mhurhangee/ep-ind-claims huggingface dataset:
An electrohydraulic assembly for performing a closed-loop and/or open-loop control of a brake pressure of a hydraulic vehicle brake system, having a hydraulic block which has a hydraulic pump and on which an electric motor for driving the hydraulic pump is mounted, having an electronic control device which is mounted on a side of the hydraulic block opposite the electric motor, and having at least one electric contact which connects the electric motor in an electrically conductive fashion to the electronic control device, wherein the electric contact is accommodated in a rod-shaped insulator, wherein the rod-shaped insulator is guided, together with the electric contact accommodated therein, through a through-opening in the hydraulic block, which through-opening runs through the hydraulic block, from the side of the hydraulic block on which the electronic control device is mounted to the side of the hydraulic block on which the electric motor is mounted, wherein the rod-shaped insulator is embodied as a housing into which the electric contact is inserted, and said electric contact is attached in a play-free and non-releasable fashion, wherein the electric contact is embodied as a blade contact or pin contact, having a contact dome and a contact piece, wherein the contact piece is formed at a second end of the contact dome, lying opposite a first end, in the direction of the longitudinal extent of the contact dome, characterised in that the electric contact has a contact widened portion, wherein the contact widened portion is formed at the first end of the contact dome transversely with respect to a direction of longitudinal extent of the contact dome, and in that the contact dome is bent in an S shape in such a way that the contact dome runs parallel in the region of the contact widened portion and in the region of the contact piece.
A fuel tank comprising at least one fuel vapor accessory (30A-30G) articulately coupled with a fuel tubing extending within the fuel tank, the fuel tubing extending from a field end thereof towards an outlet end thereof characterized in that the fuel tubing is being formed with at least one aperture between said field end and said outlet end for communication with the fuel tank, and said at least one fuel vapor accessory being disposed between said field end and said outlet end.
Sleeve adapter, • comprising a cylindrical tubing section, • a seal that is made from an elastically deformable material and encloses the tubing section circumferentially on the outside, where the seal incorporates a first section by which it sits tightly against the tubing section as well as a second section which can be moved radially outwards relative to the tubing section, • and comprising a number of expanding elements that are arranged between the tubing section and the second section of the seal around the circumference of the tubing section, and which can be moved radially outwards, in such a way that the outside diameter of the seal can be changed according to whichever position the expanding elements are in, where an expanding element that is referred to as a lifting element and that can be actuated separately in such a way that the level of the underpart of the sleeve adapter can be adjusted by means of the lifting element is disposed in the lower circumferential section of the sleeve adapter, and which is designed as a toggle lever which incorporates a first lever arm that can be moved from a rest position that is set radially further away from the tubing section into a clamping position that is radially closer to the tubing section, and incorporates a second lever arm that sits against the second section of the seal radially from inside and that can be moved from a rest position that is closer to the tubing section into an expanding position that is radially further away from the tubing section and in which the seal has a comparatively larger outside diameter where the toggle lever is tiltably mounted at its midpoint between the two lever arms (18, 19) and the lifting element can be actuated by means of a clamp fitted around the tubing section, where a tension screw on the clamp is disposed in the upper circumferential half of the tubing section, characterised in that the lifting element incorporates a first lever arm that is constructed longer than the first lever arms of the other expanding elements that are likewise constructed as toggle levers. • comprising a cylindrical tubing section, • a seal that is made from an elastically deformable material and encloses the tubing section circumferentially on the outside, where the seal incorporates a first section by which it sits tightly against the tubing section as well as a second section which can be moved radially outwards relative to the tubing section, • and comprising a number of expanding elements that are arranged between the tubing section and the second section of the seal around the circumference of the tubing section, and which can be moved radially outwards,
