mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting medium comprising a substrate , and a first light-emitting and a second light-emitting regior disposed on both sides of the substrate, wherein the substrate includes a selective transmission layer through which non-visible light in a first wavelength region is transmitted, and non-visible light in a second wavelength region different from the first wavelength region is not substantially transmitted, characterised in that the first light-emitting region and the second light-emitting region contain a fluorescent substance that emits light when being irradiated with non-visible light in the first wavelength region and also emits light when being irradiated with non-visible light in the second wavelength region. wherein the substrate includes a selective transmission layer through which non-visible light in a first wavelength region is transmitted, and non-visible light in a second wavelength region different from the first wavelength region is not substantially transmitted, characterised in that the first light-emitting region and the second light-emitting region contain a fluorescent substance that emits light when being irradiated with non-visible light in the first wavelength region and also emits light when being irradiated with non-visible light in the second wavelength region.
A bolt having a chemical composition consisting of, in mass%: C: 0.32 to 0.39%, Si: 0.15% or less, Mn: 0.40 to 0.65%, P: 0.020% or less, S: 0.020% or less, Cr: 0.85 to 1.25%, Al: 0.005 to 0.060%, Ti: 0.010 to 0.050%, B: 0.0010 to 0.0030%, N: 0.0015 to 0.0080%, O: 0.0015% or less, Mo: 0 to 0.05%, V: 0 to 0.05%, Cu: 0 to 0.50%, Ni: 0 to 0.30%, and Nb: 0 to 0.05%, with a balance being Fe and impurities, and satisfying Formula and Formula , wherein the bolt: has a tensile strength of 1000 to 1300 MPa, measured in accordance with JIS B1051, and satisfies Formula ; 4.9 ≤ 10 C + Si + 2 Mn + Cr + 4 Mo + 5 V ≤ 6.1 Mn / Cr ≤ 0.55 dissolved Cr / Cr ≥ 0.70 where, a content in mass% of a corresponding element is substituted for each symbol of an element in Formulae to ; in a case where a corresponding element is at an impurity level, "0" is substituted for the symbol of the corresponding element in Formula ; and a dissolved Cr amount in mass% in the bolt is substituted for [dissolved Cr] in Formula , the amount of dissolved Cr being measured by the method indicated in the description, and wherein a matrix micro-structure of the bolt is a tempered martensite single-phase structure. C: 0.32 to 0.39%, Si: 0.15% or less, Mn: 0.40 to 0.65%, P: 0.020% or less, S: 0.020% or less, Cr: 0.85 to 1.25%, Al: 0.005 to 0.060%, Ti: 0.010 to 0.050%, B: 0.0010 to 0.0030%, N: 0.0015 to 0.0080%, O: 0.0015% or less, Mo: 0 to 0.05%, V: 0 to 0.05%, Cu: 0 to 0.50%, Ni: 0 to 0.30%, and Nb: 0 to 0.05%, with a balance being Fe and impurities, and satisfying Formula and Formula , wherein the bolt: has a tensile strength of 1000 to 1300 MPa, measured in accordance with JIS B1051, and satisfies Formula ; 4.9 ≤ 10 C + Si + 2 Mn + Cr + 4 Mo + 5 V ≤ 6.1 Mn / Cr ≤ 0.55 dissolved Cr / Cr ≥ 0.70 where, a content in mass% of a corresponding element is substituted for each symbol of an element in Formulae to ; in a case where a corresponding element is at an impurity level, "0" is substituted for the symbol of the corresponding element in Formula ; and a dissolved Cr amount in mass% in the bolt is substituted for [dissolved Cr] in Formula , the amount of dissolved Cr being measured by the method indicated in the description, and wherein a matrix micro-structure of the bolt is a tempered martensite single-phase structure. has a tensile strength of 1000 to 1300 MPa, measured in accordance with JIS B1051, and satisfies Formula ; 4.9 ≤ 10 C + Si + 2 Mn + Cr + 4 Mo + 5 V ≤ 6.1 Mn / Cr ≤ 0.55 dissolved Cr / Cr ≥ 0.70 where, a content in mass% of a corresponding element is substituted for each symbol of an element in Formulae to ; in a case where a corresponding element is at an impurity level, "0" is substituted for the symbol of the corresponding element in Formula ; and a dissolved Cr amount in mass% in the bolt is substituted for [dissolved Cr] in Formula , the amount of dissolved Cr being measured by the method indicated in the description, and wherein a matrix micro-structure of the bolt is a tempered martensite single-phase structure.
