mhurhangee/ep-ind-claims huggingface dataset:
A screen sharing method, the method is performed by a terminal, the method comprising: pairing with a target display device for screen projection; in response to detecting a screen sharing operation, sending, shared screen data via a server to a target participant device in a multimedia conference; wherein the target participant device displays a shared screen based on the shared screen data, wherein the target participant device comprises the target display device; sending, in response to receiving call information inputted by a user, a call request via the server to a to-be-participant device indicated by the call information, to trigger the to-be-participant device to join the multimedia conference based on the call request, wherein in response to determining that the to-be-participant device already joins the multimedia conference, the server sends the shared screen data to the to-be-participant device, to trigger the to-be-participant device to display the shared screen based on the shared screen data. pairing with a target display device for screen projection; in response to detecting a screen sharing operation, sending, shared screen data via a server to a target participant device in a multimedia conference; wherein the target participant device displays a shared screen based on the shared screen data, wherein the target participant device comprises the target display device; sending, in response to receiving call information inputted by a user, a call request via the server to a to-be-participant device indicated by the call information, to trigger the to-be-participant device to join the multimedia conference based on the call request, wherein in response to determining that the to-be-participant device already joins the multimedia conference, the server sends the shared screen data to the to-be-participant device, to trigger the to-be-participant device to display the shared screen based on the shared screen data.
A semiconductor package comprising: a conductive trace (202a; 202d; 454) embedded in a base (200; 200a; 208; 450; 456) having a device attach surface; and a semiconductor device mounted on the conductive trace (202a; 202d; 454) via a conductive structure; wherein the conductive trace (202a; 202d; 454) has a top surface (212a; 212d; 460) below the device attach surface of the base (200; 200a; 208; 450; 456); and the conductive structure contacts a top surface (212a; 212d; 460) of the conductive trace (202a; 202d; 454) and is disposed on the device attach surface of the base (200; 200a; 208; 450; 456). a conductive trace (202a; 202d; 454) embedded in a base (200; 200a; 208; 450; 456) having a device attach surface; and a semiconductor device mounted on the conductive trace (202a; 202d; 454) via a conductive structure; wherein the conductive trace (202a; 202d; 454) has a top surface (212a; 212d; 460) below the device attach surface of the base (200; 200a; 208; 450; 456); and the conductive structure contacts a top surface (212a; 212d; 460) of the conductive trace (202a; 202d; 454) and is disposed on the device attach surface of the base (200; 200a; 208; 450; 456).
Security element (12, 16, 18, 20) for safeguarding valuable objects, wherein the security element has a feature region with a luminescence feature, wherein in the feature region - a first non-luminescent printing ink having a visible first colour is applied in a first region, - at least two luminescent printing inks (42A, 42B) which luminesce in at least two different luminescence colours upon excitation with UV or IR excitation light are applied in a second region arranged within the first region, and - a second non-luminescent printing ink having a visible second colour, which differs from the visible first colour, is applied in a third region, which partly covers the first and/or second region, characterized in that the second region partly covers the first region, and in that the two printing inks of the second region are applied on the printing ink of the first region, and in that the two printing inks of the second region are substantially transparent in the visible spectral range. - a first non-luminescent printing ink having a visible first colour is applied in a first region, - at least two luminescent printing inks (42A, 42B) which luminesce in at least two different luminescence colours upon excitation with UV or IR excitation light are applied in a second region arranged within the first region, and - a second non-luminescent printing ink having a visible second colour, which differs from the visible first colour, is applied in a third region, which partly covers the first and/or second region,
An additional brake device for a passenger transport device, the additional brake device comprising: a brake disc defining a hole and having an inner circumferential surface; a wheel disc having a wheel disc body and an extension, the extension being fitted into the hole of the brake disc and having an outer circumferential surface, and a first friction plate being provided between the brake disc and the wheel disc body; and a pressure holding mechanism which maintains a pressure between the brake disc and the wheel disc; wherein an intermediate member is provided between the inner circumferential surface of the brake disc and the outer circumferential surface of the extension of the wheel disc; and the intermediate member is coupled to the inner circumferential surface of the brake disc or the outer circumferential surface of the extension of the wheel disc; characterized in that: the intermediate member comprises a metal or alloy material. a brake disc defining a hole and having an inner circumferential surface; a wheel disc having a wheel disc body and an extension, the extension being fitted into the hole of the brake disc and having an outer circumferential surface, and a first friction plate being provided between the brake disc and the wheel disc body; and a pressure holding mechanism which maintains a pressure between the brake disc and the wheel disc; wherein an intermediate member is provided between the inner circumferential surface of the brake disc and the outer circumferential surface of the extension of the wheel disc; and the intermediate member is coupled to the inner circumferential surface of the brake disc or the outer circumferential surface of the extension of the wheel disc; characterized in that: the intermediate member comprises a metal or alloy material.
