mhurhangee/ep-ind-claims huggingface dataset:
A table for a vehicle, in particular a railway vehicle, this table comprising a tray, a foot for support on the floor and a module for hooking the table to a wall of the vehicle, this module being plastically deformable under a predetermined force, wherein: - the hooking module comprises a part deformable under the predetermined force and in the direction of this force; - the deformable part has an omega, U or C shaped section, with a central portion and two intermediate tabs; - the deformable part is fixed, by its central portion, to a first structure (82; 44) among the tray and the wall; - the deformable part is fixed, by end plates, connected to the central portion by the intermediate tabs, or by free edges of its intermediate tabs, to a second structure (44; 82) among the wall and the tray; characterised in that - the hooking module comprises a frame for guiding and limiting the deformations of the deformable part. - the hooking module comprises a part deformable under the predetermined force and in the direction of this force; - the deformable part has an omega, U or C shaped section, with a central portion and two intermediate tabs; - the deformable part is fixed, by its central portion, to a first structure (82; 44) among the tray and the wall; - the deformable part is fixed, by end plates, connected to the central portion by the intermediate tabs, or by free edges of its intermediate tabs, to a second structure (44; 82) among the wall and the tray; characterised in that - the hooking module comprises a frame for guiding and limiting the deformations of the deformable part.
A method for preparing an article of a base metal alloyed with an alloying element, comprising the steps of preparing a compound mixture by the steps of providing a chemically reducible nonmetallic base-metal precursor compound of a base metal, the base metal being titanium, aluminium, iron, nickel, iron-nickel, iron-nickel-cobalt, or magnesium; providing a chemically reducible nonmetallic alloying-element precursor compound of an alloying element; and thereafter mixing the base-metal precursor compound and the alloying-element precursor compound to form the compound mixture; chemically reducing the compound mixture to produce a metallic alloy, without melting the metallic alloy; the method further comprising the steps of: adding an other additive constituent, said other additive constituent comprising an element, mixture of elements or compound that makes up a portion of the metallic alloy and which is introduced by a process different from the reduction process used to form the base metal; and consolidating the metallic alloy to produce a consolidated metallic article, without melting the metallic alloy and without melting the consolidated metallic article. adding an other additive constituent, said other additive constituent comprising an element, mixture of elements or compound that makes up a portion of the metallic alloy and which is introduced by a process different from the reduction process used to form the base metal; and consolidating the metallic alloy to produce a consolidated metallic article, without melting the metallic alloy and without melting the consolidated metallic article.
A resin composition comprising an alicyclic-structure-containing polymer and a polyglyceride-based additive, wherein the alicyclic-structure-containing polymer is a polymer of a norbornene-based monomer including 50 wt% or more of tetracyclo [9.2. 1.0 2,10.0 3,8] tetradeca-3,5,7,12-tetraene, the polyglyceride-based additive includes diglycerol monooleate, diglycerol monostearate or tetraglycerol stearate, the polyglyceride-based additive has a hydroxyl value of 320 to 700 mgKOH/g, and the content of the polyglyceride-based additive is 0.2 to 2.0 parts by weight based on 100 parts by weight of the alicyclic-structure-containing polymer. the alicyclic-structure-containing polymer is a polymer of a norbornene-based monomer including 50 wt% or more of tetracyclo [9.2. 1.0 2,10.0 3,8] tetradeca-3,5,7,12-tetraene, the polyglyceride-based additive includes diglycerol monooleate, diglycerol monostearate or tetraglycerol stearate, the polyglyceride-based additive has a hydroxyl value of 320 to 700 mgKOH/g, and the content of the polyglyceride-based additive is 0.2 to 2.0 parts by weight based on 100 parts by weight of the alicyclic-structure-containing polymer.
