mhurhangee/patent-ind-claim-en huggingface dataset:
Process for culturing microalgae selected from the genera Chlorella, Scenedesmus, Desmodesmus and Monoraphidium in a culture medium comprising at least one carbon source selected from glucose, cellulose derivatives, lactate, starch, lactose, sucrose, acetate or glycerol for the preparation of biomass having a chlorophyll content of less than 500 ppm and a quantity of carotenoids comprised between 50 and 10000 ppm, characterized in that it comprises at least one step of illumination with radiation having a narrow wavelength spectrum comprised between 450 nm and 500 nm and centred at 475 nm.
A method of receiving, by a first user equipment, UE, (140; 170; 850), a device-to-device synchronization signal transmitted from a second UE (130; 160; 800), wherein the device-to-device synchronization signal comprises a primary device-to-device synchronization signal and a secondary device-to-device synchronization signal, and wherein the secondary device-to-device synchronization signal is received via two symbols in a same subframe, the method comprising: determining a sequence mapping and scrambling scheme for the secondary device-to-device synchronization signal, wherein the sequence mapping and scrambling scheme is used for each of the two symbols for the secondary device-to-device synchronization signal; and identifying, based on the determined sequence mapping and scrambling scheme, information indicated through the secondary device-to-device synchronization signal, wherein the information indicated through the secondary device-to-device synchronization signal indicates one of two conditions. determining a sequence mapping and scrambling scheme for the secondary device-to-device synchronization signal, wherein the sequence mapping and scrambling scheme is used for each of the two symbols for the secondary device-to-device synchronization signal; and identifying, based on the determined sequence mapping and scrambling scheme, information indicated through the secondary device-to-device synchronization signal, wherein the information indicated through the secondary device-to-device synchronization signal indicates one of two conditions.
Pick-up apparatus of an agricultural harvesting machine, in particular a self-loading forage box, a press, an attachment of a field chopper or a merger, in order to pick up harvested crop from an underlying surface, having a frame or carrier , having pick-up tines which are spaced apart from one another and are drivable along a movement path, having scrapers which are arranged between the pick-up tines and delimit slots in which the pick-up tines run, and the pick-up tines are guided rotating along their path of movement at the scrapers , and the scrapers each have a bow part and a holding part , the scrapers act on the frame or on the carrier via the holding part , the bow part of the respective scraper acts on the holding part of the respective scraper , the pick-up tines are guided along a first portion of their movement path on the bow part and along a second portion of their movement path on the holding part , wherein the bow part of the respective scraper is fastened by a first, preferably lower, portion to the holding part of the respective scraper , the bow part of the respective scraper is likewise fastened by a second, preferably upper, portion to the holding part of the respective scraper , wherein the bow part of the respective scraper is fastened releasably by the second portion to the holding part of the respective scraper via a rapid closure , characterized in that the bow part of the respective scraper is nonreleasably fastened by the first portion to the holding part of the respective scraper . having a frame or carrier , having pick-up tines which are spaced apart from one another and are drivable along a movement path, having scrapers which are arranged between the pick-up tines and delimit slots in which the pick-up tines run, and the pick-up tines are guided rotating along their path of movement at the scrapers , and the scrapers each have a bow part and a holding part , the scrapers act on the frame or on the carrier via the holding part , the bow part of the respective scraper acts on the holding part of the respective scraper , the pick-up tines are guided along a first portion of their movement path on the bow part and along a second portion of their movement path on the holding part , wherein the bow part of the respective scraper is fastened by a first, preferably lower, portion to the holding part of the respective scraper , the bow part of the respective scraper is likewise fastened by a second, preferably upper, portion to the holding part of the respective scraper , wherein the bow part of the respective scraper is fastened releasably by the second portion to the holding part of the respective scraper via a rapid closure , characterized in that the bow part of the respective scraper is nonreleasably fastened by the first portion to the holding part of the respective scraper .
Collecting and discharge device for the cutting medium jet of a fluid jet cutting plant with a cutting jet collector and a discharge for the cutting medium flow collected by means of the cutting jet collector , wherein the cutting jet collector has a jet outflow channel with an inlet region for introducing the cutting jet , which is in flow connection with an outlet region with an outflow line , characterised in that the cutting jet collector is designed such that the jet outflow channel leads out into a suction chamber disposed underneath the outlet region, said chamber having an enlarged cross section in the outlet region compared with the cross section of the jet outflow channel and, additionally, being in flow connection for connecting with the jet outflow channel with the outflow line and with a suction channel as well as being otherwise closed, wherein the suction channel proceeds to form a suction function at a suction opening forming a suction mouth in a suction region surrounding the inlet region of the jet outflow channel .
