mhurhangee/ep-ind-claims huggingface dataset:
A money processing device that processes money, comprising: an inlet that receives deposited money; a plurality of storage units that store money therein; an escrow unit that escrows money; a transport unit that transports the deposited money from the inlet to the storage units via the escrow unit or not via the escrow unit; a mode setting unit that sets an operation mode to perform a deposit process; and a control unit that controls the transport unit based on the operation mode to perform the deposit process, characterised in comprising that when the operation mode is an escrow mode, the control unit exerts control so as to transport the deposited money received in the inlet to the storage units and store therein after escrowing the deposited money in the escrow unit, and when the operation mode is a non-escrow mode, the control unit exerts control so as to directly transport the deposited money from the inlet to the storage units and store therein without escrowing the deposited money in the escrow unit. an inlet that receives deposited money; a plurality of storage units that store money therein; an escrow unit that escrows money; a transport unit that transports the deposited money from the inlet to the storage units via the escrow unit or not via the escrow unit; a mode setting unit that sets an operation mode to perform a deposit process; and a control unit that controls the transport unit based on the operation mode to perform the deposit process, characterised in comprising that when the operation mode is an escrow mode, the control unit exerts control so as to transport the deposited money received in the inlet to the storage units and store therein after escrowing the deposited money in the escrow unit, and when the operation mode is a non-escrow mode, the control unit exerts control so as to directly transport the deposited money from the inlet to the storage units and store therein without escrowing the deposited money in the escrow unit.
A device for metering liquids which contain a gas such as carbon dioxide, comprising a flow sensor which includes an impeller having a horizontal axis and at the circumference of which the fluid mixture is guided on an arcuate path, a metering valve, and a control means which is a closed-loop control electronics and which drives the metering valve depending on a specification and on the flow rate measured, characterized in that the liquid is guided to the arcuate path by means of a horizontal inflow channel and is guided from the arcuate path towards the metering valve by means of an outflow channel that is angled with respect to the inflow channel, the arcuate path extending at the circumference of the impeller over an angle of more than 300 degrees as determined by the axes of the inflow channel and the outflow channel, and the arcuate path being directed to the outflow channel from the bottom up, in that the metering valve is arranged at the end of the outflow channel, in that the control means is combined with the flow sensor and the metering valve in a structural unit.
A method for amplifying a methylated target nucleic acid in a sample while avoiding amplification of a non-methylated target nucleic acid, whereby the methylated target nucleic acid comprises a nucleotide with a methylcytosine base in the recognition nucleic acid sequence of a restriction enzyme wherein the recognition nucleic acid sequence is in the amplified reaction product, the method comprising the steps of: (a) converting a non-methylated cytosine base in the methylated target nucleic acid in the sample into an uracil base while not converting the methylcytosine base; (b) adding a restriction enzyme to the sample which digests the non-methylated target nucleic acid whereby the methylated target nucleic acid is not digested by the restriction enzyme; (c) thermally inactivating said restriction enzyme; and (d) amplifying the methylated target nucleic acid, wherein the thermally inactivating step (c) and the amplifying step (d) are carried out in the same step (a) converting a non-methylated cytosine base in the methylated target nucleic acid in the sample into an uracil base while not converting the methylcytosine base; (b) adding a restriction enzyme to the sample which digests the non-methylated target nucleic acid whereby the methylated target nucleic acid is not digested by the restriction enzyme; (c) thermally inactivating said restriction enzyme; and (d) amplifying the methylated target nucleic acid,
System, comprising: an insert coaxial thermal radiation image evaluating system and a metal additive manufacturing system, wherein the insert coaxial thermal radiation image evaluating system comprises: a cage support; a first lens; a first cage movable frame movably disposed at the cage support and connected to the first lens; a light detector; a second cage movable frame movably disposed at the cage support and connected to the light detector; and a cage holder connected to the cage support to fix the cage support to an optical substrate, wherein the first cage movable frame is movably disposed in the cage holder; wherein the metal additive manufacturing system comprises: a second lens, wherein a focal length of the first lens is less than or equal to a focal length of the second lens, wherein the first lens and the second lens together form a structure of conjugate foci, such that a thermal radiation generated from a high-power infrared laser irradiation zone forms according to a fixed ratio an image captured by the light detector. an insert coaxial thermal radiation image evaluating system and a metal additive manufacturing system, wherein the insert coaxial thermal radiation image evaluating system comprises: a cage support; a first lens; a first cage movable frame movably disposed at the cage support and connected to the first lens; a light detector; a second cage movable frame movably disposed at the cage support and connected to the light detector; and a cage holder connected to the cage support to fix the cage support to an optical substrate, wherein the first cage movable frame is movably disposed in the cage holder; a cage support; a first lens; a first cage movable frame movably disposed at the cage support and connected to the first lens; a light detector; a second cage movable frame movably disposed at the cage support and connected to the light detector; and a cage holder connected to the cage support to fix the cage support to an optical substrate, wherein the first cage movable frame is movably disposed in the cage holder; wherein the metal additive manufacturing system comprises: a second lens, wherein a focal length of the first lens is less than or equal to a focal length of the second lens, wherein the first lens and the second lens together form a structure of conjugate foci, such that a thermal radiation generated from a high-power infrared laser irradiation zone forms according to a fixed ratio an image captured by the light detector.
