mhurhangee/ep-ind-claims huggingface dataset:
A forming device for carrying out controlled deformation of tubes, especially tubes of heat exchangers, placeable between the table and pressure bar of the mechanical press, which comprises a lower forming plate and an upper forming plate, which are coupled by guide devices, and die elements arranged on mutually counter surfaces (11, 24) of the lower forming plate and the upper forming plate, characterized in that the lower forming plate has on its top surface attached oblong die elements arranged in a row, whereas these die elements are coupled to the lower forming plate in an demountable and adjustable manner with possibility to be sloped with respect to the axis of their row, the upper forming plate has on its bottom surface attached oblong die elements arranged in a row, whereas these die elements are coupled to the upper forming plate in an demountable and adjustable manner with possibility to be sloped with respect to the axis of their row, whereas die elements on the upper forming plate and die elements on the lower forming plate are mutually shifted towards each other by a non-zero pitch (p), whereas the forming plates (1, 2) are coupled to devices for adjusting the position of the processed tube with respect to the forming plates (1, 2) along the longitudinal axis of the tube and in the direction of shifting the tube round its longitudinal axis, and to means that secures the tube in the set position, whereas these devices for adjusting the position of the processed tube are arranged outside the forming plates (1, 2).
Apparatus for treating a body of an input material comprising an extrudable part comprising a sludge or clay and a non-extrudable part, the apparatus comprising: - at least one extruding assembly comprising a body defining a passage for the input material and an extruder for converting the extrudable part into an extruded part; - the extruder being located downstream of an inlet for the input material to the passage and upstream from a first outlet from the passage for the extruded part which first outlet is defined in a sidewall of the passage and a second outlet from the passage for the non-extrudable part which second outlet is downstream from the first outlet; and means for receiving the extruded part which means comprises a conveyor in cooperating relationship with the first outlet for conveying the extruded part. - at least one extruding assembly comprising a body defining a passage for the input material and an extruder for converting the extrudable part into an extruded part; - the extruder being located downstream of an inlet for the input material to the passage and upstream from a first outlet from the passage for the extruded part which first outlet is defined in a sidewall of the passage and a second outlet from the passage for the non-extrudable part which second outlet is downstream from the first outlet; and means for receiving the extruded part which means comprises a conveyor in cooperating relationship with the first outlet for conveying the extruded part.
Floating support for an offshore structure such as especially a wind turbine, of a type comprising support means in the form of a mast, the lower part of which is associated with means in the form of floats produced on the basis of tubes, the means in the form of floats including flotation sleeves (10, 11, 12) which are mounted around at least some of the tubes (6, 7, 8) of the means in the form of floats, characterised in that the flotation sleeves (10, 11, 12) are of plastic material; and in that the tubes of the means in the form of floats are of metal material and are arranged regularly around the means in the form of a mast and are connected one to another and to the mast by way of connecting gilders.
A locking mechanism comprising: a base defining an open mouthed recess for receiving a member to be selectively retained in the recess; a pair of locking elements (10, 12) mounted for rotational movement between a retracted position in which they permit access to the recess and an extended position in which they extend at least partially across the mouth of the recess; and a drive for simultaneously moving the locking elements (10, 12) in opposite rotational directions; characterised in that: said drive comprises a rotary drive shaft having a right handed thread portion for driving one locking element and a left handed thread portion for driving the other locking element, said threaded portions (54, 56) of said drive shaft being coupled to the respective locking elements (10, 12) through a drive element (58, 60), said drive element having a treaded nut portion for engaging the drive shaft and a lost motion coupling to the locking element (10, 12), the lost motion coupling comprising a slot, said locking element (10, 12) having a drive pin received in said slot, said slot permitting linear movement of the drive pin along the slot during rotational movement of the locking elements (10, 12). a base defining an open mouthed recess for receiving a member to be selectively retained in the recess; a pair of locking elements (10, 12) mounted for rotational movement between a retracted position in which they permit access to the recess and an extended position in which they extend at least partially across the mouth of the recess; and a drive for simultaneously moving the locking elements (10, 12) in opposite rotational directions; characterised in that: said drive comprises a rotary drive shaft having a right handed thread portion for driving one locking element and a left handed thread portion for driving the other locking element, said threaded portions (54, 56) of said drive shaft being coupled to the respective locking elements (10, 12) through a drive element (58, 60), said drive element having a treaded nut portion for engaging the drive shaft and a lost motion coupling to the locking element (10, 12), the lost motion coupling comprising a slot, said locking element (10, 12) having a drive pin received in said slot, said slot permitting linear movement of the drive pin along the slot during rotational movement of the locking elements (10, 12).
