mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication device comprising: a radio receiving unit that is arranged to receive a packet having a format conforming to a first communication scheme, the format including a second format portion conforming to a second communication scheme using a higher frequency band than the first communication scheme and a first format portion excluding the second format portion; a demodulation and decoding unit that is arranged to subsequently demodulate and decode the first format portion and the second format portion of the received packet, a processing unit that is arranged to output a response signal at completion of demodulation and decoding of the first format portion, regardless of whether demodulation and decoding of the second format portion are completed or not, and to output a delayed response signal at completion of demodulation and decoding of the second format portion. a radio receiving unit that is arranged to receive a packet having a format conforming to a first communication scheme, the format including a second format portion conforming to a second communication scheme using a higher frequency band than the first communication scheme and a first format portion excluding the second format portion; a demodulation and decoding unit that is arranged to subsequently demodulate and decode the first format portion and the second format portion of the received packet, a processing unit that is arranged to output a response signal at completion of demodulation and decoding of the first format portion, regardless of whether demodulation and decoding of the second format portion are completed or not, and to output a delayed response signal at completion of demodulation and decoding of the second format portion.
An inhibitor of RNA polymerase II for use in therapy, wherein said inhibitor is a moiety which targets a protein selected from cyclin kinase 12 (CDK12) or its recruiting protein PAF1C, and wherein said inhibitor is (a) an E. coli NlpD protein, or an active variant thereof, the variant comprising an amino acid sequence having at least 70% sequence identity with the native protein, or (b) an E. coli Sigma S protein or an active variant thereof, the variant comprising an amino acid sequence having at least 70% sequence identity with the native protein, or an active fragment of either of these, the active fragment comprising SEQ ID NO 3.
A computer-implemented method for migrating data, comprising: receiving (S102), by a migration source terminal, an application migration instruction, and determining, by the migration source terminal, a target application and a migration target terminal corresponding to the application migration instruction; establishing, by the migration source terminal, a communication connection with the migration target terminal; acquiring (S104), by the migration source terminal, a target system type of the migration target terminal and a local system type of the migration source terminal, upon detecting that the communication connection is established successfully; and instructing (S108), by the migration source terminal, the migration target terminal to download the target application by sending an application download instruction to the migration target terminal, when the local system type is not matched with the target system type; acquiring (S 106) user data of the target application; and migrating (S110) the user data to the migration target terminal after the migration target terminal downloads the target application, characterised in that : when the communication connection between the migration source terminal and the migration target terminal fails to be established,counting, by the migration source terminal, time elapsed after determining the target application and the migration target terminal corresponding to the application migration instruction, and resending, by the migration source terminal, a request for establishing the communication connection to the migration target terminal when the time exceeds a preset threshold. receiving (S102), by a migration source terminal, an application migration instruction, and determining, by the migration source terminal, a target application and a migration target terminal corresponding to the application migration instruction; establishing, by the migration source terminal, a communication connection with the migration target terminal; acquiring (S104), by the migration source terminal, a target system type of the migration target terminal and a local system type of the migration source terminal, upon detecting that the communication connection is established successfully; and instructing (S108), by the migration source terminal, the migration target terminal to download the target application by sending an application download instruction to the migration target terminal, when the local system type is not matched with the target system type; acquiring (S 106) user data of the target application; and migrating (S110) the user data to the migration target terminal after the migration target terminal downloads the target application,
A portable computer , comprising: a display assembly coupled to a base assembly, said base assembly having a width and a length; a touchpad disposed on the base assembly , wherein the touchpad is configured to operate as an input device characterised in that the touchpad includes a plurality of predefined regions , wherein the touchpad forms an area to support a user's palm, wherein the portable computer is configured to filter each contact detected by the touchpad and to deactivate a first predefined region of the plurality of predefined regions if a first contact detected by the touchpad within the first predefined region of the plurality of predefined regions is recognized as an unintentional contact, while a second predefined region of the plurality of predefined regions is active and responsive to touchpad sensing, wherein the touchpad has a width that is between half the width of the base assembly and the width of the base assembly; and wherein the portable computer is configured to recognize the first contact as the unintentional contact based on an analysis of one or more characteristics of one or more contact patches corresponding to the first contact. a display assembly coupled to a base assembly, said base assembly having a width and a length; a touchpad disposed on the base assembly , wherein the touchpad is configured to operate as an input device characterised in that the touchpad includes a plurality of predefined regions , wherein the touchpad forms an area to support a user's palm, wherein the portable computer is configured to filter each contact detected by the touchpad and to deactivate a first predefined region of the plurality of predefined regions if a first contact detected by the touchpad within the first predefined region of the plurality of predefined regions is recognized as an unintentional contact, while a second predefined region of the plurality of predefined regions is active and responsive to touchpad sensing, wherein the touchpad has a width that is between half the width of the base assembly and the width of the base assembly; and wherein the portable computer is configured to recognize the first contact as the unintentional contact based on an analysis of one or more characteristics of one or more contact patches corresponding to the first contact.
