mhurhangee/ep-ind-claims huggingface dataset:
A tower crane, in particular a revolving tower crane, having a main boom arranged at the tower tip and a counterboom, wherein at least one main hoist rope is guided over the main boom to take-up the load and at least one counterboom hoist rope is guided over the counterboom to take-up a balance weight, wherein a hoist winch for the stowage and actuation of the main hoist rope, to which the lifting hook for taking up the load is lashed, is installed at the main boom and a hoist winch on which the further counterboom hoist rope for actuating the lifting hook is lashed, is installed at the counterboom, characterized in that the tower crane has a crane tower assembled from a plurality of tower pieces; in that the crane tower comprises at least one climb piece at which the counterboom and/or the main boom is/are luffably received; and in that one or more consoles (4, 5) are installed laterally at the climb piece, preferably a respective console at the front side and the rear side of the climb piece disposed in the luffing plane, at which consoles the main boom and/or the counterboom is/are luffably supported. a hoist winch for the stowage and actuation of the main hoist rope, to which the lifting hook for taking up the load is lashed, is installed at the main boom and a hoist winch on which the further counterboom hoist rope for actuating the lifting hook is lashed, is installed at the counterboom, characterized in that the tower crane has a crane tower assembled from a plurality of tower pieces; in that the crane tower comprises at least one climb piece at which the counterboom and/or the main boom is/are luffably received; and in that one or more consoles (4, 5) are installed laterally at the climb piece, preferably a respective console at the front side and the rear side of the climb piece disposed in the luffing plane, at which consoles the main boom and/or the counterboom is/are luffably supported.
Process for the continuous inoculation of a food product, in particular a dairy product, with ferments, comprising the following steps: - solid concentrated ferments stored in a container are transformed in situ into liquid concentrated ferments, - the transformed concentrated ferments are continuously injected into a flow of liquid to be inoculated (E06, E060, E07, E070), characterized in that the liquid concentrated ferments are transformed - by thawing frozen concentrated ferments by means of a temperature controlled chamber between 0 to 15°C or - by rehydrating freeze-dried concentrated ferments. - solid concentrated ferments stored in a container are transformed in situ into liquid concentrated ferments, - the transformed concentrated ferments are continuously injected into a flow of liquid to be inoculated (E06, E060, E07, E070), - by thawing frozen concentrated ferments by means of a temperature controlled chamber between 0 to 15°C or - by rehydrating freeze-dried concentrated ferments.
An assembly for a two-wheeled vehicle, trike or quad bike, with a steering head and at least one profile part which connects the steering head to a supporting part of the two-wheeled vehicle, trike or quad bike, wherein the profile part is formed from a shaped metal sheet, wherein a single one of the at least one profile part forms two side walls of a battery compartment or two of the profile parts form two side walls of a battery compartment, wherein the supporting part has a C-shaped cross-section, characterised in that the supporting part together with the side walls forms a battery compartment which is open on one side.
A method for the torrefaction of biomass comprising: receiving biomass having a given moisture content; heating the biomass in a generally inert environment by indirect contact; subsequently torrefying the biomass by exposing the biomass to a flow of combustion gases in the generally inert environment, by circulating the biomass in a cyclonic flow; and outletting the biomass with a reduced moisture content. receiving biomass having a given moisture content; heating the biomass in a generally inert environment by indirect contact; subsequently torrefying the biomass by exposing the biomass to a flow of combustion gases in the generally inert environment, by circulating the biomass in a cyclonic flow; and outletting the biomass with a reduced moisture content.
A communications system comprising a first entity, a first encryption device and a network, wherein said first encryption device is adapted to decrypt, using a first decryption algorithm, data sent from a first destination to said first entity via said network; characterised in that said first encryption device is adapted (i) to pass network metric data concerning at least one route between said first entity and said first destination to said first entity without subjecting said network metric data to said first decryption algorithm, but (ii) to block network metric data that is not one of a predetermined set of data words. (i) to pass network metric data concerning at least one route between said first entity and said first destination to said first entity without subjecting said network metric data to said first decryption algorithm, but (ii) to block network metric data that is not one of a predetermined set of data words.