A method for physically securing an optical substrate to a base substrate , the method comprising: providing a steering mechanism ; providing the base substrate positioned relative to the steering mechanism; providing the optical substrate positioned over the base substrate, the optical substrate comprising a mirror; and securing the optical substrate relative to the base substrate with an adhesive complex comprising a first adhesive and a second adhesive having a larger coefficient of contraction than the first adhesive, the securing comprising: securing a first portion of the base substrate and a first portion of the optical substrate with the first adhesive by transitioning the first adhesive from a more flowable application state to a more rigid securing state, and securing a second portion of the base substrate and a second portion of the optical substrate with the second adhesive by transitioning the second adhesive from a more flowable application state to a more rigid securing state, wherein the second adhesive experiences a greater change in volume than the first adhesive when transitioning from the more flowable application state to the more rigid securing state. providing a steering mechanism ; providing the base substrate positioned relative to the steering mechanism; providing the optical substrate positioned over the base substrate, the optical substrate comprising a mirror; and securing the optical substrate relative to the base substrate with an adhesive complex comprising a first adhesive and a second adhesive having a larger coefficient of contraction than the first adhesive, the securing comprising: securing a first portion of the base substrate and a first portion of the optical substrate with the first adhesive by transitioning the first adhesive from a more flowable application state to a more rigid securing state, and securing a second portion of the base substrate and a second portion of the optical substrate with the second adhesive by transitioning the second adhesive from a more flowable application state to a more rigid securing state, wherein the second adhesive experiences a greater change in volume than the first adhesive when transitioning from the more flowable application state to the more rigid securing state. securing a first portion of the base substrate and a first portion of the optical substrate with the first adhesive by transitioning the first adhesive from a more flowable application state to a more rigid securing state, and securing a second portion of the base substrate and a second portion of the optical substrate with the second adhesive by transitioning the second adhesive from a more flowable application state to a more rigid securing state, wherein the second adhesive experiences a greater change in volume than the first adhesive when transitioning from the more flowable application state to the more rigid securing state.
A Streptococcus lysin ClyR, wherein the protein sequence of said lysin is shown in SEQ ID NO: 2.
Traction system, notably for a ship, comprising a sail and a fixed station including a mast and a winch connected to the sail by a traction cable , comprising: - several folding lines (16-18) each one having an end fastened to a leading edge of the sail by being spaced apart from one another along this leading edge ; characterized in that it comprisesmeans for pulling at least three folding lines (16-18), so as to bring back the ends of these folding lines fastened to the leading edge against the mast to at least two different heights along this mast . - several folding lines (16-18) each one having an end fastened to a leading edge of the sail by being spaced apart from one another along this leading edge ;
A method for balancing supply and demand in an electricity grid , comprising: - providing a set of history data indicative of at least a detected AC frequency of said electricity grid over a period of time, - processing said set of history data in a prediction process to produce, based on said set of history data, at least one predicted value , - comparing said at least one predicted value to at least one first threshold , - as a response to said comparing indicating that said at least one predicted value meets or exceeds said at least one first threshold , commencing at least one preparatory action to prepare a power station to a change in power it feeds into said electricity grid , wherein said at least one preparatory action comprises at least one of: changing pressure in a steam drum; changing temperature in a steam drum; changing a water level in a steam drum; changing the supply of fuel to a furnace, - monitoring an actual detected AC frequency of said electricity grid , and - as a response to said actual detected AC frequency meeting or exceeding a second threshold, changing - within a predetermined response time - the power that said power station feeds into said electricity grid . - providing a set of history data indicative of at least a detected AC frequency of said electricity grid over a period of time, - processing said set of history data in a prediction process to produce, based on said set of history data, at least one predicted value , - comparing said at least one predicted value to at least one first threshold , - as a response to said comparing indicating that said at least one predicted value meets or exceeds said at least one first threshold , commencing at least one preparatory action to prepare a power station to a change in power it feeds into said electricity grid , wherein said at least one preparatory action comprises at least one of: changing pressure in a steam drum; changing temperature in a steam drum; changing a water level in a steam drum; changing the supply of fuel to a furnace, - monitoring an actual detected AC frequency of said electricity grid , and - as a response to said actual detected AC frequency meeting or exceeding a second threshold, changing - within a predetermined response time - the power that said power station feeds into said electricity grid .
