mhurhangee/ep-ind-claims huggingface dataset:
A tie for connecting an internal layer and an external layer of a sandwich building element to each other, which tie comprises an internal bar fittable into the internal layer of the building element and an external bar fittable into the external layer, and the internal bar and the external bar being parallel with each other and at a distance from each other, and a bracing connecting the internal bar and the external bar, and a looplike further bond for fastening the tie to a building element, wherein - the bracing, the internal bar, the external bar (2, 3) and the further bond are formed from the same wire blank by bending, - the bracing comprises three sides of which a first side and a second side are arranged in the V-form to form a first angle opening towards the internal bar, and the first side, the second side and the internal bar form a triangle, wherein the first side and the second side form sides for the triangle and the internal bar forms the base for the triangle, and the second side and a third side are arranged in the V-form to form a second angle opening towards the external bar, characterized in that - the second side, the third side and the external bar form a triangle, wherein the second side and the third side form sides for the triangle and the external bar forms the base for the triangle, and - the further bond is formed in the wire blank between the first side and the internal bar. - the bracing, the internal bar, the external bar (2, 3) and the further bond are formed from the same wire blank by bending, - the bracing comprises three sides of which a first side and a second side are arranged in the V-form to form a first angle opening towards the internal bar, and - the second side, the third side and the external bar form a triangle, wherein the second side and the third side form sides for the triangle and the external bar forms the base for the triangle, and - the further bond is formed in the wire blank between the first side and the internal bar.
A method of manufacturing a turbine blade including a blade portion and a blade base portion, the method comprising: a first fabrication process of fabricating the blade portion through a three-dimensional metal stack fabrication by a powder bed method; and a second fabrication process of fabricating an outer circumference of the blade base portion only through the three-dimensional metal stack fabrication by the powder bed method, and then sintering metallic powder remaining only in an inner region of the blade base portion fabricated through the three-dimensional metal stack fabrication by hot isostatic pressing so as to fabricate the blade base portion. a first fabrication process of fabricating the blade portion through a three-dimensional metal stack fabrication by a powder bed method; and a second fabrication process of fabricating an outer circumference of the blade base portion only through the three-dimensional metal stack fabrication by the powder bed method, and then sintering metallic powder remaining only in an inner region of the blade base portion fabricated through the three-dimensional metal stack fabrication by hot isostatic pressing so as to fabricate the blade base portion.
A lyophilized immunogenic composition comprising: (a) an isolated Staphylococcus atreus clumping factor A (ClfA) polypeptide, (b) an isolated Staphylococcus aureus MntC polypeptide, (c) a Capsular Polysaccharide Type 5 -CRM 197 conjugate, (d) a Capsular Polysaccharide Type 8 -CRM 197 conjugate, (e) a buffer having a pKa of 6.0 ± 0.6, and (f) a bulking agent, wherein the ClfA polypeptide comprises an N1, N2 and N3 domain. (a) an isolated Staphylococcus atreus clumping factor A (ClfA) polypeptide, (b) an isolated Staphylococcus aureus MntC polypeptide, (c) a Capsular Polysaccharide Type 5 -CRM 197 conjugate, (d) a Capsular Polysaccharide Type 8 -CRM 197 conjugate, (e) a buffer having a pKa of 6.0 ± 0.6, and (f) a bulking agent,
An apparatus comprising: a first memory device (110, 160; 200; 315; 405-a-405-d) comprising a first plurality of memory cells (170; 205; 410), the first memory device configured for one or more access operations of the first plurality of memory cells according to a first energy-per-bit rating; a second memory device (110, 160; 200; 325; 405-a-405-d) coupled with the first memory device and comprising a second plurality of memory cells (170; 205; 410), the second memory device configured for storing information using the second plurality of memory cells according to a second energy-per-bit rating that is greater than the first energy-per-bit rating; a controller (155; 260; 320; 505; 605) coupled with the first memory device and the second memory device, and configured to receive control information from a host device (105; 305), the controller configured to determine whether data indicated by the control information is stored in the first memory device or the second memory device; a first channel (115; 345) configured to communicate a first signal between the first memory device and the second memory device that is modulated using a first modulation scheme that includes two voltage levels; and a second channel (115; 340) coupled with the first memory device and configured to communicate a second signal to or from the first memory device that is modulated using a second modulation scheme that includes three or more voltage levels. a first memory device (110, 160; 200; 315; 405-a-405-d) comprising a first plurality of memory cells (170; 205; 410), the first memory device configured for one or more access operations of the first plurality of memory cells according to a first energy-per-bit rating; a second memory device (110, 160; 200; 325; 405-a-405-d) coupled with the first memory device and comprising a second plurality of memory cells (170; 205; 410), the second memory device configured for storing information using the second plurality of memory cells according to a second energy-per-bit rating that is greater than the first energy-per-bit rating; a controller (155; 260; 320; 505; 605) coupled with the first memory device and the second memory device, and configured to receive control information from a host device (105; 305), the controller configured to determine whether data indicated by the control information is stored in the first memory device or the second memory device; a first channel (115; 345) configured to communicate a first signal between the first memory device and the second memory device that is modulated using a first modulation scheme that includes two voltage levels; and a second channel (115; 340) coupled with the first memory device and configured to communicate a second signal to or from the first memory device that is modulated using a second modulation scheme that includes three or more voltage levels.
