mhurhangee/ep-ind-claims huggingface dataset:
A method of managing at least one audio playback equipment group comprising at least one piece of audio playback equipment provided with a light-emitting identification interface, and arranged for playing a sound playback of an audio stream comprising at least one audio channel, the method comprising the steps of: - using the light-emitting identification interface of the piece of audio playback equipment to display a light pattern characteristic at least of the group to which said piece of equipment belongs, the pattern: • being defined by a shape, and/or by blinking, and/or by animation, and • being characteristic of a role of the piece of equipment within said group; - in the event of at least one of the pieces of audio playback equipment being selected, performing an action relating to the associated piece of audio playback equipment, the method further comprising the step of using the light-emitting identification interfaces of pieces of audio playback equipment belonging to the same group to display different variations of a common pattern associated with said group, the different variations of said common pattern having for goal, for each pieces of audio playback equipment of said group, to communicate the role of said piece of audio playback equipment within said group, the role of said piece of audio playback equipment being to play a particular audio channel of the audio stream. - using the light-emitting identification interface of the piece of audio playback equipment to display a light pattern characteristic at least of the group to which said piece of equipment belongs, the pattern: • being defined by a shape, and/or by blinking, and/or by animation, and • being characteristic of a role of the piece of equipment within said group; • being defined by a shape, and/or by blinking, and/or by animation, and • being characteristic of a role of the piece of equipment within said group; - in the event of at least one of the pieces of audio playback equipment being selected, performing an action relating to the associated piece of audio playback equipment,
A target-binding polypeptide comprising an amino acid sequence of or wherein (a) X n is a natural or non-natural amino acid; (b) Z 1 and Z 2 comprise between 2 to 30 natural or non-natural amino acids; (c) the target-binding polypeptide specifically binds a target of interest, wherein the specific binding of the target-binding polypeptide to the target of interest is greater than the binding of a reference polypeptide comprising the amino acid sequence of SEQ ID NO:1 to the target of interest; and (d) the target-binding polypeptide does not comprise the amino acid sequence of SEQ ID NO:50. (a) X n is a natural or non-natural amino acid; (b) Z 1 and Z 2 comprise between 2 to 30 natural or non-natural amino acids; (c) the target-binding polypeptide specifically binds a target of interest, wherein the specific binding of the target-binding polypeptide to the target of interest is greater than the binding of a reference polypeptide comprising the amino acid sequence of SEQ ID NO:1 to the target of interest; and (d) the target-binding polypeptide does not comprise the amino acid sequence of SEQ ID NO:50.
A method for controlling a start of a metalworking operation performed with a welding apparatus, comprising: detecting an initial contact between a wire being fed from a wire feeding apparatus (106, 112) and a workpiece; in response to the detection, halting feeding of the wire from the welding apparatus; with the wire in contact with the workpiece, activating a high energy heat source configured to heat a tip of the wire to a softened state; and after application of the high energy heat source is activated, resuming the feeding of the wire from the wire feeding apparatus, wherein, the feeding of the wire is resumed by measuring a force feedback from the wire contacting the workpiece. detecting an initial contact between a wire being fed from a wire feeding apparatus (106, 112) and a workpiece; in response to the detection, halting feeding of the wire from the welding apparatus; with the wire in contact with the workpiece, activating a high energy heat source configured to heat a tip of the wire to a softened state; and after application of the high energy heat source is activated, resuming the feeding of the wire from the wire feeding apparatus, wherein, the feeding of the wire is resumed by measuring a force feedback from the wire contacting the workpiece.
A method, comprising: issuing trust information to a first node from among a plurality of nodes, from a network entity, wherein the trust information indicates a trust evaluation for the first node, and wherein the trust information and a trust list are used for an anonymous trust authentication between the first node and a second node from among the plurality of nodes, the plurality of nodes being registered in the network entity; distributing, by the network entity, the trust list to the plurality of nodes comprising at least the first node and the second node, wherein the trust list is associated with the trust evaluation for the first node and a trust evaluation of the second node, the trust evaluations each being associated with an authentication code and a trust value, and the anonymous trust authentication being based on one-off pairs of public key and private key, the pairs being generated from the trust evaluation for the first node, wherein authenticity of the public key of the pairs is verified using the trust evaluations in the trust list. issuing trust information to a first node from among a plurality of nodes, from a network entity, wherein the trust information indicates a trust evaluation for the first node, and wherein the trust information and a trust list are used for an anonymous trust authentication between the first node and a second node from among the plurality of nodes, the plurality of nodes being registered in the network entity; distributing, by the network entity, the trust list to the plurality of nodes comprising at least the first node and the second node, wherein the trust list is associated with the trust evaluation for the first node and a trust evaluation of the second node, the trust evaluations each being associated with an authentication code and a trust value, and the anonymous trust authentication being based on one-off pairs of public key and private key, the pairs being generated from the trust evaluation for the first node, wherein authenticity of the public key of the pairs is verified using the trust evaluations in the trust list.
