mhurhangee/ep-ind-claims huggingface dataset:
Tank arrangement for storing and supplying liquefied gas, in particular liquefied natural gas, for a fuel supply system on ships, having a tank which has a bilobed or multi-lobe shape, wherein - each bend of the bilobed or multi-lobed shape is formed from a section (101, 102, 103) of a cylindrical pressure vessel, - the cylinder axes are horizontal and parallel to each other and - the pressure vessel sections (101, 102, 103) are arranged above each other, and with a bearing structure (121, 122, 303) for supporting the tank within a ship, with - a first bearing, which absorbs vertical forces acting downwards and horizontal forces in the direction of the cylinder axes and transversely thereto, - at least one second bearing, which is arranged horizontally in the direction of the cylinder axes at a predetermined distance from the first bearing and absorbs downwardly acting vertical forces and horizontal forces transverse to the cylinder axes, and with - at least one third bearing, which is arranged at a predetermined vertical distance to the first and second bearings (121, 122) and absorbs at least horizontal forces transverse to the cylinder axes, characterized in that in the case of a bilobed tank the lower and in the case of a multi-lobed tank at least the lowest pressure vessel section is shorter in the cylinder axis direction than the other or the others in order to follow a narrowed ship structure. - each bend of the bilobed or multi-lobed shape is formed from a section (101, 102, 103) of a cylindrical pressure vessel, - the cylinder axes are horizontal and parallel to each other and - the pressure vessel sections (101, 102, 103) are arranged above each other, and with a bearing structure (121, 122, 303) for supporting the tank within a ship, with - a first bearing, which absorbs vertical forces acting downwards and horizontal forces in the direction of the cylinder axes and transversely thereto, - at least one second bearing, which is arranged horizontally in the direction of the cylinder axes at a predetermined distance from the first bearing and absorbs downwardly acting vertical forces and horizontal forces transverse to the cylinder axes, and with - at least one third bearing, which is arranged at a predetermined vertical distance to the first and second bearings (121, 122) and absorbs at least horizontal forces transverse to the cylinder axes,
An illumination system in illumination devices in vehicles, which comprises two or more of primary light guides partially overlapping in an extraction direction of the light; wherein each primary light guide comprises at least one end configured to receive light beams generated by at least one light emitting element; wherein each one of the primary light guides comprises at least one light extraction optics zone configured to direct at least part of the light beams transmitted by the respective primary light guide towards a light extraction surface of the illumination device where it is installed; and wherein a distance (d) is different, in the extraction direction of the light, between a light output surface of each primary light guide and the light extraction surface of the illumination device where it is installed; wherein the illumination system comprises a secondary light guide arranged between the primary light guides and the light extraction surface of the illumination device where it is installed, this secondary light guide being located at least in a space between the light output surface of each primary light guide and the light extraction surface in the extraction direction of the light; characterized in that the secondary light guide, in this extraction direction of the light, has a depth adapted to the different distances (d) present between the light output surface of each primary light guide and the light extraction surface of the illumination device, with a constant distance being maintained between the light output surface of each primary light guide and a corresponding light input surface to the secondary light guide; wherein distance between a light output surface of the secondary light guide and the light extraction surface of the device is constant throughout the illumination system; and wherein the primary light guides and the secondary light guide form an assembly obtained using the same production process resulting in a single component. wherein the illumination system comprises a secondary light guide arranged between the primary light guides and the light extraction surface of the illumination device where it is installed, this secondary light guide being located at least in a space between the light output surface of each primary light guide and the light extraction surface in the extraction direction of the light; characterized in that the secondary light guide, in this extraction direction of the light, has a depth adapted to the different distances (d) present between the light output surface of each primary light guide and the light extraction surface of the illumination device, with a constant distance being maintained between the light output surface of each primary light guide and a corresponding light input surface to the secondary light guide; wherein distance between a light output surface of the secondary light guide and the light extraction surface of the device is constant throughout the illumination system; and wherein the primary light guides and the secondary light guide form an assembly obtained using the same production process resulting in a single component.