A method for preparation of 2-methyl-1,2-benzisothiazolin-3-one from 1,2-benzisothiazolin-3-one; said method comprising contacting 1,2-benzisothiazolin-3-one with an alkali metal hydroxide and dimethyl sulfate, in which the alkali metal hydroxide is sodium hydroxide, potassium hydroxide or a combination thereof, and in which 1,2-benzisothiazolin-3-one is contacted with the alkali metal hydroxide in a solvent to form a mixture which is then contacted with dimethyl sulfate.
A method for producing a bio-oil from lignocellulosic matter, the method comprising the steps of: (a) solvating hemicellulose from the lignocellulosic matter using a solvent, (b) removing solvated hemicellulose from solid matter remaining after step (a); and (c) solvating lignin and cellulose from the solid matter remaining after step (a) using a solvent at a reaction temperature of between 250°C and 400°C, wherein step (c) of solvating lignin and cellulose produces the bio-oil. (a) solvating hemicellulose from the lignocellulosic matter using a solvent, (b) removing solvated hemicellulose from solid matter remaining after step (a); and (c) solvating lignin and cellulose from the solid matter remaining after step (a) using a solvent at a reaction temperature of between 250°C and 400°C,
A frame component (140, 240, 340, 440) that forms a frame of an eyewear, the frame component (140, 240, 340, 440) comprising: a housing having a first surface on which a first recessed portion is formed and a first hole that opens to the first recessed portion; a first device disposed in the first recessed portion; and a fastening member (101, 201, 301, 401) that is inserted through the first hole and fixes the first device to the housing, characterized in that the housing includes an accommodation space that is a space separated from the first recess portion by a wall portion configured by the bottom portion of the first recess portion, the frame component (140, 240, 340, 440) includes a substrate that is disposed in the accommodation space of the housing, including a substrate-side through hole, and supporting an electronic component; and the fastening member (101, 201, 301, 401) is inserted, as well as the first hole, through the substrate-side through hole. a housing having a first surface on which a first recessed portion is formed and a first hole that opens to the first recessed portion; a first device disposed in the first recessed portion; and a fastening member (101, 201, 301, 401) that is inserted through the first hole and fixes the first device to the housing, characterized in that the housing includes an accommodation space that is a space separated from the first recess portion by a wall portion configured by the bottom portion of the first recess portion, the frame component (140, 240, 340, 440) includes a substrate that is disposed in the accommodation space of the housing, including a substrate-side through hole, and supporting an electronic component; and the fastening member (101, 201, 301, 401) is inserted, as well as the first hole, through the substrate-side through hole.
Semiconductor assembly, comprising a semiconductor module and an electronic circuit, wherein the semiconductor module is designed to connect to a heat sink, wherein the electronic circuit is arranged on a printed circuit board, wherein the printed circuit board together with the electronic circuit is secured to the semiconductor module on a semiconductor module surface facing away from the heat sink, characterised in that the semiconductor module surface facing away from the heat sink has a depression, wherein electronic components of the electronic circuit arranged on the printed circuit board protrude into the depression of the semiconductor module.
