mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication operable at a user equipment UE, the method comprising: transmitting to a base station a UE capability message indicative of whether the UE supports a UE-assisted selective acceleration by local caching; transmitting to the base station a first data packet including first assistance information, AI, to request the UE-assisted selective acceleration of the first data packet by the local caching; receiving, based on an eligibility of the first data packet for selective acceleration being of a type or degree of acceleration that is inconsistent with the type or degree of acceleration indicated by the first Al, a configuration message from the base station, wherein the configuration message configures the UE to include second AI in a second data packet to request the UE-assisted selective acceleration of the second data packet; wherein the first data packet is routed by the base station to a local cache or to a core network according to the type or degree of acceleration for which the first packet is eligible regardless of the type or degree of acceleration indicated by the first AI. transmitting to a base station a UE capability message indicative of whether the UE supports a UE-assisted selective acceleration by local caching; transmitting to the base station a first data packet including first assistance information, AI, to request the UE-assisted selective acceleration of the first data packet by the local caching; receiving, based on an eligibility of the first data packet for selective acceleration being of a type or degree of acceleration that is inconsistent with the type or degree of acceleration indicated by the first Al, a configuration message from the base station, wherein the configuration message configures the UE to include second AI in a second data packet to request the UE-assisted selective acceleration of the second data packet; wherein the first data packet is routed by the base station to a local cache or to a core network according to the type or degree of acceleration for which the first packet is eligible regardless of the type or degree of acceleration indicated by the first AI.
A packaging device, comprising: a first platform and a second platform facing the first platform; wherein the first platform is configured to move back and forth towards or away from the second platform; the first platform is provided with a first electromagnetic device; wherein the packaging device comprises at least one patch which is capable of being adsorbed by the first electromagnetic device; when the patch is adsorbed by the first electromagnetic device, one side of the patch is attached to the first platform, and the other side of the patch is configured to be attached to a substrate to be packaged; wherein the patch is a magnetic patch; characterized in that the magnetic patch comprises a magnetic body and ultraviolet separation glue arranged on the magnetic body; the UV separation glue is configured to be attached to the substrate to be packaged.
An intraperitoneal composition for administration comprising: a suspension of nanoparticulates in a phosphate buffered saline suspension medium, said nanoparticulates having a particle size as determined by aerodynamic Time of Flight particle sizing of from 0.4 to 2 micrometers and wherein said nanoparticulates are paclitaxel.
A method for sharing network resources, comprising: determining, a maximum network resource corresponding to a User Equipment, UE, on a Packet Data Network, PDN, or a PDN set, when the UE sets up a bearer with the PDN or the PDN set; and allocating, by a PDN gateway connecting the UE and the PDN or the PDN set, a resource for the bearer in the range of the maximum network resource according to the determined maximum network resource; wherein the determining step comprises: receiving, by the PDN gateway, a sharing information of the maximum network resource corresponding to the UE on a current PDN or PDN set from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE; determining, by the PDN gateway, the maximum network resource according to the received sharing information. determining, a maximum network resource corresponding to a User Equipment, UE, on a Packet Data Network, PDN, or a PDN set, when the UE sets up a bearer with the PDN or the PDN set; and allocating, by a PDN gateway connecting the UE and the PDN or the PDN set, a resource for the bearer in the range of the maximum network resource according to the determined maximum network resource; wherein the determining step comprises: receiving, by the PDN gateway, a sharing information of the maximum network resource corresponding to the UE on a current PDN or PDN set from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE; determining, by the PDN gateway, the maximum network resource according to the received sharing information. receiving, by the PDN gateway, a sharing information of the maximum network resource corresponding to the UE on a current PDN or PDN set from a Mobility Management Entity, MME, wherein the sharing information is obtained by the MME from a Home Subscriber Server, HSS, corresponding to the UE; determining, by the PDN gateway, the maximum network resource according to the received sharing information.
A battery pack for an electric appliance, the battery pack comprising - a data memory, which stores project data relating to a predefined sequence of project steps, wherein the project data includes a user text for each project step of the sequence; - a control unit with a voice synthesis circuit, which is configured to generate an audio signal corresponding to the associated user text for a preset project step of the sequence, wherein the control unit is configured to determine a current project status and to select the preset project step from the sequence depending on the current project status; and - a speaker, which is connected to the voice synthesis circuit for obtaining the audio signal and configured to generate a voice output based on the audio signal. - a data memory, which stores project data relating to a predefined sequence of project steps, wherein the project data includes a user text for each project step of the sequence; - a control unit with a voice synthesis circuit, which is configured to generate an audio signal corresponding to the associated user text for a preset project step of the sequence, wherein the control unit is configured to determine a current project status and to select the preset project step from the sequence depending on the current project status; and - a speaker, which is connected to the voice synthesis circuit for obtaining the audio signal and configured to generate a voice output based on the audio signal.