An electronic apparatus comprising: a storage configured to store a plurality of infrared, IR, code sets corresponding to a plurality of external electronic apparatuses; a communicator configured to perform communication with an external electronic apparatus of the plurality of external electronic apparatuses and a remote control apparatus; and a processor configured to, in response to determining that an operation corresponding to a test code included in one of the plurality of IR code sets has been performed in the external electronic apparatus a predetermined number of times, due to the test code having been transmitted to the external electronic apparatus at least the predetermined number of times, determine an IR code set including the test code as the IR code set corresponding to the external electronic apparatus, and transmit, to the remote control apparatus, a command to map the determined IR code set to the remote control apparatus. a storage configured to store a plurality of infrared, IR, code sets corresponding to a plurality of external electronic apparatuses; a communicator configured to perform communication with an external electronic apparatus of the plurality of external electronic apparatuses and a remote control apparatus; and a processor configured to, in response to determining that an operation corresponding to a test code included in one of the plurality of IR code sets has been performed in the external electronic apparatus a predetermined number of times, due to the test code having been transmitted to the external electronic apparatus at least the predetermined number of times, determine an IR code set including the test code as the IR code set corresponding to the external electronic apparatus, and transmit, to the remote control apparatus, a command to map the determined IR code set to the remote control apparatus.
A melt processing plant, comprising a melt charger for charging a processing head, in particular pelletizing head, with melt, wherein upstream of the processing head a diverter valve is associated to the melt charger for discharging the melt during a start-up and/or retooling phase, wherein a portioning device for portioning the discharged melt into melt portions is associated to the diverter valve, wherein a cooling device for cooling the melt portions to at least partly solidified chunks of material is provided, characterized in that the cooling device comprises a cooling bath which is arranged vertically below the portioning device and can be reached by the melt portions in free fall by gravity, wherein a removal conveyor for removing the solidified chunks of material from the cooling bath is associated to the cooling bath, wherein the removal conveyor comprises a belt conveyor which includes a first collecting belt portion inclined at an acute angle to the horizontal and extending through the level of the cooling bath for collecting floating chunks of material.
A method for defending an infrastructure against a distributed denial of service, DDoS, attack, comprising: receiving, at a software decoy of the infrastructure, a malware intended to infect the software decoy; receiving the malware from the software decoy at a command and control, C&C, data collector of the infrastructure; and extracting from the malware, by the C&C data collector, an address or a domain name of a C&C server; characterized in that the method further comprises: sending, from the C&C data collector to a client of the infrastructure, the address or the domain name of the C&C server; using, by the client, the address or the domain name of the C&C server to connect the client to the C&C server; receiving, at the client, a command intended by the C&C server to cause the client to participate in the DDoS attack; forwarding particulars of the DDoS attack from the client to a cleaning component of the infrastructure; and discarding, in the cleaning component, incoming signals having at least one of the particulars of the DDoS attack. receiving, at a software decoy of the infrastructure, a malware intended to infect the software decoy; receiving the malware from the software decoy at a command and control, C&C, data collector of the infrastructure; and extracting from the malware, by the C&C data collector, an address or a domain name of a C&C server; sending, from the C&C data collector to a client of the infrastructure, the address or the domain name of the C&C server; using, by the client, the address or the domain name of the C&C server to connect the client to the C&C server; receiving, at the client, a command intended by the C&C server to cause the client to participate in the DDoS attack; forwarding particulars of the DDoS attack from the client to a cleaning component of the infrastructure; and discarding, in the cleaning component, incoming signals having at least one of the particulars of the DDoS attack.
