mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data in a computer network, comprising, at a first node of the network: receiving a nonce used as a parameter of a computing puzzle from a puzzle server node of the network distinct from the first node; determining at least one solution to the puzzle using the nonce for transmitting a message to a second node of the network distinct from the puzzle server node;and transmitting data to the second node, wherein the transmitted data comprises a message and the determined solution to the puzzle, wherein the nonce comprises a nonce value, wherein the nonce value is based on a transmission time of the puzzle, wherein the nonce value is based on timestamp information included in a time synchronization message. receiving a nonce used as a parameter of a computing puzzle from a puzzle server node of the network distinct from the first node; determining at least one solution to the puzzle using the nonce for transmitting a message to a second node of the network distinct from the puzzle server node;and transmitting data to the second node, wherein the transmitted data comprises a message and the determined solution to the puzzle, wherein the nonce comprises a nonce value, wherein the nonce value is based on a transmission time of the puzzle, wherein the nonce value is based on timestamp information included in a time synchronization message.
A wireless communication method by a user equipment, UE, comprising: being configured, by a base station, with a configuration of one or more downlink, DL, positioning reference signal, PRS, resource sets, wherein the configuration of one or more DL PRS resource sets is transmitted by the base station upon a request of the UE, and each DL PRS resource set comprises one or more DL PRS resources; and for each DL PRS resource set or each DL PRS resource, being provided with at least one of configuration parameters, wherein the UE is adapted to request the at least one of configuration parameters: a parameter to indicate a time gap between two adjacent repetitions of a DL PRS resource; or a parameter to indicate a number of slots for triggering offset. being configured, by a base station, with a configuration of one or more downlink, DL, positioning reference signal, PRS, resource sets, wherein the configuration of one or more DL PRS resource sets is transmitted by the base station upon a request of the UE, and each DL PRS resource set comprises one or more DL PRS resources; and for each DL PRS resource set or each DL PRS resource, being provided with at least one of configuration parameters, wherein the UE is adapted to request the at least one of configuration parameters: a parameter to indicate a time gap between two adjacent repetitions of a DL PRS resource; or a parameter to indicate a number of slots for triggering offset. a parameter to indicate a time gap between two adjacent repetitions of a DL PRS resource; or a parameter to indicate a number of slots for triggering offset.
A radio frequency ion thruster comprising an induction heating coil, whereby said induction heating coil having a first inner winding W 1 and at least one further outer winding W 2, said inner winding W 1 having a radius r 1 and said outer winding W 2 having a radius r 2, where r 1 is smaller than r 2, the inner winding W 1 lying inside the outer winding W 2 and the windings W 1 and W 2 being connected at one end of the coil at a point, so that at this point a current flow i through the coil changes its direction of flow with respect to the z-axis of the induction heating coil, characterized in that the windings W 1 and W 2 are connected in such a way that the electric fields of the first winding W 1 and the second winding W 2 are superimposed in the interior of the coil in such a way that the components Ez and E-z of the resulting electric field cancel each other out along the z-axis.
A drying unit for drying a continuous web of a print medium after having a marking substance deposited thereon, the drying unit comprising: a frame; a plurality of rollers (122a-122i) that define a web path within the frame; a heat source that is removably attached to the frame, wherein removal of the heat source does not require removal of the continuous web from the web path; a fan directing air flow from outside the drying unit into the heat source and then towards the web path; an air box mounted within the frame, wherein the air box includes an intake port that receives air flow from the heat source, and an exhaust port; wherein a drying space for the continuous web is defined between the heat source and the air box; wherein the heat source is movable between a first position in the frame and a second position spaced from the frame while the continuous web is in the web path. a frame; a plurality of rollers (122a-122i) that define a web path within the frame; a heat source that is removably attached to the frame, wherein removal of the heat source does not require removal of the continuous web from the web path; a fan directing air flow from outside the drying unit into the heat source and then towards the web path; an air box mounted within the frame, wherein the air box includes an intake port that receives air flow from the heat source, and an exhaust port; wherein a drying space for the continuous web is defined between the heat source and the air box; wherein the heat source is movable between a first position in the frame and a second position spaced from the frame while the continuous web is in the web path.
