mhurhangee/ep-ind-claims huggingface dataset:
An antibody or antigen-binding fragment thereof which is specific for human serum albumin, comprising (i) a variable light chain with a sequence according to SEQ ID NO: 1, and a variable heavy chain with a sequence according to SEQ ID NO: 2, or (ii) a variable light chain with a sequence according to SEQ ID NO: 3, and a variable heavy chain with a sequence according to SEQ ID NO: 4. (i) a variable light chain with a sequence according to SEQ ID NO: 1, and a variable heavy chain with a sequence according to SEQ ID NO: 2, or (ii) a variable light chain with a sequence according to SEQ ID NO: 3, and a variable heavy chain with a sequence according to SEQ ID NO: 4.
Vehicle including a console, said console being fixed in a removable manner via locking means to a base secured to the floor of the vehicle, the locking means comprising, secured to a base plate of the console, a first locking hook located at one end of the base plate and which can be inserted into a complementary receiving recess in the base and a lever including a second locking hook and a manoeuvring handle, pivot-mounted to the base plate at the opposite end thereof, so that the lever can occupy a locking position in which the second hook is locked in another complementary receiving recess in the base or a release position in which the second hook is released from the other receiving recess, in which the console can be removed from the base by pivoting and translating the console relative to the base to release the second hook from the other receiving recess in the base, the upper surface of the base being shaped into an ascending slope at the exit to the receiving recess, the first locking hook having an end part in the shape of a rectilinear catch, the second locking hook being curved upwards.
A turbine blade comprising: an airfoil comprising an outer wall formed by a pressure sidewall and a suction sidewall joined at a leading edge and at a trailing edge, a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil, the tip cap comprising a pressure side edge and a suction side edge, and a notch formed by a radially inward step adjacent to the suction side edge of the tip cap, the notch being defined by a radially extending step wall and a radially outward facing land, the step wall extending radially inward from the suction side edge of the tip cap to said land, whereby the land is positioned radially inward in relation to a radially outer surface of the tip cap, wherein the notch extends along at least a portion of the suction sidewall in a direction from the leading edge to the trailing edge, characterized in that the land extends from a first end at or proximal to the leading edge to a second end at or proximal to the trailing edge, wherein a lateral width of the land varies from the first end to the second end. an airfoil comprising an outer wall formed by a pressure sidewall and a suction sidewall joined at a leading edge and at a trailing edge, a blade tip at a first radial end and a blade root at a second radial end opposite the first radial end for supporting the blade and for coupling the blade to a disc, wherein the blade tip comprises: a tip cap disposed over the outer wall of the airfoil, the tip cap comprising a pressure side edge and a suction side edge, and a notch formed by a radially inward step adjacent to the suction side edge of the tip cap, the notch being defined by a radially extending step wall and a radially outward facing land, the step wall extending radially inward from the suction side edge of the tip cap to said land, whereby the land is positioned radially inward in relation to a radially outer surface of the tip cap, wherein the notch extends along at least a portion of the suction sidewall in a direction from the leading edge to the trailing edge, a tip cap disposed over the outer wall of the airfoil, the tip cap comprising a pressure side edge and a suction side edge, and a notch formed by a radially inward step adjacent to the suction side edge of the tip cap, the notch being defined by a radially extending step wall and a radially outward facing land, the step wall extending radially inward from the suction side edge of the tip cap to said land, whereby the land is positioned radially inward in relation to a radially outer surface of the tip cap, wherein the notch extends along at least a portion of the suction sidewall in a direction from the leading edge to the trailing edge, characterized in that the land extends from a first end at or proximal to the leading edge to a second end at or proximal to the trailing edge, wherein a lateral width of the land varies from the first end to the second end.
