mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the recovery of a purified C 4 -C 12 (meth)acrylic ester, from a crude reaction mixture obtained by transesterification of a light (meth)acrylic ester by the corresponding alcohol, said reaction mixture comprising a catalyst for the transesterification reaction, said process being characterized in that it is carried out using a purification system comprising a divided wall column equipped with a separating wall creating separation zones in the column, the wall not being joined to the upper dome of the column in the top part and being joined to the bottom of the column in the bottom part, said divided wall column combined at the top with a single condenser and at the bottom with two boilers, comprising a common rectification section above the wall, a prefractionation section comprising the feeding of the column, a withdrawal section separated from the prefractionation section by the wall comprising the withdrawal of the purified ester, and characterized in that i) a gas stream is extracted at the top of the rectification section and recycled after condensation at least in part in the reactor, ii) a stream is withdrawn at the bottom of the prefractionation section and recycled at least in part in the reactor, iii) a stream is withdrawn at the bottom of the withdrawal section and recycled at least in part in the prefractionation section of the column, and iv) a stream of purified (meth)acrylic ester is drawn off as a sidestream from the withdrawal section at a point located above the bottom withdrawal of said withdrawal section. said process being characterized in that it is carried out using a purification system comprising a divided wall column equipped with a separating wall creating separation zones in the column, the wall not being joined to the upper dome of the column in the top part and being joined to the bottom of the column in the bottom part, said divided wall column combined at the top with a single condenser and at the bottom with two boilers, comprising a common rectification section above the wall, a prefractionation section comprising the feeding of the column, a withdrawal section separated from the prefractionation section by the wall comprising the withdrawal of the purified ester, and characterized in that i) a gas stream is extracted at the top of the rectification section and recycled after condensation at least in part in the reactor, ii) a stream is withdrawn at the bottom of the prefractionation section and recycled at least in part in the reactor, iii) a stream is withdrawn at the bottom of the withdrawal section and recycled at least in part in the prefractionation section of the column, and iv) a stream of purified (meth)acrylic ester is drawn off as a sidestream from the withdrawal section at a point located above the bottom withdrawal of said withdrawal section.
Turbomachine turbine assembly with a longitudinal axis comprising: - an exhaust casing , - an ejection cone arranged downstream of the exhaust casing , the ejection cone comprising an outer annular wall for the flow of a primary air stream and an acoustic box arranged radially inside said outer annular wall , the acoustic box comprising a radially inner annular wall , - a connection member interposed longitudinally between the exhaust casing and the inner annular wall of the ejection cone , the connection member being fastened to the exhaust casing and to the inner annular wall , characterized in that the upstream end of the outer annular wall is connected to the connection member with a degree of freedom in the radial direction and a degree freedom in the longitudinal direction. - an exhaust casing , - an ejection cone arranged downstream of the exhaust casing , the ejection cone comprising an outer annular wall for the flow of a primary air stream and an acoustic box arranged radially inside said outer annular wall , the acoustic box comprising a radially inner annular wall , - a connection member interposed longitudinally between the exhaust casing and the inner annular wall of the ejection cone , the connection member being fastened to the exhaust casing and to the inner annular wall ,
Cylindrical symmetric volumetric machine , which machine comprises two cooperating rotors , namely an outer rotor which is rotatably mounted in the machine and an inner rotor which is rotatably mounted in the outer rotor , whereby the machine is provided with an electric motor with a motor rotor and a motor stator to drive the outer and inner rotor , wherein the electric motor is mounted around the outer rotor , whereby the motor stator is directly driving the outer rotor , characterised in that the outer rotor and the inner rotor have a conical shape, and the electric motor extends along only a part of a length (L) of the outer rotor and the inner rotor , whereby the motor is located at an end of the inner rotor with a smallest diameter (D).