A shank instrument, in particular a medical-endoscopic shank instrument, with a hollow shank which between two rigidly designed parts (4, 8) comprises a part which is bendable transversely to its longitudinal extension and which is stationarily connected to at least one of the other rigidly formed other parts (4, 8) in a manner such that two projections (24, 30) which are formed on a peripheral wall of one of the parts (4, 8) connected to one another, and are arranged lying opposite one another on the peripheral wall and project in the direction of the longitudinal axis of the part (4, 8) positively engage into two recesses (26, 28) which are formed lying opposite one another on the peripheral wall of the other part and which completely break through the peripheral wall, wherein the parts (4, 6, 8) of the hollow shank which are positively connected to one another, in the region of their positive connection are surrounded at the outer periphery by a component, wherein the distal part of the hollow shank is positively connected to its bendable part, characterised in that a sleeve which is connected to the distal part radially surrounds the distal part and the bendable part of the hollow shank in the region of their positive connection and the sleeve which is connected to the distal part of the hollow shank is connected to a pull element for the control of the bending of the bendable part of the hollow shank.
A heat exchanger comprising: first and second bars (36, 38) arranged transverse to one another to form a skeleton, at least some of the first bars forming a side with gaps between the first bars; a core including cooling fins (14, 16) arranged within the skeleton wherein the cooling fins (14, 16) include cold and hot fins separated by parting sheets with structural components including the skeleton and each parting sheet being secured to the cooling fins adjacent to the respective parting sheet by a brazing material; and blocking bars arranged within the gaps between the at least some of the first bars, the at least some of the first bars and blocking bars forming a blocking surface diverting flow around a portion of the core for reducing thermal stress in an area of the portion; wherein the cold fins and hot fins are arranged transverse to one another; wherein the blocking surface is arranged proximate to a corner of the core; and wherein the blocking surface is arranged at a cold inlet of the cold fins proximate to a hot inlet of the hot fins; characterised by reinforcing bars secured to the first and second bars (36, 38) with the parting sheet using the brazing material to structurally reinforce the skeleton, wherein each reinforcing bar is secured to two spaced apart parting sheets. first and second bars (36, 38) arranged transverse to one another to form a skeleton, at least some of the first bars forming a side with gaps between the first bars; a core including cooling fins (14, 16) arranged within the skeleton wherein the cooling fins (14, 16) include cold and hot fins separated by parting sheets with structural components including the skeleton and each parting sheet being secured to the cooling fins adjacent to the respective parting sheet by a brazing material; and blocking bars arranged within the gaps between the at least some of the first bars, the at least some of the first bars and blocking bars forming a blocking surface diverting flow around a portion of the core for reducing thermal stress in an area of the portion; wherein the cold fins and hot fins are arranged transverse to one another; wherein the blocking surface is arranged proximate to a corner of the core; and wherein the blocking surface is arranged at a cold inlet of the cold fins proximate to a hot inlet of the hot fins; characterised by reinforcing bars secured to the first and second bars (36, 38) with the parting sheet using the brazing material to structurally reinforce the skeleton, wherein each reinforcing bar is secured to two spaced apart parting sheets.
Process for preparing α-ω-alkanediol comprising the steps of: a) reacting an alkanoic acid with an alkanol to give an ester, b) oxidizing at least one terminal carbon atom of the ester by contacting with a whole-cell catalyst, which expresses an alkane hydroxylase, in aqueous solution and in the presence of molecular oxygen, to give an oxidized ester, c) hydrogenating the oxidized ester to form an α, ω-alkanediol and alkanol, and d) removing the alkanol by distillation, forming a reaction mixture depleted with respect to the alkanol, and e) recycling the alkanol in step a). a) reacting an alkanoic acid with an alkanol to give an ester, b) oxidizing at least one terminal carbon atom of the ester by contacting with a whole-cell catalyst, which expresses an alkane hydroxylase, in aqueous solution and in the presence of molecular oxygen, to give an oxidized ester, c) hydrogenating the oxidized ester to form an α, ω-alkanediol and alkanol, and d) removing the alkanol by distillation, forming a reaction mixture depleted with respect to the alkanol, and e) recycling the alkanol in step a).