A display apparatus comprising: a display part configured to display an image thereon; a video signal processor configured to convert a first input video signal into a signal having a format displayable by the display part and a second input video signal different from the first input video signal into a signal having a format displayable by the display part ; a network controller configured to be connectable to a network to receive graphics data from a computer according to a predetermined protocol; a data processor configured to convert the graphics data received through the network controller into the second input video signal having a format processible by the video signal processor ; and a controller in communication with the video signal processor , the network controller and the data processor configured to control the display part to display of the first and second input video signals and configured to control power to be supplied to the data processor based on the graphics data being transmitted and/or received by the network controller ; wherein the network controller is configured to supply data receiving information regarding whether the graphics data is transmitted and/or received through the network to the controller , and based on the data receiving information corresponding to the graphics data not being transmitted and/or received through the network controller , the controller is configured to control power to be supplied to the video signal processor and the network controller and not to be supplied to the data processor . a display part configured to display an image thereon; a video signal processor configured to convert a first input video signal into a signal having a format displayable by the display part and a second input video signal different from the first input video signal into a signal having a format displayable by the display part ; a network controller configured to be connectable to a network to receive graphics data from a computer according to a predetermined protocol; a data processor configured to convert the graphics data received through the network controller into the second input video signal having a format processible by the video signal processor ; and a controller in communication with the video signal processor , the network controller and the data processor configured to control the display part to display of the first and second input video signals and configured to control power to be supplied to the data processor based on the graphics data being transmitted and/or received by the network controller ; wherein the network controller is configured to supply data receiving information regarding whether the graphics data is transmitted and/or received through the network to the controller , and based on the data receiving information corresponding to the graphics data not being transmitted and/or received through the network controller , the controller is configured to control power to be supplied to the video signal processor and the network controller and not to be supplied to the data processor .
A method for determining a specific near vision power of an ophthalmic lens to be provided to a wearer having an ophthalmic prescription, the specific near vision power being for near distance vision, the method comprising: - an ophthalmic lens providing step during which at least an ophthalmic lens having a near distance vision zone comprising a mean power adapted for near distance vision is provided to the wearer, - a near vision task speed determining step during which the processing speed of a near vision task by the wearer when wearing said provided ophthalmic lens is determined, wherein the ophthalmic lens providing step and the near vision task speed determining step are repeated with ophthalmic lenses having different mean power, so as to determine a specific near vision power corresponding to the mean power providing an improved near vision task processing speed. - an ophthalmic lens providing step during which at least an ophthalmic lens having a near distance vision zone comprising a mean power adapted for near distance vision is provided to the wearer, - a near vision task speed determining step during which the processing speed of a near vision task by the wearer when wearing said provided ophthalmic lens is determined,
A method for conducting an assay on a nucleic acid sample, comprising: (a) providing a first injector having a zero-dead volume and comprising a first dispersed phase and a first continuous phase, a second injector having a zero-dead volume and comprising a second dispersed phase and a second continuous phase, and a controller, wherein said first injector is in fluid communication with (i) a reservoir for said first dispersed phase and (ii) a reservoir for said first continuous phase, and said second injector is in fluid communication with (i) a reservoir for said second dispersed phase and (ii) a reservoir for said second continuous phase, wherein said first dispersed phase comprises said nucleic acid sample and said second dispersed phase comprises nucleic acid amplification reagents; (b) directing (i) said first dispersed phase and first continuous phase from said first injector to a coalescer , and (ii) said second dispersed phase and second continuous phase from said second injector to said coalescer , wherein said first dispersed phase and said second dispersed phase are coalesced to yield a fluid comprising said nucleic acid sample; (c) directing said fluid from said coalescer to a reactor downstream of said coalescer ; (d) in said reactor , inducing a chemical reaction on said nucleic acid sample; and (e) using a detector that is in fluid communication with said reactor to detect said chemical reaction or derivative thereof. (a) providing a first injector having a zero-dead volume and comprising a first dispersed phase and a first continuous phase, a second injector having a zero-dead volume and comprising a second dispersed phase and a second continuous phase, and a controller, wherein said first injector is in fluid communication with (i) a reservoir for said first dispersed phase and (ii) a reservoir for said first continuous phase, and said second injector is in fluid communication with (i) a reservoir for said second dispersed phase and (ii) a reservoir for said second continuous phase, wherein said first dispersed phase comprises said nucleic acid sample and said second dispersed phase comprises nucleic acid amplification reagents; (b) directing (i) said first dispersed phase and first continuous phase from said first injector to a coalescer , and (ii) said second dispersed phase and second continuous phase from said second injector to said coalescer , wherein said first dispersed phase and said second dispersed phase are coalesced to yield a fluid comprising said nucleic acid sample; (c) directing said fluid from said coalescer to a reactor downstream of said coalescer ; (d) in said reactor , inducing a chemical reaction on said nucleic acid sample; and (e) using a detector that is in fluid communication with said reactor to detect said chemical reaction or derivative thereof.