A composition [composition] comprising: - at least one fluorinated thermoplastic elastomer, and - at least one organic colouring compound, wherein said fluorinated thermoplastic elastomer comprises, preferably consists of: - at least one block consisting of at least one elastomeric fluoropolymer, and - at least one block consisting of at least one thermoplastic fluoropolymer. - at least one fluorinated thermoplastic elastomer, and - at least one organic colouring compound, - at least one block consisting of at least one elastomeric fluoropolymer, and - at least one block consisting of at least one thermoplastic fluoropolymer.
A method of transmitting data between first and second network entities in a communications network, the method comprising: transmitting from the first network entity an establishment message providing a first indication which indicates whether the first network entity is capable of handling extended messages; receiving the message at the second network entity and returning to the first network entity an establishment response which provides said first indication in respect of the second network entity; and characterised by transmitting a data message from the first network entity to the second network entity, said data message selectively being an extended message in dependence on the first indication received in the response message, said data message further providing a second indication which indicates whether or not the data message is an extended message; wherein the establishment message, the establishment response and the data message are base station sub-system application part messages, and wherein each message comprising a data structure which includes a variable length message part comprising message data; wherein the data structure includes a length indicator which indicates the length of the message part; wherein the length indicator is one octet if the message is not an extended message and two octets if the message is an extended message. transmitting from the first network entity an establishment message providing a first indication which indicates whether the first network entity is capable of handling extended messages; receiving the message at the second network entity and returning to the first network entity an establishment response which provides said first indication in respect of the second network entity; and characterised by transmitting a data message from the first network entity to the second network entity, said data message selectively being an extended message in dependence on the first indication received in the response message, said data message further providing a second indication which indicates whether or not the data message is an extended message; wherein the establishment message, the establishment response and the data message are base station sub-system application part messages, and wherein each message comprising a data structure which includes a variable length message part comprising message data; wherein the data structure includes a length indicator which indicates the length of the message part; wherein the length indicator is one octet if the message is not an extended message and two octets if the message is an extended message.
An apparatus for managing a cable network comprising: a transmission unit capable of transmitting signals according to predetermined communication parameters, a plurality of receivers, each receiver being capable of receiving signals according to different predetermined communication parameters; a spare receiver capable of receiving signals using the predetermined communication parameters of each of the plurality of receivers; a switching unit which selectively connects the spare receiver to a signal line associated with one of the plurality of receivers, the selectively connected receiver of the plurality of receivers being a receiver under test, enabling the spare receiver to receive signals sent to the receiver under test and; a microprocessor which instructs the spare receiver to be configured to the predetermined communication parameters of an analyzed receiver, the analyzed receiver being a receiver selected from the plurality of receivers other than the receiver under test, wherein the receiver under test is determined to be connected to the analyzed receiver when the spare receiver receives a communication using the communication parameters of the analyzed receiver while connected to the receiver under test. a transmission unit capable of transmitting signals according to predetermined communication parameters, a plurality of receivers, each receiver being capable of receiving signals according to different predetermined communication parameters; a spare receiver capable of receiving signals using the predetermined communication parameters of each of the plurality of receivers; a switching unit which selectively connects the spare receiver to a signal line associated with one of the plurality of receivers, the selectively connected receiver of the plurality of receivers being a receiver under test, enabling the spare receiver to receive signals sent to the receiver under test and; a microprocessor which instructs the spare receiver to be configured to the predetermined communication parameters of an analyzed receiver, the analyzed receiver being a receiver selected from the plurality of receivers other than the receiver under test, wherein the receiver under test is determined to be connected to the analyzed receiver when the spare receiver receives a communication using the communication parameters of the analyzed receiver while connected to the receiver under test.
