mhurhangee/ep-ind-claims huggingface dataset:
An isostatic press including a pressure vessel having an accommodation chamber for receiving a workpiece therein, in which the accommodation chamber is filled with a pressure medium to apply isostatic gas pressure to the workpiece, the isostatic press comprising: a heat exchanger including a heat exchange member which is installed to the accommodation vessel and transfers heat between the pressure medium and the heat exchange member to heat or cool the pressure medium supplied to the accommodation chamber; and wherein the heat exchange member is heated or cooled by a heat medium supplied to the heat exchange member; characterized in that the heat exchange includes a heating part configured to heat the heat medium and a cooling part configured to cool the heat medium; and in that the heat exchanger includes a selective supply unit configured to selectively supply the heat medium which is heated or cooled by the heating part or the cooling part to the heat exchange member. a heat exchanger including a heat exchange member which is installed to the accommodation vessel and transfers heat between the pressure medium and the heat exchange member to heat or cool the pressure medium supplied to the accommodation chamber; and wherein the heat exchange member is heated or cooled by a heat medium supplied to the heat exchange member; characterized in that the heat exchange includes a heating part configured to heat the heat medium and a cooling part configured to cool the heat medium; and in that the heat exchanger includes a selective supply unit configured to selectively supply the heat medium which is heated or cooled by the heating part or the cooling part to the heat exchange member.
Substance mixtures, comprising (a) phloretin, (b) naringenin, (c) at least one additional sweet substance, which is different from phloretin and naringenin, as well as optionally (d) at least one flavouring, wherein the components (a) and (b) are present in a weight ratio of 99:1 to 1:99. (a) phloretin, (b) naringenin, (c) at least one additional sweet substance, which is different from phloretin and naringenin, as well as optionally (d) at least one flavouring,
A light transmitting plastic panel for providing a variable daylight in a building comprising: an upper plate and a lower plate, wherein said upper and lower plates are transparent; a plurality of hollow cells defined by walls made of plastic material which are transparent and include a combination of V-type (104A, 104B) and rhombus shaped cells between the upper and lower plates (102A, 102B); characterized in that: the plastic panel comprises a further plurality of hollow cells that are opaque, whereby any opaque color additives have been added to the plastic material of the walls defining each respective hollow opaque cell, to provide variable daylight by selectively transmitting beams of light through said plurality of hollow cells which are transparent and blocking beams of light which pass through said plurality of hollow cells which are opaque, wherein the selective transmission of the light beams depends upon an angle of incidence of the light beam to a surface of the light transmitting plastic panel, an orientation angle of the plurality of hollow cells and a pattern in which the opaque hollow cells are arranged within said plurality of hollow cells. an upper plate and a lower plate, wherein said upper and lower plates are transparent; a plurality of hollow cells defined by walls made of plastic material which are transparent and include a combination of V-type (104A, 104B) and rhombus shaped cells between the upper and lower plates (102A, 102B); characterized in that: the plastic panel comprises a further plurality of hollow cells that are opaque, whereby any opaque color additives have been added to the plastic material of the walls defining each respective hollow opaque cell, to provide variable daylight by selectively transmitting beams of light through said plurality of hollow cells which are transparent and blocking beams of light which pass through said plurality of hollow cells which are opaque, wherein the selective transmission of the light beams depends upon an angle of incidence of the light beam to a surface of the light transmitting plastic panel, an orientation angle of the plurality of hollow cells and a pattern in which the opaque hollow cells are arranged within said plurality of hollow cells. the plastic panel comprises a further plurality of hollow cells that are opaque, whereby any opaque color additives have been added to the plastic material of the walls defining each respective hollow opaque cell, to provide variable daylight by selectively transmitting beams of light through said plurality of hollow cells which are transparent and blocking beams of light which pass through said plurality of hollow cells which are opaque, wherein the selective transmission of the light beams depends upon an angle of incidence of the light beam to a surface of the light transmitting plastic panel, an orientation angle of the plurality of hollow cells and a pattern in which the opaque hollow cells are arranged within said plurality of hollow cells.