A system (10; 10') for measuring a flow rate of fluid by processing of acoustic waves, including: a receiver of bulk acoustic waves after their propagation in the fluid, designed to supply an electrical signal based on the acoustic waves received, a first emitter of bulk acoustic waves in the fluid, intended to be arranged upstream of the receiver with respect to the direction of flow of the fluid in such a way as to emit acoustic waves to the receiver, a second emitter of bulk acoustic waves in the fluid, different from the receiver and from the first emitter, intended to be arranged downstream of the receiver with respect to the direction of flow of the fluid in such a way as to emit acoustic waves to the receiver, means for synchronizing the first and second emitters (E1, E2) with each other; and a signal processing device designed to determine a flow rate value according to at least one characteristic of the electrical signal supplied, characterized in that the means for synchronizing are designed in such a way as to generate destructive acoustic interferences between the acoustic waves emitted by the first emitter and those emitted by the second emitter before they are received by the receiver. a receiver of bulk acoustic waves after their propagation in the fluid, designed to supply an electrical signal based on the acoustic waves received, a first emitter of bulk acoustic waves in the fluid, intended to be arranged upstream of the receiver with respect to the direction of flow of the fluid in such a way as to emit acoustic waves to the receiver, a second emitter of bulk acoustic waves in the fluid, different from the receiver and from the first emitter, intended to be arranged downstream of the receiver with respect to the direction of flow of the fluid in such a way as to emit acoustic waves to the receiver, means for synchronizing the first and second emitters (E1, E2) with each other; and a signal processing device designed to determine a flow rate value according to at least one characteristic of the electrical signal supplied,
An alkaline aqueous composition for pre-treating metal components comprising zinc surfaces, which has a pH of at least 8.5 and contains a) at least 0.01 g/l of iron ions, b) one or more water-soluble organic carboxylic acids that comprise at least one amino group in the α, ß or γ position relative to the acid group, and water-soluble salts thereof, c) one or more oxoacids of phosphorus or nitrogen and water-soluble salts thereof, at least one phosphorus atom or nitrogen atom being in an intermediate oxidation state, and d) one or more water soluble α-hydroxy carboxylic acids that comprise at least one hydroxyl group and one carboxyl group and are not water-soluble organic carboxylic acids according to component b), and water-soluble salts thereof. a) at least 0.01 g/l of iron ions, b) one or more water-soluble organic carboxylic acids that comprise at least one amino group in the α, ß or γ position relative to the acid group, and water-soluble salts thereof, c) one or more oxoacids of phosphorus or nitrogen and water-soluble salts thereof, at least one phosphorus atom or nitrogen atom being in an intermediate oxidation state, and d) one or more water soluble α-hydroxy carboxylic acids that comprise at least one hydroxyl group and one carboxyl group and are not water-soluble organic carboxylic acids according to component b), and water-soluble salts thereof.
An information processing system comprising: a DHCP server configured to transmit, upon receiving a request for address allocation from a client terminal (31, 32), a request message for requesting confirmation of a use state of a target address, to a second subnet being different from a first subnet to which the DHCP server is connected, and determine, upon receiving a response message including a confirmation result for the request message from the second subnet, whether or not to allocate the address to the client terminal, based on the confirmation result; said information processing system being characterized by further comprising: a proxy server connected to the second subnet and configured to send, upon receiving the request message from the DHCP server, an echo request for requesting a client terminal (31, 32) using the target address to send a reply, to a subnet to which the client terminal having requested the address allocation is connected, and transmit, to the DHCP server, the response message including presence or absence of a response to the echo request as the confirmation result.
An isolated or recombinant integrin alpha 5 (ITGA5) binding peptide consisting of 6 to 25 amino acids and comprising an amino acid sequence TTVRYYRITYGETGGN or comprising a variant of said amino acid sequence, said variant: - consisting of 6-16 consecutive amino acids of said sequence, said 6-16 consecutive amino acids comprising at least the amino acids at positions 5-10 of said sequence, and - having up to one substitution of an amino acid selected from amino acids at positions 1, 2, 3, 4, 5, 7, 8, 10, 11, 12, 13, 14, 15 and 16 of said sequence by another amino acid. - consisting of 6-16 consecutive amino acids of said sequence, said 6-16 consecutive amino acids comprising at least the amino acids at positions 5-10 of said sequence, and - having up to one substitution of an amino acid selected from amino acids at positions 1, 2, 3, 4, 5, 7, 8, 10, 11, 12, 13, 14, 15 and 16 of said sequence by another amino acid.
