mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: associating a vehicle with an identifier , via a location service of a computing device, the identifier being based at least in part upon a location of the vehicle; processing , at a virtual Road-Side Unit, vRSU, service of the computing device, a set of infrastructure information associated with the identifier; and generating , based upon the processing of the set of infrastructure information at the vRSU service, a message for transmission to the vehicle, the message being based upon the set of infrastructure information, and the message being selected from a group consisting of: a safety message, and an information message, characterized in that the identifier is a topic name, the method further comprising: establishing a subscription , for the vehicle, to the topic name, publishing the set of infrastructure information to the topic name, wherein one or more topics is or are arranged hierarchically by one or more topic namespaces, and wherein the one or more topic namespaces is or are associated with geographical regions having a hierarchical structure comprising a level of hierarchy corresponding to a larger geographical region, and a sub-level of hierarchy corresponding to a smaller geographical region encompassed by the larger geographical region. associating a vehicle with an identifier , via a location service of a computing device, the identifier being based at least in part upon a location of the vehicle; processing , at a virtual Road-Side Unit, vRSU, service of the computing device, a set of infrastructure information associated with the identifier; and generating , based upon the processing of the set of infrastructure information at the vRSU service, a message for transmission to the vehicle, the message being based upon the set of infrastructure information, and the message being selected from a group consisting of: a safety message, and an information message, characterized in that the identifier is a topic name, the method further comprising: establishing a subscription , for the vehicle, to the topic name, publishing the set of infrastructure information to the topic name, wherein one or more topics is or are arranged hierarchically by one or more topic namespaces, and wherein the one or more topic namespaces is or are associated with geographical regions having a hierarchical structure comprising a level of hierarchy corresponding to a larger geographical region, and a sub-level of hierarchy corresponding to a smaller geographical region encompassed by the larger geographical region. establishing a subscription , for the vehicle, to the topic name, publishing the set of infrastructure information to the topic name, wherein one or more topics is or are arranged hierarchically by one or more topic namespaces, and wherein the one or more topic namespaces is or are associated with geographical regions having a hierarchical structure comprising a level of hierarchy corresponding to a larger geographical region, and a sub-level of hierarchy corresponding to a smaller geographical region encompassed by the larger geographical region.
A method comprising: causing display of a presentation of a message at a first position among a message feed at a client device ; receiving a request to open the message from the client device, the request including a timestamp; detecting a trigger event based on at least the timestamp of the request to open the message, the trigger event comprising event attributes; generating a notification to be applied to the presentation of the message, the notification based on at least the event attributes of the trigger event; moving the presentation of the message from the first position among the message feed to a second position among the message feed; and applying the notification to the presentation of the message. causing display of a presentation of a message at a first position among a message feed at a client device ; receiving a request to open the message from the client device, the request including a timestamp; detecting a trigger event based on at least the timestamp of the request to open the message, the trigger event comprising event attributes; generating a notification to be applied to the presentation of the message, the notification based on at least the event attributes of the trigger event; moving the presentation of the message from the first position among the message feed to a second position among the message feed; and applying the notification to the presentation of the message.
A communication device, comprising: an obtaining unit configured to obtain a preset first uplink-downlink configuration; a determining unit configured to: determine, according to the first uplink-downlink configuration obtained by the obtaining unit, that a current subframe is a first uplink subframe and a subframe 1 is a first downlink subframe that meets a scheduling relationship with the first uplink subframe, wherein the current subframe belongs to a first time segment in which scheduling is allowed on a secondary component carrier and the subframe 1 belongs to a second time segment in which scheduling is stopped on the secondary component carrier; determine, according to the first time segment and the second time segment that are obtained by the obtaining unit, that the first uplink subframe is an uplink subframe in the first time segment and the first downlink subframe is a downlink subframe in the second time segment; and determine to transmit downlink data in the first uplink subframe. an obtaining unit configured to obtain a preset first uplink-downlink configuration; a determining unit configured to: determine, according to the first uplink-downlink configuration obtained by the obtaining unit, that a current subframe is a first uplink subframe and a subframe 1 is a first downlink subframe that meets a scheduling relationship with the first uplink subframe, wherein the current subframe belongs to a first time segment in which scheduling is allowed on a secondary component carrier and the subframe 1 belongs to a second time segment in which scheduling is stopped on the secondary component carrier; determine, according to the first time segment and the second time segment that are obtained by the obtaining unit, that the first uplink subframe is an uplink subframe in the first time segment and the first downlink subframe is a downlink subframe in the second time segment; and determine to transmit downlink data in the first uplink subframe.
