mhurhangee/ep-ind-claims huggingface dataset:
A plastic injection-moulding machine, having an injection unit for processing a plastic mass to be moulded, a closing unit with an injection tool, which has at least one cavity, into which the plastic mass processed by the injection unit is injected, in order to produce a moulded part, and having a machine control, which is configured to control the injection unit and the closing unit, and a user interface device, which has at least one input means (13.1-13.3) and at least one output means, which is configured as a screen (12.1), and furthermore having at least one camera (15, 15.1-15.3), which is configured for monitoring an environment of the plastic injection-moulding machine, wherein the user interface device has a housing which comprises a front side (14.1) and a rear side (14.2), wherein on the front side (14.1) the screen (12.1) is arranged, and the machine control is set up to display on the screen (12.1) the region detected by the camera (15, 15.1-15.3), characterized in that the plastic injection-moulding machine has an adjusting device, which carries the user interface device and which is configured to hold the user interface device in different positions and/or locations in the space, wherein the camera (15, 15.1-15.3) is configured to detect a region of the plastic injection-moulding machine lying behind the user interface device and is arranged and fastened on the rear side (14.2) of the housing of the user interface device in such a way that the camera (15, 15.1-15.3) on an adjusting of the adjusting device also assumes the position and/or location in the space corresponding to the user interface device.
Rolling cultivator, comprising at least one rolling disc and a mount having a connecting element for fastening to a vehicle and an attaching element, the at least one rolling disc being accommodated so as to be rotatable about its axis in the attaching element, the attaching element and the connecting element being rotatable relative to one another for setting a working angle of the rolling disc, characterised in that the connecting element is arranged above the attaching element, and in that a first, remote-controlled swivel apparatus is provided between the attaching element and the connecting element for setting the working angle.
An impact tool that is adapted to linearly move a tool bit in an axial direction of the tool bit to perform a predetermined operation, comprising: a handle to be held by a user, an outer housing that is integrally formed with the handle, a motor that is disposed in the outer housing such that its rotation axis runs transversely to the axial direction of the tool bit, a gear that is rotationally driven by receiving torque of the motor in the outer housing, an impact driving part that is driven by the gear in the outer housing, and a striking element that is driven by the impact driving part and linearly moves the tool bit, wherein the motor is mounted to the outer housing, and the outer housing is connected to the impact driving part and the gear via an elastic element and can move in the axial direction of the tool bit with respect to the impact driving part and the gear, characterized in that the impact tool further comprises a torque transmitting member that is disposed in the outer housing and rotates around an axis of the tool bit by receiving torque of the motor, and a power transmitting gear that rotates together with the torque transmitting member and transmits the torque to the gear, wherein the power transmitting gear can move together with the impact driving part in the axial direction of the tool bit with respect to the torque transmitting member while being held in engagement with the gear. a handle to be held by a user, an outer housing that is integrally formed with the handle, a motor that is disposed in the outer housing such that its rotation axis runs transversely to the axial direction of the tool bit, a gear that is rotationally driven by receiving torque of the motor in the outer housing, an impact driving part that is driven by the gear in the outer housing, and a striking element that is driven by the impact driving part and linearly moves the tool bit, wherein the motor is mounted to the outer housing, and the outer housing is connected to the impact driving part and the gear via an elastic element and can move in the axial direction of the tool bit with respect to the impact driving part and the gear, characterized in that the impact tool further comprises a torque transmitting member that is disposed in the outer housing and rotates around an axis of the tool bit by receiving torque of the motor, and a power transmitting gear that rotates together with the torque transmitting member and transmits the torque to the gear, wherein the power transmitting gear can move together with the impact driving part in the axial direction of the tool bit with respect to the torque transmitting member while being held in engagement with the gear.
An apparatus for use by an Optical Line Terminal, OLT, communicatively connected to optical network units, ONUs (131, 132, 133), comprising means for performing: - obtaining a stream of codewords, comprising a first type codeword and a second type codeword, wherein, the first type codeword is an idle codeword, and the second type codeword comprises data intended for at least one of the ONUs; - obtaining, an interleaved bitstream from the stream of codewords based on an interleaving scheme, wherein, in the interleaved bitstream, bits at positions corresponding to the first type codeword comprise redundant bits, and bits at positions corresponding to the second type codeword comprise information bits; - determining values for one or more redundant bits placed between two adjacent information bits in the interleaved bitstream based on the values of either or both of the two adjacent information bits, to reduce inter-symbol interference on either or both of the two adjacent information bits; - transmitting the interleaved bitstream to one or more of the ONUs. - obtaining a stream of codewords, comprising a first type codeword and a second type codeword, wherein, the first type codeword is an idle codeword, and the second type codeword comprises data intended for at least one of the ONUs; - obtaining, an interleaved bitstream from the stream of codewords based on an interleaving scheme, wherein, in the interleaved bitstream, bits at positions corresponding to the first type codeword comprise redundant bits, and bits at positions corresponding to the second type codeword comprise information bits; - determining values for one or more redundant bits placed between two adjacent information bits in the interleaved bitstream based on the values of either or both of the two adjacent information bits, to reduce inter-symbol interference on either or both of the two adjacent information bits; - transmitting the interleaved bitstream to one or more of the ONUs.
