mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for controlling a local utility , comprising: at a client computer having a processor and memory storing instructions for execution by the processor: at the local utility , receiving a first request originating from an application and including a first token, wherein the first request and the first token are received by the local utility via a local web server of the local utility, wherein the local web server is executed by the client computer ; authenticating the first token, including sending the first token to an authentication server remote from the client computer; in response to authenticating the first token, generating a second token at the local utility; sending the second token to the application for inclusion in subsequent requests from the application to the local utility; receiving a second request from the application, wherein the second request includes a third token and one or both of a local utility control command and a local utility status request; determining whether the third token matches the second token; and in accordance with a determination that the second and third tokens match, taking one or more actions based on the content of the second request. at the local utility , receiving a first request originating from an application and including a first token, wherein the first request and the first token are received by the local utility via a local web server of the local utility, wherein the local web server is executed by the client computer ; authenticating the first token, including sending the first token to an authentication server remote from the client computer; in response to authenticating the first token, generating a second token at the local utility; sending the second token to the application for inclusion in subsequent requests from the application to the local utility; receiving a second request from the application, wherein the second request includes a third token and one or both of a local utility control command and a local utility status request; determining whether the third token matches the second token; and in accordance with a determination that the second and third tokens match, taking one or more actions based on the content of the second request.
System having a single control device for a commercial vehicle , the control device comprising: - a data connection for receiving an acceleration request signal which indicates a request for an acceleration change of at least one driven axle of the commercial vehicle , - a controller for generating a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and - characterized in that the control device also comprises at least one output stage of an inverter, the output stage being controllable via the drive control signals in order to provide energy from an energy store for supplying at least one electric motor of the electric drive . - a data connection for receiving an acceleration request signal which indicates a request for an acceleration change of at least one driven axle of the commercial vehicle , - a controller for generating a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and - characterized in that the control device also comprises at least one output stage of an inverter, the output stage being controllable via the drive control signals in order to provide energy from an energy store for supplying at least one electric motor of the electric drive .
Component A comprising: - solvent, in particular inorganic solvent; - sulfonic acid; - inorganic acid; - sulfamic acid; - hardener, in particular arylsulfonic acid; - alcohol, in particular monohydric and dihydric alcohol; - adhesion agent; - polyethylene glycol; - bisphenol. - solvent, in particular inorganic solvent; - sulfonic acid; - inorganic acid; - sulfamic acid; - hardener, in particular arylsulfonic acid; - alcohol, in particular monohydric and dihydric alcohol; - adhesion agent; - polyethylene glycol; - bisphenol.
Folding wheelchair consisting of a seat , to which drive wheels adapted for manual propulsion are detachably mounted on both sides, a backrest which is hinged to the seat with the possibility of folding it to the upper side of the seat in the folded state of the wheelchair , and of a foot frame , which is provided with a footrest and directional wheels and is hinged to the seat with the possibility of folding it to the underside of the seat in the folded state of the wheelchair , characterized in that the rear side of the backrest is provided with a first transport handle for fixing a drive wheel , and the underside of the seat is provided with a second transport handle for fixing a drive wheel , the drive wheels being able to be fastened to the transport handles in the folded state of the wheelchair .
An integrated magnetic field sensor comprising: a semiconductor substrate disposed within an integrated circuit package; a magnetic field sensing circuit disposed upon or within the substrate and operable to generate a two-state signal responsive to a magnetic field; and a power driving circuit disposed upon or within the substrate and operable to generate, in response to the two-state signal, at an output pin of the integrated magnetic field sensor, a power driving signal having a higher power state and a lower power state, characterized in that the higher power state and the lower power state are achieved at different respective strengths of the magnetic field and are configured to power on and off a load. a semiconductor substrate disposed within an integrated circuit package; a magnetic field sensing circuit disposed upon or within the substrate and operable to generate a two-state signal responsive to a magnetic field; and a power driving circuit disposed upon or within the substrate and operable to generate, in response to the two-state signal, at an output pin of the integrated magnetic field sensor, a power driving signal having a higher power state and a lower power state, characterized in that the higher power state and the lower power state are achieved at different respective strengths of the magnetic field and are configured to power on and off a load.