A method for performing, by a user equipment, UE, a Full-Duplex Radio, FDR, operation in a wireless communication system, the method comprising: transmitting (S2110, S2310), to a base station, BS, FDR capability information that represents whether to have a capability of performing the FDR operation; receiving (S2120, S2330), from the BS, Inter-Device-Interference, IDI, measurement configuration information; determining (S2130, S2340) whether or not to enter a FDR preparation mode; performing (S2140, S2350), an IDI measurement based on the received IDI measurement configuration information if the UE determines to enter the FDR preparation mode; reporting (S2150, S2360), to the BS, a result of the IDI measurement; receiving (S2160, S2370), from the BS, a control message notifying that the UE is included in a group related to the FDR operation; and transitioning from the FDR preparation mode to a FDR mode in response to the control message, wherein the FDR capability information includes indication information that represents whether to support the FDR mode for which transmission and reception operations are available to be performed simultaneously using an identical radio resource. transmitting (S2110, S2310), to a base station, BS, FDR capability information that represents whether to have a capability of performing the FDR operation; receiving (S2120, S2330), from the BS, Inter-Device-Interference, IDI, measurement configuration information; determining (S2130, S2340) whether or not to enter a FDR preparation mode; performing (S2140, S2350), an IDI measurement based on the received IDI measurement configuration information if the UE determines to enter the FDR preparation mode; reporting (S2150, S2360), to the BS, a result of the IDI measurement; receiving (S2160, S2370), from the BS, a control message notifying that the UE is included in a group related to the FDR operation; and transitioning from the FDR preparation mode to a FDR mode in response to the control message, wherein the FDR capability information includes indication information that represents whether to support the FDR mode for which transmission and reception operations are available to be performed simultaneously using an identical radio resource.
A display device comprising: a main body having a display ; an outer box in which a control board configured to control the display is embedded, the outer box being separated from the main body ; a first antenna provided in the main body ; a second antenna configured to wirelessly communicate with the first antenna , the second antenna being provided in the outer box ; and characterized in that the display device further comprises: an antenna bracket to which the second antenna is coupled; and an antenna mount to which the antenna bracket is coupled, the antenna mount being configured to cover an opening defined in the outer box , wherein the antenna bracket comprises an antenna cover configured to cover the second antenna and made of a transparent or translucent plastic material, and wherein the antenna bracket further comprises a coupling portion connected to the antenna cover and coupled to the antenna mount . a main body having a display ; an outer box in which a control board configured to control the display is embedded, the outer box being separated from the main body ; a first antenna provided in the main body ; a second antenna configured to wirelessly communicate with the first antenna , the second antenna being provided in the outer box ; and characterized in that the display device further comprises: an antenna bracket to which the second antenna is coupled; and an antenna mount to which the antenna bracket is coupled, the antenna mount being configured to cover an opening defined in the outer box , wherein the antenna bracket comprises an antenna cover configured to cover the second antenna and made of a transparent or translucent plastic material, and wherein the antenna bracket further comprises a coupling portion connected to the antenna cover and coupled to the antenna mount . an antenna bracket to which the second antenna is coupled; and an antenna mount to which the antenna bracket is coupled, the antenna mount being configured to cover an opening defined in the outer box , wherein the antenna bracket comprises an antenna cover configured to cover the second antenna and made of a transparent or translucent plastic material, and wherein the antenna bracket further comprises a coupling portion connected to the antenna cover and coupled to the antenna mount .
A method of assembling a camera , said method comprising: determining a focused position of a lens relative to an imager where an image is focused on the imager ; determining , at the focused position of the lens , a first factor indicative of focus quality at a central portion of the imager ; determining , at the focused position of the lens , a second factor indicative of focus quality at an outer portion of the imager , wherein the outer portion is displaced radially outward from the central portion ; determining an actual ratio as a ratio of the first factor and the second factor ; determining an offset position of the lens relative to the imager based on the focused position , a ratio difference between the actual ratio and a desired ratio of the first factor and the second factor , and an expansion characteristic of an adhesive used to fixedly couple the lens to the imager ; moving the lens to the offset position ; and applying the adhesive to fixedly couple the lens to the imager while the lens is in the offset position . determining a focused position of a lens relative to an imager where an image is focused on the imager ; determining , at the focused position of the lens , a first factor indicative of focus quality at a central portion of the imager ; determining , at the focused position of the lens , a second factor indicative of focus quality at an outer portion of the imager , wherein the outer portion is displaced radially outward from the central portion ; determining an actual ratio as a ratio of the first factor and the second factor ; determining an offset position of the lens relative to the imager based on the focused position , a ratio difference between the actual ratio and a desired ratio of the first factor and the second factor , and an expansion characteristic of an adhesive used to fixedly couple the lens to the imager ; moving the lens to the offset position ; and applying the adhesive to fixedly couple the lens to the imager while the lens is in the offset position .