An aerosol assembly for a medicament delivery device, the aerosol assembly comprising: a nozzle chip assembly including a carrier and a nozzle chip provided on the carrier, a holding structure (7a; 7a') having a fluid channel extending through the holding structure (7a; 7a'), wherein the nozzle chip assembly is configured to be mounted into the fluid channel such that fluid flowing through the fluid channel passes through the nozzle chip, and an elastic sealing member (7q; 7q') configured to be arranged with a tight fit in the fluid channel, the sealing member (7q; 7q') having a central through-opening (12; 12') configured to receive the nozzle chip to seal the nozzle chip towards the carrier. wherein the fluid channel has an inner surface provided with a circumferentially extending opening, wherein the carrier has an outer boundary portion mounted into the opening to hold the carrier in place; wherein the aerosol assembly comprises a base member having a Luer cone configured to extend into the fluid channel towards the nozzle chip assembly, the Luer cone having a central channel extending through the base member and configured to extend coaxially with the fluid channel, wherein the base member and the holding structure have Luer threads (8a, 8b) by which the base member and the holding structure are configured to be connected, wherein the central through-opening (12; 12') of the sealing member (7q; 7q') is configured to open towards the central channel, and wherein the sealing member (7q; 7q') is configured to be arranged axially between the Luer cone and the carrier. a nozzle chip assembly including a carrier and a nozzle chip provided on the carrier, a holding structure (7a; 7a') having a fluid channel extending through the holding structure (7a; 7a'), wherein the nozzle chip assembly is configured to be mounted into the fluid channel such that fluid flowing through the fluid channel passes through the nozzle chip, and an elastic sealing member (7q; 7q') configured to be arranged with a tight fit in the fluid channel, the sealing member (7q; 7q') having a central through-opening (12; 12') configured to receive the nozzle chip to seal the nozzle chip towards the carrier. wherein the fluid channel has an inner surface provided with a circumferentially extending opening, wherein the carrier has an outer boundary portion mounted into the opening to hold the carrier in place; wherein the aerosol assembly comprises a base member having a Luer cone configured to extend into the fluid channel towards the nozzle chip assembly, the Luer cone having a central channel extending through the base member and configured to extend coaxially with the fluid channel, wherein the base member and the holding structure have Luer threads (8a, 8b) by which the base member and the holding structure are configured to be connected, wherein the central through-opening (12; 12') of the sealing member (7q; 7q') is configured to open towards the central channel, and wherein the sealing member (7q; 7q') is configured to be arranged axially between the Luer cone and the carrier.
A centrifugal rotor device, comprising: a first chamber configured to hold a fluid; a second chamber configured to receive the fluid from the first chamber; and a siphon channel coupled to the first chamber at a siphon channel inlet and coupled to the second chamber at a siphon channel outlet, the siphon channel configured to permit movement of the fluid from the first chamber to the second chamber, the siphon channel including: a first channel; a second channel (260A, 260B) formed adjacent to the first channel, an inner space/volume of the second channel (260A, 260B) in fluid communication and continuous with an inner space/volume of the first channel, the second channel (260A, 260B) having a dimension smaller than the smallest dimension of the first channel; and one or more obstructive features present in the second channel (260A, 260B), the one or more obstructive features configured to impede movement of the fluid in the second channel (260A, 260B). a first chamber configured to hold a fluid; a second chamber configured to receive the fluid from the first chamber; and a siphon channel coupled to the first chamber at a siphon channel inlet and coupled to the second chamber at a siphon channel outlet, the siphon channel configured to permit movement of the fluid from the first chamber to the second chamber, the siphon channel including: a first channel; a second channel (260A, 260B) formed adjacent to the first channel, an inner space/volume of the second channel (260A, 260B) in fluid communication and continuous with an inner space/volume of the first channel, the second channel (260A, 260B) having a dimension smaller than the smallest dimension of the first channel; and one or more obstructive features present in the second channel (260A, 260B), the one or more obstructive features configured to impede movement of the fluid in the second channel (260A, 260B). a first channel; a second channel (260A, 260B) formed adjacent to the first channel, an inner space/volume of the second channel (260A, 260B) in fluid communication and continuous with an inner space/volume of the first channel, the second channel (260A, 260B) having a dimension smaller than the smallest dimension of the first channel; and one or more obstructive features present in the second channel (260A, 260B), the one or more obstructive features configured to impede movement of the fluid in the second channel (260A, 260B).
A method for providing a handover indication in a cellular wireless network, comprising: receiving at a core network node all on-going and/or requested bearer service requests for a user equipment, UE, at a certain time; characterized by the core network node using information from said on-going and/or requested bearer service requests to determine what inter-RAT, Radio Access Technology, restrictions and/or preferences apply to said UE to provide an aggregate indication for handover; communicating the aggregate indication to an access node which is serving the UE.