Connecting rod for an internal combustion engine with variable compression, having at least one hydraulic chamber , wherein the hydraulic chamber can be connected by means of a check valve to a bearing shell or a supply port (P) of the connecting rod or a further hydraulic chamber , wherein the check valve has a valve body with a fluid path which can be opened and closed by means of a closing element , characterized in that the closing element is provided as a radially outwardly openable ring band and, in the installed position, ends of the ring band are arranged on the circumference of the valve body so as to face one another, wherein a bolt is provided for positionally securing the ring band.
A gas turbine combustor comprising: a primary fuel injector and a secondary fuel injector downstream thereof, an axial fuel staging (AFS) system comprising: a system for dissipating fuel egress, the system comprising: a fuel supply assembly having a fuel supply line providing fuel and a purge air conduit arranged co-axially around the fuel supply line , thereby defining an annular channel around the fuel supply line ; the secondary fuel injector for the combustor , said fuel injector including a perimeter body defining a portion of the fuel injector , a fuel injection port 116, 226) associated with the perimeter body , and an internal mixing chamber downstream of the fuel injection port in a direction of fuel flow; wherein the fuel supply line provides fuel to the fuel injection port ; and wherein the perimeter body of the fuel injector defines a fuel egress passage therethrough, the fuel egress passage having an inlet in fluid communication with the annular channel and an outlet in fluid communication with the mixing chamber and downstream of the fuel injection port; the perimeter body further defining a fuel purge cavity therein, the fuel purge cavity being located between the inlet and the outlet of the fuel egress passage ; and the fuel egress passage including a first portion upstream of the fuel purge cavity and a second portion downstream of the fuel purge cavity , the first portion including the inlet and the second portion including the outlet . an axial fuel staging (AFS) system comprising: a system for dissipating fuel egress, the system comprising: a fuel supply assembly having a fuel supply line providing fuel and a purge air conduit arranged co-axially around the fuel supply line , thereby defining an annular channel around the fuel supply line ; the secondary fuel injector for the combustor , said fuel injector including a perimeter body defining a portion of the fuel injector , a fuel injection port 116, 226) associated with the perimeter body , and an internal mixing chamber downstream of the fuel injection port in a direction of fuel flow; a fuel supply assembly having a fuel supply line providing fuel and a purge air conduit arranged co-axially around the fuel supply line , thereby defining an annular channel around the fuel supply line ; the secondary fuel injector for the combustor , said fuel injector including a perimeter body defining a portion of the fuel injector , a fuel injection port 116, 226) associated with the perimeter body , and an internal mixing chamber downstream of the fuel injection port in a direction of fuel flow; wherein the fuel supply line provides fuel to the fuel injection port ; and wherein the perimeter body of the fuel injector defines a fuel egress passage therethrough, the fuel egress passage having an inlet in fluid communication with the annular channel and an outlet in fluid communication with the mixing chamber and downstream of the fuel injection port; the perimeter body further defining a fuel purge cavity therein, the fuel purge cavity being located between the inlet and the outlet of the fuel egress passage ; and
An oral aqueous solution comprising 6-acetyl-8-cyclopentyl-5-methyl-2-(5-piperazin-1-yl-pyridin-2-ylamino)-8H-pyrido[2,3-d]pyrimidin-7-one (palbociclib), or a lactate or malate salt thereof, and a buffer system comprising lactic acid or malic acid, said oral aqueous solution having a pH from 3.6 ± 20% to 4.0 ± 20%.
An apparatus comprising: an input to receive a floating analog signal ; an upconverter , coupled to the input, the upconverter to modulate the floating analog signal to a microwave frequency analog signal ; an isolation barrier to prevent coupling of the floating analog signal to an earth ground; and a microwave structure to transmit the microwave frequency analog signal across the isolation barrier via electromagnetic coupling. an input to receive a floating analog signal ; an upconverter , coupled to the input, the upconverter to modulate the floating analog signal to a microwave frequency analog signal ; an isolation barrier to prevent coupling of the floating analog signal to an earth ground; and a microwave structure to transmit the microwave frequency analog signal across the isolation barrier via electromagnetic coupling.
Method for manufacturing a turbine engine blade including an active-surface wall and a passive-surface wall separated from one another a bathtub tip delimited by a closing wall grouping together the active-surface wall and passive-surface wall , by an edge of the active-surface wall extending over the closing wall and by an edge of the passive-surface wall extending over the closing wall , the closing wall forming the bottom of the bathtub tip , the method comprising a step of casting to form at least the bathtub tip and the active surface wall and the passive-surface wall of the blade characterised in that it comprises a step of adding metal to the bottom of the bathtub tip with an Additive Manufacturing method to constitute in this bathtub tip, an inner partition supported by the bottom thereof.