A counter-former for a crossbow bender for bending a pipe , said counter-former being substantially in the shape of a block having opposite first and second faces which are intended to be placed on either side in contact with said pipe , said first face comprising a first transverse groove of substantially semi-cylindrical shape capable of matching a portion of said pipe , characterized in that said second face comprises a second transverse groove having a projecting region suitable for providing at least three points of contact with a curved portion of said pipe of concave shape, said second groove having a first and a second portion of substantially semi-frustoconical shape, which meet at the respective shortest sides thereof at a joining zone and are located relative to each another in such a way that two straight lines (D1, D2) passing respectively through the joining zone and the long side of each of the first and second portions form an angle α therebetween, said long sides extending respectively along each of the lateral edges of said second face .
Plant for additively manufacturing of three-dimensional objects, comprising a plurality of apparatuses for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, with a stream generating unit configured to generate a stream of a process gas being capable of being charged with particles , in particular non-consolidated particulate build material and/or smoke and/or smoke residues, generated during operation of the apparatus and at least two filter units configured to separate particles from the stream of process gas , wherein each of the filter units comprises a filter chamber with at least one filter element at least partly arranged in the streaming path of the generated stream of process gas , wherein particles in the stream of process gas are separated from the process gas by the filter element , comprising a particle reception chamber separably connected or connectable to a particle outlet of the filter chamber and configured to receive the particles separated from the process gas , wherein the particle outlets of at least two filter units are connected to at least one common particle guide means connected to at least one common particle reception chamber .
Repeater mechanism for a timepiece with a striking mechanism, which comprises: - an hours snail ; - an hours piece provided with a toothed sector and carrying an hours follower , the hours piece being mounted to rotate between a fixed rest position, in which the hours follower is angularly spaced from the hours snail , and a reading position in which the hours follower comes into contact with the hours snail ; - a device for regulating the angular speed of the hours piece, which comprises a rotor and a system for braking the rotor; - a transmission gear train between the hours piece and the rotor and comprising a disengageable primary mobile able to adopt two configurations: a) an engaged configuration in which the primary mobile couples the hours piece and the rotor while the hours piece is moved from its reading position to its rest position; b) a disengaged configuration in which the primary mobile decouples the rotor and the hours piece as soon as the latter is stopped in the rest position; the primary mobile comprising: - a primary input wheel , mounted to rotate about a primary axis (A7) and connected to the hours piece ; - a primary output wheel rotatable relative to the primary input wheel and connected to the rotor ; this repeater mechanism being characterised in that the primary mobile also comprises: - a unidirectional primary epicyclic gear train between the primary input wheel and the primary output wheel. - an hours snail ; - an hours piece provided with a toothed sector and carrying an hours follower , the hours piece being mounted to rotate between a fixed rest position, in which the hours follower is angularly spaced from the hours snail , and a reading position in which the hours follower comes into contact with the hours snail ; - a device for regulating the angular speed of the hours piece, which comprises a rotor and a system for braking the rotor; - a transmission gear train between the hours piece and the rotor and comprising a disengageable primary mobile able to adopt two configurations: a) an engaged configuration in which the primary mobile couples the hours piece and the rotor while the hours piece is moved from its reading position to its rest position; b) a disengaged configuration in which the primary mobile decouples the rotor and the hours piece as soon as the latter is stopped in the rest position; a) an engaged configuration in which the primary mobile couples the hours piece and the rotor while the hours piece is moved from its reading position to its rest position; b) a disengaged configuration in which the primary mobile decouples the rotor and the hours piece as soon as the latter is stopped in the rest position; - a primary input wheel , mounted to rotate about a primary axis (A7) and connected to the hours piece ; - a primary output wheel rotatable relative to the primary input wheel and connected to the rotor ; - a unidirectional primary epicyclic gear train between the primary input wheel and the primary output wheel.
