mhurhangee/ep-ind-claims huggingface dataset:
A process for decreasing the concentration of NO x nitrogen oxides in residual gas which is obtained during shutdown and/or start-up of a plant for preparing nitric acid, where the process comprises the following steps: (a) regulation of the temperature of the residual gas during shutdown and/or start-up of the plant for preparing nitric acid by means of a temperature regulating apparatus; and (b) treatment of the residual gas which has been temperature-regulated in step (a) in a residual gas purification plant, where the temperature regulating apparatus is a heat exchanger or a heat store, characterized in that the residual gas is at least partly conveyed in a circuit and in this circuit flows through the temperature regulating apparatus (15, 18) and the residual gas purification plant. (a) regulation of the temperature of the residual gas during shutdown and/or start-up of the plant for preparing nitric acid by means of a temperature regulating apparatus; and (b) treatment of the residual gas which has been temperature-regulated in step (a) in a residual gas purification plant, where the temperature regulating apparatus is a heat exchanger or a heat store, characterized in that the residual gas is at least partly conveyed in a circuit and in this circuit flows through the temperature regulating apparatus (15, 18) and the residual gas purification plant.
A method for acquiring an Internet Protocol, IP, address performed by a Dynamic Host Configuration Protocol, DHCP, server in a network, wherein the method comprises: a.) receiving multiple DHCP Discover packets from a DHCP relay agent, wherein each DHCP Discover packet carries a different gateway IP address (step 302); b.) pre-allocating an IP address to a DHCP client according to a characteristic in the multiple DHCP Discover packets (step 302); c.) determining that a gateway IP address among the multiple gateway IP addresses belongs to a same network segment as the pre-allocated IP address (step 302); d.) sending a DHCP Offer packet to the DHCP relay agent offering the DHCP client the pre-allocated IP address (step 302); e.) receiving a DHCP Request packet with the gateway IP address belonging to the same network element than the pre-allocated IP address from the DHCP relay agent, and allocating the pre-allocated IP address to the DHCP client (steps 303); f.) sending an acknowledgement message to the DHCP relay agent acknowledging the allocation of the pre-allocated IP address to the DHCP client (step 304). a.) receiving multiple DHCP Discover packets from a DHCP relay agent, wherein each DHCP Discover packet carries a different gateway IP address (step 302); b.) pre-allocating an IP address to a DHCP client according to a characteristic in the multiple DHCP Discover packets (step 302); c.) determining that a gateway IP address among the multiple gateway IP addresses belongs to a same network segment as the pre-allocated IP address (step 302); d.) sending a DHCP Offer packet to the DHCP relay agent offering the DHCP client the pre-allocated IP address (step 302); e.) receiving a DHCP Request packet with the gateway IP address belonging to the same network element than the pre-allocated IP address from the DHCP relay agent, and allocating the pre-allocated IP address to the DHCP client (steps 303); f.) sending an acknowledgement message to the DHCP relay agent acknowledging the allocation of the pre-allocated IP address to the DHCP client (step 304).
A convection system comprising: a housing; a chimney defined in the housing to pass fluid into and out of the housing; a fan rotatably coupled to the housing to create a pressure differential within the housing to pass the fluid into the housing; a heating element located in juxtaposition to the fan to heat the fluid passed into the housing via the chimney; characterised by: a thermal fuse located at an orifice of the chimney between the chimney and the heating element, wherein, in response to a failure of the fan, heated fluid from the heating element convects through the chimney past the thermal fuse, the convection of the heated fluid to increase a rate of heat transfer to the thermal fuse, wherein: convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse, when tripped, deactivates the heating element. a housing; a chimney defined in the housing to pass fluid into and out of the housing; a fan rotatably coupled to the housing to create a pressure differential within the housing to pass the fluid into the housing; a heating element located in juxtaposition to the fan to heat the fluid passed into the housing via the chimney; a thermal fuse located at an orifice of the chimney between the chimney and the heating element, wherein, in response to a failure of the fan, heated fluid from the heating element convects through the chimney past the thermal fuse, the convection of the heated fluid to increase a rate of heat transfer to the thermal fuse, wherein: convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse, when tripped, deactivates the heating element. convection of the heated fluid past the thermal fuse causes the thermal fuse to trip, and the thermal fuse, when tripped, deactivates the heating element.
A radiopharmaceutical composition which comprises (i) 99m Tc-maraciclatide; (ii) a radioprotectant chosen from para-amino benzoic acid or a salt thereof with a biocompatible cation; in a biocompatible carrier in a form suitable for mammalian administration. (i) 99m Tc-maraciclatide; (ii) a radioprotectant chosen from para-amino benzoic acid or a salt thereof with a biocompatible cation;
A feed composition for an animal comprising tea tree oil as specified in ISO 4730:2004, wherein the tea tree oil is present in an amount sufficient to reduce bacterial infection in the animal upon ingestion of the feed composition, wherein the amount is between 2 milligrams and 48 milligrams per kilogram of the composition, wherein the tea tree oil is encapsulated by an encapsulating agent, wherein the composition does not comprise any known antibiotic, and wherein the composition further comprises a carrier agent for the tea tree oil, wherein the carrier agent is a vegetable oil, such as rapeseed oil or canola oil.