A computer-implemented method at at least one management node in a public domain of a communications network comprising: receiving a request message associated with a user for a resource provided by at least one service provider node in a public domain of the communications network; authorizing the request message using information at a private management system in a private cloud of the communications network associated with the user; enabling access to the service provider node if the check is successful; said computer-implemented method being characterised by sending a message to the service provider node to inform the service provider node that the request message is available at the management node; and allowing the service provider node to collect the request message from the management node. receiving a request message associated with a user for a resource provided by at least one service provider node in a public domain of the communications network; authorizing the request message using information at a private management system in a private cloud of the communications network associated with the user; enabling access to the service provider node if the check is successful; said computer-implemented method being characterised by sending a message to the service provider node to inform the service provider node that the request message is available at the management node; and allowing the service provider node to collect the request message from the management node.
Adjustable camshaft with - an inner shaft and an outer shaft disposed coaxially thereto, - a first functional element which is connected via a first pin in a non-rotational manner with the inner shaft, wherein the first pin is guided by a first elongated hole, extending in circumferential direction, of the outer shaft, - a second functional element, which is connected in a non-rotational manner with the outer shaft, characterised in - that a second elongated hole is provided which is aligned to a second pin guided therein, in such a manner that via the second pin and the second elongated hole the inner shaft is fixed in axial direction with respect to the outer shaft, wherein the second pin is guided on both sides in the associated second elongated hole and does not engage in a cross-section of the inner shaft, or - that the first elongated hole and an oppositely-situated third elongated hole are provided which are aligned to the first pin guided therein, in such a manner that via the first pin and the first and third elongated hole (7, 13) the inner shaft is fixed in axial direction with respect to the outer shaft, wherein the first pin completely traverses the inner shaft and via the first elongated hole and the oppositely-situated third elongated hole in the outer shaft is connected with the first functional element, wherein the two elongated holes (7, 13) are disposed in axial direction offset against one another, such that the first pin is guided in the first elongated hole on the one side and in the oppositely-situated third elongated hole on the other side. - an inner shaft and an outer shaft disposed coaxially thereto, - a first functional element which is connected via a first pin in a non-rotational manner with the inner shaft, wherein the first pin is guided by a first elongated hole, extending in circumferential direction, of the outer shaft, - a second functional element, which is connected in a non-rotational manner with the outer shaft, characterised in - that a second elongated hole is provided which is aligned to a second pin guided therein, in such a manner that via the second pin and the second elongated hole the inner shaft is fixed in axial direction with respect to the outer shaft, wherein the second pin is guided on both sides in the associated second elongated hole and does not engage in a cross-section of the inner shaft, or - that the first elongated hole and an oppositely-situated third elongated hole are provided which are aligned to the first pin guided therein, in such a manner that via the first pin and the first and third elongated hole (7, 13) the inner shaft is fixed in axial direction with respect to the outer shaft, wherein the first pin completely traverses the inner shaft and via the first elongated hole and the oppositely-situated third elongated hole in the outer shaft is connected with the first functional element, wherein the two elongated holes (7, 13) are disposed in axial direction offset against one another, such that the first pin is guided in the first elongated hole on the one side and in the oppositely-situated third elongated hole on the other side.
A portal, in conjunction with an awning, the portal comprising a roof and side walls and further comprising: fixing means operatively affixable, in use, to a vehicle located at least partially within the portal, the awning comprises: a support frame; a canvas supported by the support frame; a closeable entrance aperture in the canvas providing access to the interior of the canvas; the portal surrounding the entrance aperture, said portal, roof and side walls extending away from the entrance aperture and further comprising a fabric doorway that can be zipped closed for closing the portal when the vehicle is not present and/or when users wish to close off the connection between the vehicle and the awning, characterised in that the portal further comprises a resiliently deformable elastomeric/polymeric sealing strip or tube extending at least partially around the portal, adapted, in use, to form a weather tight, windproof and/or waterproof seal between the portal and the vehicle.
Silencer, in particular a vehicle silencer, having an inner pipe section and at least one resonator chamber (14, 15) formed outside the pipe section, wherein the pipe section has in its shell at least one opening (7, 8) that connects the interior of the pipe section with the resonator chamber (14, 15), characterized in that the shell of the inner pipe section is composed of at least three shell segments (4, 5, 6) arranged to be adjacent along the circumference of the pipe, which shell segments each extend in axial direction from a first connecting piece to a second connecting piece, with first ends of the shell segments (4, 5, 6) being connected with the first connecting piece and second ends of the shell segments (4, 5, 6), arranged opposite the first ends, being connected with the second connecting piece.