A color tunable OLED illumination source comprising a first OLED layer capable of emitting light of a first color, a second OLED layer capable of emitting light of a second color and disposed on the first OLED layer, each of said first and second OLED layers comprising alternating active light-emitting areas (117, 136) and inactive non-light emitting areas (119, 138); said first OLED layer comprising a first substrate, a first transparent electrode layer disposed on the first substrate, a first electroluminescent layer capable of emitting light of the first color disposed on the first transparent electrode layer, and a first patterned metallized electrode layer forming the alternating active light-emitting areas and inactive non-light emitting areas; and said second OLED layer comprising a second substrate, a second transparent electrode layer disposed on the second substrate, a second electroluminescent layer capable of emitting light of the second color disposed on the second transparent electrode layer, and a second patterned metallized electrode layer forming the alternating active light-emitting areas and inactive non-light emitting areas; wherein light emitted by the active light-emitting areas of the first OLED layer is transmitted through the inactive non-light emitting areas of the second OLED layer; and a third OLED layer, wherein the third OLED layer comprises a third substrate, a third transparent electrode layer disposed on the third substrate, a third electroluminescent layer capable of emitting light of the third color disposed on the third transparent layer, and a third patterned metallized electrode layer forming alternating active light-emitting areas and inactive non-light emitting areas; wherein light emitted by the active light-emitting areas of the first OLED layer is transmitted through the inactive non-light emitting areas (138, 142) of the second and third OLED layers (112, 114) and light emitted by the active areas of the second OLED layer is transmitted through the inactive areas of the third OLED layer; wherein the active light-emitting areas in each OLED layer (110, 112, 114) comprise a plurality of active OLED elements (132, 136, 140) and wherein the inactive non-light emitting areas in each OLED layer (110, 112, 114) comprise a plurality of inactive OLED elements (134, 138, 142). wherein the illumination source produces a white light having a color temperature ranging from about 5500°K to about 6500°K or produces a white light having a color temperature ranging from about 3000°K to about 5500°K; characterized in that the active OLED elements in the OLED layers (110, 112, 114) are connected in a series interconnected architecture.
A method for separating a neutron absorber from a reactor coolant of a nuclear power plant, wherein the reactor coolant evaporates through heating up in a separation device and the evaporated coolant is discharged from the separation device separately from the non-evaporated neutron absorber, characterized in that the thermal energy is withdrawn at least partially from the evaporated coolant and introduced into a cooling circuit containing cooling water, wherein thermal energy is withdrawn from the cooling circuit by at least one heat-pump circuit coupled to the cooling circuit containing the cooling water and the withdrawn thermal energy is used for evaporating the reactor coolant after the temperature level has been increased, wherein the reactor coolant, driven by natural convection, is conducted through an evaporator circuit thermically coupled to the heat-pump circuit, and wherein the pressure in the separation device is set to 0.125 bar by a vacuum pump, so that the reactor coolant is evaporated at a process temperature of approx. 50°C.
A Vehicle Unit, comprising a user data device port (5, 5') for receiving a user data device (7, 7') comprising user data, wherein the Vehicle Unit is arranged to determine a remote node connectivity status, wherein the Vehicle Unit is arranged to download user data from the user data device (7, 7') based on an ejecting request to eject the user data device (7, 7') from the user data device port (5, 5') and wherein the Vehicle Unit is further arranged to download user data of the user data device if the remote node connectivity status indicates a non-existing connection to a remote node, wherein the Vehicle Unit is further arranged to enable releasing of the user data device (7, 7') after downloading of user data from the user data device (7, 7'), whereby the user data device (7, 7') may be ejected.
Separation machine for separating wood-based materials from other materials, comprising a conveyor belt that defines an upper support plane, feed means configured to collect and convey the group of materials to be separated toward a first end of said upper support plane, motor means configured to make said conveyor belt advance at a determinate transport speed to take said materials to be separated toward a second end of said upper support plane, detection means associated with said upper support plane and configured to detect the presence of materials with an organic origin and/or metal materials between said materials to be separated, a plurality of compressed air nozzles, disposed downstream of said second end of said upper support plane, a little above the latter and at a first distance from said detection means, said nozzles being configured to selectively thrust downward, using compressed air, said materials with an organic origin and/or said metal materials detected by said detection means, under the control of electronic control means that process the signals arriving from said detection means, characterized in that it also comprises blowing means (25, 26) disposed downstream of said nozzles at a second distance from said second end of said upper support plane and at a third distance below the latter, and configured to blow air toward the wood-based materials that transit due to inertia above them, arriving from said second end of said upper support plane, to thrust them beyond a separation means disposed downstream of said blowing means (25, 26) to a fourth distance from the latter, while the inert materials, which have a bigger specific weight than the wood-based materials, fall downward due to gravity.