A receiver comprising: a reversible connector (RE, RE1 - RE3) into which a plug (PL, PL1 - PL5) can be inserted in either of one state of a surface and a rear surface and another state in which the surface and the rear surface are inverted, wherein a first array (2a, 5a) including a plurality of pins (A1 - A12) and a second array (2b, 5b) including a plurality of pins (B1 - B12) are formed in the reversible connector (RE, RE1 - RE3) nearly in parallel, and both a first pin (A1, A12) included in the first array (2a, 5a) and a second pin (B1, B12) included in the second array (2b, 5b) and positioned at a diagonal between respective ends of the first array (2a, 5a) and the second array (2b, 5b) is set for input use of an RF signal, the receiver further comprising: switching means that are configured for selecting the RF signal from one of the first pin (A1, A12) and the second pin (B1, B12) and configured for supplying the RF signal to an RF input terminal, wherein both the first pin and the second pin are ground pins. a reversible connector (RE, RE1 - RE3) into which a plug (PL, PL1 - PL5) can be inserted in either of one state of a surface and a rear surface and another state in which the surface and the rear surface are inverted, wherein a first array (2a, 5a) including a plurality of pins (A1 - A12) and a second array (2b, 5b) including a plurality of pins (B1 - B12) are formed in the reversible connector (RE, RE1 - RE3) nearly in parallel, and both a first pin (A1, A12) included in the first array (2a, 5a) and a second pin (B1, B12) included in the second array (2b, 5b) and positioned at a diagonal between respective ends of the first array (2a, 5a) and the second array (2b, 5b) is set for input use of an RF signal, the receiver further comprising: switching means that are configured for selecting the RF signal from one of the first pin (A1, A12) and the second pin (B1, B12) and configured for supplying the RF signal to an RF input terminal, wherein both the first pin and the second pin are ground pins.
Computer system, comprising - a processor for executing program code; - a first non-volatile memory for storing first program code for starting the computer system, wherein the first non-volatile memory is operatively connected with the processor, and - a network interface for connecting the computer system with a network, characterized by - a system monitoring module, which is operatively connected with the processor, the network interface and the first non-volatile memory and configured to monitor the computer system for proper functioning and to remotely maintain the computer system via the network, wherein - the system monitoring module comprises a second non-volatile memory in the form of a ROM or FLASH memory for storing second program code for starting the computer system, and - the system monitoring module is configured to determine whether the processor starts executing an operating system of the computer system after a predetermined time, and, upon determination that the processor does not start executing the operating system after the predetermined time, to copy the second program code from the second non-volatile memory into the first non-volatile memory, so that the second program code replaces the first program code and is available for a subsequent start of the computer system. - a processor for executing program code; - a first non-volatile memory for storing first program code for starting the computer system, wherein the first non-volatile memory is operatively connected with the processor, and - a network interface for connecting the computer system with a network, characterized by - a system monitoring module, which is operatively connected with the processor, the network interface and the first non-volatile memory and configured to monitor the computer system for proper functioning and to remotely maintain the computer system via the network, wherein - the system monitoring module comprises a second non-volatile memory in the form of a ROM or FLASH memory for storing second program code for starting the computer system, and - the system monitoring module is configured to determine whether the processor starts executing an operating system of the computer system after a predetermined time, and, upon determination that the processor does not start executing the operating system after the predetermined time, to copy the second program code from the second non-volatile memory into the first non-volatile memory, so that the second program code replaces the first program code and is available for a subsequent start of the computer system.
A method for measuring clotting time comprising: mixing a blood specimen suspected to contain a lupus anticoagulant, an activator and a phospholipid; preparing a measurement sample by mixing a divalent-metal-ion-producing compound for facilitating formation of a phospholipid-containing complex and a mixture of the blood specimen, the activator and the phospholipid; and measuring a clotting time after adding, to the measurement sample, an aqueous solution of a calcium salt as a coagulation initiator; wherein the blood specimen, the activator and the phospholipid are incubated under a predetermined condition, and then the divalent-metal-ion-producing compound is mixed. mixing a blood specimen suspected to contain a lupus anticoagulant, an activator and a phospholipid; preparing a measurement sample by mixing a divalent-metal-ion-producing compound for facilitating formation of a phospholipid-containing complex and a mixture of the blood specimen, the activator and the phospholipid; and measuring a clotting time after adding, to the measurement sample, an aqueous solution of a calcium salt as a coagulation initiator; wherein the blood specimen, the activator and the phospholipid are incubated under a predetermined condition, and then the divalent-metal-ion-producing compound is mixed.