A communication device comprising: a communication subsystem configured to receive a message from a communication network; and an application processor; wherein the communication subsystem further comprises an interface to the application processor configured to forward the message to the application processor; and wherein the communication subsystem comprises - an IP header sniffer implemented in an entity of the communication device which is configured to perform MAC transport block header analysis and deciphering and configured to determine, for the message received by the communication subsystem, whether a reception of the message is to be acknowledged by the application processor by determining whether a TCP packet is included in a MAC downlink packet included in the received message; and - a requester configured to request radio uplink communication resources from the communication network to send an acknowledgement of a reception of the message by the application processor responsive to the IP header sniffer determining that the reception of the message is to be acknowledged by the application processor; wherein the requester is configured to request the communication resources before the interface forwards the message to the application processor; wherein the communication subsystem is configured to receive the message in the form of a sequence of data packets and the IP header sniffer is configured to determine whether a reception of the message is to be acknowledged by the application processor by means of a packet inspection of the first data packet of the sequence of data packets; and wherein the communication subsystem is configured to avoid bundling the first data packet with other data packets of the sequence of data packets in the data link layer before performing the packet inspection of the first data packet. - an IP header sniffer implemented in an entity of the communication device which is configured to perform MAC transport block header analysis and deciphering and configured to determine, for the message received by the communication subsystem, whether a reception of the message is to be acknowledged by the application processor by determining whether a TCP packet is included in a MAC downlink packet included in the received message; and - a requester configured to request radio uplink communication resources from the communication network to send an acknowledgement of a reception of the message by the application processor responsive to the IP header sniffer determining that the reception of the message is to be acknowledged by the application processor;
A method of real-time controlling of a compressor of a turbine engine having a controller in which is stored a compressor map including a surge line and an operating line, the difference between defines a stall margin, the method comprising: during the operation of the engine, sensing in real time a demand for environmental control system bleed air; and dumping environmental control system bleed air from the compressor, by a dump valve (96, 98), into the atmosphere when the sensed demand is indicative of no demand. during the operation of the engine, sensing in real time a demand for environmental control system bleed air; and dumping environmental control system bleed air from the compressor, by a dump valve (96, 98), into the atmosphere when the sensed demand is indicative of no demand.
An expandable interbody implant, having a leading end and a trailing end, adapted for insertion at least into a disc space having a surgically-corrected height, between two adjacent vertebrae of a spine, comprising: an upper member having an upper surface extending between the leading end and the trailing end, and an upper opening defined in the upper surface; a lower member having a lower surface extending between the leading end and the trailing end, pivotally connected to the upper member at least via a drive link, and a lower opening defined in the lower surface; a bone graft storage portion provided intermediate the leading end and the trailing end, including a hollow portion configured to be packed with a selected volume of bone growth material and adapted to allow bone growth between the adjacent vertebrae via the upper and lower openings (30, 36) and the bone graft storage portion; and an actuator opening proximate the trailing end, configured for insertion of an actuator therein, wherein the actuator is adapted, following insertion into the actuator opening, to push the bone graft storage portion toward the leading end and into engagement with the drive link, thereby pushing the drive link forward and pivoting the upper member upward away from the lower member; characterized in that the bone graft storage portion includes a translational wall movably mounted between the bone graft storage portion and the trailing end; wherein pivoting the upper member upward engages the translational wall, thereby moving the translational wall to a position adapted to assist in preventing loss of the bone graft material from the bone graft storage portion. an upper member having an upper surface extending between the leading end and the trailing end, and an upper opening defined in the upper surface; a lower member having a lower surface extending between the leading end and the trailing end, pivotally connected to the upper member at least via a drive link, and a lower opening defined in the lower surface; a bone graft storage portion provided intermediate the leading end and the trailing end, including a hollow portion configured to be packed with a selected volume of bone growth material and adapted to allow bone growth between the adjacent vertebrae via the upper and lower openings (30, 36) and the bone graft storage portion; and an actuator opening proximate the trailing end, configured for insertion of an actuator therein, wherein the actuator is adapted, following insertion into the actuator opening, to push the bone graft storage portion toward the leading end and into engagement with the drive link, thereby pushing the drive link forward and pivoting the upper member upward away from the lower member; characterized in that the bone graft storage portion includes a translational wall movably mounted between the bone graft storage portion and the trailing end; wherein pivoting the upper member upward engages the translational wall, thereby moving the translational wall to a position adapted to assist in preventing loss of the bone graft material from the bone graft storage portion.