A method for preparing a complex of an acid chosen from among methionine, 2-hydroxy-4-methylthiobutanoic acid (HMTBA) and lactic acid, and of at least one metal, starting from the said acid and a mineral metal source, characterized in that the acid is placed in reaction with the mineral metal source in an extruder.
A deflection member comprising: a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding, characterized in that the at least one tile comprises a plurality of deflection conduits. a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding, characterized in that the at least one tile comprises a plurality of deflection conduits.
A process for producing one or more fermentation products, the process comprising; a. providing a CO-rich C1-containing gaseous substrate to an inoculation reactor comprising a liquid nutrient medium containing a culture of one or more C1-fixing microorganism; b. fermenting the CO-rich C1-containing gaseous substrate to produce an inoculum; c. passing at least a portion of the inoculum to a bioreactor system, the bioreactor system comprising at least one bioreactor containing a culture of one or more C1-fixing microorganism in a liquid nutrient medium; d. passing an H 2 rich C1-containing gaseous substrate to the bioreactor system; and e. fermenting the H 2 rich C1-containing gaseous substrate to produce at least one fermentation product; wherein the CO-rich C1-containing gaseous substrate comprises H 2 at an H 2:CO molar ratio of less than 1:1, and the H 2 -rich C1-containing gaseous substrate comprises H 2 at an H 2:CO molar ratio of at least 1.1:1. a. providing a CO-rich C1-containing gaseous substrate to an inoculation reactor comprising a liquid nutrient medium containing a culture of one or more C1-fixing microorganism; b. fermenting the CO-rich C1-containing gaseous substrate to produce an inoculum; c. passing at least a portion of the inoculum to a bioreactor system, the bioreactor system comprising at least one bioreactor containing a culture of one or more C1-fixing microorganism in a liquid nutrient medium; d. passing an H 2 rich C1-containing gaseous substrate to the bioreactor system; and e. fermenting the H 2 rich C1-containing gaseous substrate to produce at least one fermentation product; wherein the CO-rich C1-containing gaseous substrate comprises H 2 at an H 2:CO molar ratio of less than 1:1, and the H 2 -rich C1-containing gaseous substrate comprises H 2 at an H 2:CO molar ratio of at least 1.1:1.
A method comprising: a server in communication with a plurality of cameras assessing a vulnerability of a current password for each of the plurality of cameras by detecting whether the current password for the respective camera is a default password or by detecting whether the current password for the respective camera is blank; responsive to detecting that the current password for at least one of the plurality of cameras is the default password or blank, the server automatically generating an updated password for the at least one of the plurality of cameras; and the server assigning the updated password to the at least one of the plurality of cameras. a server in communication with a plurality of cameras assessing a vulnerability of a current password for each of the plurality of cameras by detecting whether the current password for the respective camera is a default password or by detecting whether the current password for the respective camera is blank; responsive to detecting that the current password for at least one of the plurality of cameras is the default password or blank, the server automatically generating an updated password for the at least one of the plurality of cameras; and the server assigning the updated password to the at least one of the plurality of cameras.
A cable type secondary battery, comprising: a cable-type core portion; a positive electrode wire wound helically to surround the outer surface of the cable-type core portion with a predetermined spacing, and including a first porous coating layer formed on the outer surface thereof; and a negative electrode wire wound helically to surround the outer surface of the cable-type core portion alternately with the wound positive electrode wire to correspond to the predetermined interval, and including a second porous coating layer formed on the outer surface thereof. a cable-type core portion; a positive electrode wire wound helically to surround the outer surface of the cable-type core portion with a predetermined spacing, and including a first porous coating layer formed on the outer surface thereof; and a negative electrode wire wound helically to surround the outer surface of the cable-type core portion alternately with the wound positive electrode wire to correspond to the predetermined interval, and including a second porous coating layer formed on the outer surface thereof.