A battery cooling system comprising: a cooling circuit; a power transmission device disposed in the cooling circuit, the power transmission device including a gear; a drivetrain oil having an electric insulating property and being used for lubrication of the gear, the drivetrain oil circulating in the cooling circuit; a battery unit disposed in the cooling circuit, the battery unit including a plurality of module cases that house a plurality of battery cells; a pump disposed in the cooling circuit, the pump supplying the drivetrain oil to the battery unit and circulating the drivetrain oil inside the cooling circuit; and a radiator disposed in the cooling circuit, the radiator releasing heat from the drivetrain oil flowing in the cooling circuit, wherein the drivetrain oil performs direct heat exchange inside the power transmission device and flows through an inside of the module case and performs direct heat exchange with the battery cells; characterized in that: the battery unit includes a battery pack that houses the plurality of module cases; inside the battery pack, the module cases are connected via tubes such that the drivetrain oil flows through the module cases; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases. a cooling circuit; a power transmission device disposed in the cooling circuit, the power transmission device including a gear; a drivetrain oil having an electric insulating property and being used for lubrication of the gear, the drivetrain oil circulating in the cooling circuit; a battery unit disposed in the cooling circuit, the battery unit including a plurality of module cases that house a plurality of battery cells; a pump disposed in the cooling circuit, the pump supplying the drivetrain oil to the battery unit and circulating the drivetrain oil inside the cooling circuit; and a radiator disposed in the cooling circuit, the radiator releasing heat from the drivetrain oil flowing in the cooling circuit, wherein the drivetrain oil performs direct heat exchange inside the power transmission device and flows through an inside of the module case and performs direct heat exchange with the battery cells; characterized in that: the battery unit includes a battery pack that houses the plurality of module cases; inside the battery pack, the module cases are connected via tubes such that the drivetrain oil flows through the module cases; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases. the battery unit includes a battery pack that houses the plurality of module cases; inside the battery pack, the module cases are connected via tubes such that the drivetrain oil flows through the module cases; and the drivetrain oil that has flowed into the battery pack flows to an outside of the battery pack via the plurality of the module cases.
Separating tool comprising a tooth supporting body and a plurality of teeth being arranged at the tooth supporting body, characterised in that the tooth supporting body is made of a superalloy.
A powertrain mount assembly for a vehicle, the powertrain mount assembly comprising: a link arm connectable to a powertrain of the vehicle; a main resilient element, an end of the link arm being coupled to the main resilient element; and a first body configured to support the main resilient element, the main resilient element being provided between the first body and the end of the link arm, wherein the first body is connectable to a vehicle frame structure of the vehicle at a first location; characterised in that the powertrain mount assembly further comprises: a second body connectable to the vehicle frame structure at a second location, the second body being separate from the first body; and wherein the second body comprises at least one first abutment surface configured to limit movement of the end of the link arm in a first direction. a link arm connectable to a powertrain of the vehicle; a main resilient element, an end of the link arm being coupled to the main resilient element; and a first body configured to support the main resilient element, the main resilient element being provided between the first body and the end of the link arm, wherein the first body is connectable to a vehicle frame structure of the vehicle at a first location; characterised in that the powertrain mount assembly further comprises: a second body connectable to the vehicle frame structure at a second location, the second body being separate from the first body; and wherein the second body comprises at least one first abutment surface configured to limit movement of the end of the link arm in a first direction. a second body connectable to the vehicle frame structure at a second location, the second body being separate from the first body; and wherein the second body comprises at least one first abutment surface configured to limit movement of the end of the link arm in a first direction.