An aluminum silicate, having: an element ratio of Si and Al, represented by Si/Al, of from 0.3 to 0.6 by molar ratio; a peak at approximately 3 ppm in a 27 Al-NMR spectrum; a peak at approximately -78 ppm and a peak at approximately -85 ppm in a 29 Si-NMR spectrum; a peak at approximately 2θ = 26.9° and a peak at approximately 2θ = 40.3° in a powder X-ray diffraction spectrum in which a CuKα ray is used as an X-ray source; and an area ratio of peak A and peak B, represented by peak B/peak A, of from 2.0 to 9.0, wherein peak A is at approximately -78 ppm and peak B is at approximately -85 ppm, in a 29 Si-NMR spectrum. an element ratio of Si and Al, represented by Si/Al, of from 0.3 to 0.6 by molar ratio; a peak at approximately 3 ppm in a 27 Al-NMR spectrum; a peak at approximately -78 ppm and a peak at approximately -85 ppm in a 29 Si-NMR spectrum; a peak at approximately 2θ = 26.9° and a peak at approximately 2θ = 40.3° in a powder X-ray diffraction spectrum in which a CuKα ray is used as an X-ray source; and an area ratio of peak A and peak B, represented by peak B/peak A, of from 2.0 to 9.0,
A method for predicting the response of a tumor in an animal to a chemotherapeutic regimen comprising: (a) applying a first anti-SPARC antibody to a histologic section of the tumor, wherein the first anti-SPARC antibody preferentially immunostains SPARC in tumor cells; (b) applying a second anti-SPARC antibody to the histologic section of (a) or a second histologic section of the tumor, wherein the second anti-SPARC antibody preferentially immunostains SPARC in fibroblasts; and (c) predicting a positive response to the chemotherapeutic regimen if the first anti-SPARC antibody and the second anti-SPARC antibody immunostain the histologic section or sections. (a) applying a first anti-SPARC antibody to a histologic section of the tumor, wherein the first anti-SPARC antibody preferentially immunostains SPARC in tumor cells; (b) applying a second anti-SPARC antibody to the histologic section of (a) or a second histologic section of the tumor, wherein the second anti-SPARC antibody preferentially immunostains SPARC in fibroblasts; and (c) predicting a positive response to the chemotherapeutic regimen if the first anti-SPARC antibody and the second anti-SPARC antibody immunostain the histologic section or sections.
A scroll pump comprising a spiral component which is in a fixed position in operation and which is releasably connected to a housing element of the scroll pump, wherein at least one forcing-off thread is provided at the spiral component and/or at the housing element for releasing the spiral component from the housing element.
A device configured to switch a clock speed for multiple links running at different clock speeds, the device comprising; a frequency divider configured to generate a plurality of clock signals (132a, 132b, 132c) at different frequencies from a source clock signal; characterised by a clock switching controller configured to select a maximum data rate among data rates requested by a plurality of ports of links and output a transmit clock signal at the selected maximum data rate to the ports along with a clock enabling signal for each of the plurality of ports, each of the clock enabling signals selectively enabling the transmit clock signal for matching a data rate requested by each of the plurality of ports. a frequency divider configured to generate a plurality of clock signals (132a, 132b, 132c) at different frequencies from a source clock signal; characterised by a clock switching controller configured to select a maximum data rate among data rates requested by a plurality of ports of links and output a transmit clock signal at the selected maximum data rate to the ports along with a clock enabling signal for each of the plurality of ports, each of the clock enabling signals selectively enabling the transmit clock signal for matching a data rate requested by each of the plurality of ports.
An automatic switching circuit that disconnects a power source from a grid based on an interruption or fault, characterized by comprising: a relay leg configured to connect a power source to a grid via a first switching contact controlled by a first control coil and a second switching contact controlled by a second control coil different from the first control coil, wherein at least one of the first switching contact or the second switching contact comprises a switching contact of a latching relay. a relay leg configured to connect a power source to a grid via a first switching contact controlled by a first control coil and a second switching contact controlled by a second control coil different from the first control coil, wherein at least one of the first switching contact or the second switching contact comprises a switching contact of a latching relay.