A drug container comprising a circular bar-code for encoding information regarding at least one of the drug container or a content of the drug container, wherein the drug container is a cartridge comprising a cylindrical main body, and wherein the drug container has a front face and an access area to its inner volume at a central part of the front face, characterized in that a metal cap is attached to the main body and forms the front face, an end of the drug container which is remote from the front face is sealed by a bung which is movably retained in the drug container, the bar-code is located at the front face of the drug container such that the information encoded by the bar-code is readable from a front view to the drug container, the bar-code encircles a central point and the bar-code is configured such that the information encoded by the bar-code is readable along a closed line encircling the central point.
An aerofoil comprising a pair of skins (12,13) which form low pressure and high pressure surfaces of the aerofoil; and a pair of spars (14,15) which join the skins, wherein one of the skins and at least one of the spars are formed by a composite structure comprising a first section; a second section; and a curved corner joining the first section to the second section, wherein the first section comprises a spar and the second section comprises a skin, the structure comprising a stack of fibre-reinforced plies, the stack including: a. a first external ply which runs from the first section into the second section round an inside of the comer; b. a second external ply which runs from the first section into the second section round an outside of the comer; and c. a discontinuous first internal ply which is sandwiched between the first and second external plies and is dropped off inside the structure so that more of the first internal ply is located within one section than within the other section; characterised in the composite structure further comprises d. a second internal ply which is sandwiched between the first and second external plies, wherein at least part of the first and second internal plies are both located within the same section, the fibres of the first internal ply run at an angle θ to the fibres of the second internal ply in the section where they are both located, the angle θ is greater than 3° but less than 20°, or the angle θ is between 35° and 42°. a. a first external ply which runs from the first section into the second section round an inside of the comer; b. a second external ply which runs from the first section into the second section round an outside of the comer; and c. a discontinuous first internal ply which is sandwiched between the first and second external plies and is dropped off inside the structure so that more of the first internal ply is located within one section than within the other section; characterised in the composite structure further comprises d. a second internal ply which is sandwiched between the first and second external plies,
A method of securely adding a new joiner wireless communications device to a first secure wireless network comprising at the new joiner device the following steps: i) sharing a secret key with a second wireless communications device which is physically proximate to the new joiner device, the second wireless communications device being a member of the first secure wireless network; ii) connecting to a second wireless network set up by the second wireless communications device; iii) receiving credentials of the first secure wireless network from the second wireless communications device over the second wireless network in a secure manner according to the secret key; iv) securely connecting the new joiner device to the first secure wireless network using the credentials of the first secure wireless network; and wherein the method comprises prior to steps i) - iv) the following step: v) when the new joiner device powers on, searching for a third wireless network set up by the second wireless communications device, sending a notification of the presence of the new joiner device to the second wireless communications device over the third wireless network and receiving from the second wireless communication device over the third wireless network a request for the secret key. i) sharing a secret key with a second wireless communications device which is physically proximate to the new joiner device, the second wireless communications device being a member of the first secure wireless network; ii) connecting to a second wireless network set up by the second wireless communications device; iii) receiving credentials of the first secure wireless network from the second wireless communications device over the second wireless network in a secure manner according to the secret key; iv) securely connecting the new joiner device to the first secure wireless network using the credentials of the first secure wireless network; and wherein the method comprises prior to steps i) - iv) the following step: v) when the new joiner device powers on, searching for a third wireless network set up by the second wireless communications device, sending a notification of the presence of the new joiner device to the second wireless communications device over the third wireless network and receiving from the second wireless communication device over the third wireless network a request for the secret key.
A method for producing particles of active pharmaceutical ingredients, drug product intermediates, excipients or drug products having a reduced particle size distribution, which method comprises the steps of: a) providing a composition comprising a suspension of particles of active pharmaceutical ingredients (APIs), drug product intermediates, excipients or drug products in a solvent; b) subjecting the particles in said composition to a size reduction step or to a size growth step; c) feeding said particles to a first membrane separation system to separate said particles according to size; and d) recycling those particles that do not meet the size criteria back to step a); wherein the method comprises feeding the particles to a first membrane separation system in parallel with the step of subjecting the particles to a size reduction step or to a size growth step. a) providing a composition comprising a suspension of particles of active pharmaceutical ingredients (APIs), drug product intermediates, excipients or drug products in a solvent; b) subjecting the particles in said composition to a size reduction step or to a size growth step; c) feeding said particles to a first membrane separation system to separate said particles according to size; and d) recycling those particles that do not meet the size criteria back to step a);