A leakage current detection method, applied to leakage current detection for a board-mounted component on a PCBA board, wherein the method comprises: isolating the board-mounted component under detection from one or more other components to which the board-mounted component under detection is connected, wherein the isolating comprises: making one or more other components that are connected to a leakage current input end of the board-mounted component under detection equivalent to a first resistor, making one or more other components that are connected to a leakage current output end of the board-mounted component under detection equivalent to a second resistor, and configuring an isolation end between the first resistor and the second resistor to have a same potential as the leakage current output end of the board-mounted component under detection (step 210); providing a fixed voltage for the leakage current input end of the board-mounted component under detection, and connecting the leakage current output end of the board-mounted component under detection to an inverting input end of an operational amplifier of a resistance testing module, wherein the resistance testing module comprises the operational amplifier and a reference resistor that is connected between the inverting input end of the operational amplifier and the leakage current output end (step 220); detecting an output voltage of the resistance testing module (step 230); and calculating, based on Ohm's law and according to the output voltage and the reference resistor, a leakage current flowing through the board-mounted component under detection (step 240). making one or more other components that are connected to a leakage current input end of the board-mounted component under detection equivalent to a first resistor, making one or more other components that are connected to a leakage current output end of the board-mounted component under detection equivalent to a second resistor, and configuring an isolation end between the first resistor and the second resistor to have a same potential as the leakage current output end of the board-mounted component under detection (step 210); providing a fixed voltage for the leakage current input end of the board-mounted component under detection, and connecting the leakage current output end of the board-mounted component under detection to an inverting input end of an operational amplifier of a resistance testing module, wherein the resistance testing module comprises the operational amplifier and a reference resistor that is connected between the inverting input end of the operational amplifier and the leakage current output end (step 220); detecting an output voltage of the resistance testing module (step 230); and calculating, based on Ohm's law and according to the output voltage and the reference resistor, a leakage current flowing through the board-mounted component under detection (step 240).
A method for generating a target video, comprising: acquiring live streaming data, wherein the live streaming data comprises video data, and at least one of audio data and live interaction data; processing the live streaming data to generate, based on an object comprised in a processing result, a video measurement value and at least one of an audio measurement value and an interaction measurement value; generating, based on the video measurement value and the at least one of the audio measurement value and the interaction measurement value, a comprehensive measurement value of the live streaming data; and generating a target video based on the live streaming data, in response to a determination of the comprehensive measurement value of the live streaming data satisfying a preset condition, wherein the live streaming data comprises a plurality of live streaming slice sets obtained by slicing the live streaming data in a period, and each live streaming slice set comprises a plurality of live streaming slices, and the generating a target video based on the live streaming data, in response to a determination of the comprehensive measurement value of the live streaming data satisfying a preset condition comprises: in a case that a quantity of live streaming slices satisfying a condition for comprehensive measurement value in one of the plurality of live streaming slice sets is greater than a target quantity, using the live streaming slice set as the target video. acquiring live streaming data, wherein the live streaming data comprises video data, and at least one of audio data and live interaction data; processing the live streaming data to generate, based on an object comprised in a processing result, a video measurement value and at least one of an audio measurement value and an interaction measurement value; generating, based on the video measurement value and the at least one of the audio measurement value and the interaction measurement value, a comprehensive measurement value of the live streaming data; and generating a target video based on the live streaming data, in response to a determination of the comprehensive measurement value of the live streaming data satisfying a preset condition, wherein the live streaming data comprises a plurality of live streaming slice sets obtained by slicing the live streaming data in a period, and each live streaming slice set comprises a plurality of live streaming slices, and the generating a target video based on the live streaming data, in response to a determination of the comprehensive measurement value of the live streaming data satisfying a preset condition comprises: in a case that a quantity of live streaming slices satisfying a condition for comprehensive measurement value in one of the plurality of live streaming slice sets is greater than a target quantity, using the live streaming slice set as the target video.