A vehicle door latch device comprising: a casing ; a standard electric part disposed in the casing ; a standard switch plate disposed in the casing and conductive to the standard electric part ; and a connector provided on the standard switch plate and having a standard connection terminal electrically connectable to an external connector, wherein the connector , in a portion not having the standard connection terminal , has a connecting hole which penetrates in the connection direction of the external connector and into which another switch plate, namely a special switch plate 2. conductive to another electric part,namely a special electric part different from the standard electric part can be fitted, characterised in that a bent portion bent in a plate thickness direction of the standard switch plate is formed at an end portion of the standard switch plate , the connector is provided on a surface of the bent portion that is opposite to the standard switch plate , the connecting portion of the special switch plate can penetrate the bent portion and can be fitted into the connecting hole from the opposite side of the connector . a casing ; a standard electric part disposed in the casing ; a standard switch plate disposed in the casing and conductive to the standard electric part ; and a connector provided on the standard switch plate and having a standard connection terminal electrically connectable to an external connector, wherein the connector , in a portion not having the standard connection terminal , has a connecting hole which penetrates in the connection direction of the external connector and into which another switch plate, namely a special switch plate 2. conductive to another electric part,namely a special electric part different from the standard electric part can be fitted, characterised in that a bent portion bent in a plate thickness direction of the standard switch plate is formed at an end portion of the standard switch plate , the connector is provided on a surface of the bent portion that is opposite to the standard switch plate , the connecting portion of the special switch plate can penetrate the bent portion and can be fitted into the connecting hole from the opposite side of the connector .
An integrated fuel or hydraulic fluid conduit (300; 909) for a gas turbine engine, comprising: a circular outer perimeter that defines a central axis of the fluid conduit (300; 909) a first circular interior fluid conduit (303; 901) having a center that is offset from the central axis of the fluid conduit (300; 909); and a second interior fluid conduit (301,302; 902,903) separate from the first interior fluid conduit; characterised in that the fluid conduit (300; 909) includes at least one bend . a circular outer perimeter that defines a central axis of the fluid conduit (300; 909) a first circular interior fluid conduit (303; 901) having a center that is offset from the central axis of the fluid conduit (300; 909); and a second interior fluid conduit (301,302; 902,903) separate from the first interior fluid conduit; characterised in that the fluid conduit (300; 909) includes at least one bend .
A selective androgen receptor degrader (SARD) compound represented by the structure of formula I: wherein W 1 , W 2 and W 3 are each independently selected from N and CH; W 4 , W 5 and W 6 are each CH; wherein when any of W 1 , W 2 , W 3 , W 4 , W 5 and W 6 is CH, then the H is optionally replaced with R 4 , Q or R 3 in the respective position, and if any of W 1 , W 2 and W 3 is not CH, then the respective position is unsubstituted; T is OH or Z is CN; Y is CF 3 or Cl; R is C 1 -C 6 alkyl; R 1 is CH 3 ; R 2 is hydrogen; Q is F, Cl, Br, I, CF 3 , CN, NO 2 , C 1 -C 6 alkoxy, linear or branched C 1 -C 6 alkyl, or phenyl; R 3 is F, Cl, Br, I, or phenyl; R 4 is F, COOH, COOR, linear or branched C 1 -C 6 alkyl, or phenyl; n is 3; and m is an integer from 1 to 3, or its optical isomer, pharmaceutically acceptable salt, or any combination thereof. W 1 , W 2 and W 3 are each independently selected from N and CH; W 4 , W 5 and W 6 are each CH; wherein when any of W 1 , W 2 , W 3 , W 4 , W 5 and W 6 is CH, then the H is optionally replaced with R 4 , Q or R 3 in the respective position, and if any of W 1 , W 2 and W 3 is not CH, then the respective position is unsubstituted; T is OH or Z is CN; Y is CF 3 or Cl; R is C 1 -C 6 alkyl; R 1 is CH 3 ; R 2 is hydrogen; Q is F, Cl, Br, I, CF 3 , CN, NO 2 , C 1 -C 6 alkoxy, linear or branched C 1 -C 6 alkyl, or phenyl; R 3 is F, Cl, Br, I, or phenyl; R 4 is F, COOH, COOR, linear or branched C 1 -C 6 alkyl, or phenyl; n is 3; and m is an integer from 1 to 3,
A method for receiving a media content by an apparatus in a multimedia system, the method comprising: receiving, through a communication network, a data stream comprising data for a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit , MFU, which is a fragment of the media unit, or a fragment of the MFU , and processing the received data stream, the method being characterized in that : wherein if the transmission unit is the MFU , the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU , and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU . receiving, through a communication network, a data stream comprising data for a transmission unit which comprises at least a part of media data related to the media content, wherein the transmission unit is one of a media unit, a media fragment unit , MFU, which is a fragment of the media unit, or a fragment of the MFU , and processing the received data stream, the method being characterized in that : wherein if the transmission unit is the MFU , the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU , and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU . wherein if the transmission unit is the MFU , the MFU comprises a count value indicating a number of at least one subsequent MFU of which decoding is processed dependently based on the MFU , and information indicating a priority of the MFU relative to another MFU within the media unit, and wherein the count value and the information indicating the priority are included in a header of the MFU .