Method for operating a printing press with an integrated or inline-connected flatbed die-cutter and with a printing unit arranged upstream of the die-cutter, wherein printing material is fed as a web to a die-cutting module of the flatbed die-cutter, said web is passed through the die-cutting module and a web section is separated from the web in or after the die-cutting module and removed as spoilage, characterized in that the web section is cut off by a cross-cutter - which is distinct from a die-cutting knife of the die-cutting module - said cross-cutter being either rotary or reciprocating, or the web section is only partially cut a cross cutter - which is distinct from a die-cutting knife of the die-cutting module - and subsequently torn off; wherein the spoilage is mechanically removed either i) in web form and wound onto a winding roller, or ii) in sheet form and deposited or shredded; wherein the die-cutting module is activated and/or operated during or after the removal of the web section, in register and at a speed corresponding to a printed image produced on the web by the printing unit; and wherein feeding of the web to the flatbed die-cutter and guiding of the web through the die-cutting module is initiated at the beginning of a production run of the printing press, continued without interruption during the removal of the web section and the register-accurate and speed-synchronized die-cutting, and only terminated at the end of the production run.
A transmission method used in a first access point and a second access point that perform wireless transmission to a third access point and a fourth access point, the first access point being a master access point controlling the second access point, and the third access point being another master access point controlling the fourth access point, the first and second access points being installed in a first location, wherein the first location is a roof of a building, and the third access point and the fourth access point being installed in a second location different from the first location, wherein the second location is a roof of another building, the wireless transmission using a millimeter wave frequency bandwidth, the transmission method comprising: transmitting, by the first access point, transmission data comprising a first signal to the third access point as an independent operation; obtaining, by the first access point, communication quality of communication with the third access point based on a training signal transmitted by the first access point to the third access point in the millimeter wave frequency bandwidth; determining, by the first access point, to perform a cooperative operation if the communication quality is less than a threshold and not to perform the cooperative operation if the communication quality is not less than the threshold; transmitting, by the second access point, the transmission data comprising a second signal to the third access point, to perform a cooperative operation with the first access point, when the determination is made to perform the cooperative operation, wherein the first signal and the second signal carry the same data; and when the determination is made not to perform the cooperative operation, stopping, by the second access point, the transmission of the transmission data to the third access point to return the first access point to the independent operation, and transmitting, by the first access point, the first signal to the third access point and at a same time, transmitting, by the second access point, the second signal, carrying different data from the first signal, to the fourth access point. transmitting, by the first access point, transmission data comprising a first signal to the third access point as an independent operation; obtaining, by the first access point, communication quality of communication with the third access point based on a training signal transmitted by the first access point to the third access point in the millimeter wave frequency bandwidth; determining, by the first access point, to perform a cooperative operation if the communication quality is less than a threshold and not to perform the cooperative operation if the communication quality is not less than the threshold; transmitting, by the second access point, the transmission data comprising a second signal to the third access point, to perform a cooperative operation with the first access point, when the determination is made to perform the cooperative operation, wherein the first signal and the second signal carry the same data; and
An ionization method comprising: bringing the tip of an electrically conductive probe into contact with a sample on a stage and capturing a portion of the sample; subsequently moving said probe in a direction in which it separates from the sample on said stage; and supplying a solvent to the tip of said probe that has captured the portion of the sample and separated from the sample on said stage, and applying a high-voltage for electrospray to said probe, thereby ionizing molecules of the sample at the tip of said probe, characterized in that said solvent is heated and is supplied as a vapor to the tip of said probe. bringing the tip of an electrically conductive probe into contact with a sample on a stage and capturing a portion of the sample; subsequently moving said probe in a direction in which it separates from the sample on said stage; and supplying a solvent to the tip of said probe that has captured the portion of the sample and separated from the sample on said stage, and applying a high-voltage for electrospray to said probe, thereby ionizing molecules of the sample at the tip of said probe, characterized in that said solvent is heated and is supplied as a vapor to the tip of said probe.