An azeotrope-like composition consisting essentially of (i) Z -1-chloro-2,3,3,3-tetrafluoroprop-1-ene ( Z -HCFO-1224yd) and (ii)(a) methyl formate or (ii)(b) E- 1, 1, 1,4,4,5,5,5-octafluoro-2-pentene ( E -HFO-1438mzz).
A drainage body comprising a plurality of identically shaped surface units, namely a plurality of bottom units and a plurality of cover units that are identically shaped relative to the bottom units and are interconnectable via spacer elements at a mounting distance, characterized in that the spacer elements (20, 20') have a truncated cone-shaped or frustrum-shaped design with a circumscribed cross-sectional surface, which gets smaller with an increasing distance from the surface units, and which are arranged on the surface units such that the bottom units and the cover units may be laid overlapping each other in the manner of a brickwork, and the bottom units are offset with respect to the cover units and are connected to the cover units by the spacer elements (20, 20') for forming the drainage body, so that an assembly of three surface units (10, 10', 10") connected in such a manner can be arbitrarily continued.
Mechanism for a drug delivery device, wherein the mechanism has a longitudinal axis, wherein the mechanism comprises a first member comprising a first contact surface, wherein the mechanism comprises second member, wherein the first member is configured to be assembled to the second member, wherein the first member and the second member are configured such that the first contact surface abuts the second member when the first member is assembled to the second member, wherein the first contact surface is arranged such that a force applied to the mechanism in a direction parallel to the longitudinal axis is split up into a first component in a direction perpendicular to a surface normal of the first contact surface and a second component parallel to the surface normal, wherein the first member and the second member are configured such that the first member is detached from the second member by the force applied to the mechanism in a direction parallel to the longitudinal axis if the absolute value of the force is stronger than a first predetermined value, and wherein the first predetermined value is defined as the absolute value of the force which has a first component strong enough to move the first contact surface out of abutment with the second member, characterised in that the mechanism comprises an additional member which is mechanically engaged with one of the first member or the second member and which is configured such that the additional member is damaged when the first member and the second member are detached from each other by the force applied to the mechanism in a direction parallel to the longitudinal axis having an absolute value stronger than the first predetermined value thereby preventing any further operation of the mechanism.
A method for producing a plant with at least one dwarfing-associated phenotype the method comprising increasing the expression of an Auxin Response Factor 3 polypeptide in the plant by transforming the plant with an ARF3 gene encoding the ARF3 polypeptide or genetically modifying an endogenous ARF3 gene to encode the ARF3 polypeptide in the plant, wherein the ARF3 polypeptide has a sequence with at least 70% identity to any one of SEQ ID NO:1 to 11, 28 and 29 and comprises a Leucine residue at the position corresponding to amino acid residue 72 in SEQ ID NO:1 or 28, and wherein the dwarfing-associated phenotype is selected from: i) one of the following phenotypes in the plant: a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and ii) competence to induce one of the following phenotypes in a scion grafted on to the plant: f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide. i) one of the following phenotypes in the plant: a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and ii) competence to induce one of the following phenotypes in a scion grafted on to the plant: f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide. f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide.
A method for accessing a network, implemented by a user equipment, UE, characterized in that the method comprises: preferentially selecting, when no base station is accessed, a macro base station with a wired backhaul capability for access; determining, based on a traffic type of data to be transmitted and a service type of at least one wireless backhaul small base station, a wireless backhaul small base station to be accessed; and establishing a secondary connection with the wireless backhaul small base station while maintaining a connection with the macro base station, wherein the traffic type of data to be transmitted comprises: an Internet access traffic, a video browsing traffic, or an online game traffic; and wherein the service type of at least one wireless backhaul small base station is indicative of a traffic type of a traffic provided by the at least one wireless backhaul small base station. preferentially selecting, when no base station is accessed, a macro base station with a wired backhaul capability for access; determining, based on a traffic type of data to be transmitted and a service type of at least one wireless backhaul small base station, a wireless backhaul small base station to be accessed; and establishing a secondary connection with the wireless backhaul small base station while maintaining a connection with the macro base station, wherein the traffic type of data to be transmitted comprises: an Internet access traffic, a video browsing traffic, or an online game traffic; and wherein the service type of at least one wireless backhaul small base station is indicative of a traffic type of a traffic provided by the at least one wireless backhaul small base station.