A method by a terminal for receiving from a base station and transmitting to the base station in a wireless communication system, the method comprising: receiving, from the base station, configuration information for configuring an operation of the terminal according to a first communication system; acquiring transmit power information about a downlink signal of the first communication system based on the configuration information; and receiving the downlink signal from the base station based on the transmit power information, wherein the downlink signal is transmitted through a downlink carrier of the first communication system, wherein the downlink carrier is allocated in a guard-band of a second communication system, the first communication system using a Frequency Division Duplex, FDD, scheme, wherein the guard-band comprises a lower guard-band and an upper guard-band, wherein each of the lower guard-band and the upper guard-band comprises a first band, a second band and a third band, the second band being a band for allocating carriers of the first communication system including the downlink carrier, the first band being a guard-band configured between the second band and a band out of a band allocated to the second communication system and the third band being a guard band configured between the second band and an in-band of the second communication system, and wherein the carriers of the first communication system are sequentially allocated within the second band, starting at a frequency farthest from the in-band. receiving, from the base station, configuration information for configuring an operation of the terminal according to a first communication system; acquiring transmit power information about a downlink signal of the first communication system based on the configuration information; and receiving the downlink signal from the base station based on the transmit power information, wherein the downlink signal is transmitted through a downlink carrier of the first communication system, wherein the downlink carrier is allocated in a guard-band of a second communication system, the first communication system using a Frequency Division Duplex, FDD, scheme, wherein the guard-band comprises a lower guard-band and an upper guard-band, wherein each of the lower guard-band and the upper guard-band comprises a first band, a second band and a third band, the second band being a band for allocating carriers of the first communication system including the downlink carrier, the first band being a guard-band configured between the second band and a band out of a band allocated to the second communication system and the third band being a guard band configured between the second band and an in-band of the second communication system, and wherein the carriers of the first communication system are sequentially allocated within the second band, starting at a frequency farthest from the in-band.
A space potential generation device comprising: a transformer having a primary coil and a secondary coil which are magnetically connected each other; a feedback control circuit that feeds back one terminal of the secondary coil to one terminal of the primary coil to adjust a voltage of the secondary coil; an output control portion that is provided on the other terminal of the secondary coil to apply a voltage with a low frequency vibration having a range of 40 to 60 Hz to an output of the secondary coil; and a static electricity discharger that is formed of a conductive material and provided on the other terminal of the secondary coil via the output control portion, wherein the space potential generation device does not have a grounding electrode, a current flowing through the secondary coil is a weak current having a range of 0.002 to 0.2 A, the static electricity discharger is covered with an insulating member having a predetermined insulating property suitable for allowing the static electricity discharger to discharge a static electricity of a predetermined voltage to a surrounding space, and an electric field of a target voltage is formed in the surrounding space by the static electricity discharged from the static electricity discharger. a transformer having a primary coil and a secondary coil which are magnetically connected each other; a feedback control circuit that feeds back one terminal of the secondary coil to one terminal of the primary coil to adjust a voltage of the secondary coil; an output control portion that is provided on the other terminal of the secondary coil to apply a voltage with a low frequency vibration having a range of 40 to 60 Hz to an output of the secondary coil; and a static electricity discharger that is formed of a conductive material and provided on the other terminal of the secondary coil via the output control portion, wherein the space potential generation device does not have a grounding electrode, a current flowing through the secondary coil is a weak current having a range of 0.002 to 0.2 A, the static electricity discharger is covered with an insulating member having a predetermined insulating property suitable for allowing the static electricity discharger to discharge a static electricity of a predetermined voltage to a surrounding space, and an electric field of a target voltage is formed in the surrounding space by the static electricity discharged from the static electricity discharger.