An electromagnetic contact device, comprising an electromagnetic coil in which a winding is wound around a coil frame, a terminal base formed integrally with one end of the coil frame, a terminal which is connectable to external wiring, and a winding wire binding portion which is configured to bind an end portion of the winding to establish connection, wherein the terminal, the winding wire binding portion, and a portion to be engaged with the terminal base are integrated to form a coil terminal, and a press-fit engaging portion which, by press-fitting, engages with the portion to be engaged that is in the coil terminal, characterized in that the press-fit engaging portion has an engaging wall (18b1) which forms a press-fit space of the portion to be engaged, and the portion to be engaged has engaging teeth (20b1) which are press-fit into the engaging wall (18b1).
Composition comprising A) at least one ceramide, B) at least one sphingoid base and C) triethyl citrate, characterized in that the ratio by weight of components A) to B) to C) is from 2:6:1 to 2:1:5. A) at least one ceramide, B) at least one sphingoid base and C) triethyl citrate,
A hinge cell for beam to column connection providing ground movement protection to a construction by preventing plastic bending on frames of the construction, comprising a beam plate adapted for being mounted from its outer surface to a beam-end; a column plate adapted for being mounted from its outer surface to a column surface characterized by a middle plate positioned between the beam plate and the column plate; at least four protrusions at least one of which is positioned perpendicularly on the inner surface of the beam plate; at least another of which is positioned perpendicularly on the inner surface of the column plate; at least another of which is positioned perpendicularly on each surface of the middle plate; at least a transverse hole passing through each of the protrusions where the protrusions on the inner surface of the beam plate are orthogonal to the protrusions on the inner surface of the column plate and the protrusions on each surface of the middle plate are orthogonal to each other and the protrusions on the inner surface of the beam plate and the protrusions on the surface of the middle plate, facing with the inner surface of the beam plate, are positioned so that at least a portion of the protrusions is in parallel and side by side parallel so as to align the transverse holes on each protrusions and where the protrusions on the inner surface of the column plate and the protrusions on the surface of the middle plate, facing with the inner surface of the column plate, are positioned so that at least a portion of the protrusions is in parallel and side by side parallel so as to align the transverse holes on each protrusions; at least a pin attaching the protrusions though the holes forming a rotatable joint connection between the beam plate and middle plate and forming another rotatable joint connection between the column plate and middle plate where the axes of the said rotatable joint connections are orthogonal to each other; at least a resistive bar secured between the beam plate and the middle plate and at least another resistive bar secured between the column plate and the middle plate resisting the rotational motion along the axis orthogonal to the pin axis.
A method of amplifying target loci in a nucleic acid sample, the method comprising: (a) contacting a nucleic acid sample comprising target loci with a library of test primers comprising at least 1,000 different primer pairs to produce a reaction mixture in one reaction volume; wherein each primer pair includes a forward test primer and a reverse test primer that hybridize to the same target locus, and wherein the primers do not include molecular inversion probes (MIPs); (b) subjecting the reaction mixture to polymerase chain_reaction conditions to produce amplified products comprising target amplicons; wherein the concentration of each test primer is less than 10 nM; wherein the length of the annealing step of the reaction conditions is greater than 10 minutes; wherein at least 1,000 different target loci are simultaneously amplified; and wherein (i) less than 20% of the amplified products are test primer dimers, (ii) at least 80% of the amplified products are target amplicons, and (iii) at least 80% of the target loci are amplified; and (c) sequencing the amplified products. (a) contacting a nucleic acid sample comprising target loci with a library of test primers comprising at least 1,000 different primer pairs to produce a reaction mixture in one reaction volume; wherein each primer pair includes a forward test primer and a reverse test primer that hybridize to the same target locus, and wherein the primers do not include molecular inversion probes (MIPs); (b) subjecting the reaction mixture to polymerase chain_reaction conditions to produce amplified products comprising target amplicons; wherein the concentration of each test primer is less than 10 nM; wherein the length of the annealing step of the reaction conditions is greater than 10 minutes; wherein at least 1,000 different target loci are simultaneously amplified; and wherein (i) less than 20% of the amplified products are test primer dimers, (ii) at least 80% of the amplified products are target amplicons, and (iii) at least 80% of the target loci are amplified; and (c) sequencing the amplified products.