A network entity of a cellular telecommunications network having a processing unit that is configured: - to define a spatial zone (1, 1') in the cellular telecommunications network; - to receive route indication information from at least one mobile terminal on a vehicle (11, 12, 12') inside the spatial zone (1, 1'); - to generate a trajectory (110, 120, 130) for the vehicle (11, 12, 12') based on the received route indication information; - to store an area (210, 220, 230) of possible vehicle trajectories inside the spatial zone (1, 1'); - to generate additional trajectories from the area (210, 220, 230) of possible vehicle trajectories and trajectory probabilities for each additional trajectory if the received route indication information is ambiguous; - to calculate a danger situation probability for the vehicle (11, 12, 12') based on the generated trajectories; and - to send a notification message to the mobile terminal if the danger situation probability exceeds a predefined threshold probability. - to define a spatial zone (1, 1') in the cellular telecommunications network; - to receive route indication information from at least one mobile terminal on a vehicle (11, 12, 12') inside the spatial zone (1, 1'); - to generate a trajectory (110, 120, 130) for the vehicle (11, 12, 12') based on the received route indication information; - to store an area (210, 220, 230) of possible vehicle trajectories inside the spatial zone (1, 1'); - to generate additional trajectories from the area (210, 220, 230) of possible vehicle trajectories and trajectory probabilities for each additional trajectory if the received route indication information is ambiguous; - to calculate a danger situation probability for the vehicle (11, 12, 12') based on the generated trajectories; and - to send a notification message to the mobile terminal if the danger situation probability exceeds a predefined threshold probability.
An anti-fuse memory cell, comprising a base, wherein the base is provided with an N-well and a non-N-well region; the non-N-well region is provided with a first NMOS transistor; a gate of the first NMOS transistor is used for inputting a first selection signal (WSNm); the N-well is provided with a PMOS transistor and a varactor; a gate of the PMOS transistor and a gate of the varactor are both connected to a drain of the first NMOS transistor; and the N-well, a drain, a source and a substrate of the PMOS transistor and a drain a source, and a substrate of the varactor are all connected to a controllable power supply; the source of the PMOS transistor is adjacent to the source of the varactor; the drain of the PMOS transistor is adjacent to the drain of the varactor; an active region of the PMOS transistor is adjacent to an active region of the varactor; the gate of the PMOS transistor is adjacent to the gate of the varactor or the PMOS transistor and the varactor share one gate, and at least one of the drain and the source of the varactor is N-type implanted and reused as a N-well tap of the PMOS transistor; and the PMOS transistor has no dedicated N-well tap.
A compound of the formula: wherein: R 1 is selected from H, an alkyl group, an aryl group, and combinations thereof; R 2 is R f -Y-(CH 2) c -; R 3 is a reactive group selected from (i) a polymerizable group including an ethylenically unsaturated group, (ii) an organic group containing a hydrolysable silyl group, or (iii) a polymerizable group including an ethylenically unsaturated group and an organic group containing a hydrolysable silyl group; R f is a perfluorinated alkyl group of 1 to 5 carbon atoms; Y is selected from-S 2 -N(CH 3)-, -S 2 -N(CH 2 CH 3)-,-C -NH-, -C -N(CH 3)-, and -C -N(CH 2 CH 3)-; n is an integer of greater than 10; and x is an integer from 2 to 20. R 1 is selected from H, an alkyl group, an aryl group, and combinations thereof; R 2 is R f -Y-(CH 2) c -; R 3 is a reactive group selected from (i) a polymerizable group including an ethylenically unsaturated group, (ii) an organic group containing a hydrolysable silyl group, or (iii) a polymerizable group including an ethylenically unsaturated group and an organic group containing a hydrolysable silyl group; R f is a perfluorinated alkyl group of 1 to 5 carbon atoms; Y is selected from-S 2 -N(CH 3)-, -S 2 -N(CH 2 CH 3)-,-C -NH-, -C -N(CH 3)-, and -C -N(CH 2 CH 3)-; n is an integer of greater than 10; and x is an integer from 2 to 20.
