mhurhangee/ep-ind-claims huggingface dataset:
Inverter for converting an input-end direct current into an output-end alternating current to be fed into an AC voltage supply system, comprising - a first housing part with direct current connections for receiving direct current lines of a direct current generator, - a second housing part with alternating current connections for receiving alternating current lines of an AC voltage supply system, - a third housing part for accommodating power-electronics components of a DC voltage converter, - a fourth housing part for accommodating power-electronics components of an inverter bridge circuit, wherein the housing parts each have an essentially planar rear wall and are arranged in such a way that they enclose a cooling-air duct with an essentially rectangular cross section, wherein the first housing part is arranged opposite the second housing part and the third housing part is arranged opposite the fourth housing part, characterized in that a heat sink, which has two essentially planar cooling faces (19a, 19b) opposite one another is arranged in the cooling-air duct, wherein the cooling faces (19a, 19b) are assigned to the rear walls of the third housing part and the fourth housing part and are in thermal contact with power-electronics components arranged in these housing parts (13, 14). - a first housing part with direct current connections for receiving direct current lines of a direct current generator, - a second housing part with alternating current connections for receiving alternating current lines of an AC voltage supply system, - a third housing part for accommodating power-electronics components of a DC voltage converter, - a fourth housing part for accommodating power-electronics components of an inverter bridge circuit,
A method for stabilizing a lift truck having at least two spring loaded casters disposed away from a roll-axis of the lift truck on opposite sides of the roll axis, the method being characterized in that it comprises: measuring a value of rotational speed of the lift truck about the roll-axis; determining which direction the lift truck is moving by comparing the measured value of rotational speed to a stationary value of rotational speed; determining an absolute value of rotational speed of the lift truck; comparing the absolute value of rotational speed to a threshold value of rotational speed; allowing vertical movement of the spring loaded casters if the absolute value of rotational speed is less than or equal to the threshold value of rotational speed; locking a vertical movement of the spring loaded caster on a side of the lift truck that is determined to be moving when the absolute value of rotational speed is greater than the threshold value of rotational speed; and unlocking said spring loaded caster after a predetermined duration of time. measuring a value of rotational speed of the lift truck about the roll-axis; determining which direction the lift truck is moving by comparing the measured value of rotational speed to a stationary value of rotational speed; determining an absolute value of rotational speed of the lift truck; comparing the absolute value of rotational speed to a threshold value of rotational speed; allowing vertical movement of the spring loaded casters if the absolute value of rotational speed is less than or equal to the threshold value of rotational speed; locking a vertical movement of the spring loaded caster on a side of the lift truck that is determined to be moving when the absolute value of rotational speed is greater than the threshold value of rotational speed; and unlocking said spring loaded caster after a predetermined duration of time.
Method for producing UTBOX type structures comprising: a) the assembly of a substrate, known as "donor" substrate, with a substrate, known as "receiver" substrate, each of said substrates comprising an insulating layer, so that the total thickness formed by the sum of the two insulating layers is less than 50 nm; b) a first heat treatment for reinforcing the assembly between the two substrates, at temperature below 400°C, carried out during the assembly and/or after assembly, c) a second heat treatment, at temperature above 900°C, the exposure time between 400°C and 900°C being less than 30 seconds, said method further comprising a thinning of the donor substrate, so as to leave on the receiver substrate only a thin film of material of the donor substrate, the second heat treatment being carried out after thinning. a) the assembly of a substrate, known as "donor" substrate, with a substrate, known as "receiver" substrate, each of said substrates comprising an insulating layer, so that the total thickness formed by the sum of the two insulating layers is less than 50 nm; b) a first heat treatment for reinforcing the assembly between the two substrates, at temperature below 400°C, carried out during the assembly and/or after assembly, c) a second heat treatment, at temperature above 900°C, the exposure time between 400°C and 900°C being less than 30 seconds,
A method of generating monoclonal antibodies, comprising the steps of: a) creating a cDNA sequence library, the creating comprising the steps of: i) isolating mRNA from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) reverse transcribing the mRNA to cDNA; iii) amplifying target antibody cDNA sequences; and iv) sequencing the target antibody cDNA sequences; and b) analyzing the frequency of target antibody cDNA sequences, comprising: (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences. a) creating a cDNA sequence library, the creating comprising the steps of: i) isolating mRNA from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) reverse transcribing the mRNA to cDNA; iii) amplifying target antibody cDNA sequences; and iv) sequencing the target antibody cDNA sequences; and i) isolating mRNA from lymphocytes isolated from a host subject that has been immunized with an antigen; ii) reverse transcribing the mRNA to cDNA; iii) amplifying target antibody cDNA sequences; and iv) sequencing the target antibody cDNA sequences; and b) analyzing the frequency of target antibody cDNA sequences, comprising: (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences. (i) comparing the relative frequencies of target antibody cDNA sequences before and after exposure to the antigen, wherein target antibody cDNA sequences having a significantly higher frequency after exposure to the antigen are identified as candidate antibody sequences; or (ii) comparing the relative frequencies of target antibody cDNA sequences at two or more times after exposure to the antigen, wherein target antibody cDNA sequences having a significantly lower frequency in later times are identified as candidate antibody sequences.