A combination of a disc tumbler cylinder lock and a key, wherein the disc tumbler cylinder lock comprises tumbler discs having lock-model-specific standard rotation angles, the key comprises a bow and a shank as well as lock-model specific standard cutter angle notches cut on the shank and corresponding to tumbler discs of the lock that corresponds to the profile of the shank, wherein standard cutter angles are 0°, 18°, 36°, 54°, 72° and 90°, or 0°, 15°, 30°, 45°, 60°, 75° and 90°, characterized in that the key comprises a shape that differs from said notches, arranged to rotate at least one tumbler disc of the lock to a position that differs from the lock-model-specific standard rotation angles. the disc tumbler cylinder lock comprises tumbler discs having lock-model-specific standard rotation angles, the key comprises a bow and a shank as well as lock-model specific standard cutter angle notches cut on the shank and corresponding to tumbler discs of the lock that corresponds to the profile of the shank, wherein standard cutter angles are 0°, 18°, 36°, 54°, 72° and 90°, or 0°, 15°, 30°, 45°, 60°, 75° and 90°, characterized in that the key comprises a shape that differs from said notches, arranged to rotate at least one tumbler disc of the lock to a position that differs from the lock-model-specific standard rotation angles.
Copper-based liquid formulation enhancing plant self-defence consisting of between 10 and 15% of sodium lignosulphonate, between 15 and 25% of copper sulphate, between 0.20 and 0.40% of menadione sodium bisulphite, and between 1.30 and 1.75% of essential plant amino acids, the rest being water, the percentages being expressed by weight with respect to 100% by weight of the final liquid formulation.
An attritor mill comprising a grinding container that forms, in its inside, a grinding chamber and a rotor housed inside said container, wherein from the rotor a plurality of arms (9, 9', 9") radially protrudes and the attritor mill is arranged to grind, mince, triturate or micronize a material to be treated, such as for example urban solid waste, food scraps or more generally the so-called "wet waste", remains from mowing or pruning, vegetal residues from agricultural activity, waste similar to the urban ones, dry organic fraction of the urban waste, by carrying out the following steps: - mixing the material to be treated with a plurality of grinding free bodies in the grinding chamber; - agitating the material to be treated and the plurality of grinding free bodies by making the rotor rotate on itself so that its arms strike the free grinding bodies and at least a part of the latter bounce against the walls of the grinding chamber and other free grinding bodies, and/or strike the material to be treated; wherein: - on the bottom or anyway in the lower part of the grinding chamber at least one lifting projection is arranged to deviate mainly upwards the free grinding bodies that strike the projection itself; and characterized in that: - close to the bottom of the grinding chamber the rotor comprises a protecting plate substantially transversal to the rotation axis (Al) of the rotor itself and that substantially covers at least half of the surface of the bottom or of the cross section of the grinding chamber; - the at least one lifting projection is made on the protecting plate. - mixing the material to be treated with a plurality of grinding free bodies in the grinding chamber; - agitating the material to be treated and the plurality of grinding free bodies by making the rotor rotate on itself so that its arms strike the free grinding bodies and at least a part of the latter bounce against the walls of the grinding chamber and other free grinding bodies, and/or strike the material to be treated; - on the bottom or anyway in the lower part of the grinding chamber at least one lifting projection is arranged to deviate mainly upwards the free grinding bodies that strike the projection itself; - close to the bottom of the grinding chamber the rotor comprises a protecting plate substantially transversal to the rotation axis (Al) of the rotor itself and that substantially covers at least half of the surface of the bottom or of the cross section of the grinding chamber; - the at least one lifting projection is made on the protecting plate.
A strap for a wearable communication device, comprising: a substrate portion configured to retain the wearable communication device when worn by a wearer; and a coil proximate a perimeter of the substrate portion, wherein the coil is electrically connected to the wearable communication device and comprises a near field communication, NFC, antenna; characterized in that a length of the strap is adjustable by removing or adding a section of the strap without interrupting a conductive connection between portions of the coil; wherein the strap is a chain-type strap, made with removable sections, including conductive portions and non-conductive portions; wherein a clasp is used to connect the strap and to maintain the electrical connections, and wherein the strap includes a metal. a substrate portion configured to retain the wearable communication device when worn by a wearer; and a coil proximate a perimeter of the substrate portion, wherein the coil is electrically connected to the wearable communication device and comprises a near field communication, NFC, antenna; characterized in that a length of the strap is adjustable by removing or adding a section of the strap without interrupting a conductive connection between portions of the coil; wherein the strap is a chain-type strap, made with removable sections, including conductive portions and non-conductive portions; wherein a clasp is used to connect the strap and to maintain the electrical connections, and wherein the strap includes a metal.