A method of buffering data in an adaptive streaming service on a terminal on which a streaming application is executed, the method comprising: measuring, by the terminal , a per-session throughput, PST, and an available bandwidth with respect to traffic generated from a streaming application ; determining, by the terminal , a number of multiple sessions based on the per-session throughput, PST, and the available bandwidth ; determining, by the terminal , a buffer size for pre-storing data based on a cache hit ratio of the streaming application , wherein the cache hit ratio includes a rate of successful transmission of pre-fetched data from the buffer to the streaming application according to a request from the streaming application; and transmitting, to a server by the terminal , at least one request message requesting data based on the number of multiple sessions and the buffer size . measuring, by the terminal , a per-session throughput, PST, and an available bandwidth with respect to traffic generated from a streaming application ; determining, by the terminal , a number of multiple sessions based on the per-session throughput, PST, and the available bandwidth ; determining, by the terminal , a buffer size for pre-storing data based on a cache hit ratio of the streaming application , wherein the cache hit ratio includes a rate of successful transmission of pre-fetched data from the buffer to the streaming application according to a request from the streaming application; and transmitting, to a server by the terminal , at least one request message requesting data based on the number of multiple sessions and the buffer size .
An electrodepositing apparatus wherein an article (p) is coated by immersing the article (p) in an electrodepositing solution having a coating agent dispersed or dissolved in a solvent, and applying a voltage between the article (p) and a counter electrode opposed to the article (p) for letting the coating agent deposit on the surface of the article (p), said apparatus comprising an inner tank filled with the electrodepositing solution and adapted to effect electrodeposition on the article immersed in the solution, an outer tank enclosing the inner tank so that the outer tank may receive an overflow of the electrodepositing solution from the inner tank , a feedback means for feeding the electrodepositing solution from the outer tank back to the inner tank near its bottom, a means for holding the article (p) so that the article (p) may be partially immersed in the electrodepositing solution in the inner tank , a counter electrode disposed in the inner tank and opposed to the article which is held by the holding means and immersed in the solution, and a power supply for applying a predetermined voltage between the article (p) and the counter electrode , wherein the electrodepositing solution is circulated in such a way that it overflows the inner tank into the outer tank and is fed back from the outer tank to the inner tank near its bottom by the feedback means, a selected portion of the article (p) held by the holding means is immersed in the electrodepositing solution in the inner tank , and the power supply is actuated to apply the predetermined voltage between the article and the counter electrode for a predetermined time, whereby the coating agent is electrodeposited on the article surface to form a coating on the selected portion of the article surface; the apparatus characterized in that it comprises a rectifier plate having a plurality of apertures , which is disposed at a vertical intermediate position in the inner tank and horizontally extended so as to divide the inner tank into upper and lower compartments, so that the rectifier plate may suppress waving of the surface of the electrodepositing solution overflowing from the upper rim of the inner tank , and the counter electrode is a metal disc having a plurality of apertures and disposed on the rectifier plate , the disk being generally frusto-conical shaped at a central portion or over its entirety.
A method of decoding multiview video data, the method comprising: determining a partition mode for decoding a block of video data associated with a first view, wherein the partition mode indicates a division of the block of video data for predictive coding; determining, based on the determined partition mode, whether to decode a weighting factor for application to a residual predictor in an inter-view residual prediction process, wherein the inter-view residual prediction process includes determining a residual predictor for predicting residual data associated with the block of video data, wherein the residual data indicate differences between samples of the block of video data and corresponding samples of a temporal reference block identified by a temporal motion vector of the block of video data, and wherein the residual predictor indicates differences between samples of a disparity reference block identified by a disparity vector of the block of video data and corresponding samples of a temporal disparity reference block identified by the temporal motion vector and the disparity motion vector; and decoding the block of video data with the determined partition mode. determining a partition mode for decoding a block of video data associated with a first view, wherein the partition mode indicates a division of the block of video data for predictive coding; determining, based on the determined partition mode, whether to decode a weighting factor for application to a residual predictor in an inter-view residual prediction process, wherein the inter-view residual prediction process includes determining a residual predictor for predicting residual data associated with the block of video data, wherein the residual data indicate differences between samples of the block of video data and corresponding samples of a temporal reference block identified by a temporal motion vector of the block of video data, and wherein the residual predictor indicates differences between samples of a disparity reference block identified by a disparity vector of the block of video data and corresponding samples of a temporal disparity reference block identified by the temporal motion vector and the disparity motion vector; and decoding the block of video data with the determined partition mode.