A method of measuring of oxygen content in a gas by measuring of a photoluminescence of a calibrated sensor contacted with tested gas, wherein the sensor, containing nanocrystalline zirconium dioxide with an average size of the crystallites no greater than 60 nm, is heated to a specific temperature and is kept in this temperature during the measurement, a beam of electromagnetic radiation causing the sensor's photoluminescence and having essentially constant intensity during the measurement is directed onto the sensor, the resulting photoluminescence of the sensor is measured, and then the measurement result is compared with the sensor's calibration data, and in the sensor there is used nanocrystalline zirconium dioxide doped with Europium Eu3+ ions at the level of 2 to 10% mol, and the measurement of photoluminescence consists in determining the integral of photoluminescence in the band of 580-750 nm corresponding to the area under the photoluminescence spectrum curve in this band.
Method of producing for roof insulation material comprising that • A bottom layer which is made of woven felt, whose top surface is coated with foil or thermoplastic polyurethane, • A top layer which is made of woven felt, which is located on the bottom layer and is connected to the bottom layer, • A polyurethane foam which is located between the bottom layer and the top layer except the side parts and the sections which correspond to the profiles forming the roof metal structure and the sections that are in contact with these profiles, when located on the vehicle roof and the roof structure is closed, wherein comprising the following process steps; • Injecting polyurethane foam to the top surface which is foil or thermoplastic polyurethane coated, of the bottom layer which is made of woven felt, • Locating the form mold on the bottom layer when the side parts of the roof insulation material and the roof insulation material are located on the roof of the vehicle and when the roof structure is opened or closed, except for the sections which correspond to the profiles forming the roof metal structure, and the sections that are in contact with these profiles, in order to enable the polyurethane foam to be transmitted to the desired sections on the bottom layer, characterized in that • After the form mold is removed, locating the top layer on the bottom layer where polyurethane foam is injected, and connecting the bottom layer and the top layer via heat, performing cutting in accordance with the internal form of the roof. • A bottom layer which is made of woven felt, whose top surface is coated with foil or thermoplastic polyurethane, • A top layer which is made of woven felt, which is located on the bottom layer and is connected to the bottom layer, • A polyurethane foam which is located between the bottom layer and the top layer except the side parts and the sections which correspond to the profiles forming the roof metal structure and the sections that are in contact with these profiles, when located on the vehicle roof and the roof structure is closed, • Injecting polyurethane foam to the top surface which is foil or thermoplastic polyurethane coated, of the bottom layer which is made of woven felt, • Locating the form mold on the bottom layer when the side parts of the roof insulation material and the roof insulation material are located on the roof of the vehicle and when the roof structure is opened or closed, except for the sections which correspond to the profiles forming the roof metal structure, and the sections that are in contact with these profiles, in order to enable the polyurethane foam to be transmitted to the desired sections on the bottom layer, characterized in that • After the form mold is removed, locating the top layer on the bottom layer where polyurethane foam is injected, and connecting the bottom layer and the top layer via heat, performing cutting in accordance with the internal form of the roof.
A mobile terminal comprising: a first frame; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion; a flexible display comprising a fixed portion coupled to the first frame, and a variable portion bent to curve around the second frame; a rolling plate attached to a rear side of the variable portion of the flexible display and comprising support bars extending in the third direction, wherein the support bars are arranged in the first direction; a first expanded side portion extended from the end of each of the support bars to a position spaced apart from the flexible display; and a slide hook protruding from an end of the first expanded side portion and inserted into the slide rail to move along the slide rail. a first frame; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion; a flexible display comprising a fixed portion coupled to the first frame, and a variable portion bent to curve around the second frame; a rolling plate attached to a rear side of the variable portion of the flexible display and comprising support bars extending in the third direction, wherein the support bars are arranged in the first direction; a first expanded side portion extended from the end of each of the support bars to a position spaced apart from the flexible display; and a slide hook protruding from an end of the first expanded side portion and inserted into the slide rail to move along the slide rail.