mhurhangee/ep-ind-claims huggingface dataset:
A control valve for automatic compressed air brakes to generate a brake cylinder pressure in at least one connected brake cylinder in accordance with a pressure difference between a pressure in a connected main air line of a train and a stored reference pressure, comprising a main part, a line part and a carrier, with an additional vent channel from the line part to the main part via the carrier, wherein the main part contains the following parts: a control piston with a piston rod which is loaded firstly by the reference pressure and secondly by a control pressure and at least one pressure spring, and a compensating piston which is loaded by pressure of the brake cylinder against at least one pressure spring, and a double-seat valve, at which via a piston rod an inlet valve is opened when the control piston approaches and an outlet valve is opened when the control piston moves away, wherein the inlet valve lies in an air path from an air storage container in the direction of the brake cylinder, whereas the outlet valve lies in an air path from the brake cylinder to the environment, characterized in that the main part contains a valve comprising a valve body, a pressure spring and a valve seat, wherein at the valve body and valve seat lie opposing pressure chambers which are connected with the additional vent channel and the brake cylinder respectively, and the valve body is connected via a mechanical connection (114, 115) with the control piston via the piston rod. a control piston with a piston rod which is loaded firstly by the reference pressure and secondly by a control pressure and at least one pressure spring, and a compensating piston which is loaded by pressure of the brake cylinder against at least one pressure spring, and a double-seat valve, at which via a piston rod an inlet valve is opened when the control piston approaches and an outlet valve is opened when the control piston moves away, wherein the inlet valve lies in an air path from an air storage container in the direction of the brake cylinder, whereas the outlet valve lies in an air path from the brake cylinder to the environment, characterized in that the main part contains a valve comprising a valve body, a pressure spring and a valve seat, wherein at the valve body and valve seat lie opposing pressure chambers which are connected with the additional vent channel and the brake cylinder respectively, and the valve body is connected via a mechanical connection (114, 115) with the control piston via the piston rod.
Disk brake for a motor vehicle brake system having - a frame-like housing, - at least two brake pad arrangements (18, 20), which are accommodated in the frame-like housing and between which a brake disk that is rotatable about an axis of rotation may be accommodated, and - at least two guide bolts (30, 32), which are mounted on the housing and on which at least one of the brake pad arrangements (18, 20) is guided with play in an axially displaceable manner, characterized in that on the brake pad arrangement (18, 20) guided on the guide bolts (30, 32) at least one spring means (46, 48) is mounted, which biases said brake pad arrangement (18, 20) relative to the guide bolts (30, 32) into a position corresponding to a tilting movement that results during braking of the brake disk from a braking torque acting on the brake pad arrangement (18, 20), wherein the brake pad arrangement (18, 20) comprises at least one brake pad carrier and a brake pad disposed at the side of the brake pad carrier facing the brake disk, wherein the at least one spring means (46, 48) is disposed at the side of the brake pad carrier remote from the brake pad. - a frame-like housing, - at least two brake pad arrangements (18, 20), which are accommodated in the frame-like housing and between which a brake disk that is rotatable about an axis of rotation may be accommodated, and - at least two guide bolts (30, 32), which are mounted on the housing and on which at least one of the brake pad arrangements (18, 20) is guided with play in an axially displaceable manner,
An open type compressor comprising: a compression mechanism that is arranged to be driven by a drive shaft for rotating around an axis, and to compress fluid flowing into from a suction port to discharge the compressed fluid from a discharge port; a seal part that is in contact with an outer peripheral surface of the drive shaft, and is arranged to prevent leakage of fluid along the drive shaft; a bearing part that is disposed on a side closer to the compression mechanism than the seal part, and supports the drive shaft; a cylindrical first housing that houses the compression mechanism and has an outer peripheral surface formed with the suction port and the discharge port therein; a second housing that is mounted so as to block an opening part of the first housing and holds the bearing part and the seal part on the axis, a first space that is communicated with the suction port and is located on a side of the compression mechanism with respect to the bearing part, and a second space that is located on a side of the seal part with respect to the bearing part, characterised in that the second housing is formed with an oil supply groove communicating the first space with the second space such that, in operation, mist-like lubricant oil guided to the first space is guided to the second space by the oil supply groove. a compression mechanism that is arranged to be driven by a drive shaft for rotating around an axis, and to compress fluid flowing into from a suction port to discharge the compressed fluid from a discharge port; a seal part that is in contact with an outer peripheral surface of the drive shaft, and is arranged to prevent leakage of fluid along the drive shaft; a bearing part that is disposed on a side closer to the compression mechanism than the seal part, and supports the drive shaft; a cylindrical first housing that houses the compression mechanism and has an outer peripheral surface formed with the suction port and the discharge port therein; a second housing that is mounted so as to block an opening part of the first housing and holds the bearing part and the seal part on the axis, a first space that is communicated with the suction port and is located on a side of the compression mechanism with respect to the bearing part, and a second space that is located on a side of the seal part with respect to the bearing part, characterised in that the second housing is formed with an oil supply groove communicating the first space with the second space such that, in operation, mist-like lubricant oil guided to the first space is guided to the second space by the oil supply groove.