A method of calibrating an electric meter , comprising: setting current (I) and voltage (V) to the electric meter ; sweeping a power factor angle between the voltage and current while measuring minimum and maximum current values; and computing a first calibration factor as a difference between the minimum and maximum current values divided by 2 ∗ V; determining whether the voltage-induced cross-talk is in-phase or out-of-phase with the voltage; when a voltage-induced cross-talk is in-phase with the voltage, setting a second calibration factor to 0; and when the voltage-induced cross-talk is out-of-phase with the voltage, computing the second calibration factor based on a current value measured when the power factor angle is set to 90 degrees. setting current (I) and voltage (V) to the electric meter ; sweeping a power factor angle between the voltage and current while measuring minimum and maximum current values; and computing a first calibration factor as a difference between the minimum and maximum current values divided by 2 ∗ V; determining whether the voltage-induced cross-talk is in-phase or out-of-phase with the voltage; when a voltage-induced cross-talk is in-phase with the voltage, setting a second calibration factor to 0; and when the voltage-induced cross-talk is out-of-phase with the voltage, computing the second calibration factor based on a current value measured when the power factor angle is set to 90 degrees.
Process for producing a coated leather, in particular split cowhide leather, with any desired fine- to coarse-grain surface texture of nubuck-type appearance having a coating , wherein the coating is formed with a surface layer formed with a mechanically and moisture-stable polymer and bonded to the surface of the leather or split leather via a polymer-based adherent layer and the nubuck-type exterior layer bonded to the leather or split leather, formed with flexible polyurethane and characterized by interior smoothness, has, in the non-embossed region (Bnp), microdepressions which closely adjoin each other in an arrangement which is crowded in a lather cell type sense, which have an internal width (Iw) of less than 130 μm, in particular less than 80 μm, and which are essentially closed toward the leather , but open towards the exterior, and the microdepressions each have a homogeneously shiningly smooth, concave internal surface which is turned towards the exterior and has essentially an approximately (hemi)spherical shell-like shape and are each bounded from one another by thin interlinked struts which have an exterior surface which is matt or has a finely fibrous texture of fine roughness, characterized in that - a collection/agglomeration of closely spaced hollow microspheres is embedded/bound in a polymer matrix block, and in that - after its solidification the polymer matrix block is ground essentially planarly from its surface, thus opening the hollow microspheres and revealing their concave inner surfaces, and in that - using this ground block containing hollow microspheres having approximately spherical shell-like inner surfaces a negative comprising smooth elevations corresponding to the spherical shell structure is produced by casting with a polymer, in particular with a silicone polymer, and in that - a dispersion of the exterior layer polymer, in particular polyurethane, is applied to this negative and after curing is bonded using the adherent layer to the, preferably ground, surface of the leather, in particular split leather, after application of the adherent layer. - a collection/agglomeration of closely spaced hollow microspheres is embedded/bound in a polymer matrix block, and in that - after its solidification the polymer matrix block is ground essentially planarly from its surface, thus opening the hollow microspheres and revealing their concave inner surfaces, and in that - using this ground block containing hollow microspheres having approximately spherical shell-like inner surfaces a negative comprising smooth elevations corresponding to the spherical shell structure is produced by casting with a polymer, in particular with a silicone polymer, and in that - a dispersion of the exterior layer polymer, in particular polyurethane, is applied to this negative and after curing is bonded using the adherent layer to the, preferably ground, surface of the leather, in particular split leather, after application of the adherent layer.