Filling needle for use in a tube set for transferring a flowable medium, in particular a pharmaceutical product, - having a needle end for temporary insertion into a filling vessel, - having a connector end for connecting the filling needle to a filling device via which the medium can be supplied to the filling needle , - having an inner tube layer made of silicone, defining an inner tube lumen , and - an outer reinforcing tube layer made of a plastic reinforcing material, encasing the inner tube lumen , - wherein the reinforcing tube layer is made of polypropylene, polyethylene, polycarbonate or polysulfone and - wherein the filling needle on the whole consists of plastic, exclusively. - having a needle end for temporary insertion into a filling vessel, - having a connector end for connecting the filling needle to a filling device via which the medium can be supplied to the filling needle , - having an inner tube layer made of silicone, defining an inner tube lumen , and - an outer reinforcing tube layer made of a plastic reinforcing material, encasing the inner tube lumen , - wherein the reinforcing tube layer is made of polypropylene, polyethylene, polycarbonate or polysulfone and - wherein the filling needle on the whole consists of plastic, exclusively.
A downlink data transmission method, comprising: transmitting , by a base station, a paging message to a User Equipment, UE, when downlink data is to be transmitted to the UE, wherein the UE has not been connected to any individual cell, meaning that the UE is in an inactive state, and wherein the paging message comprises an inactive UE Identity, ID, and a unique UE air-interface transmission identifier or a public air-interface transmission identifier; and notifying the UE to receive the downlink data, wherein notifying the UE to receive the downlink data comprises transmitting, by the base station, a downlink scheduling command comprising the unique UE air-interface transmission identifier when the paging message comprised the unique UE air-interface transmission identifier or the public air-interface transmission identifier when the paging message comprised the public air-interface transmission identifier. transmitting , by a base station, a paging message to a User Equipment, UE, when downlink data is to be transmitted to the UE, wherein the UE has not been connected to any individual cell, meaning that the UE is in an inactive state, and wherein the paging message comprises an inactive UE Identity, ID, and a unique UE air-interface transmission identifier or a public air-interface transmission identifier; and notifying the UE to receive the downlink data, wherein notifying the UE to receive the downlink data comprises transmitting, by the base station, a downlink scheduling command comprising the unique UE air-interface transmission identifier when the paging message comprised the unique UE air-interface transmission identifier or the public air-interface transmission identifier when the paging message comprised the public air-interface transmission identifier.
A feedback method in a communications system, wherein the communications system comprises a first device and a second device, and the method comprises: receiving , by the first device, data sent by the second device; and sending , by the first device to the second device, feedback information indicating whether the data is successfully received, wherein a quantity of bits of the feedback information is associated with a size of a transmission time unit in the communications system, characterized in that either the communications system is an LTE system and the transmission time unit is a transmission time interval, TTI; or the communications system is an NR/5G system and the transmission time unit is a slot, a time domain symbol, or a mini slot including one or more time domain symbols, or integrates a plurality of slots or mini slots, wherein the quantity of bits of the feedback information comprises: when an additional demodulation reference signal, DMRS, or a DMRS with a high time domain density is configured for the first device, a plurality of bits is used for feedback; and otherwise, when the additional DMRS or the DMRS with a high time domain density is not configured for the first device, 1 bit used for feedback. receiving , by the first device, data sent by the second device; and sending , by the first device to the second device, feedback information indicating whether the data is successfully received, wherein a quantity of bits of the feedback information is associated with a size of a transmission time unit in the communications system, characterized in that either the communications system is an LTE system and the transmission time unit is a transmission time interval, TTI; or the communications system is an NR/5G system and the transmission time unit is a slot, a time domain symbol, or a mini slot including one or more time domain symbols, or integrates a plurality of slots or mini slots, wherein the quantity of bits of the feedback information comprises: when an additional demodulation reference signal, DMRS, or a DMRS with a high time domain density is configured for the first device, a plurality of bits is used for feedback; and otherwise, when the additional DMRS or the DMRS with a high time domain density is not configured for the first device, 1 bit used for feedback.
A method of configuring a computing device in a network of at least one surveillance camera , characterized by the following steps: storing, in a surveillance camera , a configuration data archive relating to a first network video recorder ; determining, by a second network video recorder to be configured, whether the surveillance camera has stored therein the configuration data archive; and in response to a determination that the surveillance camera has stored therein the configuration data archive, transferring data from the configuration data archive to the second network recorder to enable configuration of the second network video recorder as a replacement for the first network video recorder , based on the data from the configuration data archive stored in the surveillance camera . storing, in a surveillance camera , a configuration data archive relating to a first network video recorder ; determining, by a second network video recorder to be configured, whether the surveillance camera has stored therein the configuration data archive; and in response to a determination that the surveillance camera has stored therein the configuration data archive, transferring data from the configuration data archive to the second network recorder to enable configuration of the second network video recorder as a replacement for the first network video recorder , based on the data from the configuration data archive stored in the surveillance camera .