A method for providing multimedia streaming content, comprising: receiving, by a network device and from a content provider device, a moving pictures experts group, MPEG, dynamic adaptive streaming over hypertext transfer protocol, DASH, media presentation description, MPD, file that includes a range of media bandwidth values; inserting, by the network device, a service descriptor in the MPEG-DASH MPD file that specifies a maximum bandwidth value of the range of media bandwidth values; and providing, by the network device and to a client device, the MPEG-DASH MPD file that includes the service descriptor to signal to the client device to limit a bandwidth usage of the client device to the maximum bandwidth value in association with the multimedia streaming content, characterized in that the method further comprises: receiving, by the network device, information that identifies a cell having client devices to which to provide the MPEG-DASH MPD file including the service descriptor; and providing the MPEG-DASH MPD file based on the information that identifies the cell. receiving, by a network device and from a content provider device, a moving pictures experts group, MPEG, dynamic adaptive streaming over hypertext transfer protocol, DASH, media presentation description, MPD, file that includes a range of media bandwidth values; inserting, by the network device, a service descriptor in the MPEG-DASH MPD file that specifies a maximum bandwidth value of the range of media bandwidth values; and providing, by the network device and to a client device, the MPEG-DASH MPD file that includes the service descriptor to signal to the client device to limit a bandwidth usage of the client device to the maximum bandwidth value in association with the multimedia streaming content, characterized in that the method further comprises: receiving, by the network device, information that identifies a cell having client devices to which to provide the MPEG-DASH MPD file including the service descriptor; and providing the MPEG-DASH MPD file based on the information that identifies the cell. receiving, by the network device, information that identifies a cell having client devices to which to provide the MPEG-DASH MPD file including the service descriptor; and providing the MPEG-DASH MPD file based on the information that identifies the cell.
A wireless communication assembly, comprising: a first support member carrying a baseband processor and a radio processor connected to the baseband processor; the first support member defining a first mounting surface including a first pair of electrical contacts; the first support member having a first pair of electrical connections between the radio processor and the first pair of electrical contacts; and a second support member carrying an antenna and defining a second mounting surface including a second pair of electrical contacts; the second support member having a second pair of electrical connections between the antenna and the second pair of electrical contacts; the second mounting surface configured to engage with the first mounting surface to rigidly couple the first and second support members (204, 208) and to bring the first pair of electrical contacts into contact with the second pair of electrical contacts for electrically connecting the radio processor and the antenna via the first and second pairs of electrical connections (300, 400), wherein the radio processor is carried on a side of the first support member opposite the first mounting surface and wherein the antenna is carried on a side of the second support member opposite the second mounting surface. a first support member carrying a baseband processor and a radio processor connected to the baseband processor; the first support member defining a first mounting surface including a first pair of electrical contacts; the first support member having a first pair of electrical connections between the radio processor and the first pair of electrical contacts; and a second support member carrying an antenna and defining a second mounting surface including a second pair of electrical contacts; the second support member having a second pair of electrical connections between the antenna and the second pair of electrical contacts; the second mounting surface configured to engage with the first mounting surface to rigidly couple the first and second support members (204, 208) and to bring the first pair of electrical contacts into contact with the second pair of electrical contacts for electrically connecting the radio processor and the antenna via the first and second pairs of electrical connections (300, 400), wherein the radio processor is carried on a side of the first support member opposite the first mounting surface and wherein the antenna is carried on a side of the second support member opposite the second mounting surface.
An imaging probe, the probe comprising: an elongate section having a first end and a second end, the second end forming a probe tip capable of intra-lumen imaging, the probe tip comprising a cover having a first surface and a second surface, the cover comprising a polymer and a plurality of back-scattering particles for controlled optical backscattering disposed therein for providing a reference point for calibration of at least one imaging system parameter in an imaging system comprising the imaging probe, the cover allowing transmission of substantially undistorted imaging light, the elongate section being adapted to transmit light reflected by the back-scattering particles to the first end of the elongate section. an elongate section having a first end and a second end, the second end forming a probe tip capable of intra-lumen imaging, the probe tip comprising a cover having a first surface and a second surface, the cover comprising a polymer and a plurality of back-scattering particles for controlled optical backscattering disposed therein for providing a reference point for calibration of at least one imaging system parameter in an imaging system comprising the imaging probe, the cover allowing transmission of substantially undistorted imaging light, the elongate section being adapted to transmit light reflected by the back-scattering particles to the first end of the elongate section.