An output control device for an internal combustion engine for generating a drive force of a vehicle, comprising: a braking request detection sensor for detecting whether or not a braking request operation has been performed; and a controller programmed to: limit an output of the internal combustion engine when the braking request operation is started (S7) under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9). a braking request detection sensor for detecting whether or not a braking request operation has been performed; and a controller programmed to: limit an output of the internal combustion engine when the braking request operation is started (S7) under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9). limit an output of the internal combustion engine when the braking request operation is started (S7) under an occurrence of a request for the drive force; and lift, when the braking request operation is finished in the situation where the request for the drive force is still present, output limitation of the internal combustion engine over a predetermined limitation lifting time by gradually increasing the output of the internal combustion engine, and shorten the limitation lifting time more as a duration of the braking request operation becomes shorter (S8, S9).
A segmented instrument having braking capabilities, comprising: an elongate body defining a central lumen extending from a proximal end to a distal end of the elongate body , the central lumen being sized to receive and advance a surgical instrument through the elongate body to a location beyond the distal end of the elongate body , the elongate body comprising: a plurality of links disposed in series along an axial direction of the elongate body ; a hinge connecting a pair of adjacent links in the plurality of links ; and a brake assembly coupled to each link in the pair of adjacent links and positioned between the pair of adjacent links to span a distance between the pair of adjacent links , wherein the brake assembly comprises a plurality of complementary-shaped components having complementary surfaces positioned between the adjacent links , wherein the complementary surfaces slide relative to each other in a first state of the brake assembly and engage each other to prevent sliding relative to each other in a second state of the brake assembly . a plurality of links disposed in series along an axial direction of the elongate body ; a hinge connecting a pair of adjacent links in the plurality of links ; and a brake assembly coupled to each link in the pair of adjacent links and positioned between the pair of adjacent links to span a distance between the pair of adjacent links , wherein the brake assembly comprises a plurality of complementary-shaped components having complementary surfaces positioned between the adjacent links , wherein the complementary surfaces slide relative to each other in a first state of the brake assembly and engage each other to prevent sliding relative to each other in a second state of the brake assembly .
A method for real-time collaboration among a group of users over one or more networks for use in a shared storage system , the method comprising: initiating a collaboration session; writing at least one collaboration message comprising information, comprising generating a metadata record, publishing the metadata record to a metadata database, and writing the at least one collaboration message to a designated shared storage location, wherein the metadata is used to access the at least one collaboration message; persisting the at least one collaboration message in the designated shared storage location; and playing back the at least one collaboration message comprising a user requesting the metadata record from the shared storage network through a data guard; the data guard arranged to inspect the request to verify access of the user to the metadata record. initiating a collaboration session; writing at least one collaboration message comprising information, comprising generating a metadata record, publishing the metadata record to a metadata database, and writing the at least one collaboration message to a designated shared storage location, wherein the metadata is used to access the at least one collaboration message; persisting the at least one collaboration message in the designated shared storage location; and playing back the at least one collaboration message comprising a user requesting the metadata record from the shared storage network through a data guard; the data guard arranged to inspect the request to verify access of the user to the metadata record.
Method for determining the abrasion characteristics of galvannealed flat steel products , in which an adhesive strip is respectively stuck onto the flat steel products , in which the flat steel products are respectively bent in the region provided with the adhesive strip , in order to produce abrasion of the zinc coating, in which, following the bending of the flat steel products , the adhesive strip is pulled off together with dust of the zinc coating adhering to the adhesive strip , and in which, at least to some extent, the iron contents of the zinc coatings of the respective flat steel products are determined, characterized in that in each case a dimension and a representative gray value of the dust adhering to the adhesive strip is determined, the dependence of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content of the zinc coating is determined, a plurality of photographs of the adhesive strip are respectively produced by means of a camera both under incident light and also with transmitted light and with different illuminations, wherein in each case the plurality of photographs are superimposed to form a new illustration and wherein the determination of the dimensions and representative gray values of the dust adhering to the adhesive strip is carried out by using the illustrations and wherein the dimensions and the representative gray values of the dust adhering to the adhesive strip are determined for different limiting gray values, wherein gray values of the adhesive strip and of the dust that are lighter than the respective limiting gray value remain unconsidered and wherein the dependencies of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content of the zinc coating are determined for each limiting gray value and wherein it is determined how well the dimensions and the representative gray values of the dust adhering to the adhesive strip for the respective limiting gray values correlate with the determined dependencies and wherein a limiting gray value is defined for further determinations of the dimension and the representative gray values for which a good correlation of the dimensions and the representative gray values of the dust adhering to the adhesive strip with the dependence of the dimensions and the representative gray values of the dust adhering to the adhesive strip on the iron content is obtained.
A concrete container , comprising: a first concrete , having a vessel shape with an outer surface and an inner surface; and a second concrete , coating the outer surface of the first concrete , characterized in that the first concrete is more capable for shielding radiation than the second concrete , and the second concrete is less permeable than the first concrete , wherein the permeability is measured as hydraulic transmissivity, air permeability or ionic diffusivity. a first concrete , having a vessel shape with an outer surface and an inner surface; and a second concrete , coating the outer surface of the first concrete , characterized in that the first concrete is more capable for shielding radiation than the second concrete , and the second concrete is less permeable than the first concrete , wherein the permeability is measured as hydraulic transmissivity, air permeability or ionic diffusivity.