A linear friction welding apparatus for dual axis forging, comprising: an oscillation block supported by a welding head apparatus; at least one Y-axis oscillation actuator supported on opposing lateral sides of the oscillation block; at least one Z-axis forge actuator supported by the oscillation block block for providing a first forge load along a first forge axis; and at least one X-axis forge actuator (308, 310) supported by the oscillation block for providing a second forge load along a second forge axis; wherein the first forge axis and second forge axis are orthogonal and wherein the apparatus is specifically adapted to form welds along a weld plane that is not substantially perpendicular to the first forge or the second forge axis. an oscillation block supported by a welding head apparatus; at least one Y-axis oscillation actuator supported on opposing lateral sides of the oscillation block; at least one Z-axis forge actuator supported by the oscillation block block for providing a first forge load along a first forge axis; and at least one X-axis forge actuator (308, 310) supported by the oscillation block for providing a second forge load along a second forge axis; wherein the first forge axis and second forge axis are orthogonal and wherein the apparatus is specifically adapted to form welds along a weld plane that is not substantially perpendicular to the first forge or the second forge axis.
An apparatus for directing a magnetic flux to weld a structure (504, 604, 704) comprising a thermoplastic material, comprising: a base (278, 524, 620, 722) formed of a material that blocks magnetic flux having a frequency in a range of 30KHz to 350KHz, said base comprising at least one cavity being configured to receive the structure; a cover (280, 528, 624,734) formed of the material that blocks magnetic flux having a frequency in a range of 30KHz to 350 KHz, said cover being configured to be placed over the structure; characterised in that the apparatus also comprises a channel (270, 530, 628, 760) extending between the base and the cover, said channel configured to direct magnetic flux through at least part of the structure (504, 604, 704) to focus heating in desired locations. a base (278, 524, 620, 722) formed of a material that blocks magnetic flux having a frequency in a range of 30KHz to 350KHz, said base comprising at least one cavity being configured to receive the structure; a cover (280, 528, 624,734) formed of the material that blocks magnetic flux having a frequency in a range of 30KHz to 350 KHz, said cover being configured to be placed over the structure; characterised in that the apparatus also comprises a channel (270, 530, 628, 760) extending between the base and the cover, said channel configured to direct magnetic flux through at least part of the structure (504, 604, 704) to focus heating in desired locations.
A method of identifying one or more nucleic acids within a cell or a tissue/biological sample comprising: contacting a plurality of nucleic acids having a three-dimensional spatial relationship within the cell or the tissue/biological sample with a matrix-forming material in a manner to substantially retain the three-dimensional spatial relationship, forming a three-dimensional polymerized matrix including the plurality of nucleic acids covalently bound to the matrix, amplifying the plurality of nucleic acids to produce amplicons within the matrix, covalently bonding the amplicons to the matrix, and sequencing the amplicons to identify the one or more nucleic acids. contacting a plurality of nucleic acids having a three-dimensional spatial relationship within the cell or the tissue/biological sample with a matrix-forming material in a manner to substantially retain the three-dimensional spatial relationship, forming a three-dimensional polymerized matrix including the plurality of nucleic acids covalently bound to the matrix, amplifying the plurality of nucleic acids to produce amplicons within the matrix, covalently bonding the amplicons to the matrix, and sequencing the amplicons to identify the one or more nucleic acids.
An assembly comprising a diffuser and a guide vane of a an airflow at the outlet from a centrifugal compressor of a turbine engine, said diffuser having approximately the form of a double annular disk oriented radially and said guide vane being a double toroidal part positioned in the extension of the double diffuser disk and curved to divert the air flow towards the downstream side of the turbomachine, characterized in that said guide vane is fixed to said diffuser by a connection which is positioned immediately next to the contact surface of the two parts and which can be released using standard tooling, with the exclusion of any other means of support.