An automotive entertainment system, comprising: - a dual-mode encoder, comprising: a logic device, wherein the logic device comprises: a first input terminal for receiving a digital signal representative of audio signals generated by one or more audio sources; a second input terminal for receiving a mode instruction signal; and an output terminal for outputting an encoded signal, - an infra-red transmitter connected to the dual-mode encoder and comprising IR LEDs; and - an analog headphone adapted for receiving analog FM modulated audio signals and a digital headphone adapted for receiving digital signals; wherein the infra-red transmitter is adapted to generate IR signals utilized by the analog and digital headphones; wherein the logic device is configured to: operate in a first mode when the analog headphone is used by encoding the received associated signal according to a first protocol, wherein the signals encoded according to the first protocol drive the IR LEDs of the IR emitter on and off thereby generating a first digital data stream suitable for use by the analogue headphone; and operate in a second mode when the digital headphone is used by encoding the received associated signal according to a second protocol, wherein the signals encoded according to the second protocol drive the IR LEDs of the IR transmitter on and off thereby generating a second digital data stream suitable for use by the digital headphone. - a dual-mode encoder, comprising: a logic device, wherein the logic device comprises: a first input terminal for receiving a digital signal representative of audio signals generated by one or more audio sources; a second input terminal for receiving a mode instruction signal; and an output terminal for outputting an encoded signal, a first input terminal for receiving a digital signal representative of audio signals generated by one or more audio sources; a second input terminal for receiving a mode instruction signal; and an output terminal for outputting an encoded signal, - an infra-red transmitter connected to the dual-mode encoder and comprising IR LEDs; and - an analog headphone adapted for receiving analog FM modulated audio signals and a digital headphone adapted for receiving digital signals; wherein the infra-red transmitter is adapted to generate IR signals utilized by the analog and digital headphones; operate in a first mode when the analog headphone is used by encoding the received associated signal according to a first protocol, wherein the signals encoded according to the first protocol drive the IR LEDs of the IR emitter on and off thereby generating a first digital data stream suitable for use by the analogue headphone; and operate in a second mode when the digital headphone is used by encoding the received associated signal according to a second protocol, wherein the signals encoded according to the second protocol drive the IR LEDs of the IR transmitter on and off thereby generating a second digital data stream suitable for use by the digital headphone.
A wide area network, WAN, optimization method for reducing data storage, the method comprising: receiving data and a digest of the data for a first time; storing the digest in a write protect cache in response to making a determination that this is the first time the data and digest have been received; receiving the data and the digest of the data for a second time; after the step of receiving the data and the digest of the data for a second time, storing the data and the digest of the data on a main disk and removing the digest from the write protect cache in response to making a determination that this is the second time that the data and digest have been received; receiving the digest on further transfers; and accessing the data from the main disk based on the received digest. receiving data and a digest of the data for a first time; storing the digest in a write protect cache in response to making a determination that this is the first time the data and digest have been received; receiving the data and the digest of the data for a second time; after the step of receiving the data and the digest of the data for a second time, storing the data and the digest of the data on a main disk and removing the digest from the write protect cache in response to making a determination that this is the second time that the data and digest have been received; receiving the digest on further transfers; and accessing the data from the main disk based on the received digest.
Combination of a standard transport container and a processing unit for supporting and/or carrying out a process engineering unit operation for a chemical reaction and for construction of a production system, implemented within the standard transport container, in particular as specified in DIN ISO 668, for carrying out said chemical reaction using a plurality of such processing units that are connected to one another directly or indirectly in the one shared standard transport container, having an operating unit for providing a contribution to the process engineering unit operation and a frame for accommodating the operating unit, wherein the frame has an extension d L in the longitudinal direction which corresponds to an integral multiple Z L of an integral portion N L of an extension L L in the longitudinal direction of an interior of the standard transport container and/or the frame has an extension d Q in the transverse direction which corresponds to an integral multiple Z Q of an integral portion N Q of an extension L Q in the transverse direction of the interior of the standard transport container.
A hydraulic and/or pneumatic coupling assembly comprising a fixed block adapted to be fixed to a main operating machine, and a movable block, said fixed block and said movable block comprising first mechanical constraining means which are adapted to be switched between a first position and a second position and second engaging and constraining means respectively, wherein the switching of said first mechanical constraining means from said first position to said second position and from said second position to said first position translates into a progressive engagement of said second engaging and constraining means and said first mechanical constraining means and thus into the mechanical constraint of said fixed block and said mobile block and respectively in the disengagement of said second engaging and constraining means and said first mechanical constraining means, and thus in the mechanical release of said fixed block and said mobile block; wherein said fixed block and said mobile block comprise third mechanical constraining means and respectively fourth engaging and constraining means, and wherein said third mechanical constraining means are adapted to be switched between a first position, in which they are released from said fourth engaging and constraining means and a second position in which they engage and constrain said fourth engaging and constraining means characterized in that the switching of said first mechanical constraining means from said first position towards said second position translates into the automatic switching of said third mechanical constraining means from said first position to said second position.