A computer-implemented method for identifying a set of URI schemes registered with a device, comprising: enumerating each URI scheme having a URI scheme name beginning with a URI namespace name and ending with a character in a first character location of a URI namespace; iteratively, adding a next character location of the URI namespace to the URI scheme name of each enumerated URI scheme, and enumerating each URI scheme having a URI scheme name ending with a character in the next character location of the URI namespace; and identifying the set of URI schemes registered with the device, the URI schemes at ends of URI scheme name branches in the URI namespace. enumerating each URI scheme having a URI scheme name beginning with a URI namespace name and ending with a character in a first character location of a URI namespace; iteratively, adding a next character location of the URI namespace to the URI scheme name of each enumerated URI scheme, and enumerating each URI scheme having a URI scheme name ending with a character in the next character location of the URI namespace; and identifying the set of URI schemes registered with the device, the URI schemes at ends of URI scheme name branches in the URI namespace.
A rotary pump having a housing defining an annular chamber with an inlet and outlet port which are located on either side of a partition extending across the chamber; and a flexible annular diaphragm forming one side of the chamber facing a wall on the housing forming the second side of the chamber, the diaphragm being sealed at its innermost and outermost edges to the housing, characterised in that the rotary pump further has: legs which are integral with the diaphragm, extending away from the diaphragm, and extending azimuthally around the diaphragm; and a swashplate which is connected by inner and outer clamp rings (3, 4) to the legs of the diaphragm such that in use, movement of the swashplate causes the diaphragm to press precessively against the wall of the housing to force fluid drawn in at the inlet on one side of the partition around the chamber and to expel it at the outlet at the other side of the partition.
A process for producing an azo pigment or a salt, hydrate or solvate thereof, comprising: (a) a step of reacting a diazotizing agent with an amino compound to produce a diazonium compound, (b) a step of performing a coupling reaction between the diazonium compound obtained in step (a) and a coupling component to obtain a mixture in which at least a part of an azo compound represented by the following formula produced by the coupling reaction is dissolved, and (c) a step of mixing the mixture obtained in step (b) with a poor solvent for the azo compound so as to crystallize an azo pigment of formula: wherein G represents a heterocyclic group; each of R, X, Y, Z and Q independently represents a hydrogen atom or a substituent; n represents an integer of 1 to 4; and the formula represents a dimer through R, X, Y, Z, Q or G when n=2, represents a trimer through R, X, Y, Z, Q or G when n=3, and represents a tetramer through R, X, Y, Z, Q or G when n=4; wherein, in step (b), the diazonium compound obtained in step (a) is mixed with an acidic solution containing the coupling component dissolved in an acidic solvent, the acidic solvent comprising at least one of acetic acid and sulfuric acid. (a) a step of reacting a diazotizing agent with an amino compound to produce a diazonium compound, (b) a step of performing a coupling reaction between the diazonium compound obtained in step (a) and a coupling component to obtain a mixture in which at least a part of an azo compound represented by the following formula produced by the coupling reaction is dissolved, and (c) a step of mixing the mixture obtained in step (b) with a poor solvent for the azo compound so as to crystallize an azo pigment of formula: wherein G represents a heterocyclic group; each of R, X, Y, Z and Q independently represents a hydrogen atom or a substituent; n represents an integer of 1 to 4; and the formula represents a dimer through R, X, Y, Z, Q or G when n=2, represents a trimer through R, X, Y, Z, Q or G when n=3, and represents a tetramer through R, X, Y, Z, Q or G when n=4; wherein, in step (b), the diazonium compound obtained in step (a) is mixed with an acidic solution containing the coupling component dissolved in an acidic solvent, the acidic solvent comprising at least one of acetic acid and sulfuric acid.