A microwave printing device, comprising: an inlet for a filament (1, 37, 78, 114, 115, 132, 134, 260), an outlet for the filament (1, 37, 78, 114, 115, 132, 134, 260), a microwave heating device for heating the filament by means of microwave radiation, characterized in that the microwave heating device comprises at least one coaxial resonator (119, 122, 133); wherein the coaxial resonator (119, 122, 133) is formed of an outer conductor, which forms a cavity (11, 96, 119, 122, 133, 141, 172), and a coaxial inner conductor, and a microwave radiation input for coupling in microwave radiation; and wherein the filament can be heated in the coaxial resonator (119, 122, 133). an inlet for a filament (1, 37, 78, 114, 115, 132, 134, 260), an outlet for the filament (1, 37, 78, 114, 115, 132, 134, 260), a microwave heating device for heating the filament by means of microwave radiation, characterized in that the microwave heating device comprises at least one coaxial resonator (119, 122, 133); wherein the coaxial resonator (119, 122, 133) is formed of an outer conductor, which forms a cavity (11, 96, 119, 122, 133, 141, 172), and a coaxial inner conductor, and a microwave radiation input for coupling in microwave radiation; and wherein the filament can be heated in the coaxial resonator (119, 122, 133).
A user device comprising: a controller adapted to calculate a power headroom for a band combination for which dynamic power sharing is not supported, the band combination including a band of a first base station device and a band of a second base station device; and a transmitter adapted to transmit, to the first base station device, a power headroom report including the power headroom calculated for the band combination by omitting a power headroom for a serving cell of the second base station device other than a primary cell. a controller adapted to calculate a power headroom for a band combination for which dynamic power sharing is not supported, the band combination including a band of a first base station device and a band of a second base station device; and a transmitter adapted to transmit, to the first base station device, a power headroom report including the power headroom calculated for the band combination by omitting a power headroom for a serving cell of the second base station device other than a primary cell.
A turboengine blading member, the blading member comprising at least one airfoil and at least one platform provided at at least one of a base and a tip of the airfoil, the airfoil comprising a profile body, a leading edge provided at a first side of the profile body, and a trailing edge section extending from a second side of the profile body and opposite the leading edge, wherein the profile body is connected to the at least one platform, and wherein the trailing edge section cantilevers from the profile body and is provided without connection to the platform, wherein the airfoil is provided on an airfoil member, the platform is provided on a platform member, and the airfoil member and the platform member are interlocked with each other; characterized in that the platform member comprises a receiver opening and the airfoil member comprises at least one fixation post provided at at least one of the airfoil base and the airfoil tip, wherein the fixation post is received within the receiver opening, the platform member comprising at least one first retainer groove provided inside the receiver opening, the airfoil member comprising at least one second retainer groove provided on the fixation post, a first and a second retainer groove (35, 62) jointly forming a retainer cavity, and wherein a retainer member is provided inside the retainer cavity thus providing an interlock between the airfoil member and the platform member, whereby a clearance is provided between a side of the fixation post pointing in a downstream direction of the airfoil member and a wall section of the receiver opening arranged at a downstream side of the receiver opening, said downstream directions referring to the flow direction for which the airfoil is intended, thus providing a supply duct for a coolant to be provided from a coolant side of the platform to an interface between the trailing edge section and the platform, while the fixation post, the platform member receiver opening and the retainer member jointly form an at least essentially hermetically sealed joint spanning a circumferential extent of the profile body which is open towards the trailing edge.