Apparatus for working dough pieces, having a working chamber drum comprising radially accessible working chambers in which the dough pieces can be worked, having a working belt for radially closing the working chambers, and having a device for feeding flour as release agent, by means of which critical sticking of the dough pieces can be prevented, characterized by a batch feeding device for the release agent, comprising a contactless feeding device for the release agent, wherein the contactless feeding device is designed such that it does not have to come into structural contact with the working chamber drum in order to feed the release agent, wherein the feeding device has means for throwing the release agent into the working chambers.
A method of additively manufacturing three-dimensional objects, the method comprising: transferring from a first information storage element to a second information storage element, data pertaining to a build material, the build material having been transferred from a first build material container comprising the first information storage element to a second build material container comprising the second information storage element, wherein the data pertaining to the build material comprises a number of times the build material in the second build material container has been used in a current build process and/or one or more previous build processes, and a number of times the build material in the second build material container has been subjected to a current sieving process and/or one or more previous sieving processes; determining a subsequent build process for using the build material in the second build material container, the subsequent build process comprising a subsequent portion of the current build process or a different build process from the current build process, and the subsequent build process determined based at least in part on the data pertaining to the build material satisfying a quality parameter specified for the subsequent build process; and performing the subsequent build process using the build material in the second build material container. transferring from a first information storage element to a second information storage element, data pertaining to a build material, the build material having been transferred from a first build material container comprising the first information storage element to a second build material container comprising the second information storage element, wherein the data pertaining to the build material comprises a number of times the build material in the second build material container has been used in a current build process and/or one or more previous build processes, and a number of times the build material in the second build material container has been subjected to a current sieving process and/or one or more previous sieving processes; determining a subsequent build process for using the build material in the second build material container, the subsequent build process comprising a subsequent portion of the current build process or a different build process from the current build process, and the subsequent build process determined based at least in part on the data pertaining to the build material satisfying a quality parameter specified for the subsequent build process; and performing the subsequent build process using the build material in the second build material container.
Method for producing a crosslinked bitumen/polymer composition with reduction of hydrogen sulfide emissions, comprising the following steps: (i) preparing a crosslinked bitumen/polymer composition (PmB) in a reactor, and (ii) transferring a predetermined amount of said composition from the reactor to a storage tank and/or directly to a charging station via a distribution line, said composition (PmB) being maintained at a temperature of between 100°C and 220°C during said transfer, a reduction in hydrogen sulfide (H 2 S) emissions being produced by online injection of an effective amount of a hydrogen sulfide (H 2 S) scavenger during the transfer step (ii), said injection being carried out by continuous introduction of said hydrogen sulfide (H 2 S) scavenger into the distribution line downstream of the reactor, and upstream of the storage tank and of the charging station. (i) preparing a crosslinked bitumen/polymer composition (PmB) in a reactor, and (ii) transferring a predetermined amount of said composition from the reactor to a storage tank and/or directly to a charging station via a distribution line, said composition (PmB) being maintained at a temperature of between 100°C and 220°C during said transfer, a reduction in hydrogen sulfide (H 2 S) emissions being produced by online injection of an effective amount of a hydrogen sulfide (H 2 S) scavenger during the transfer step (ii), said injection being carried out by continuous introduction of said hydrogen sulfide (H 2 S) scavenger into the distribution line downstream of the reactor, and upstream of the storage tank and of the charging station.
A thermal printer comprising: a drawer body having a recording paper storage part for storing recording paper; a frame body supporting the drawer body slidably between a drawn-out position where the recording paper storage part is open and a housed position where the recording paper storage part is closed; a head unit provided on the drawer body and having a thermal head; and characterized by a platen roller provided on the frame body and for feeding paper when releasably assembled with the head unit in the housed position, wherein the platen roller and the head unit are arranged to be released when the drawer body is in the drawn out position, and the head unit includes a platen driving mechanism that is connected to the platen roller when the platen roller is assembled with the head unit in the housed position and for driving the platen roller. a drawer body having a recording paper storage part for storing recording paper; a frame body supporting the drawer body slidably between a drawn-out position where the recording paper storage part is open and a housed position where the recording paper storage part is closed; a head unit provided on the drawer body and having a thermal head; and characterized by a platen roller provided on the frame body and for feeding paper when releasably assembled with the head unit in the housed position, wherein the platen roller and the head unit are arranged to be released when the drawer body is in the drawn out position, and the head unit includes a platen driving mechanism that is connected to the platen roller when the platen roller is assembled with the head unit in the housed position and for driving the platen roller.