Machine for preparing infused or macerated beverages comprising a decanter for receiving a liquid and a receiving base, said receiving base comprising a motor intended to rotate a drive shaft (3a, 3b) about an axis Δ, said decanter comprising a filter basket for receiving an ingredient to be infused or macerated, which is rotated by the drive shaft (3a, 3b) about the Δ axis, said filter basket being movable in the decanter between an infusion position in which the filter basket is immersed in the liquid and coupled with the drive shaft (3a, 3b) and a draining position in which the filter basket is arranged above the level of the liquid, the decanter comprising an upper opening and a cover movable between a closed position in which the cover covers the upper opening and an open position in which the cover is separated from the upper opening, characterised in that the filter basket is connected to the cover by a coupling device (55, 69), in such a way that the filter basket is in the brewing position when the cover is into the closed position and the filter basket is in the drip position when the cover is in the open position, the open position of the cover being a stable position.
A liquid crystal display comprising: a display panel with a subpixel matrix being formed by a repetition of a smallest subpixel repeating group of red, green and blue colored subpixels comprising an even number of subpixels in a row and a column of green subpixels; and a driver circuit configured to send image data signals of different polarities at a given time to the display panel such that blue subpixels and only blue subpixels of the subpixel matrix are bordered on either side by column lines driven with data signals having the same polarity at a given time. a display panel with a subpixel matrix being formed by a repetition of a smallest subpixel repeating group of red, green and blue colored subpixels comprising an even number of subpixels in a row and a column of green subpixels; and a driver circuit configured to send image data signals of different polarities at a given time to the display panel such that blue subpixels and only blue subpixels of the subpixel matrix are bordered on either side by column lines driven with data signals having the same polarity at a given time.
A proximity detection probe complex suitable for proximity ligation assay comprising a first probe comprising (i) a first RNA-guided nucleic acid binding protein which is an engineered, non-naturally occurring Clustered Regularly Interspersed Short Palindromic Repeats (CRISPR)-associated (Cas) (CRISPR/Cas) system comprising a CRISPR/Cas protein and a guide RNA and (ii) a first oligonucleotide that is linked directly or indirectly to the first CRISPR/Cas system; the complex further comprising a second probe comprising (a) a second CRISPR/Cas system and a second oligonucleotide that is linked directly or indirectly to the second CRISPR/Cas system or (b) an antibody directed against a nucleic acid-associated protein or a nucleic acid modification and a second oligonucleotide that is linked to the antibody directed against the nucleic acid-associated protein or the nucleic acid modification.
A method of forming a textured effect on a glass substrate, the method comprising the steps of: a) creating a data file of an image to be formed as the textured effect on the glass substrate, the data file comprising at least one print image and a number of times specified for printing of the at least one print image; b) preparing the data file for surface deposition by a printer; c) providing the glass substrate on the printer; d) the printer printing the at least one print image in the data file on the substrate using only a clear ink to form a layer of ink; e) the printer UV curing the layer of ink; f) repeating steps (d) and (e) for every print image of the at least one print image for the number of times specified in the data file so that the image formed as the textured effect on the glass substrate comprises a plurality of layers of printed and UV cured clear ink. a) creating a data file of an image to be formed as the textured effect on the glass substrate, the data file comprising at least one print image and a number of times specified for printing of the at least one print image; b) preparing the data file for surface deposition by a printer; c) providing the glass substrate on the printer; d) the printer printing the at least one print image in the data file on the substrate using only a clear ink to form a layer of ink; e) the printer UV curing the layer of ink; f) repeating steps (d) and (e) for every print image of the at least one print image for the number of times specified in the data file so that the image formed as the textured effect on the glass substrate comprises a plurality of layers of printed and UV cured clear ink.
A transferring device, preferably a can transferring device for transferring and/or receiving cans, can blanks, or other containers out of or into a transferring or respectively receiving axis which extends at an angle, preferably perpendicular, to a transport path, with multiple suction elements, which can be moved along the transport path during the transfer, each of which has at least one suction opening, and which can be connected to a negative pressure source, in order to retain the cans, can blanks, or other containers by means of suction during the transport along the transport path, wherein the suction elements are designed and/or arranged in a movable manner between a retracted and an extended position at least along some sections of the transferring and/or receiving axis, characterized in that the suction elements, which are preferably designed as bellows, are designed and arranged so as to be reversibly deformable during the movement along the transferring and/or receiving axis such that the movement of the suction openings together with the suctioned cans, can blanks or other containers is able to be brought about along the transferring and/or receiving axis, exclusively on the basis of the reversible deformation of the suction elements, said deformation being caused by the suction effect of the negative pressure source, and that a transfer path able to be overcome exclusively by deformation of the suction elements, for the cans, can blanks or other containers along the transferring and/or receiving axis is at least 1 mm and preferably is selected from a range of values between 1 mm and 10mm, preferably 2mm and 5mm, still further preferably between 2mm and 4mm.