Method for the integrated use of a secondary cloud resource, provided by a secondary cloud service software function executed on physically tamper-proof secondary hardware, from a primary cloud service , provided by a primary cloud service software function executed on primary hardware which is remote to said secondary hardware, the method comprising in a provision step, providing an integration database as well as an integration software function, which integration software function is arranged to provide a primary integration interface and a secondary integration interface; in a shadow instance initiation step, initiating a shadow instance as a shadow software function executing in an execution environment of said primary cloud service and providing or constituting a primary cloud resource corresponding to said secondary cloud resource; in a resource request step, the integration software function receiving from the shadow instance , via the said primary integration interface, an allocation request regarding a certain cloud resource, and the integration software function in response thereto identifying a set of secondary user data and requesting, via the secondary integration interface, said secondary cloud resource from the secondary cloud service , the secondary cloud resource request being performed using said secondary user data; in a resource allocation step, the secondary cloud service allocating the requested secondary cloud resource and providing, via the secondary integration interface, corresponding secondary cloud resource allocation information to the integration software function; in an information association step, the integration software function associating, in the integration database , said secondary cloud resource allocation information with said secondary cloud user data and also with a set of primary user data identifying the shadow instance as the primary cloud service user; in a user authentication step, the integration software function authenticating the primary cloud service user access to said secondary cloud resource, by identifying in said integration database said secondary user data based upon said primary user data and authenticating, via said secondary integration interface, said secondary user data with the secondary cloud service ; and in a resource use step, the shadow instance receiving a use request for its primary cloud resource from an external client and in turn initiating a corresponding use request to the secondary cloud service for the secondary cloud resource, and an encapsulating cryptographically secured channel further being established between the shadow instance and the secondary cloud resource, which encapsulating channel is furthermore caused to encapsulate a control communication channel between the external user and the secondary cloud resource and/or a communication channel between the external user and an application executing within an execution environment provided by the secondary cloud resource.
A pipe fitting comprising a hollow tubular sleeve comprising a first open end and a second open end, wherein the first open end is configured to receive a first pipe and the second open end is configured to receive a second pipe; a first pair of circumferential sealing zones proximal to the first open end of the sleeve comprising a first inner circumferential sealing zone and a first outer circumferential sealing zone, wherein the first inner circumferential sealing zone comprises a first inner coil to form a seal with an inserted pipe; a first circumferential pressure chamber arranged between the first inner circumferential sealing zone and the first outer circumferential sealing zone, wherein the first circumferential pressure chamber comprises a first inlet; and a first valve and current connector fluidically coupled to the first inlet and electronically connected to the first inner coil.
Motor vehicle headlamp comprising a housing and at least one light module arranged therein, the light module comprising at least one semiconductor light source fixed and electrically contacted on a circuit board and a focusing optic and a heat sink , on which the board and the focusing optics are fixed, the heat sink comprising a sheet metal part bent into a three-dimensional shape about at least one bending axis , characterised in that the sheet metal part itself consists of a fixed portion which is fixed in relation to a housing of the headlamp , when the light module is mounted in the housing of the headlamp and a portion movable relative to the fixed portion , wherein the board with the at least one semiconductor light source and the focusing optics are fixed on the movable section of the sheet metal part and the movable section , for adjusting the light module installed in the housing of the headlamp , is movable together with the at least one semiconductor light source and the focusing optics relative to the fixed section and can be fixed in an adjusted position relative thereto.
An image processing apparatus comprising: an acquisition unit configured to acquire a hologram obtained by imaging a plurality of granules flowing in a flow passage ; a generation unit configured to generate, from the hologram, phase difference images at different positions in an optical axis direction in which the hologram is captured; a specifying unit configured to specify a plurality of image regions in a plane intersecting the optical axis direction, each image region including a respective granule, in an averaged image obtained by averaging at least some of the phase difference images; and an extraction unit configured to extract a phase difference image based on a center position, in the optical axis direction, of a corresponding granule for each of the plurality of image regions. an acquisition unit configured to acquire a hologram obtained by imaging a plurality of granules flowing in a flow passage ; a generation unit configured to generate, from the hologram, phase difference images at different positions in an optical axis direction in which the hologram is captured; a specifying unit configured to specify a plurality of image regions in a plane intersecting the optical axis direction, each image region including a respective granule, in an averaged image obtained by averaging at least some of the phase difference images; and an extraction unit configured to extract a phase difference image based on a center position, in the optical axis direction, of a corresponding granule for each of the plurality of image regions.
