body gradually decreases towards the distal end, and the flat plug-in bodies are radially aligned with their base plane.
A pneumatic tire having a tread comprising a rubber composition comprising, based on 100 parts by weight of elastomer (phr), from 50 to 90 phr of a solution polymerized styrene-butadiene rubber having a glass transition temperature (Tg) ranging from -65 °C to -55 °C and being functionalized with an alkoxysilane group and at least one functional group selected from the group consisting of primary amines and thiols; from 50 to 10 phr of polybutadiene having a cis 1,4 content greater than 90 percent and a Tg ranging from -80 to -110 °C; from 30 to 80 phr of a combination of a resin having a Tg of at least 30 °C and an oil, wherein the weight ratio of resin to oil is greater than 1. from 50 to 90 phr of a solution polymerized styrene-butadiene rubber having a glass transition temperature (Tg) ranging from -65 °C to -55 °C and being functionalized with an alkoxysilane group and at least one functional group selected from the group consisting of primary amines and thiols; from 50 to 10 phr of polybutadiene having a cis 1,4 content greater than 90 percent and a Tg ranging from -80 to -110 °C; from 30 to 80 phr of a combination of a resin having a Tg of at least 30 °C and an oil, wherein the weight ratio of resin to oil is greater than 1.
A paper making machine for making tissue paper, the machine comprising: a former in which a fibrous web may be formed, the former having a forming roll, a forming fabric and a felt; a press with a first press member and a second press member arranged to form a dewatering nip with the first press member and the felt being arranged to pass through the dewatering nip; a drying cylinder arranged to form a transfer nip with the first press member; a belt forming a loop around the first press member such that the belt passes through the dewatering nip and the transfer nip, characterized in that the first press member is an extended nip roll that has a flexible jacket that forms a loop and a flexible support body within the loop of the flexible jacket which flexible support body can be caused to press the flexible jacket radially outwards, the flexible support body further being placed opposite the drying cylinder such that the flexible support body can press the flexible jacket towards the drying cylinder to close the transfer nip, the first press member being movable in relation to the drying cylinder such that the distance between the drying cylinder and the first press member can be increased in a separating movement or decreased in a closing movement, in that the paper making machine further comprises a mechanical stop arranged to halt the closing movement, in that the first press member is supported in bearing housings, and in that the paper making machine further comprises at least one actuator arranged to act on the bearing housings of the first press member to increase or decrease the distance between the first press member and the drying cylinder.
Method for the manufacturing of a dental restoration by use of CAD/CAM technology, the dental restoration comprising a dental restoration core and a veneer layer, the veneer layer being located at predetermined locations on the dental restoration core and having predetermined thickness at said predetermined locations; the method comprising: - manufacturing the dental restoration core, comprising: milling a block to cut away material of the block to form the dental restoration within a void, characterized in that the void has a surface contour that has open space in areas where a veneer layer is to be created on the dental restoration core; - filling the void with the surface contour, in which void the dental restoration core is positioned, in the block (10; 20, 21) with a slurry or paste containing a constituent material for a veneer layer; - cold pressing the slurry or paste into the void, the void being arranged to have the slurry cover the dental restoration core at at least the predetermined locations; - heating the slurry or paste in a hardening or pre-sintering process to obtain a hardened veneer structure covering the dental restoration core; - milling a contour of the veneer layer into the hardened veneer structure to form the dental restoration (2, 3). - manufacturing the dental restoration core, comprising: milling a block to cut away material of the block to form the dental restoration within a void, characterized in that the void has a surface contour that has open space in areas where a veneer layer is to be created on the dental restoration core; - filling the void with the surface contour, in which void the dental restoration core is positioned, in the block (10; 20, 21) with a slurry or paste containing a constituent material for a veneer layer; - cold pressing the slurry or paste into the void, the void being arranged to have the slurry cover the dental restoration core at at least the predetermined locations; - heating the slurry or paste in a hardening or pre-sintering process to obtain a hardened veneer structure covering the dental restoration core; - milling a contour of the veneer layer into the hardened veneer structure to form the dental restoration (2, 3).
A sintered compact essentially consisting of zinc (Zn), gallium (Ga), silicon (Si) and oxygen, wherein a Zn content expressed in terms of ZnO is 5 to 60 mol%, a Ga content expressed in terms of Ga 2 O 3 is 8.5 to 90 mol%, and a Si content expressed in terms of SiO 2 is 0 to 45 mol%, and the sintered compact satisfies A ≤ (B + 2C) when the Zn content expressed in terms of ZnO is A (mol%), the Ga content expressed in terms of Ga 2 O 3 is B (mol%), and the Si content expressed in terms of SiO 2 is C (mol%), and has a relative density of 90% or higher.
Method for transporting and storing ceramic slabs by means of a forklift, wherein the method comprises the following steps: - bringing a pallet loaded with ceramic slabs on the vertical of a support group comprising a plurality of elements that extend vertically; - lowering the pallet until the ceramic slabs remain supported by the support group; - picking the ceramic slabs separated from the pallet; - depositing the ceramic slabs on a shelf (60, 60'), characterized in that the forklift has a pick up group comprising two lateral lifting arms (11, 12) and a central lifting arm, and in that the shelf (60, 60') has longitudinal rods spaced in such a way as to allow the passage of the lateral lifting arms (11, 12) and of the central lifting arm of the forklift. - bringing a pallet loaded with ceramic slabs on the vertical of a support group comprising a plurality of elements that extend vertically; - lowering the pallet until the ceramic slabs remain supported by the support group; - picking the ceramic slabs separated from the pallet; - depositing the ceramic slabs on a shelf (60, 60'), the forklift has a pick up group comprising two lateral lifting arms (11, 12) and a central lifting arm, and in that the shelf (60, 60') has longitudinal rods spaced in such a way as to allow the passage of the lateral lifting arms (11, 12) and of the central lifting arm of the forklift.
A method of transmitting control information and packet data, the method comprising: a - generating control channels which transmit the control information; b - generating control indication channel which indicates whether the control channels are transmitted or not; c - generating data channels in order to transmit the packet data based on the control information; d - multiplexing the control channels, the control indication channels, and the data channels; and e - transmitting the control channels, the control indication channels, and the data channels, wherein step d comprises multiplexing the control channels, the control indication channels, and the data channels so as to enable using resources of the control channels not to be transmitted to transmit the data channels. a - generating control channels which transmit the control information; b - generating control indication channel which indicates whether the control channels are transmitted or not; c - generating data channels in order to transmit the packet data based on the control information; d - multiplexing the control channels, the control indication channels, and the data channels; and e - transmitting the control channels, the control indication channels, and the data channels,