An anode electrode, comprising: a porous conductive layer, comprising: a conduction loading layer, having several first pores, wherein at least parts of the first pores are through the conduction loading layer; a current collector layer, disposed adjacent to the conduction loading layer and having several second pores, wherein at least parts of the second pores are through the current collector layer; and a lithium metal layer, disposed adjacent to the porous conductive layer; characterised in that: the anode electrode further comprises a metal film covering the surfaces of the conduction loading layer and the first pores inside the conduction loading layer; and the first pores that are through the conduction loading layer penetrate through the conduction loading layer along the vertical direction and are connected with at least one second pore that is through the current collector layer along the vertical direction, wherein said layers (12, 121, 122, 14) of the anode electrode extend along the horizontal direction. a porous conductive layer, comprising: a conduction loading layer, having several first pores, wherein at least parts of the first pores are through the conduction loading layer; a current collector layer, disposed adjacent to the conduction loading layer and having several second pores, wherein at least parts of the second pores are through the current collector layer; and a conduction loading layer, having several first pores, wherein at least parts of the first pores are through the conduction loading layer; a current collector layer, disposed adjacent to the conduction loading layer and having several second pores, wherein at least parts of the second pores are through the current collector layer; and a lithium metal layer, disposed adjacent to the porous conductive layer;
A method for producing a polycarbonate resin, comprising a step of performing polycondensation through a transesterification reaction in the presence of a transesterification catalyst by using a dihydroxy compound and a carbonic acid diester as the raw material compounds, wherein: the dihydroxy compound contains at least an aliphatic dihydroxy compound having an etheric oxygen atom on at least one β-position or γ-position of a hydroxy group, the raw material compounds contain an alkanolamine, and the production method of a polycarbonate resin comprises a step of previously heating the aliphatic dihydroxy compound at 50°C or more, and mixing the compound in the melted state with the carbonic acid diester. the dihydroxy compound contains at least an aliphatic dihydroxy compound having an etheric oxygen atom on at least one β-position or γ-position of a hydroxy group, the raw material compounds contain an alkanolamine, and the production method of a polycarbonate resin comprises a step of previously heating the aliphatic dihydroxy compound at 50°C or more, and mixing the compound in the melted state with the carbonic acid diester.
A security element for application onto a surface of a valuable document or at least partial embedding into a substrate of the valuable document, such as a banknote or passport, wherein the security element consists of a plastic film, characterized in that at least one ink (2, 3) that is transparent to electromagnetic radiation in the infrared wavelength, referred to below as the IR-transparent ink, having a first reflectance value, and at least one ink (4, 5) that absorbs electromagnetic radiation in the infrared wavelength, referred to below as the IR-absorbent ink, having a second reflectance value, are applied onto the plastic film of the security element, wherein the difference between the first and second reflectance value is at least 40%, wherein the ink (2, 3) which appears transparent in the infrared wavelength range when illuminated with electromagnetic radiation is a color with dyes and the IR-absorbent ink (4, 5) is a pigmented ink, wherein the at least one IR-transparent ink (2, 3) and the at least one IR-absorbent ink (4, 5) have the same hue when illuminated by visible electromagnetic radiation.
Striker plate arrangement for a door or window lock, having a base plate which can be fastened to a fixed frame of a door or of a window and in which there is formed a recess for engagement by a locking element of the door or window lock, in particular a lock latch or a bolt, and having a closing edge plate which can be coupled to the base plate and which defines, within the recess, a closing edge behind which the locking element is intended to engage, wherein inter-engaging latching elements (20a, 20b, 31a, 31b) are provided in each case on the base plate and on the closing edge plate, by means of which latching elements the base plate and the closing edge plate can be latched with one another in different latching positions, wherein the latching elements (31a, 31b) are formed, on the one hand, on at least one narrow side of the closing edge plate that extends transversely to the closing edge and, on the other hand, on at least one coupling portion (19a, 19b) of the base plate that points in the direction of the recess, characterized in that a cover plate, which is mounted on a flat side of the base plate, covers the recess in certain regions, with the result that the regions of the cover plate that cover the recess at the front side form stop faces for the closing edge plate, which is to be inserted from the rear side of the base plate into the recess.