A heat-sealable multilayer film (A) comprising: a) a support layer comprising at least one polymeric layer; b) a peelable seal layer of polymer blend, said blend comprising: - 50 to 80% by weight of an ethylene polymer; - 10 to 40% by weight of a styrene polymer; and - 5 to 30% by weight of a styrene-butadiene block copolymer, characterized in that the average of the elastic or storage compliance at a frequency of 10 rad/s (J' 10 ) and the elastic or storage compliance at a frequency of 100 rad/s (J' 100 ) is at least 10 -5 Pa -1 , preferably at least 12 10 -6 Pa -1 measured at a temperature of 160°C on a dynamic plate/plate rheometer for a plate diameter of 20 mm and a die gap of 1.8 mm, wherein: J ′ = 1 / G ′ / 1 + tan 2 δ with: tan δ = G"/G' ; G" being the viscous or loss modulus; and G' being the elastic or storage modulus. a) a support layer comprising at least one polymeric layer; b) a peelable seal layer of polymer blend, said blend comprising: - 50 to 80% by weight of an ethylene polymer; - 10 to 40% by weight of a styrene polymer; and - 5 to 30% by weight of a styrene-butadiene block copolymer, characterized in that the average of the elastic or storage compliance at a frequency of 10 rad/s (J' 10 ) and the elastic or storage compliance at a frequency of 100 rad/s (J' 100 ) is at least 10 -5 Pa -1 , preferably at least 12 10 -6 Pa -1 measured at a temperature of 160°C on a dynamic plate/plate rheometer for a plate diameter of 20 mm and a die gap of 1.8 mm, wherein: J ′ = 1 / G ′ / 1 + tan 2 δ with: tan δ = G"/G' ; G" being the viscous or loss modulus; and G' being the elastic or storage modulus. - 50 to 80% by weight of an ethylene polymer; - 10 to 40% by weight of a styrene polymer; and - 5 to 30% by weight of a styrene-butadiene block copolymer, characterized in that the average of the elastic or storage compliance at a frequency of 10 rad/s (J' 10 ) and the elastic or storage compliance at a frequency of 100 rad/s (J' 100 ) is at least 10 -5 Pa -1 , preferably at least 12 10 -6 Pa -1 measured at a temperature of 160°C on a dynamic plate/plate rheometer for a plate diameter of 20 mm and a die gap of 1.8 mm, wherein: J ′ = 1 / G ′ / 1 + tan 2 δ with: tan δ = G"/G' ; G" being the viscous or loss modulus; and G' being the elastic or storage modulus. tan δ = G"/G' ; G" being the viscous or loss modulus; and G' being the elastic or storage modulus.
A device for monitoring a terminal for the restoration of power in a multi-terminal high-voltage DC HVDC installation including the terminal, the terminal comprising at least one converter allowing to convert an AC voltage into a DC voltage and vice versa, said converter comprising an electrical energy storage module and being connected between an AC power supply network and a DC portion of said installation which can be placed in a high-voltage state or in a low-voltage state, the device being characterized in that it includes: • an isolation module configured to control the isolation of the converter from the AC power supply network, when the DC portion of the installation is in the low-voltage state; • a transfer module configured to control the transfer of the energy stored in the electrical energy storage module of the converter towards the DC portion of the installation, in order to place said DC portion in the high-voltage state; • a connection module configured to control the reconnection of the converter to the AC power supply network, when the DC portion of the installation is in the high-voltage state; and • a restoration module configured to control the restoration of power in said installation. • an isolation module configured to control the isolation of the converter from the AC power supply network, when the DC portion of the installation is in the low-voltage state; • a transfer module configured to control the transfer of the energy stored in the electrical energy storage module of the converter towards the DC portion of the installation, in order to place said DC portion in the high-voltage state; • a connection module configured to control the reconnection of the converter to the AC power supply network, when the DC portion of the installation is in the high-voltage state; and • a restoration module configured to control the restoration of power in said installation.