Luminous assembly , comprising - an electrical connection system for connecting at least one light source to a power supply system; - at least one light source ; characterized in that said connection system comprises: - a connection grid capable of being electrically connected to a power supply system, the connection grid comprising at least one connection terminal ; - at least one connection means for electrically connecting the connection terminal of the connection grid to the light source ; the connection terminal and the connection means being capable of electrically connecting the light source to the connection grid by bridging, allowing the light source to be arranged remotely from the connection grid , the connection means being an electrically conductive wire, the connection grid having a first heat sink means for dissipating the heat generated by the connection grid; and in that the luminous assembly comprises a second heat sink means for dissipating the heat generated by the light source , said second heat sink means being disconnected from the connection grid , the second heat sink means being a support of the light source. - an electrical connection system for connecting at least one light source to a power supply system; - at least one light source ; - a connection grid capable of being electrically connected to a power supply system, the connection grid comprising at least one connection terminal ; - at least one connection means for electrically connecting the connection terminal of the connection grid to the light source ;
A Multimedia Messaging Service, MMS message editing method, the method comprising: describing, according to an operation of a user on content of an MMS message, the operated content of the MMS message by using Synchronized Multimedia Integration Language, SMIL (S201); and playing the content of the MMS message by using the SMIL when the content of the MMS message needs to be previewed (S202); and editing the content of the MMS message in a preview mode when the content of the MMS message is previewed, modifying the SMIL and storing the modified SMIL (S203); wherein the editing the content of the MMS message in the preview mode comprises: adjusting a position, a size or duration of a media element and drawing the content of the MMS message in the preview mode. describing, according to an operation of a user on content of an MMS message, the operated content of the MMS message by using Synchronized Multimedia Integration Language, SMIL (S201); and playing the content of the MMS message by using the SMIL when the content of the MMS message needs to be previewed (S202); and editing the content of the MMS message in a preview mode when the content of the MMS message is previewed, modifying the SMIL and storing the modified SMIL (S203); wherein the editing the content of the MMS message in the preview mode comprises: adjusting a position, a size or duration of a media element and drawing the content of the MMS message in the preview mode.
A spindle device for a spinning machine comprising: a spindle shaft ; a spindle body having a first flange portion and coaxially fixed to the spindle shaft ; a bushing that has a cylindrical shape and has a body portion , and a third flange portion integrally, the bushing having a first clutch surface which corresponds to a lower surface of the third flange portion , being mounted on the spindle body to be movable in an axial direction of the spindle shaft , and rotating integrally with the spindle shaft and the spindle body ; and a whorl that has a second clutch surface facing the first clutch surface , is disposed side by side with the bushing in the axial direction of the spindle shaft , and is rotatably mounted on the spindle shaft with a bearing interposed between the spindle shaft and the whorl , wherein the bushing is disposed closer to the spindle body than the whorl is in the axial direction of the spindle shaft , and the spindle shaft , the spindle body , and the bushing rotate integrally with the whorl when the first clutch surface and the second clutch surface are connected, characterized in that the bushing further has a second flange portion integrally, the second flange portion facing the first flange portion in the axial direction of the spindle shaft . a spindle shaft ; a spindle body having a first flange portion and coaxially fixed to the spindle shaft ; a bushing that has a cylindrical shape and has a body portion , and a third flange portion integrally, the bushing having a first clutch surface which corresponds to a lower surface of the third flange portion , being mounted on the spindle body to be movable in an axial direction of the spindle shaft , and rotating integrally with the spindle shaft and the spindle body ; and a whorl that has a second clutch surface facing the first clutch surface , is disposed side by side with the bushing in the axial direction of the spindle shaft , and is rotatably mounted on the spindle shaft with a bearing interposed between the spindle shaft and the whorl , wherein the bushing is disposed closer to the spindle body than the whorl is in the axial direction of the spindle shaft , and the spindle shaft , the spindle body , and the bushing rotate integrally with the whorl when the first clutch surface and the second clutch surface are connected, characterized in that the bushing further has a second flange portion integrally, the second flange portion facing the first flange portion in the axial direction of the spindle shaft .