A resin molded article with a stitch pattern formed on a design surface thereof, comprising: a first member having thereon a plurality of thread stitch portions protruding on the design surface side, a second member covering the first member with protruding ends of the thread stitch portions of the first member exposed from the second member; and a surface of the second member constituting the design surface and the-protruding ends of the thread stitch portions exposed from the second member are in colors different from each other, and the stitch pattern is formed by the plurality of thread stitch portions exposed from the second member, characterized in that the first member has a base portion formed such that adjacent thread stitch portions are separated from each other, a slit extending to cross an alignment direction of the plurality of thread stitches and opening in a protruding direction of the thread stitch portions is provided between the adjacent thread stitch portions in the base portion, and the second member is partially inserted into the slit. a first member having thereon a plurality of thread stitch portions protruding on the design surface side, a second member covering the first member with protruding ends of the thread stitch portions of the first member exposed from the second member; and a surface of the second member constituting the design surface and the-protruding ends of the thread stitch portions exposed from the second member are in colors different from each other, and the stitch pattern is formed by the plurality of thread stitch portions exposed from the second member, characterized in that the first member has a base portion formed such that adjacent thread stitch portions are separated from each other, a slit extending to cross an alignment direction of the plurality of thread stitches and opening in a protruding direction of the thread stitch portions is provided between the adjacent thread stitch portions in the base portion, and the second member is partially inserted into the slit.
A platform assembly for providing a work area around a well riser, the assembly comprising: a platform configured to be attached to the well riser; and tensioning means for applying a tension force for supporting the platform relative to a vessel and supporting the well riser, wherein the tensioning means is adapted to apply a respective tension force at each of a plurality of locations on the platform, and at least one first part of the tensioning means is adapted to change in length in response to angular movement of the vessel relative to the well riser; the platform assembly further comprising connecting means (42, 50) for connecting the platform to the vessel, wherein said connecting means (42, 50) are configured to restrain the platform against movement parallel to first and second axes, and is able to move parallel to a third axis, wherein said first, second and third axes are substantially perpendicular to each other; wherein said connecting means (42, 50) are configured to restrain the platform from pivoting about said third axis but is able to pivot about said first and second axes; wherein the platform assembly is slideably moveable through said connecting means (42, 50) relative to the vessel along rails, wherein the rails are configured to rotate relative to the platform assembly. a platform configured to be attached to the well riser; and tensioning means for applying a tension force for supporting the platform relative to a vessel and supporting the well riser, wherein the tensioning means is adapted to apply a respective tension force at each of a plurality of locations on the platform, and at least one first part of the tensioning means is adapted to change in length in response to angular movement of the vessel relative to the well riser; the platform assembly further comprising connecting means (42, 50) for connecting the platform to the vessel, wherein said connecting means (42, 50) are configured to restrain the platform against movement parallel to first and second axes, and is able to move parallel to a third axis, wherein said first, second and third axes are substantially perpendicular to each other; wherein said connecting means (42, 50) are configured to restrain the platform from pivoting about said third axis but is able to pivot about said first and second axes; wherein the platform assembly is slideably moveable through said connecting means (42, 50) relative to the vessel along rails, wherein the rails are configured to rotate relative to the platform assembly.
A liposome within which RNA encoding an immunogen of interest is encapsulated, wherein the liposome comprises at least one lipid which includes a polyethylene glycol moiety, such that polyethylene glycol is present on the liposome's exterior, wherein the average molecular mass of the polyethylene glycol is between 1kDa and 3kDa; wherein the RNA includes a 5' cap comprising a 7'-methylguanosine, and the first 1, 2 or 3 5' ribonucleotides are methylated at the 2' position of the ribose.