1. A method for decoding audio signals, the method comprising: decoding an encoded signal into a baseband signal and control information, the baseband signal having spectral components in a set of first frequency subbands, the control information including a set of scale factors, each scale factor in the set of scale factors being respectively generated for a frequency subband in a set of second frequency subbands of a residual signal based at least in part on a square root value of a sum of a plurality of spectral power values as calculated for that frequency subband in the set of second frequency subbands of the residual signal; generating spectral components in the set of second frequency subbands, the spectral components in a second frequency subband in the set of second frequency subbands being scaled based on a respective scale factor in the set of scale factors as decoded from the encoded signal, wherein generating spectral components in the set of second frequency subbands comprises translating one or more spectral components in the set of first frequency subbands; generating a synthesized signal, based on the spectral components in the set of first frequency subbands of the baseband signal and the spectral components in the set of second frequency subbands. decoding an encoded signal into a baseband signal and control information, the baseband signal having spectral components in a set of first frequency subbands, the control information including a set of scale factors, each scale factor in the set of scale factors being respectively generated for a frequency subband in a set of second frequency subbands of a residual signal based at least in part on a square root value of a sum of a plurality of spectral power values as calculated for that frequency subband in the set of second frequency subbands of the residual signal; generating spectral components in the set of second frequency subbands, the spectral components in a second frequency subband in the set of second frequency subbands being scaled based on a respective scale factor in the set of scale factors as decoded from the encoded signal, wherein generating spectral components in the set of second frequency subbands comprises translating one or more spectral components in the set of first frequency subbands; generating a synthesized signal, based on the spectral components in the set of first frequency subbands of the baseband signal and the spectral components in the set of second frequency subbands.
Method performed in a proxy node for transferring transmission control protocol, TCP, data packets in TCP flows from a plurality of server nodes to a client node, wherein the proxy node captures the TCP data packets of the TCP flows, buffers the captured TCP data packets and updates a TCP active flow list in a subscriber record representing the client node, wherein a TCP flow is in the TCP active flow list if there are unsent TCP data packets buffered for the TCP flow, the method comprising: estimating a current proxy scheduling capacity from a current maximum total data amount allowed concurrently in transmission in one or more of the TCP flows to the client node; until the current proxy scheduling capacity has been reached or there are no TCP flows in the TCP active flow list, scheduling a TCP flow in the TCP active flow list for transmission when a TCP data packet transmission triggering event is received, the scheduling based on an order given by the TCP active flow list; transmitting one or more of the buffered TCP data packets from the scheduled TCP flow to the client node; updating the TCP active flow list; and repeating the step of scheduling a TCP flow for transmission. estimating a current proxy scheduling capacity from a current maximum total data amount allowed concurrently in transmission in one or more of the TCP flows to the client node; until the current proxy scheduling capacity has been reached or there are no TCP flows in the TCP active flow list, scheduling a TCP flow in the TCP active flow list for transmission when a TCP data packet transmission triggering event is received, the scheduling based on an order given by the TCP active flow list; transmitting one or more of the buffered TCP data packets from the scheduled TCP flow to the client node; updating the TCP active flow list; and repeating the step of scheduling a TCP flow for transmission.
A method for forming, by means of expansion, plastic preforms into plastic containers in a hollow mold and for filling a substantially liquid product or at least a liquid or solid component of the product into the plastic containers in the hollow mold, wherein the product is filled into the plastic containers while the respective plastic container has inserted therein, at least partially, a stretching rod or a filler neck, wherein, at the end of the filling process, the insertion depth of the stretching rod or of the filler neck is adjusted such that the volume displaced in the product by the stretching rod or the filler neck corresponds to a predetermined desired ullage, characterized in that a control and/or closed-loop control unit controls an adjustment unit for adjusting the insertion depth of the stretching rod or of the filler neck based on measurement values of a filling level meter.
Use of a compound of Formula I as a tracer compound for marking and identifying a hydrocarbon liquid wherein at least one of R 1 - R 6 is selected from a branched C 4 - C 20 alkyl group, with the remainder of R 1 - R 6 being hydrogen, and wherein the hydrocarbon liquid is a gasoline or diesel fuel. wherein at least one of R 1 - R 6 is selected from a branched C 4 - C 20 alkyl group, with the remainder of R 1 - R 6 being hydrogen, and wherein the hydrocarbon liquid is a gasoline or diesel fuel.
A method for measuring the anti-inflammatory activity of a DC-SIGN-binding composition comprising a polypeptide containing a Fc region that has a N-linked biantennary oligosaccharide having a terminal sialic acid connected to galactose by an α 2,6 linkage comprising (a) administering a DC-SIGN-binding composition comprising a polypeptide containing a Fc region that has a N-linked biantennary oligosaccharide having a terminal sialic acid connected to galactose by an α 2,6 linkage to a mouse; and (b) measuring the expression level of IL-33 mRNA in splenocytes of the mouse, wherein an increase in the expression level of IL-33 mRNA in splenocytes of the mouse is indicative of the anti-inflammatory activity of the DC-SIGN-binding composition. (a) administering a DC-SIGN-binding composition comprising a polypeptide containing a Fc region that has a N-linked biantennary oligosaccharide having a terminal sialic acid connected to galactose by an α 2,6 linkage to a mouse; and (b) measuring the expression level of IL-33 mRNA in splenocytes of the mouse, wherein an increase in the expression level of IL-33 mRNA in splenocytes of the mouse is indicative of the anti-inflammatory activity of the DC-SIGN-binding composition.