A multispecific antigens-binding fragment comprising at least the two following different Fab fragments:: - a wild-type Fab fragment consisting of wild-type CH1 and CL domains of an immunoglobulin, and the VH and VL domains of an antibody recognizing an epitope of interest; and - a mutated Fab fragment consisting of: • the VH and VL domains of an antibody recognizing an epitope of interest; • a CH1 domain of the IgG isotype which is derived from the CH1 domain of a human immunoglobulin by substitution of the threonine residue at position 192 of said CH1 domain with a glutamic acid residue, wherein sequence position numbers refer to Kabat numbering; and • a CL domain of the kappa type which is derived from the CL domain of a human immunoglobulin by substitution of the asparagine residue at position 137 of said CL domain with a lysine residue and substitution of the serine residue at position 114 of said CL domain with an alanine residue, wherein sequence position numbers refer to Kabat numbering; wherein each Fab fragment recognizes a different epitope of interest, and said Fab fragments being tandemly arranged in any order, the C-terminal end of the CH1 domain of a first Fab fragment being linked to the N-terminal end of the VH domain of the following Fab fragment through a polypeptide linker. - a wild-type Fab fragment consisting of wild-type CH1 and CL domains of an immunoglobulin, and the VH and VL domains of an antibody recognizing an epitope of interest; and - a mutated Fab fragment consisting of: • the VH and VL domains of an antibody recognizing an epitope of interest; • a CH1 domain of the IgG isotype which is derived from the CH1 domain of a human immunoglobulin by substitution of the threonine residue at position 192 of said CH1 domain with a glutamic acid residue, wherein sequence position numbers refer to Kabat numbering; and • a CL domain of the kappa type which is derived from the CL domain of a human immunoglobulin by substitution of the asparagine residue at position 137 of said CL domain with a lysine residue and substitution of the serine residue at position 114 of said CL domain with an alanine residue, wherein sequence position numbers refer to Kabat numbering; • the VH and VL domains of an antibody recognizing an epitope of interest; • a CH1 domain of the IgG isotype which is derived from the CH1 domain of a human immunoglobulin by substitution of the threonine residue at position 192 of said CH1 domain with a glutamic acid residue, wherein sequence position numbers refer to Kabat numbering; and • a CL domain of the kappa type which is derived from the CL domain of a human immunoglobulin by substitution of the asparagine residue at position 137 of said CL domain with a lysine residue and substitution of the serine residue at position 114 of said CL domain with an alanine residue, wherein sequence position numbers refer to Kabat numbering;
Method for the production of highly digestible hydrolysed keratinaceous material comprising the steps of (iii) subjecting partly hydrolysed, partly insoluble keratinaceous material obtained from thermal and pressure hydrolysation to a chemical hydrolysis step with acid or base to obtain a highly digestible hydrolysed material, and (iv) purifying the highly digestible material.
A viral vector comprising a therapeutic cargo portion, wherein the therapeutic cargo portion comprises a first small RNA sequence that is capable of binding to at least one pre-determined complementary mRNA sequence, wherein the at least one complementary mRNA sequence comprises a farnesyl diphosphate synthase (FDPS) mRNA sequence, and wherein the first small RNA sequence is capable of inhibiting expression of FDPS; and a second small RNA sequence that is capable of binding to a second pre-determined complementary mRNA sequence, wherein the second pre-determined complementary mRNA sequence comprises a CD47 mRNA sequence or a cMyc mRNA sequence, and wherein the second small RNA sequence is capable of inhibiting expression of CD47 or cMyc.
A method comprising: retrieving, by a server, from a global information server configured to receive and store various versions of global information associated with a network service, current version information of the current global information, wherein the global information comprises a routing table or configuration data for IP address translation; retrieving, by the server, the current global information associated with the network service from the global information server based on the current version information; updating, by the server, a period of validity of the current version information based on a status of communication with the global information server; and suspending, by the server, the network service associated with the current global information when detecting that the period of validity of the current version information has expired. retrieving, by a server, from a global information server configured to receive and store various versions of global information associated with a network service, current version information of the current global information, wherein the global information comprises a routing table or configuration data for IP address translation; retrieving, by the server, the current global information associated with the network service from the global information server based on the current version information; updating, by the server, a period of validity of the current version information based on a status of communication with the global information server; and suspending, by the server, the network service associated with the current global information when detecting that the period of validity of the current version information has expired.
A panel for lining an interior wall, a partition or a roof of a structure, of the type consisting of an insulating material and an associated finishing plate, said panel including opposite edges (4, 5) that is flusch-mountable over the entire height, allowing its assembly with abutted edges with a consecutive panel (1A, 1B) and, in addition, at least one previously designed vertical internal slot and at least one previously designed horizontal internal slot, extending on its insulating portion from side to side, characterized in that the vertical and horizontal slots intersect immediately behind the finishing plate, at least one vertical slot being deeper than at least one horizontal slot.