A control system for a variable optical attenuator, the system comprising a processing element arranged to: a. receive a signal indicative of the radiation power of an optical signal output from a variable optical attenuator; b. determine (108; 114) an error signal in dependence upon the received signal and a predetermined target radiation power level; c. determine a control signal for controlling the attenuation of the variable optical attenuator in dependence upon the error signal and a gain factor; and characterized by being arranged to d. repeat the operations of a. to c., wherein the control system is arranged to utilise a first value of the gain factor during a first time period; and a second, lower value of the gain factor during a second time period, and the first time period comprises a time interval after the optical signal has been introduced to the optical attenuator. a. receive a signal indicative of the radiation power of an optical signal output from a variable optical attenuator; b. determine (108; 114) an error signal in dependence upon the received signal and a predetermined target radiation power level; c. determine a control signal for controlling the attenuation of the variable optical attenuator in dependence upon the error signal and a gain factor; d. repeat the operations of a. to c., wherein the control system is arranged to utilise a first value of the gain factor during a first time period; and a second, lower value of the gain factor during a second time period, and the first time period comprises a time interval after the optical signal has been introduced to the optical attenuator.
A method of blunting sharp edges of glass objects, comprising treating the glass edge with a focused laser beam, while relatively moving the glass object and/or the beam, wherein said treating comprises heating the glass edge with the laser beam to a temperature above glass transition temperature, T > Tg, characterized in that said treating of the glass edge is carried out with the laser beam having a ring-shaped section.
A peptide or protein for use as a biomarker for detection of psychiatric disease or cognitive impairment, wherein the protein is Neurexin-2-beta precursor consisting of amino acid sequence expressed by SEQ ID NO: 1 or the protein is a protein consisting of amino acid sequence derived from SEQ ID NO: 1 by deletion, exchange and/or addition of one to three amino acids, and the peptide is Neurexin-2-beta precursor-derived peptide NRX2B consisting of amino acid sequence expressed by SEQ ID NO: 2 or the peptide is a peptide consisting of an amino acid sequence derived from SEQ ID No. 2 by deletion, exchange and/or addition of one to three amino acids. the protein is Neurexin-2-beta precursor consisting of amino acid sequence expressed by SEQ ID NO: 1 or the protein is a protein consisting of amino acid sequence derived from SEQ ID NO: 1 by deletion, exchange and/or addition of one to three amino acids, and the peptide is Neurexin-2-beta precursor-derived peptide NRX2B consisting of amino acid sequence expressed by SEQ ID NO: 2 or the peptide is a peptide consisting of an amino acid sequence derived from SEQ ID No. 2 by deletion, exchange and/or addition of one to three amino acids.
Refrigerating circuit, comprising - in flow direction - a multi-compressor unit (4, 6, 8), a condenser/gas cooler, a receiver, at least one evaporator (18, 22, 26) having a respective expansion device (16, 20, 24) arranged before it, and conduits circulating a refrigerant containing oil therethrough, wherein the multi-compressor unit (4, 6, 8) comprises a first compressor the rotational speed of which can be controlled and at least one further compressor (6, 8) running at a constant rotational speed, wherein the suction sides and the pressure sides of the compressors (4, 6, 8) are connected in parallel, wherein an oil balance line is provided between the oil sumps of the compressors (4, 6, 8), said oil balance line connecting the oil sumps of the compressors (4, 6, 8) at substantially the same positions of height, wherein a solenoid valve allowing oil flow in either direction is arranged in the oil balance line between the first compressor and the at least one further compressor (6, 8) for controlling the oil distribution between the oil sumps of the compressors (4, 6, 8) during operation of the compressors (4, 6, 8) of the multi-compressor unit (4, 6, 8), and characterized in that means are provided for measuring a pressure difference between the first compressor and one of the further compressors (6, 8), and wherein the solenoid valve is controllable so as to close if the pressure difference exceeds a predetermined threshold value, thereby blocking an oil flow between the first compressor and the further compressors (6, 8); or in that the solenoid valve is controllable so as to close if the rotational speed of the first compressor exceeds a predetermined upper threshold value or falls below a predetermined lower threshold value, thereby blocking an oil flow between the first compressor and the further compressors (6, 8).
A system comprising an escrow node, a first node and an escrow system comprising: a group of nodes; and a blockchain network that connects each node of the group of nodes, wherein the escrow node sets, with respect to a transaction relating to a product or a service between a user and the first node, a first multi-signature address between the first node and the escrow node, in the blockchain network, the first node, in response to a completion notification of payment of a cost relating to the transaction by the user to the escrow node, executes the transaction and transmits a signature and a fulfillment notification of the transaction to the first multi-signature address, the escrow node, in response to an execution of the transaction by the first node, transmits a signature and a fulfillment notification of the transaction to the first multi-signature address, and the first node, in response to the signature and the fulfillment notification of the transaction from the first node and the escrow node to the first multi-signature address, receives a payment notification of the cost. a group of nodes; and a blockchain network that connects each node of the group of nodes, wherein the escrow node sets, with respect to a transaction relating to a product or a service between a user and the first node, a first multi-signature address between the first node and the escrow node, in the blockchain network, the first node, in response to a completion notification of payment of a cost relating to the transaction by the user to the escrow node, executes the transaction and transmits a signature and a fulfillment notification of the transaction to the first multi-signature address, the escrow node, in response to an execution of the transaction by the first node, transmits a signature and a fulfillment notification of the transaction to the first multi-signature address, and the first node, in response to the signature and the fulfillment notification of the transaction from the first node and the escrow node to the first multi-signature address, receives a payment notification of the cost.