A holding structure for a first sheet-like element, preferably, for use in a kitchen appliance and/or a part thereof, comprising an at least one spring body, a first sheet-like element and a holding profile, comprising an at least one first holding profile element, an at least one fixing element for fixing the spring body to the holding structure. wherein said at least one spring body is arranged such that said at least one spring body is in direct contact with a first surface of said first sheet-like element, and wherein said at least one spring body supplies a contact pressure directed against the first surface of said first sheet-like element such that the a second surface of said first sheet-like element is pressed against the at least one first holding profile element, characterized in that the holding profile further comprises an at least one second holding profile element, wherein the at least one first holding profile element is configured such that it is moveably linked to the holding profile and said holding profile elements (5, 8) ensure that the first sheet-like element is positioned within the holding structure and that said positioning is kept.
A data reading device, comprising: a CPU; a first DMA controller; a second DMA controller; an external memory; an external memory interface; a first internal memory; and a second internal memory, wherein the CPU stores in the first internal memory a given number of sets of command parameters comprising a reading start address from which reading starts and the size of data to be read in a single reading operation; the first DMA controller acquires a set of command parameters from the first internal memory in sequence, and instructs the external memory interface to execute the reading operation based on the set of command parameters; characterized in that: the external memory interface transfers the data read from the external memory during the reading operation to the second DMA controller; the second DMA controller writes the data transferred from the external memory interface in the second internal memory in sequence, determines whether the transferred data match data specified by the CPU in advance, and if these data match with each other, outputs a given interrupt signal indicating that the processing of the first and second DMA controllers (41, 42) ends; and the CPU accesses the second internal memory and searches for the specified data when the interrupt signal is output. the external memory interface transfers the data read from the external memory during the reading operation to the second DMA controller; the second DMA controller writes the data transferred from the external memory interface in the second internal memory in sequence, determines whether the transferred data match data specified by the CPU in advance, and if these data match with each other, outputs a given interrupt signal indicating that the processing of the first and second DMA controllers (41, 42) ends; and the CPU accesses the second internal memory and searches for the specified data when the interrupt signal is output.
A solid disinfectant dosage form having a predetermined dose for disinfecting surfaces and clinical devices comprising: tetra acetyl ethylenediamine (TAED); a peroxy compound selected from the group consisting of: sodium percarbonate, ammonium persulphate, calcium percarbonate, magnesium percarbonate, sodium persulfate, and mixtures thereof; a colour indicator system; and a buffer; wherein the addition of the dosage form to a predetermined quantity of water produces a disinfectant solution containing peracetic acid in an active concentration of at least 4000 ppm; wherein the ratio of tetra acetyl ethylenediamine (TAED) to the peroxy compound is 55-65:100 wt%; wherein the colour indicator comprises a first non-mordant dye having a first colour and being bleachable after a first dye lifetime of 0.5 to 10 minutes in a test solution at 20°C to 40°C and pH 8.0 to 8.5 containing 0.05 wt% to 0.15wt% of the dye and 45wt% to 55wt% of sodium percarbonate; and a second non-mordant dye having a second colour different from the first colour and bleachable after a second dye lifetime of not less than 24 hours in the test solution; wherein the second colour provides a visual indication that the active concentration of peracetic acid is at least 4000 ppm; and wherein bleaching of the second dye indicates that the concentration of peracetic acid is below 4000 ppm. tetra acetyl ethylenediamine (TAED); a peroxy compound selected from the group consisting of: sodium percarbonate, ammonium persulphate, calcium percarbonate, magnesium percarbonate, sodium persulfate, and mixtures thereof; a colour indicator system; and a buffer; wherein the addition of the dosage form to a predetermined quantity of water produces a disinfectant solution containing peracetic acid in an active concentration of at least 4000 ppm; wherein the ratio of tetra acetyl ethylenediamine (TAED) to the peroxy compound is 55-65:100 wt%; wherein the colour indicator comprises a first non-mordant dye having a first colour and being bleachable after a first dye lifetime of 0.5 to 10 minutes in a test solution at 20°C to 40°C and pH 8.0 to 8.5 containing 0.05 wt% to 0.15wt% of the dye and 45wt% to 55wt% of sodium percarbonate; and a second non-mordant dye having a second colour different from the first colour and bleachable after a second dye lifetime of not less than 24 hours in the test solution; wherein the second colour provides a visual indication that the active concentration of peracetic acid is at least 4000 ppm; and wherein bleaching of the second dye indicates that the concentration of peracetic acid is below 4000 ppm.