A furniture blank (1; 10; 18; 19) having a one-piece flat base body (11; 110; 118; 119) consisting of a rigid pressed fiber material which is a needled fleece, wherein the base body (11; 110; 118; 119) comprises at least one forming cut (112; 1120; 1128; 1129) and an outer pattern (111; 1110; 1118; 1119), wherein the at least one forming cut (112; 1120; 1128; 1129) and the outer pattern (111; 1110; 1118; 1119) are designed so that the furniture blank (1; 10; 18; 19) can be shaped along the at least one forming cut into a three-dimensional item of furniture (2; 20), and wherein the at least one forming cut (112; 1120; 1128; 1129) comprises at least one miter notch (112; 1120; 1129) wherein the at least one miter notch (112; 1120; 1129) has a notch depth which is less than the thickness of the base body (11; 110; 118; 119). the base body (11; 110; 118; 119) comprises at least one forming cut (112; 1120; 1128; 1129) and an outer pattern (111; 1110; 1118; 1119), wherein the at least one forming cut (112; 1120; 1128; 1129) and the outer pattern (111; 1110; 1118; 1119) are designed so that the furniture blank (1; 10; 18; 19) can be shaped along the at least one forming cut into a three-dimensional item of furniture (2; 20), and wherein the at least one forming cut (112; 1120; 1128; 1129) comprises at least one miter notch (112; 1120; 1129) wherein the at least one miter notch (112; 1120; 1129) has a notch depth which is less than the thickness of the base body (11; 110; 118; 119).
A method for detecting a rogue optical network unit, ONU, in a passive optical network, PON, system comprising an optical line terminal, OLT, and a plurality of ONUs comprising the rogue ONU, the method is characterized by: detecting an identity code of an ONU in an open uplink empty window; wherein the open uplink empty window is a window in which the OLT does not authorize an uplink bandwidth for any one of the plurality of ONUs; and determining that an ONU of the plurality of ONUs corresponding to the identity code of the ONU is a rogue ONU according to the identity code of the ONU; wherein: the identity code of the ONU is pre-configured and sent by an optical module of the ONU; or, the identity code of the ONU is obtained and sent by an optical module of the ONU from a control module of the ONU within an unauthorized time that is a time period in which the ONU is disabled to emit light. detecting an identity code of an ONU in an open uplink empty window; wherein the open uplink empty window is a window in which the OLT does not authorize an uplink bandwidth for any one of the plurality of ONUs; and determining that an ONU of the plurality of ONUs corresponding to the identity code of the ONU is a rogue ONU according to the identity code of the ONU; wherein: the identity code of the ONU is pre-configured and sent by an optical module of the ONU; or, the identity code of the ONU is obtained and sent by an optical module of the ONU from a control module of the ONU within an unauthorized time that is a time period in which the ONU is disabled to emit light.
An aperture stop (10A-F), comprising a plurality of stop blade members (20A-F) each having a filter portion formed on a part of or an entire surface of the stop blade member (20A-F), thereby defining a filter area formed by the filter portions of the plurality of stop blade members, and an aperture area positioned inside the filter area, wherein: the filter area transmits light in a wavelength range corresponding to fluorescent light from an observed area of a subject, and reduces or blocks transmission of light in a wavelength range corresponding to illumination light to the subject; the aperture area transmits the light in the wavelength range corresponding to the fluorescent light from the observed area of the subject, and the light in the wavelength range corresponding to the illumination light to the subject; and the light in the wavelength range corresponding to the fluorescent light from the observed area of the subject is not reduced, and an area of the aperture area is variable, wherein the fluorescent light from the observed area of the subject is infrared light or light of 610 to 720 nm and the illumination light is visible light; and characterized in that the effective diameter of the fluorescent light in the aperture stop (10A-10F) is not narrowed regardless of the size of the aperture of the aperture area. the filter area transmits light in a wavelength range corresponding to fluorescent light from an observed area of a subject, and reduces or blocks transmission of light in a wavelength range corresponding to illumination light to the subject; the aperture area transmits the light in the wavelength range corresponding to the fluorescent light from the observed area of the subject, and the light in the wavelength range corresponding to the illumination light to the subject; and the light in the wavelength range corresponding to the fluorescent light from the observed area of the subject is not reduced, and an area of the aperture area is variable, wherein the fluorescent light from the observed area of the subject is infrared light or light of 610 to 720 nm and the illumination light is visible light; and characterized in that the effective diameter of the fluorescent light in the aperture stop (10A-10F) is not narrowed regardless of the size of the aperture of the aperture area.