A hole plug which is fixable in a hole formed in a workpiece , comprising: a main body having a center opening ; a fixing member for fixing the main body in the hole in the workpiece; and an annular expansion layer attached to the main body, which expands inside the hole to form a liquid-tight shield, characterised in that , the fixing member is formed in such a way as to be insertable into the hole when the hole plug is to be fixed in the hole, and said fixing member is engageable with an inner edge portion of the hole at various radial positions according to the diameter of said hole when said hole plug is fixed in the hole, the fixing member being subjectable to a force from the inner edge portion of the hole to the inside in the radial direction so that resistance to removal from the hole is produced. a main body having a center opening ; a fixing member for fixing the main body in the hole in the workpiece; and an annular expansion layer attached to the main body, which expands inside the hole to form a liquid-tight shield, characterised in that , the fixing member is formed in such a way as to be insertable into the hole when the hole plug is to be fixed in the hole, and said fixing member is engageable with an inner edge portion of the hole at various radial positions according to the diameter of said hole when said hole plug is fixed in the hole, the fixing member being subjectable to a force from the inner edge portion of the hole to the inside in the radial direction so that resistance to removal from the hole is produced.
A metal-organic hybrid structure formed by the coordinate bonding of a compound represented by the following Chemical Formula 1 or a salt thereof with metal ions: in the Chemical Formula 1, R's are each independently -R 1 , -NH-CO-R 2 , or -NH-R 2 , R 1 's are each independently -OH, a C 6-60 aryl, a C 1-10 alkyl, or an amino acid residue, and R 2 's are a C 1-10 alkyl, a C 6-60 aryl, or a C 4-60 heteroaryl containing one of N, O, and S. R's are each independently -R 1 , -NH-CO-R 2 , or -NH-R 2 , R 1 's are each independently -OH, a C 6-60 aryl, a C 1-10 alkyl, or an amino acid residue, and R 2 's are a C 1-10 alkyl, a C 6-60 aryl, or a C 4-60 heteroaryl containing one of N, O, and S.
Machine (A) for printing and/or outputting cards and/or for outputting units of value and/or for outputting information, comprising: - a door element (TE) and a body (K), wherein a plurality of integrated operating modules (BM) are formed in the door element (TE), wherein the door element (TE) is mounted on the body (K) pivotably about a vertical axis, wherein a glass plate and the operating modules (BM) integrated therein are formed in one piece after the assembly of the machine (A) and wherein the operating modules (BM) comprise o multiple screen elements (D) for the input and output of data and o multiple input and output units (W) for the input and/or output of units of value and a card outputting unit (KA), - wherein the screen elements (D) are formed as a touch-sensitive screen, characterized in that - a front panel (V) of the door element (TE) with the operating modules (BM) integrated therein is formed completely as a continuous glass plate without projections extending out of the plane of the front panel in which the operating modules (BM) are integrated flush with the surface and in that the operating modules (BM) are inserted into the continuous glass plate and sealed off during the production of the machine (A). - a door element (TE) and a body (K), wherein a plurality of integrated operating modules (BM) are formed in the door element (TE), wherein the door element (TE) is mounted on the body (K) pivotably about a vertical axis, wherein a glass plate and the operating modules (BM) integrated therein are formed in one piece after the assembly of the machine (A) and wherein the operating modules (BM) comprise o multiple screen elements (D) for the input and output of data and o multiple input and output units (W) for the input and/or output of units of value and a card outputting unit (KA), o multiple screen elements (D) for the input and output of data and o multiple input and output units (W) for the input and/or output of units of value and a card outputting unit (KA), - wherein the screen elements (D) are formed as a touch-sensitive screen, characterized in that - a front panel (V) of the door element (TE) with the operating modules (BM) integrated therein is formed completely as a continuous glass plate without projections extending out of the plane of the front panel in which the operating modules (BM) are integrated flush with the surface and in that the operating modules (BM) are inserted into the continuous glass plate and sealed off during the production of the machine (A).
A joint assembly comprising: a profile ring including a cam profile ; a rotor configured to rotate relative to the profile ring ; and an elastic body connected to the rotor , the elastic body configured to store an elastic potential energy in response to the rotor rotating relative to the profile ring such that the elastic potential energy corresponds to a shape of the cam profile , characterized by a fixed ring enclosing the profile ring such that the profile ring selectively rotates relative thereto; and a binder configured to selectively couple the profile ring to one of the rotor and the fixed ring . a profile ring including a cam profile ; a rotor configured to rotate relative to the profile ring ; and an elastic body connected to the rotor , the elastic body configured to store an elastic potential energy in response to the rotor rotating relative to the profile ring such that the elastic potential energy corresponds to a shape of the cam profile , characterized by a fixed ring enclosing the profile ring such that the profile ring selectively rotates relative thereto; and a binder configured to selectively couple the profile ring to one of the rotor and the fixed ring .