A water-dissolvable nicotine tablet comprising at least a first compressed module and a second compressed module, wherein the first compressed module is an FDT-module and comprises - nicotine, - alkaline pH regulating agent, and - disintegrant, and, wherein the second compressed module is a lozenge-module and comprises - acidic pH regulating agent, wherein the first compressed module is free of acidic pH regulating agent, wherein the second compressed module is free of alkaline pH regulating agent, and wherein the second compressed module is free of nicotine. wherein the first compressed module is an FDT-module and comprises - nicotine, - alkaline pH regulating agent, and - disintegrant, and, - nicotine, - alkaline pH regulating agent, and - disintegrant, and, wherein the second compressed module is a lozenge-module and comprises - acidic pH regulating agent, - acidic pH regulating agent, wherein the first compressed module is free of acidic pH regulating agent, wherein the second compressed module is free of alkaline pH regulating agent, and wherein the second compressed module is free of nicotine.
A method of determining the quantity of a glycan moiety on a recombinant antibody, the method comprising digesting the antibody with a glycosidase to liberate glycan, and quantitating the glycan using condensation nucleation light scattering detection, wherein the antibody is human, humanized or chimeric.
A process for recovering hydrocarbons from a hydrocarbon bearing formation, the process comprising the steps of: providing a production well extending to the hydrocarbon bearing formation (R); providing at least one injection well located in proximity to the production well and extending to or near the hydrocarbon bearing formation, the injection well having a well casing (P) comprising a conductive metal pipe; lowering a tool having a plurality of electrodes down the at least one injection well to or near the hydrocarbon bearing formation, the plurality of electrodes comprising a central injection electrode (A), a first monitoring electrode (C), a second monitoring electrode (D), and a bucking electrode (B); providing an injection power amplifier to provide power to the central injection electrode (A); providing a bucking power amplifier to provide power to the bucking electrode (B); creating an equi-potential surface over at least the length of the tool and over a surface of the well casing and emanating outwardly parallel to the surface of the well casing of the at least one injection well; developing a heat beam by focusing the currents of the central injection electrode (A) and bucking electrode (B) to heat a region containing hydrocarbons; and recovering hydrocarbons from the production well . providing a production well extending to the hydrocarbon bearing formation (R); providing at least one injection well located in proximity to the production well and extending to or near the hydrocarbon bearing formation, the injection well having a well casing (P) comprising a conductive metal pipe; lowering a tool having a plurality of electrodes down the at least one injection well to or near the hydrocarbon bearing formation, the plurality of electrodes comprising a central injection electrode (A), a first monitoring electrode (C), a second monitoring electrode (D), and a bucking electrode (B); providing an injection power amplifier to provide power to the central injection electrode (A); providing a bucking power amplifier to provide power to the bucking electrode (B); creating an equi-potential surface over at least the length of the tool and over a surface of the well casing and emanating outwardly parallel to the surface of the well casing of the at least one injection well; developing a heat beam by focusing the currents of the central injection electrode (A) and bucking electrode (B) to heat a region containing hydrocarbons; and recovering hydrocarbons from the production well .
A detergent feeding device comprising: a detergent housing ; a detergent case movably installed in the detergent housing to be movable forward and backward and to store liquid detergent; and a detergent introduction module , said detergent introduction module having at least one detergent pump, which is configured to pump out the liquid detergent in the detergent case to discharge the liquid detergent into the detergent housing, characterized in that said detergent introduction module is installed on an outer surface of the detergent case to move with the detergent case and to communicate with an inside of the detergent case to introduce the liquid detergent stored in the detergent case into the detergent housing . a detergent housing ; a detergent case movably installed in the detergent housing to be movable forward and backward and to store liquid detergent; and a detergent introduction module , said detergent introduction module having at least one detergent pump, which is configured to pump out the liquid detergent in the detergent case to discharge the liquid detergent into the detergent housing, characterized in that said detergent introduction module is installed on an outer surface of the detergent case to move with the detergent case and to communicate with an inside of the detergent case to introduce the liquid detergent stored in the detergent case into the detergent housing .