An arrangement comprising a threaded bolt and a nut, the arrangement being configured to secure the nut on the threaded bolt comprising a bolt shaft projecting from a bolt head and being provided, in an opposite end portion, with a first threaded portion arranged to engage with an internal threaded portion of the nut, the nut and the bolt head being arranged to abut against adjacent elements (4, 4a), wherein the arrangement further comprises a nut-locking element provided with a threaded portion arranged to engage with a second threaded portion of the threaded bolt, the second threaded portion being arranged externally on a stepped end portion of the threaded bolt and being concentric with the first threaded portion, wherein an end portion of the nut comprises a conical first abutment surface (22a, 22b) which forms a first friction portion, and the nut-locking element is provided with a second friction portion arranged to rest supportingly against the first friction portion, wherein the nut-locking element is provided with an end portion, the end portion being provided with a conical second abutment surface (312, 312b), which is complementary to the conical first abutment surface (22a, 22b) of the nut, forming the second friction portion, wherein the end portion is an elongated, sleeve-shaped portion with an internal diameter which is larger than that of the first threaded portion of the threaded bolt and is arranged to surround part of the first threaded portion and extend towards the nut, wherein the second threaded portion has a smaller pitch than the first threaded portion, characterized in that the first threaded portion and the second threaded portion have the same thread direction. wherein the arrangement further comprises a nut-locking element provided with a threaded portion arranged to engage with a second threaded portion of the threaded bolt, the second threaded portion being arranged externally on a stepped end portion of the threaded bolt and being concentric with the first threaded portion, wherein an end portion of the nut comprises a conical first abutment surface (22a, 22b) which forms a first friction portion, and the nut-locking element is provided with a second friction portion arranged to rest supportingly against the first friction portion, wherein the nut-locking element is provided with an end portion, the end portion being provided with a conical second abutment surface (312, 312b), which is complementary to the conical first abutment surface (22a, 22b) of the nut, forming the second friction portion, wherein the end portion is an elongated, sleeve-shaped portion with an internal diameter which is larger than that of the first threaded portion of the threaded bolt and is arranged to surround part of the first threaded portion and extend towards the nut, wherein the second threaded portion has a smaller pitch than the first threaded portion, characterized in that the first threaded portion and the second threaded portion have the same thread direction.
A light emitting device comprising: a light emitting diode die, the LED die having a bottom surface; a submount on which the LED die is mounted, there being a gap between the LED die and the submount; the LED die having a two-dimensional array of metal posts electrically connected to the bottom surface, there being transparent areas between the metal posts along a bottom surface of the LED die so that light emitted downward by the LED die passes between the metal posts; and a reflective underfill material filling voids between the bottom surface of the LED die and the submount, including voids between the metal posts, the underfill material comprising silicone and a reflective powder having a thermal conductivity greater than 20 W/m/K, the underfill material reflecting light from the LED die generally upward and conducting heat between the LED die and the submount. a light emitting diode die, the LED die having a bottom surface; a submount on which the LED die is mounted, there being a gap between the LED die and the submount; the LED die having a two-dimensional array of metal posts electrically connected to the bottom surface, there being transparent areas between the metal posts along a bottom surface of the LED die so that light emitted downward by the LED die passes between the metal posts; and a reflective underfill material filling voids between the bottom surface of the LED die and the submount, including voids between the metal posts, the underfill material comprising silicone and a reflective powder having a thermal conductivity greater than 20 W/m/K, the underfill material reflecting light from the LED die generally upward and conducting heat between the LED die and the submount.