A poly(butyleneterephthalate) composition comprising a poly(butyleneterephthalate) copolymer reaction product of a dimethyl terephthalate residual composition with 1,4-butanediol, wherein the dimethyl terephthalate residual composition comprises a. dimethyl terepthalate derived from a terephthalic-containing polyester homopolymer, terephthalic-containing polyester copolymer, or a combination thereof; and b. from more than 0 to less than 4.2 wt.% of reaction residues of the residual component selected from dimethyl isophthalate, cyclohexane dimethanol, diethylene glycol, triethylene glycol, and combinations thereof. a poly(butyleneterephthalate) copolymer reaction product of a dimethyl terephthalate residual composition with 1,4-butanediol, wherein the dimethyl terephthalate residual composition comprises a. dimethyl terepthalate derived from a terephthalic-containing polyester homopolymer, terephthalic-containing polyester copolymer, or a combination thereof; and b. from more than 0 to less than 4.2 wt.% of reaction residues of the residual component selected from dimethyl isophthalate, cyclohexane dimethanol, diethylene glycol, triethylene glycol, and combinations thereof. a. dimethyl terepthalate derived from a terephthalic-containing polyester homopolymer, terephthalic-containing polyester copolymer, or a combination thereof; and b. from more than 0 to less than 4.2 wt.% of reaction residues of the residual component selected from dimethyl isophthalate, cyclohexane dimethanol, diethylene glycol, triethylene glycol, and combinations thereof.
A method for encoding information bits for transmission over a channel in a communication system using a Low-Density Parity-Check (LDPC) code, the method comprising the steps of: performing shortening using a number of shortened bits; performing LDPC encoding; and performing puncturing based on a number of bits to be punctured, characterized in that the number of bits to be punctured is determined according to a predetermined ratio of the number of bits to be punctured to the number of shortened bits, wherein, the predetermined ratio of the number of bits to be punctured to the number of shortened bits is set to (B+1)/B, wherein B is an integer. performing shortening using a number of shortened bits; performing LDPC encoding; and performing puncturing based on a number of bits to be punctured, characterized in that the number of bits to be punctured is determined according to a predetermined ratio of the number of bits to be punctured to the number of shortened bits, wherein, the predetermined ratio of the number of bits to be punctured to the number of shortened bits is set to (B+1)/B, wherein B is an integer.
A stator arrangement for a pump assembly, said arrangement comprising a stator housing, an electrical drive motor which is arranged therein and which has a stator, as well as at least one locking element, by way of which locking element the stator is fixable in the stator housing, wherein the locking element is designed as a locking pin, the locking element extends between the outer periphery of the stator and the inner periphery of the stator housing and the locking element in the stator arrangement is movable by way of rotation from a released position, in which the stator is movable in the stator housing, into a locked position, in which the stator is fixed in the stator housing, characterised in that the locking pin at least in a section (48, 50) of its axial extension has a cross section which in a first diameter direction has a larger extension than in a second diameter direction (D 2) which extends in an angled manner to the first diameter direction (D 1).
A method for guiding aquatic organisms, the method comprising: disposing a plurality of electrode units at a distance from one another in a water tank using a locating unit, the locating unit being configured to dispose the plurality of electrode units in the water tank; and applying by a controller an electrical pulse to at least one electrode unit of the plurality of electrode units to generate an electric field and/or a magnetic field around the at least one electrode unit to guide the aquatic organisms by stimulating the aquatic organisms with the generated electric and/or magnetic fields, characterized in that the locating unit has a plate-like member provided with locating holes into which end portions of the electrode units are inserted, and in that each of the plurality of electrode units is disposed on an inner wall surface and/or inside the inner wall of the water tank. disposing a plurality of electrode units at a distance from one another in a water tank using a locating unit, the locating unit being configured to dispose the plurality of electrode units in the water tank; and applying by a controller an electrical pulse to at least one electrode unit of the plurality of electrode units to generate an electric field and/or a magnetic field around the at least one electrode unit to guide the aquatic organisms by stimulating the aquatic organisms with the generated electric and/or magnetic fields, characterized in that the locating unit has a plate-like member provided with locating holes into which end portions of the electrode units are inserted, and in that each of the plurality of electrode units is disposed on an inner wall surface and/or inside the inner wall of the water tank.