Sieve device with sieve slots or gaps formed between, preferably profiled, sieve bars, wherein the sieve bars are accommodated at their lower portion in locating recesses adapted to the lower portion geometry of support elements and are permanently fastened thereon, wherein between each support element and each associated sieve bar, at least on the flank area forming support surfaces for the sieve bar of the respective locating recess, at least one pocket is provided that can be filled with a filler material, wherein the sieve bar has a sieve bar height of 3 mm to 25 mm, preferably of 5 mm to 18 mm, characterised in that C defined as the ratio of the total of support surfaces for the sieve bar to the total of pocket surfaces is in a range from 0.1 to 1.0.
A system for detection of sound of interest amongst a plurality of other dynamically varying sounds, the system comprising: a spectrum detection module configured to identify a dominant frequency by detecting the dominant spectrum energy band present in a spectrum of sound energy of the varying sounds; a modified mel filter bank comprising a first mel filter bank and a second mel filter bank, each mel filter in the bank is configured to filter frequency band of sound energy for detecting the sound of interest, the modified mel filter bank configured with a revised spectral positioning of the first mel filter bank and the second mel filter bank according to the identified dominant frequency for detection of the sound of interest; wherein the dominant frequency corresponds to a frequency selected from a dominant spectrum energy frequency band in the spectrum of the sound of interest, wherein the dominant spectrum energy frequency band is the band which gives maximum spectrum energy, and wherein the modification in the mel filter bank according to the identified dominant frequency results in a frequency ranging from the dominant frequency to a maximum frequency for the first mel filter bank and from minimum frequency to the dominant frequency for the second mel filter bank; a feature extractor, coupled with the modified mel filter bank, configured to extract a plurality of spectral characteristic of the sound received from the modified filter bank; and a classifier trained to classify the extracted spectral characteristics of the sound according to the identified dominant frequency to detect the sound of interest. a spectrum detection module configured to identify a dominant frequency by detecting the dominant spectrum energy band present in a spectrum of sound energy of the varying sounds; a modified mel filter bank comprising a first mel filter bank and a second mel filter bank, each mel filter in the bank is configured to filter frequency band of sound energy for detecting the sound of interest, the modified mel filter bank configured with a revised spectral positioning of the first mel filter bank and the second mel filter bank according to the identified dominant frequency for detection of the sound of interest; wherein the dominant frequency corresponds to a frequency selected from a dominant spectrum energy frequency band in the spectrum of the sound of interest, wherein the dominant spectrum energy frequency band is the band which gives maximum spectrum energy, and wherein the modification in the mel filter bank according to the identified dominant frequency results in a frequency ranging from the dominant frequency to a maximum frequency for the first mel filter bank and from minimum frequency to the dominant frequency for the second mel filter bank; a feature extractor, coupled with the modified mel filter bank, configured to extract a plurality of spectral characteristic of the sound received from the modified filter bank; and a classifier trained to classify the extracted spectral characteristics of the sound according to the identified dominant frequency to detect the sound of interest.
An information processing apparatus comprising: a file generation unit configured to generate a file including speech waveform data and vibration waveform data, wherein the file generation unit is configured to cut out speech waveform data in a to-be-synthesized band from first speech data to acquire speech waveform data in a band different from the to-be-synthesized band, synthesize vibration waveform data extracted in a synthesizing band from vibration data with the speech waveform data in the band different from the to-be-synthesized band to generate second speech data, and encode the second speech data to generate the file. a file generation unit configured to generate a file including speech waveform data and vibration waveform data, wherein the file generation unit is configured to cut out speech waveform data in a to-be-synthesized band from first speech data to acquire speech waveform data in a band different from the to-be-synthesized band, synthesize vibration waveform data extracted in a synthesizing band from vibration data with the speech waveform data in the band different from the to-be-synthesized band to generate second speech data, and encode the second speech data to generate the file.