Device for a wash-basin, which device comprises a water trap and a basin valve, which basin valve is of the pop-up type, whereby the basin valve has a valve opening and a valve plate that is arranged to be able to assume an upper open position and a lower closed position when the valve plate closes the valve opening, the valve plate being arranged to be displaceable from the open to the closed position and vice versa by applying a compressive force on the upper side of the valve plate, which compressive force is of a size such that it easily is produced by manual power, characterized in that the water trap has an outer dimension that allows its passage through the valve opening, that the valve plate is coupled to the water trap by a connecting device that connects the water trap with the valve plate so that the water trap follows the valve plate when the valve plate is lifted up from the wash-basin, in that the water trap has lock members for detachable axial fixation of the water trap, and in that the connecting device is detachably arranged.
A method for sintering metal and/or ceramic material in a sintering furnace, in which a connection of a sintering space of a sintered insert arranged in the sintering furnace is created by means of one or more channels or pipes (9, 10, 20, 30) to the surrounding area outside of the sintering furnace, characterised by a sintered insert comprising a base part which with a first cover forms the sintering space, and wherein the base part has at least one inner wall or outer wall running conically inwards, which can come into contact with a corresponding outer wall surface and/or inner wall surface of the first cover over the whole cone region, wherein - alternately, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or wherein - simultaneously, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or - alternately and simultaneously, successively, or alternately protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, and wherein a sintered insert is used with a sintering chamber which is flushed with protective gas, and one or more parts/objects to be sintered are debinded, while a protective space arranged upstream is flooded with protective gas. - alternately, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or wherein - simultaneously, protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, or - alternately and simultaneously, successively, or alternately protective gas is introduced into the sintering space and protective gas with possible impurities is extracted by means of the connection, and wherein
A valve device for liquid plastic components of single-component or multicomponent plastic mixtures, comprising a valve housing having a liquid feed and a metering valve having a discharge opening closeable by a closure element, a pressure control device acting on the liquid in the liquid feed and including a control diaphragm acting on the closure element, and a shut-off diaphragm which separates the pressure control device from the liquid feed, characterised in that the pressure control device includes a fluid-tight control chamber for a substantially incompressible fluid, that is arranged at least partially in the valve housing, wherein there is provided a pressure generating device by which the control diaphragm can be acted upon with pressure by way of an incompressible fluid arranged in the control chamber.
An air compressor including a main frame for mounting a motor, and a cylinder having an open end and a top wall opposite to the open end, the open end allowing a piston body to be fitted into the cylinder, the top wall defining an exit hole which allows compressed air produced in the cylinder to enter an air storage container while the piston body conducts reciprocating motion; wherein the cylinder is formed integrally with the main frame by a plastic material characterised in that the top wall defines at least one additional exit hole (5,6) arranged side by side in one plane with the exit hole.
An influenza vaccine comprising a polypeptide, wherein the polypeptide consists of (i) 30 to 38 contiguous amino acids of the amino acid sequence according to SEQ ID NO: 2, or (ii) an amino acid sequence according to one of SEQ ID NOs: 3 to 15, 18 to 33, and 35; wherein said influenza vaccine is able to induce a humoral response in terms of neutralizing antibodies against influenza. (i) 30 to 38 contiguous amino acids of the amino acid sequence according to SEQ ID NO: 2, or (ii) an amino acid sequence according to one of SEQ ID NOs: 3 to 15, 18 to 33, and 35; wherein said influenza vaccine is able to induce a humoral response in terms of neutralizing antibodies against influenza.