Sealing bolt for sealing a container, the sealing bolt adapted to cooperate, in use, with a locking device for locking a container lid to a container body of the container wherein the locking device comprises a locking rod arranged for horizontal movement relative to the container lid, said sealing bolt comprising: an upper part, a lower part and an axial rod connecting the upper and lower parts (12, 14), the upper part, lower part and axial rod being arranged coaxially about an axis; an integrity element disposed in the upper part; a release arrangement (5,24,64) disposed so as to be releasably attached to the lower part; wherein the sealing bolt is movable, through a first operator actuation of the upper part, from a first state, in which the integrity element is intact, to a second state, in which the integrity element of the sealing bolt is visibly broken; characterized by the sealing bolt being movable, through a second operator actuation of the upper part, from the second state to a third state, in which the release arrangement (5, 24, 36, 64) is released, thereby enabling disengagement of the locking device by enabling a horizontal movement of the locking rod and removal of the lid from the container body. an upper part, a lower part and an axial rod connecting the upper and lower parts (12, 14), the upper part, lower part and axial rod being arranged coaxially about an axis; an integrity element disposed in the upper part; a release arrangement (5,24,64) disposed so as to be releasably attached to the lower part; wherein the sealing bolt is movable, through a first operator actuation of the upper part, from a first state, in which the integrity element is intact, to a second state, in which the integrity element of the sealing bolt is visibly broken; characterized by the sealing bolt being movable, through a second operator actuation of the upper part, from the second state to a third state, in which the release arrangement (5, 24, 36, 64) is released, thereby enabling disengagement of the locking device by enabling a horizontal movement of the locking rod and removal of the lid from the container body.
A method operable with Long Term Evolution, LTE, communications, the method comprising: processing a transport block of data from a user equipment, UE, at an eNodeB, the transport block comprising a cyclic redundancy check, CRC, wherein the transport block further comprises an error correction code, ECC; determining (202, 277) a checksum of the transport block based on the CRC at the eNodeB; if the checksum fails, transmitting (204, 281, 291), from the eNodeB to the UE, a non-acknowledgement, NACK, of the transport block based on the failed checksum that directs the UE to increase (253, 295, 297) a contention window at the UE and re-transmit (255, 296, 298) the transport block to the eNodeB; storing the processed transport block in a buffer; performing error correction (206, 283) on the processed transport block using the ECC; and if the error correction is successful, sending an acknowledgement, ACK, of successful receipt of the processed transport block to the UE in response to correcting the errors. processing a transport block of data from a user equipment, UE, at an eNodeB, the transport block comprising a cyclic redundancy check, CRC, wherein the transport block further comprises an error correction code, ECC; determining (202, 277) a checksum of the transport block based on the CRC at the eNodeB; if the checksum fails, transmitting (204, 281, 291), from the eNodeB to the UE, a non-acknowledgement, NACK, of the transport block based on the failed checksum that directs the UE to increase (253, 295, 297) a contention window at the UE and re-transmit (255, 296, 298) the transport block to the eNodeB; storing the processed transport block in a buffer; performing error correction (206, 283) on the processed transport block using the ECC; and if the error correction is successful, sending an acknowledgement, ACK, of successful receipt of the processed transport block to the UE in response to correcting the errors.
A system for generating an output signal from an input audio signal using a transposition factor T, comprising: - an analysis window unit for applying an analysis window of length L a, thereby extracting a frame of samples of the input signal; - an analysis transformation unit of order M, for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit, for altering the phase of the complex coefficients by using the transposition factor T; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal; wherein the length of the analysis window is equal to the length of the synthesis window, and characterized in that M is based on the transposition factor T. - an analysis window unit for applying an analysis window of length L a, thereby extracting a frame of samples of the input signal; - an analysis transformation unit of order M, for transforming the samples from the time domain into the frequency domain yielding M complex coefficients; - a nonlinear processing unit, for altering the phase of the complex coefficients by using the transposition factor T; - a synthesis transformation unit of order M, for transforming the altered coefficients into M altered samples; and - a synthesis window unit for applying a synthesis window of length L s to the M altered samples, thereby generating a frame of the output signal;
Vehicle comprising at least one drive assembly (5, 7) by means of which at least the vehicle wheels (26 to 29) of a vehicle axle (13, 14) can be driven and by means of which vehicle braking occurs via the drive train in towing mode, comprising an electronic control device which detects as an input parameter the actual wheel rotational speeds (n 1 to n 4) of the vehicle wheels (26 to 29), and comprising a brake booster for reducing the operating force required at the brake pedal, a test unit being associated with the electronic control device and carrying out a plausibility check of the detected actual wheel rotational speeds (n 1 to n 4) in towing mode, in which the test unit activates a vehicle brake of one of the vehicle wheels (27, 28) and identifies, on the basis of the speed characteristics of the vehicle wheel (26, 29) when the vehicle brake is not activated, whether the detected actual wheel rotational speeds (n 1 to n 4) correlate with the actual vehicle speed (v F), and the test unit being in a signal connection with the brake booster, which can be actuated by the test unit during the plausibility check for activating the vehicle brake, characterised in that an adjustment pump is connected in a hydraulic brake circuit of the vehicle brakes, which pump can be actuated by the electronic control device when the driving dynamics are being controlled for building up the brake pressure of the vehicle brakes, but remains out of operation during the plausibility check carried out in towing mode.