A method for monitoring the development of animals in time, such as monitoring the growth of animals, in particular of farm animals such as calves and piglets, the method comprising: a. bringing together a multiplicity of animals in at least one collective space, such as a pen or barn space, in which the animals can move freely; b. obtaining a 3D image of an area which is at least for a part within the at least one space, with the aid of at least one 3D camera and/or a multiplicity of cameras such as a multiplicity of 2D cameras while the animals can be within the area; c. supplying information about the 3D image to a signal processing unit; d. recognizing an animal in the 3D image; e. determining the identity of the animal which has been or is recognized in step d.; f. with the signal processing unit, on the basis of the information about the 3D image supplied in step c., and according to a second predetermined algorithm, at least estimating a condition parameter of the animal such as a weight, a volume and/or a length parameter of the animal recognized in step d.; g. repeating steps d.-f. when the animal appears in the image again; h. with the aid of a first computer, collecting the information obtained in steps d.-g. to gain insight into the development in time of the animal such as the growth in time of the animal, characterized in that in step d. the animal is recognized in the 3D image with the signal processing unit, on the basis of the information about the 3D image supplied in step c., and according to a first predetermined algorithm. a. bringing together a multiplicity of animals in at least one collective space, such as a pen or barn space, in which the animals can move freely; b. obtaining a 3D image of an area which is at least for a part within the at least one space, with the aid of at least one 3D camera and/or a multiplicity of cameras such as a multiplicity of 2D cameras while the animals can be within the area; c. supplying information about the 3D image to a signal processing unit; d. recognizing an animal in the 3D image; e. determining the identity of the animal which has been or is recognized in step d.; f. with the signal processing unit, on the basis of the information about the 3D image supplied in step c., and according to a second predetermined algorithm, at least estimating a condition parameter of the animal such as a weight, a volume and/or a length parameter of the animal recognized in step d.; g. repeating steps d.-f. when the animal appears in the image again; h. with the aid of a first computer, collecting the information obtained in steps d.-g. to gain insight into the development in time of the animal such as the growth in time of the animal, characterized in that in step d. the animal is recognized in the 3D image with the signal processing unit, on the basis of the information about the 3D image supplied in step c., and according to a first predetermined algorithm.
A vertical wind turbine comprising a cell with a plurality of vertical blades (13; F1-F6), each mounted rotatably at the bottom and top at the end of a radial arm, which are arranged within the cell distributed on a concentric circle around a vertical machine axis and are jointly movable on this circle and connected in a rotationally fixed manner to a main shaft, wherein the blades (13; F1-F6) in the cell are each mounted individually rotatably about a vertical axis of rotation extending in particular through their interior, and wherein means (39; 39a, b; 49, 50; 52) are associated with each of the blades (13; F1-F6), with which during rotation about the machine axis the blade (13; F1-F6) can be moved independently of the other blades into a predetermined and at any time changeable rotational position about its axis of rotation, wherein the arms respectively form a fictive ring at the top and bottom of the cell, characterised in that a force measurement device (K1-K3) is provided at a blade bearing of the blades (13; F1-F6) at the lower or upper ring in order to determine and take into account the forces occurring on the blades.
A package of eggs comprising a plurality of eggs arranged in a plurality of rows, characterised in that the eggs are arranged in the package so that, for every row of the plurality of rows, a long axis of each egg in the row is tilted toward the back of the package so as to be at least slightly offset from vertical, wherein each of the eggs in the package has information laser marked on it in substantially the same location as the other eggs in the package; and the eggs are oriented in the package such that information marked on each egg faces substantially the same direction as the information marked on the other eggs in the package.
A dimmer comprising a switch unit, a DC power supply, and a pre-regulator for controlling a current from an AC voltage source to the DC power supply when the AC voltage source is connected in a series connection with a load between a first terminal and a second terminal of the dimmer, the pre-regulator comprising an adjustable resistor and a sensor, wherein the sensor and the adjustable resistor are connected in series between the switch unit and the DC power supply, wherein the switch unit is connected with a switch terminal of the pre-regulator and wherein the DC power supply is connected with a DC terminal of the pre-regulator, wherein the sensor is adapted for sensing a current between the switch terminal and the DC terminal and wherein the pre-regulator is adapted for controlling the resistance of the adjustable resistor based on the sensed current when the AC voltage source is connected to the dimmer, wherein the adjustable resistor comprises a first transistor having a first and a second main electrode and a control electrode, wherein the first main electrode of the first transistor is connected to a first terminal of the sensor and wherein the second main electrode of the first transistor is connected directly or indirectly to the switch terminal, wherein the pre-regulator moreover comprises a second transistor comprising a first and a second main electrode and a control electrode, wherein the first main electrode of the second transistor is connected to the control electrode of the first transistor, the control electrode of the second transistor is connected to the first main electrode of the first transistor, and the second main electrode of the second transistor is connected to a second terminal of the sensor, characterized in that the pre-regulator moreover comprises a third transistor having a first and a second main electrode and a control electrode, wherein the first main electrode of the third transistor is connected to the control electrode of the first transistor and wherein the second main electrode of the third transistor is connected to signal ground, and wherein: i) either the pre-regulator further comprises a microcontroller adapted for controlling the control electrode of the third transistor, or ii) wherein the control electrode of the third transistor is adapted for being controlled by a voltage of the switch terminal.