A stand support structure of a saddle riding vehicle comprising: a main frame of the vehicle; a pivot block that is formed by coupling a first plate and a second plate to each other, which are attached to the main frame , and that is configured to swingably support a rear wheel-supporting swing arm ; and a stand-supporting bracket attached to the pivot block and configured to support a vehicle body stand , wherein the first plate of the pivot block has a protrusion (17A-1) that protrudes by a predetermined length downward in a longitudinal direction farther than an extension end (17B-1) which is a lower end of the second plate , and the stand-supporting bracket has a base wall overlapping an inner surface of the protrusion (17A-1) of the first plate in a vehicle width direction and fixed to the protrusion (17A-1) through welding, and a support wall continuously installed at an end portion of the base wall at an obtuse angle, a supporting hole configured to support another component is formed between the extension end (17B-1) of the second plate and the stand-supporting bracket so as to extend over the extension end (17B-1) and the stand-supporting bracket , and the supporting hole is constituted by a first semi-circular notch and a second semi-circular notch , the first semi-circular notch being formed in the extension end (17B-1) of the second plate , and the second semi-circular notch being opposite to the first semi-circular notch , having the same radius as the first semi-circular notch and being formed at an upper end portion of the support wall of the stand-supporting bracket . a main frame of the vehicle; a pivot block that is formed by coupling a first plate and a second plate to each other, which are attached to the main frame , and that is configured to swingably support a rear wheel-supporting swing arm ; and a stand-supporting bracket attached to the pivot block and configured to support a vehicle body stand , wherein the first plate of the pivot block has a protrusion (17A-1) that protrudes by a predetermined length downward in a longitudinal direction farther than an extension end (17B-1) which is a lower end of the second plate , and the stand-supporting bracket has a base wall overlapping an inner surface of the protrusion (17A-1) of the first plate in a vehicle width direction and fixed to the protrusion (17A-1) through welding, and a support wall continuously installed at an end portion of the base wall at an obtuse angle, a supporting hole configured to support another component is formed between the extension end (17B-1) of the second plate and the stand-supporting bracket so as to extend over the extension end (17B-1) and the stand-supporting bracket , and the supporting hole is constituted by a first semi-circular notch and a second semi-circular notch , the first semi-circular notch being formed in the extension end (17B-1) of the second plate , and the second semi-circular notch being opposite to the first semi-circular notch , having the same radius as the first semi-circular notch and being formed at an upper end portion of the support wall of the stand-supporting bracket .
A rotation connection component, comprising: a first base , a second base , and a connection clamp , wherein the second base is rotationally connected to the first base through the connection clamp , the connection clamp is slidably connected to the first base , the rotation connection component has an unfolded state and a folded state, in the folded state, the connection clamp slides into the first base ; in the unfolded state, at least a portion of the connection clamp slides from the first base , and the second base rotates by a preset angle relative to the first base ; wherein the first base has a guide rail, and the connection clamp is connected to the guide rail, characterised in that the guide rail is a first curved sliding hole provided on the first base , the connection clamp is disposed inside the first curved sliding hole and slides along the first curved sliding hole , and an extending direction of the first curved sliding hole is the same as a rotation direction of the first base or the second base . wherein the first base has a guide rail, and the connection clamp is connected to the guide rail, characterised in that the guide rail is a first curved sliding hole provided on the first base , the connection clamp is disposed inside the first curved sliding hole and slides along the first curved sliding hole , and an extending direction of the first curved sliding hole is the same as a rotation direction of the first base or the second base .
A computer program including instructions executable by a processor for controlling a robotic arm in a robotic surgical system which, when the computer program is executed by the processor , cause the processor to carry out steps of: defining a reference plane at a predetermined reference location for the robotic arm , wherein the robotic arm comprises a plurality of joints(J1, J21, J3, J4, J5, J6,-J7); and driving at least one of the plurality of joints (J1, J21, J3, J4, J5, J6,-J7) to guide the robotic arm through a series of predetermined poses substantially constrained within the reference plane, including enforcing a joint space virtual fixture on the at least one of the plurality of joints, to bias the robotic arm toward the reference plane. defining a reference plane at a predetermined reference location for the robotic arm , wherein the robotic arm comprises a plurality of joints(J1, J21, J3, J4, J5, J6,-J7); and driving at least one of the plurality of joints (J1, J21, J3, J4, J5, J6,-J7) to guide the robotic arm through a series of predetermined poses substantially constrained within the reference plane, including enforcing a joint space virtual fixture on the at least one of the plurality of joints, to bias the robotic arm toward the reference plane.