A Clostridium botulinum neurotoxin propeptide comprising: a BoNT A derivative; and a signal peptide and a histidine affinity tag having a sequence of SEQ ID No: 45 coupled to a light chain region in front of the first native methionine of the BoNT A derivative, wherein the BoNT A derivative is selected from (i) BoNT A td [SEQ ID No: 8]; (ii) BoNT A ad [SEQ ID No: 8 with the additional substitution E224A] (iii) BoNT A gfpd [SEQ No: 8 with Y10 to L416 replaced with GFP] a BoNT A derivative; and a signal peptide and a histidine affinity tag having a sequence of SEQ ID No: 45 coupled to a light chain region in front of the first native methionine of the BoNT A derivative, wherein the BoNT A derivative is selected from (i) BoNT A td [SEQ ID No: 8]; (ii) BoNT A ad [SEQ ID No: 8 with the additional substitution E224A] (iii) BoNT A gfpd [SEQ No: 8 with Y10 to L416 replaced with GFP] (i) BoNT A td [SEQ ID No: 8]; (ii) BoNT A ad [SEQ ID No: 8 with the additional substitution E224A] (iii) BoNT A gfpd [SEQ No: 8 with Y10 to L416 replaced with GFP]
An electrical apparatus converting electrical power into either one of light, wind, heat, and sound to output the converted one to an outside of the electrical apparatus, wherein the electrical apparatus comprises: a main body portion outputting any converted one of light, wind, heat, and sound from a front face side to an outside of the main body portion; a pair of side frames supporting the main body portion; wherein the main body portion is pivotally supported by each of support mechanism portions built in the pair of side frames; a top frame connecting upper ends of the pair of the side frames; a pair of bottom frames extending from lower ends of the pair of side frames to a rear side; a connecting frame connecting rear ends of the pair of bottom frames; and a battery retaining portion having a rechargeable battery for supplying electrical power to the main body portion detachably attached thereto, the battery retaining portion being provided in the connecting frame and disposed having a space from a rear face of the main body portion. a main body portion outputting any converted one of light, wind, heat, and sound from a front face side to an outside of the main body portion; a pair of side frames supporting the main body portion; wherein the main body portion is pivotally supported by each of support mechanism portions built in the pair of side frames; a top frame connecting upper ends of the pair of the side frames; a pair of bottom frames extending from lower ends of the pair of side frames to a rear side; a connecting frame connecting rear ends of the pair of bottom frames; and a battery retaining portion having a rechargeable battery for supplying electrical power to the main body portion detachably attached thereto, the battery retaining portion being provided in the connecting frame and disposed having a space from a rear face of the main body portion.
An apparatus for replacing a native cardiac valve, the native cardiac valve having at least one leaflet and being surrounded by a native cardiac valve annulus, the native cardiac valve annulus having a superior aspect and an inferior aspect, said apparatus characterized by: an expandable support member being movable from a radially collapsed configuration to a radially expanded configuration, and having a first end portion, a second end portion and a main body portion extending between said first and second end portions (58, 60); a prosthetic cardiac valve operably secured within said expandable support member; and a securing member operably connected to said expandable support member, characterised by said securing member comprising an elongated body member having a first end, a second end, and a main body portion extending between said first and second ends (88, 90), said first end including an anchoring ring for contacting a superior aspect of the native annulus, said anchoring ring extending substantially axial to said elongated body member of said securing member when said expandable support member is in an expanded configuration said second end including a flexible rod-shaped member operably connected thereto for contacting the inferior aspect of the native cardiac valve annulus. an expandable support member being movable from a radially collapsed configuration to a radially expanded configuration, and having a first end portion, a second end portion and a main body portion extending between said first and second end portions (58, 60); a prosthetic cardiac valve operably secured within said expandable support member; and a securing member operably connected to said expandable support member, characterised by said securing member comprising an elongated body member having a first end, a second end, and a main body portion extending between said first and second ends (88, 90), said first end including an anchoring ring for contacting a superior aspect of the native annulus, said anchoring ring extending substantially axial to said elongated body member of said securing member when said expandable support member is in an expanded configuration said second end including a flexible rod-shaped member operably connected thereto for contacting the inferior aspect of the native cardiac valve annulus.
Method of multistream transmission of N data streams allocated to K different users, implemented by a transmitter intended for a multiuser MIMO system with N T transmission antennas and ∑ k = 1 K N R k reception antennas associated with K receivers associated respectively with the K users, characterized in that it comprises: - the succession of two different iterative algorithms (0.1, 0.2) for calculating K precoding matrices for a linear precoder and K decoding matrices for a receiver, this receiver being of matched filter type, MF, normalized with a Frobenius norm for the first algorithm, the second iterative algorithm being initialized by an output value of the first iterative algorithm when toggling from the first to the second algorithm, the toggling from the first algorithm to the second algorithm is performed after a maximum number of iterations or according to a decision-taking method based on a threshold of variations of the bitrate attained over a given sliding window of iterations of size WIN MF, - before each calculation of the precoding matrices, a weight calculation for weighting all the streams. - the succession of two different iterative algorithms (0.1, 0.2) for calculating K precoding matrices for a linear precoder and K decoding matrices for a receiver, this receiver being of matched filter type, MF, normalized with a Frobenius norm for the first algorithm, the second iterative algorithm being initialized by an output value of the first iterative algorithm when toggling from the first to the second algorithm, the toggling from the first algorithm to the second algorithm is performed after a maximum number of iterations or according to a decision-taking method based on a threshold of variations of the bitrate attained over a given sliding window of iterations of size WIN MF, - before each calculation of the precoding matrices, a weight calculation for weighting all the streams.