A method, performed by a network endpoint in a subnet of a branch and hub network, for optimizing traffic over a WAN link, the method comprising the steps of: intercepting, prior to being encrypted, outbound traffic that is destined to be encrypted as a secure stream; compressing the intercepted outbound traffic using data cached at the network endpoint, the data including at least one of dictionary data, or traffic data that is representative of traffic previously observed in the subnet; and communicating with a central server located on the subnet to receive updates for the data, the method including a further step of encrypting the compressed traffic prior to the traffic being transported over the WAN link to a remote endpoint at a remote subnet, wherein the intercepting is performed through a TCP/IP stack, and wherein the encrypting is performed using IPsec. intercepting, prior to being encrypted, outbound traffic that is destined to be encrypted as a secure stream; compressing the intercepted outbound traffic using data cached at the network endpoint, the data including at least one of dictionary data, or traffic data that is representative of traffic previously observed in the subnet; and communicating with a central server located on the subnet to receive updates for the data, the method including a further step of encrypting the compressed traffic prior to the traffic being transported over the WAN link to a remote endpoint at a remote subnet, wherein the intercepting is performed through a TCP/IP stack, and wherein the encrypting is performed using IPsec.
A wind turbine brake control device comprising: an electromagnetic brake for braking at least one of relative rotation between a pinion gear installed in a first structure and a ring gear installed in a second structure or rotation of a motor having the pinion gear mounted thereto, the first structure and the second structure constituting a movable section of a wind turbine; and a contactless relay disposed on a power supply line between a power supply for operation of the electromagnetic brake and the electromagnetic brake and configured to open and close the power supply line, wherein the power supply is a three-phase power supply, and the contactless relay is a three-phase relay or a single-phase relay. an electromagnetic brake for braking at least one of relative rotation between a pinion gear installed in a first structure and a ring gear installed in a second structure or rotation of a motor having the pinion gear mounted thereto, the first structure and the second structure constituting a movable section of a wind turbine; and a contactless relay disposed on a power supply line between a power supply for operation of the electromagnetic brake and the electromagnetic brake and configured to open and close the power supply line, wherein the power supply is a three-phase power supply, and the contactless relay is a three-phase relay or a single-phase relay.
A vacuum pump with at least one pumping stage, a motor and motor control, wherein the vacuum pump is configured as a dry-running vacuum pump with seals, in which there is arranged at least one pressure sensor before the first pumping stage and/or in at least one sealing space (23a, 23b; 54a, 54b; 55a, 55b) of the vacuum pump, and the pressure sensor is connected to an evaluation unit, wherein a display device is provided for indicating a non-performance and/or underperformance of the vacuum pump (1, 31, 101), characterised in that the seals are seals which are subject to wear and in that a single line leads from the pressure sensor to an evaluation unit, which in turn is connected to a motor control and in that a wear of the seals (29, 148) is detected thereby.
A method of assaying the level of a humanized anti-VLA-4 IgG4 antibody, the method comprising: a) contacting a biological sample obtained from a subject with a capture agent associated with a substrate, wherein the capture agent can bind a humanized anti-VLA-4 IgG4 antibody in the sample to form a complex and wherein the substrate is a portion of a lateral flow immunochromatographic system; and b) detecting binding of the capture agent to the humanized anti-VLA-4 IgG4 antibody with a secondary agent that binds to said complex within the lateral flow immunochromatographic system and determining whether the level of the humanized anti-VLA-4 IgG4 antibody is above or below a predetermined level based on the detecting; wherein the capture agent is an antibody or an antigen binding fragment thereof and the secondary agent is selected from (i) an anti-IgG4 antibody, or (ii) an anti-anti-VLA-4 antibody. a) contacting a biological sample obtained from a subject with a capture agent associated with a substrate, wherein the capture agent can bind a humanized anti-VLA-4 IgG4 antibody in the sample to form a complex and wherein the substrate is a portion of a lateral flow immunochromatographic system; and b) detecting binding of the capture agent to the humanized anti-VLA-4 IgG4 antibody with a secondary agent that binds to said complex within the lateral flow immunochromatographic system and determining whether the level of the humanized anti-VLA-4 IgG4 antibody is above or below a predetermined level based on the detecting;