A vacuum vapor-deposition apparatus which is adapted to guide a base film fed from a feed roll in a vacuum from a feed guide roll to a coating roll to form, a vapor-deposited layer on the base film wrapped around the coating roll, to form a vapor-deposited film, and to take up the vapor-deposited film around a takeup roll, wherein a takeup guide roll is adapted to hold the vapor-deposited layer of the vapor-deposited film guided from the coating roll wherein the takeup guide roll is the roll that first contacts the vapor-deposited layer after the vapor-deposited film is fed from the coating roll, the apparatus characterized by comprising: a synchronizing means which is configured to equalize a circumference velocity v1 of the coating roll and the circumference velocity v2 of the takeup guide roll, thus v1 = v2, wherein the takeup guide roll is a tendency roll; the synchronizing means includes a first pulley which is adapted to rotate around an axis of the coating roll; a second pulley which is adapted to rotate around an axis of the takeup guide roll; a belt which is adapted to transmit rotation of the first pulley to the second pulley, and a plurality of ball bearings, each contacting an outer circumferential surface of the second pulley and an inner circumferential surface of the tendency roll, and the tendency roll receives a force of the second pulley that is rotating, via the ball bearings. a synchronizing means which is configured to equalize a circumference velocity v1 of the coating roll and the circumference velocity v2 of the takeup guide roll, thus v1 = v2, wherein the takeup guide roll is a tendency roll; the synchronizing means includes a first pulley which is adapted to rotate around an axis of the coating roll; a second pulley which is adapted to rotate around an axis of the takeup guide roll; a belt which is adapted to transmit rotation of the first pulley to the second pulley, and a plurality of ball bearings, each contacting an outer circumferential surface of the second pulley and an inner circumferential surface of the tendency roll, and the tendency roll receives a force of the second pulley that is rotating, via the ball bearings.
A combination weigher comprising: plural weighing units (W1, W2, W3, W4) each of which includes: a combination hopper group including plural combination hoppers (4, 5) which are arranged along an inner side of a circumference of an imaginary circle and fed with objects to be weighed; and a collecting chute (6A, 6B, 6C, 6D) which is disposed below the combination hopper group and configured to collect the objects to be weighed which have been discharged from the combination hoppers and to discharge the objects to be weighed from a discharge outlet at a bottom part thereof; wherein combination hopper groups of the respective weighing units including plural combination hoppers are arranged on inner sides of circumferences of different imaginary circles, and wherein the different imaginary circles partially overlap with each other, characterised in that no combination hoppers are disposed in circular-arc regions of the imaginary circles corresponding to the overlapping region of the different imaginary circles. plural weighing units (W1, W2, W3, W4) each of which includes: a combination hopper group including plural combination hoppers (4, 5) which are arranged along an inner side of a circumference of an imaginary circle and fed with objects to be weighed; and a collecting chute (6A, 6B, 6C, 6D) which is disposed below the combination hopper group and configured to collect the objects to be weighed which have been discharged from the combination hoppers and to discharge the objects to be weighed from a discharge outlet at a bottom part thereof; a combination hopper group including plural combination hoppers (4, 5) which are arranged along an inner side of a circumference of an imaginary circle and fed with objects to be weighed; and a collecting chute (6A, 6B, 6C, 6D) which is disposed below the combination hopper group and configured to collect the objects to be weighed which have been discharged from the combination hoppers and to discharge the objects to be weighed from a discharge outlet at a bottom part thereof; wherein combination hopper groups of the respective weighing units including plural combination hoppers are arranged on inner sides of circumferences of different imaginary circles, and wherein the different imaginary circles partially overlap with each other, characterised in that no combination hoppers are disposed in circular-arc regions of the imaginary circles corresponding to the overlapping region of the different imaginary circles.
Seat for a child, which is intended to be installed in a vehicle, especially a motor vehicle, and is equipped with a safety harness which is intended to hold a child sitting in the seat and comprises two shoulder straps (13 1, 13 2) and a crotch support, a means for releasing the said harness being provided, in the vicinity of the said crotch support, in an opening arranged on the surface of the said seat, characterised in that said opening is closed by a flexible element sealed onto the edges of said opening, said flexible element being pre-formed so as to define a bearing surface cooperating with an upper part of said releasing means.