Manufacturing process of concrete towers for wind turbines comprising: an execution stage of a first section of a concrete tower by means of a formwork system; an execution stage of a second section of the concrete tower by means of the formwork system, where the execution stage of the second section is carried out at a height greater than the execution stage of the first section; a construction stage of an intermediate transition section before the execution stage of the second section of the concrete tower; wherein the execution stage of the first section is an execution stage of a first cylindrical section with constant outer diameter and the execution stage of the second section is an execution stage of a second cylindrical section with constant outer diameter, wherein the outer diameter of the second cylindrical section is smaller than an outer diameter of the first cylindrical section; the first and the second cylindrical sections are both executed in situ by means of a first climbing formwork system, so that it is not necessary to use a second climbing formwork system; the process further comprises, after the construction stage of the intermediate transition section and before the execution stage of the second cylindrical section, an adaption stage of an out formwork of the first climbing formwork system to the outer diameter of the second cylindrical section. an execution stage of a first section of a concrete tower by means of a formwork system; an execution stage of a second section of the concrete tower by means of the formwork system, where the execution stage of the second section is carried out at a height greater than the execution stage of the first section; a construction stage of an intermediate transition section before the execution stage of the second section of the concrete tower; wherein the execution stage of the first section is an execution stage of a first cylindrical section with constant outer diameter and the execution stage of the second section is an execution stage of a second cylindrical section with constant outer diameter, wherein the outer diameter of the second cylindrical section is smaller than an outer diameter of the first cylindrical section; the first and the second cylindrical sections are both executed in situ by means of a first climbing formwork system, so that it is not necessary to use a second climbing formwork system; the process further comprises, after the construction stage of the intermediate transition section and before the execution stage of the second cylindrical section, an adaption stage of an out formwork of the first climbing formwork system to the outer diameter of the second cylindrical section.
A flow control valve assembly comprising: a housing having a fluid inlet, a fluid outlet, a first work port and a second work port; a main stage spool disposed in a spool bore; a pilot stage spool disposed in a pilot spool bore, the pilot stage spool being in selective fluid communication with the main stage spool; and a controller; characterized by: the housing defining the spool bore and the pilot spool bore; the controller being included in a microprocessor and having a restricted structured controller having control parameters, an automatic tuning module and a compensation controller, wherein outputs of the restricted structured controller and the compensation controller are summed to form an electrical signal that is communicated to the pilot stage spool, wherein the automatic tuning module is configured with a cost function formulation control and an optimization control to optimize at least one control parameter of the restricted structured controller. a housing having a fluid inlet, a fluid outlet, a first work port and a second work port; a main stage spool disposed in a spool bore; a pilot stage spool disposed in a pilot spool bore, the pilot stage spool being in selective fluid communication with the main stage spool; and a controller; characterized by: the housing defining the spool bore and the pilot spool bore; the controller being included in a microprocessor and having a restricted structured controller having control parameters, an automatic tuning module and a compensation controller, wherein outputs of the restricted structured controller and the compensation controller are summed to form an electrical signal that is communicated to the pilot stage spool, wherein the automatic tuning module is configured with a cost function formulation control and an optimization control to optimize at least one control parameter of the restricted structured controller. the housing defining the spool bore and the pilot spool bore; the controller being included in a microprocessor and having a restricted structured controller having control parameters, an automatic tuning module and a compensation controller, wherein outputs of the restricted structured controller and the compensation controller are summed to form an electrical signal that is communicated to the pilot stage spool, wherein the automatic tuning module is configured with a cost function formulation control and an optimization control to optimize at least one control parameter of the restricted structured controller.
Switching assembly for the top of a steering column of a motor vehicle comprising: - a basic support having a plurality of locations (E1, E2, E3, E4) that can be connected to switching module connectors, each switching module having at least one switch that can adopt a switching state depending on the control position applied by a user, - a microcontroller for managing the switching assembly, characterized in that each location (E1, E2, E3, E4) comprises at least two digital inputs connected to identical digital outputs (s1, s2) of said microcontroller and at least two digital outputs connected to identical digital inputs (e1, e2 e3, e4) of said microcontroller and in that said microcontroller is configured so as to be able to deduce from a sequence of digital signals sent by said microcontroller to each location and digital signals received by said microcontroller from each location (E1, E2, E3, E4) and corresponding to electric signals having passed through a switching module plugged into a location, at least one switching state of a switch of said switching module. - a basic support having a plurality of locations (E1, E2, E3, E4) that can be connected to switching module connectors, each switching module having at least one switch that can adopt a switching state depending on the control position applied by a user, - a microcontroller for managing the switching assembly,