Method for use and return of drilling fluid/cuttings from a well, which is drilled on the ocean floor in connection with offshore related oil production and gas production, where a drilling stem runs from a drilling rig or drilling vessel down into a drilling hole and where a blowout preventer is arranged on said well, comprising the following steps, without a riser being arranged between the rig or vessel and said blowout preventer: to pump drilling fluid down the drill stem in the well, whereby drilling fluid is returned on the outside of the drill stem in an annular space in the drilling hole and up to said blowout preventer, and to lead the drilling fluid from the blowout preventer to and through a sealing and pressure-regulating device arranged on said blowout preventer and further to a pump module arranged adjacent to the well, characterised by regulating the level of the drilling fluid, and thus the outlet pressure of the drilling fluid, in said sealing and pressure-regulating device, in that the drilling fluid is conducted through an outlet passage in said sealing and pressure-regulating device to the pump module, and that the outlet pressure in said outlet passage is regulated on the basis of specific gravity of the drilling fluid and pressure effects from the surrounding seawater on the level of the drilling fluid, to pump said drilling fluid up to the sea surface with the help of the pump module via an external return pipe, and wherein the level of the drilling fluid in said sealing and pressure-regulating device is regulated by driving the pump module. to pump drilling fluid down the drill stem in the well, whereby drilling fluid is returned on the outside of the drill stem in an annular space in the drilling hole and up to said blowout preventer, and to lead the drilling fluid from the blowout preventer to and through a sealing and pressure-regulating device arranged on said blowout preventer and further to a pump module arranged adjacent to the well,
Method for the fabrication of fatty acids by hydrolytic cleavage of fatty acid alkyl esters, more particularly fatty acid methyl esters (FAME), comprising the following steps: a) providing the fatty acid alkyl esters, b) reacting the fatty acid alkyl esters with water under hydrolysis conditions at temperatures of at least 200°C, wherein the pressure is chosen such that the water is present in liquid phase and wherein no external substance extraneous to the method is added as homogeneous or heterogeneous catalyst, c) discharging a cleavage product, comprising free fatty acids, water, unconverted fatty acid alkyl esters and the corresponding alkanol, in particular methanol, d) feeding the cleavage product to a phase separation device and separating the cleavage product under phase separation conditions into a light phase comprising free fatty acids and unconverted fatty acid alkyl esters and a heavy phase comprising water and methanol, e) feeding the light phase into a first separation device that works by a thermal separation method and separating the light phase into a first separation product enriched in free fatty acids and into a second separation product enriched in unconverted fatty acid alkyl esters, wherein the separation is conducted in such a way that the second separation product further contains a proportion of free fatty acids, f) discharging the first separation product as FFA product, g) returning at least a portion of the second separation product to reaction step b). a) providing the fatty acid alkyl esters, b) reacting the fatty acid alkyl esters with water under hydrolysis conditions at temperatures of at least 200°C, wherein the pressure is chosen such that the water is present in liquid phase and wherein no external substance extraneous to the method is added as homogeneous or heterogeneous catalyst, c) discharging a cleavage product, comprising free fatty acids, water, unconverted fatty acid alkyl esters and the corresponding alkanol, in particular methanol, d) feeding the cleavage product to a phase separation device and separating the cleavage product under phase separation conditions into a light phase comprising free fatty acids and unconverted fatty acid alkyl esters and a heavy phase comprising water and methanol, e) feeding the light phase into a first separation device that works by a thermal separation method and separating the light phase into a first separation product enriched in free fatty acids and into a second separation product enriched in unconverted fatty acid alkyl esters, wherein the separation is conducted in such a way that the second separation product further contains a proportion of free fatty acids, f) discharging the first separation product as FFA product, g) returning at least a portion of the second separation product to reaction step b).