A fuel cell system, comprising: a fuel cell configured to generate electricity by an electrochemical reaction of a fuel gas supplied to an anode with an oxidant gas supplied to a cathode; a supply channel configured to supply the fuel gas to the anode; a recycle channel configured to supply an anode off-gas discharged from the anode to the supply channel; a circulation pump that is arranged in the recycle channel; a discharge channel that is connected to the recycle channel between the anode and the circulation pump and configured to discharge the anode off-gas to outside; a purge valve that is provided on the discharge channel; a pressure adjuster configured to adjust a pressure of the fuel gas flowing through the supply channel to be constant; and a controller, wherein: the controller is configured to determine whether a purge operation in which the purge valve is brought into an open state to discharge the anode off-gas to the outside is abnormal, and characterized in that when the controller determines that the purge operation is abnormal, the controller is configured to perform a decreasing operation to decrease a flow rate of the fuel gas supplied to the anode. a fuel cell configured to generate electricity by an electrochemical reaction of a fuel gas supplied to an anode with an oxidant gas supplied to a cathode; a supply channel configured to supply the fuel gas to the anode; a recycle channel configured to supply an anode off-gas discharged from the anode to the supply channel; a circulation pump that is arranged in the recycle channel; a discharge channel that is connected to the recycle channel between the anode and the circulation pump and configured to discharge the anode off-gas to outside; a purge valve that is provided on the discharge channel; a pressure adjuster configured to adjust a pressure of the fuel gas flowing through the supply channel to be constant; and a controller, wherein: the controller is configured to determine whether a purge operation in which the purge valve is brought into an open state to discharge the anode off-gas to the outside is abnormal, and characterized in that the controller is configured to determine whether a purge operation in which the purge valve is brought into an open state to discharge the anode off-gas to the outside is abnormal, and characterized in that when the controller determines that the purge operation is abnormal, the controller is configured to perform a decreasing operation to decrease a flow rate of the fuel gas supplied to the anode.
A bleaching powder, containing a) at least one oxidizing agent selected from sodium percarbonates and inorganic salts of a peroxysulfuric acid, and mixtures thereof, b) also at least one dicarboxylic acid having 2 to 10 carbon atoms, selected from succinic acid and/or at least one salt of this acid and mixtures of these compounds, c) also arginine and lysine or at least one of the salts of these amino acids, d) and 0 to 8 wt.% water, based on the weight of the bleaching powder. a) at least one oxidizing agent selected from sodium percarbonates and inorganic salts of a peroxysulfuric acid, and mixtures thereof, b) also at least one dicarboxylic acid having 2 to 10 carbon atoms, selected from succinic acid and/or at least one salt of this acid and mixtures of these compounds, c) also arginine and lysine or at least one of the salts of these amino acids, d) and 0 to 8 wt.% water, based on the weight of the bleaching powder.
A method of processing video data, the method comprising: parsing a sequence parameter set, SPS, the SPS being signaled in a bitstream of encoded video data once per sequence of a group of encoded pictures; parsing one or more dynamic range adjustment, DRA, syntax elements in a picture parameter set, PPS, the PPS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the PPS is not dependent on any syntax element of the SPS, the one or more DRA syntax elements in the PPS comprising one or more of i) a first DRA syntax element indicative of whether DRA is enabled or, ii) a second DRA syntax element indicative of an identifier of an adaptation parameter set, APS; parsing one or more DRA syntax elements in the APS, the APS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the APS is not dependent on any syntax element of the SPS, the one or more syntax elements in the APS comprising a first DRA syntax element of a predetermined fixed bit depth and comprising a syntax element whose value is indicative of a starting codeword position utilized to derive a DRA table; and processing the at least one picture based on the SPS, the PPS, and the APS. parsing a sequence parameter set, SPS, the SPS being signaled in a bitstream of encoded video data once per sequence of a group of encoded pictures; parsing one or more dynamic range adjustment, DRA, syntax elements in a picture parameter set, PPS, the PPS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the PPS is not dependent on any syntax element of the SPS, the one or more DRA syntax elements in the PPS comprising one or more of i) a first DRA syntax element indicative of whether DRA is enabled or, ii) a second DRA syntax element indicative of an identifier of an adaptation parameter set, APS; parsing one or more DRA syntax elements in the APS, the APS being signaled in the bitstream of encoded video data and being related to at least one picture in the group of encoded pictures, wherein the parsing of the one or more DRA syntax elements in the APS is not dependent on any syntax element of the SPS, the one or more syntax elements in the APS comprising a first DRA syntax element of a predetermined fixed bit depth and comprising a syntax element whose value is indicative of a starting codeword position utilized to derive a DRA table; and processing the at least one picture based on the SPS, the PPS, and the APS.