Roller press having a pivoted outer drum, a pivoted press roll eccentrically arranged in the outer drum, a feed device feeding pressed products to the press nip formed by the drum and the press roll, and a discharge device discharging pressed products, wherein the axis of the press roll is arranged in the lower part of the drum in a sector deviating from the vertical in the direction of the discharge device in relation to the rotation axis of the drum, characterised by a guide plate covering the bottom of the drum and feeding pressed products to the press nip from the feed device, wherein the guide plate has slots and a metering shaft having a plurality of tappets to push the biomass is arranged below the guide plate, wherein the tappets reach through the slots during operation of the roller press.
Invalid chair with side rails arranged next to the seat surface, wherein the side rails can be lowered from a use position, in which the substantially horizontal upper edges or armrests arranged there occupy a position above the seat surface, into a non-use position, in which the aforementioned upper edges or armrests have a position in the plane of the seat surface, characterised in that the upper edges or armrests, during the vertical adjustment of the side rails, perform a horizontal movement such that the front ends of the upper edges or armrests in the longitudinal direction of the chair are positioned, in the non-use position, next to the front seat surface edge or behind it in the longitudinal direction of the chair and, in the use position of the side rails, in top view of the seat surface, occupy a position in front of the front seat surface edge.
A method for managing by an intermediary between a client and a server a data session for streaming media controlled by a streaming session, the method comprising the steps of: (a) identifying, by an intermediary between a client and a server, from a request of the client to setup a media stream and the corresponding response from the server via a control connection of a streaming session, a first port of the client and a second port of the server over which the media stream is to be transmitted; (b) determining, by the intermediary, one or more free ports of the intermediary and modifying the response from the server to identify to the client a port of the one or more free ports as the second port of the server; (c) establishing, by the intermediary and on the intermediary, a first listening service for communications from the server to the first port of the client and a first internet protocol address of the client; (d) establishing, by the intermediary and on the intermediary, a second listening service for communications from the client on the port identified to the client as the second port of the server with a second internet protocol address of the intermediary; (e) receiving, by the second listening service of the intermediary, a transmission of the media stream via a real time transport protocol from the server to the client; and (f) forwarding, by the intermediary, the transmission of the media stream to the client upon modifying the transmission to identify the second internet protocol address of the intermediary. (a) identifying, by an intermediary between a client and a server, from a request of the client to setup a media stream and the corresponding response from the server via a control connection of a streaming session, a first port of the client and a second port of the server over which the media stream is to be transmitted; (b) determining, by the intermediary, one or more free ports of the intermediary and modifying the response from the server to identify to the client a port of the one or more free ports as the second port of the server; (c) establishing, by the intermediary and on the intermediary, a first listening service for communications from the server to the first port of the client and a first internet protocol address of the client; (d) establishing, by the intermediary and on the intermediary, a second listening service for communications from the client on the port identified to the client as the second port of the server with a second internet protocol address of the intermediary; (e) receiving, by the second listening service of the intermediary, a transmission of the media stream via a real time transport protocol from the server to the client; and (f) forwarding, by the intermediary, the transmission of the media stream to the client upon modifying the transmission to identify the second internet protocol address of the intermediary.
A method for reporting user equipment assistance information, characterized by comprising: if a configuration in a user equipment, UE, for forbidding sending UE assistance information is not started or is closed and content of the UE assistance information is changed, sending, by the UE, the UE assistance information to a base station; determining, by the UE, a duration after the UE assistance information is sent to the base station reaches a preset duration, wherein the preset duration is 0, starting the configuration for forbidding sending the UE assistance information; and determining, by the UE, a duration in which the configuration for forbidding sending the UE assistance information is started reaches a preset threshold, closing, by the UE, the started configuration for forbidding sending the UE assistance information wherein the UE assistance information is one or more pieces of the following information: a power saving preference of the UE; a performance preference of the UE. if a configuration in a user equipment, UE, for forbidding sending UE assistance information is not started or is closed and content of the UE assistance information is changed, sending, by the UE, the UE assistance information to a base station; determining, by the UE, a duration after the UE assistance information is sent to the base station reaches a preset duration, wherein the preset duration is 0, starting the configuration for forbidding sending the UE assistance information; and determining, by the UE, a duration in which the configuration for forbidding sending the UE assistance information is started reaches a preset threshold, closing, by the UE, the started configuration for forbidding sending the UE assistance information wherein the UE assistance information is one or more pieces of the following information: a power saving preference of the UE; a performance preference of the UE. a power saving preference of the UE; a performance preference of the UE.