An electrically heated aerosol-generating device for heating an aerosol-forming substrate that is capable to form an inhalable aerosol when heated, the device comprising: - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity; - a puff detector composing a temperature sensor to detect a temperature change of air flow in the receiving cavity indicative of a user taking a puff, wherein the temperature sensor is arranged outside the receiving cavity, characterized in that the temperature sensor is arranged at a predefined distance to a test spot on an inner surface of the receiving cavity and configured to detect a change of the temperature of the cavity at the test spot which is caused by a change of the temperature of the air flow passing along the inner surface of the cavity at the place of the test spot when a user takes a puff. - a receiving cavity for removably receiving at least a portion of an aerosol-generating article including the aerosol-forming substrate; - an electrical heater for heating the aerosol-forming substrate when the article is received in the receiving cavity; - a puff detector composing a temperature sensor to detect a temperature change of air flow in the receiving cavity indicative of a user taking a puff, wherein the temperature sensor is arranged outside the receiving cavity, characterized in that the temperature sensor is arranged at a predefined distance to a test spot on an inner surface of the receiving cavity and configured to detect a change of the temperature of the cavity at the test spot which is caused by a change of the temperature of the air flow passing along the inner surface of the cavity at the place of the test spot when a user takes a puff.
A method for mitigating interference in a frequency hopping channel system based on codeword metrics obtained during decoding of code blocks, the method comprising: decoding a plurality of code blocks into a plurality of codewords using a particular error control coding method, each of the plurality of code blocks comprising portions received from a plurality of channels in the frequency hopping channel system; for each decoded code block, determining one or more codeword metrics based on cost of correcting errors during decoding of the plurality of code blocks; inferring one or more channel metrics of the plurality of channels based on the one or more codeword metrics of the plurality of codewords; and based on the channel metrics, reducing a reliability metric of a particular channel or ignoring incoming symbols received via a particular channel during decoding of code blocks; wherein the one or more codeword metrics include at least whether a code block is retransmitted. decoding a plurality of code blocks into a plurality of codewords using a particular error control coding method, each of the plurality of code blocks comprising portions received from a plurality of channels in the frequency hopping channel system; for each decoded code block, determining one or more codeword metrics based on cost of correcting errors during decoding of the plurality of code blocks; inferring one or more channel metrics of the plurality of channels based on the one or more codeword metrics of the plurality of codewords; and based on the channel metrics, reducing a reliability metric of a particular channel or ignoring incoming symbols received via a particular channel during decoding of code blocks; wherein the one or more codeword metrics include at least whether a code block is retransmitted.
Antenna of the type comprising: - a first electrically-conductive surface; - a second electrically-conductive surface, forming a ground plane, parallel to the first surface; - a first electrically-conductive feed wire or strip connecting a first terminal of a generator/receiver to the first surface; - the second surface being connected to a second terminal of the generator/receiver; and - at least one second electrically-conductive wire or strip connecting the two abovementioned surfaces (120, 140), with the first surface having a cutout-slot, or a series of cutout-slots, each cutout-slot being formed, possibly, of mutually extending sections, this (or these) cutout-slot(s) stretching to near and along an edge part of this first surface, this edge part being sufficiently extensive in order that the cutout-slot(s) defines an inner region of the first surface by substantially forming most of the periphery of this region, thereby achieving a multi-frequency operation, characterized in that said at least one second electrically-conductive wire or strip that connects the first and second surfaces makes contact with the first surface inside said inner region, and preferably in the middle of the antenna, surrounded mostly by the cutout-slot(s), and in that said first electrically-conductive feed wire or strip that connects a first terminal of a generator/receiver to the first surface makes contact with this first surface inside said inner region surrounded mostly by the cutout-slot(s). - a first electrically-conductive surface; - a second electrically-conductive surface, forming a ground plane, parallel to the first surface; - a first electrically-conductive feed wire or strip connecting a first terminal of a generator/receiver to the first surface; - the second surface being connected to a second terminal of the generator/receiver; and - at least one second electrically-conductive wire or strip connecting the two abovementioned surfaces (120, 140), with the first surface having a cutout-slot, or a series of cutout-slots, each cutout-slot being formed, possibly, of mutually extending sections, this (or these) cutout-slot(s) stretching to near and along an edge part of this first surface, this edge part being sufficiently extensive in order that the cutout-slot(s) defines an inner region of the first surface by substantially forming most of the periphery of this region, thereby achieving a multi-frequency operation, characterized in that said at least one second electrically-conductive wire or strip that connects the first and second surfaces makes contact with the first surface inside said inner region, and preferably in the middle of the antenna, surrounded mostly by the cutout-slot(s), and in that said first electrically-conductive feed wire or strip that connects a first terminal of a generator/receiver to the first surface makes contact with this first surface inside said inner region surrounded mostly by the cutout-slot(s).