A train having a bogie and an anti-snow accumulation device, wherein the anti-snow accumulation device is installed in the area of the bogie at bottom of the train, and the anti-snow accumulation device comprises a first executing element and a second executing element, a sequence of an action of the first executing element and an action of the second executing element is determined according to running direction of the train, the first executing element and the second executing element are installed respectively on a front end plate and a rear end plate on a chassis of the train, the bogie is located between the first executing element and the second executing element, the first executing element comprises a first foldable guide plate , the second executing element comprises a second foldable guide plate , the first guide plate close to the running direction of the train and the second guide plate away from the running direction of the train are configured to cooperate in a manner that, when the first guide plate is in an unfolded open state, the second guide plate is in a folded closed state towards the chassis of the train, wherein each of the first guide plate and the second guide plate is a cavity-style structure made of rubber capsule, an installation frame on one side of the cavity-style structure is installed on and mates with the bottom of the train, and an end face on the other side of the cavity-style structure is connected to a driving mechanism driving the cavity-style structure to unfold or fold.
A plug connection having a first plug connector and a second plug connector which for establishing a mechanical and electrical connection are capable of being plugged to one another, and having an additional connection installation which for supporting the connection of the plug connectors is disposed on a housing (2.1) of the first plug connector , wherein the connection installation has at least one first gate part and a housing (3.1) of the second plug connector has at least one second gate part which collectively configure a gate guide, wherein the two gate parts of the gate guide are disposed and configured in such a manner that the two gate parts assume a first mutually relative position when the plug connectors are plugged to one another in a preliminary latching position, wherein the connection installation is connected to the housing (2.1) of the first plug connector by way of at least one guide , and wherein the plug connectors are mechanically coupled by way of the guide and the gate guide in such a manner that the plug connectors are plugged to one another in a terminal position when the two gate parts are in a second mutually relative position, wherein the connection installation by way of the first gate part is displaceable along the guide , relative to the housing (2.1) of the first plug connector , from an unlocking position to a locking position, so as to displace the two gate parts to the second position, wherein the connection installation has at least one securing member , and the housing (2.1) of the first plug connector has at least one detent face , wherein the detent face in the unplugged state of the plug connectors prevents any movement of the connection installation from the unlocking position in the direction toward the locking position, characterized in that the second plug connector has at least one unlocking element which is configured separate from the gate part and which is disposed and configured in such a manner that the at least one unlocking element , when plugging the plug connectors to one another, preferably when reaching the preliminary latching position, moves or manipulates the at least one securing member in such a manner that the securing member and the detent face of the housing (2.1) no longer block the displacement path of the connection installation from the unlocking position to the locking position.
A nimotuzumab nanocapsule having a brain tumor targeting delivery effect, which is prepared by polymerization of poly-2-methacryloyloxyethyl phosphorylcholine and nimotuzumab, and has a round and smooth surface, a uniform particle size with particle diameter of 30±5 nm and surface charge of 2.3 mV.
A method for controlling a lifting device for moving a load along a trajectory (T) from a start point (A) to an end point (E), wherein the load is moved along a first motion axis and along a second motion axis, the start point (A) and the end point (E) of the trajectory (T) as well as the prohibited zones (V i ) are established which, during motion of the load are avoided by the load , that from this, a computing unit calculates a geometrical or rounded geometrical or smooth geometrical path (G, G', G"), characterized in that kinematic and geometric limit values of the lifting device are predetermined, from which the computing unit , based on the geometric or rounded geometric or smooth geometric path (G, G', G"), calculates a dynamic or rounded dynamic or smooth dynamic path (D, D', D"), which provides the time information of motion of the load along the geometric or rounded geometric or smooth geometric path (G, G', G"), and that the geometric or rounded geometric or smooth geometric path (G, G', G") and the dynamic or rounded dynamic or smooth dynamic path (D, D', D") are combined for producing the trajectory (T).
A composition for use in an in vivo skin testing method of diagnosing the presence of latent Mycobacterium tuberculosis (Mtb) infection in immunocompromised persons or persons co-infected with HIV, wherein the composition comprises a cocktail of the two Mtb antigens early secreted antigenic target 6 (ESAT6) and culture filtrate protein 10 (CFP-10).