mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling firmware updates of wireless communications devices, the method characterized by comprising: sending a first message having a first type of data content from a message processing system to a wireless communications device, wherein the message processing system and the wireless communication device are communicatively connected within a wireless communications network, and wherein if the wireless communication device lacks a firmware upgrade, then the first type of data content is unrecognizable by the wireless communication device; receiving, by the message processing system, an error message that indicates that the wireless communications device does not recognize the first type of data content; and in response to receipt of the error message, automatically triggering a transmission, from the message processing system, to the wireless communications device of a firmware upgrade notification message which triggers the wireless communications device to request, from an accessible network server, the firmware upgrade that enables the wireless communications device to become capable of recognizing the first type of data content. sending a first message having a first type of data content from a message processing system to a wireless communications device, wherein the message processing system and the wireless communication device are communicatively connected within a wireless communications network, and wherein if the wireless communication device lacks a firmware upgrade, then the first type of data content is unrecognizable by the wireless communication device; receiving, by the message processing system, an error message that indicates that the wireless communications device does not recognize the first type of data content; and in response to receipt of the error message, automatically triggering a transmission, from the message processing system, to the wireless communications device of a firmware upgrade notification message which triggers the wireless communications device to request, from an accessible network server, the firmware upgrade that enables the wireless communications device to become capable of recognizing the first type of data content.
A system intended for rotating a set of reflectors (10 i) of a concentrated solar power plant, the system comprising: - articulation elements configured so as to position the reflectors (10 i) of said set in a manner that is staggered along a line extending in a longitudinal direction and to provide pivot-mounted connection of each reflector (10 i) of said set about an axis of pivoting (A i) oriented substantially in the longitudinal direction, - an offset drive shaft distinct from the articulation elements, - an actuator that rotates the drive shaft, - a plurality of transmission mechanisms distinct from the articulation elements, each transmission mechanism being mechanically coupled to the drive shaft and providing the movement of at least one reflector (10 i) associated with said transmission mechanism about the corresponding axis of pivoting (A i) of said at least one associated reflector (10 i) by the transmission of a drive torque to said associated reflector (10 i) by said transmission mechanism, - an adjusting device able to angularly adjust the positioning of a reflector chosen in relation to the rest of the system. - articulation elements configured so as to position the reflectors (10 i) of said set in a manner that is staggered along a line extending in a longitudinal direction and to provide pivot-mounted connection of each reflector (10 i) of said set about an axis of pivoting (A i) oriented substantially in the longitudinal direction, - an offset drive shaft distinct from the articulation elements, - an actuator that rotates the drive shaft, - a plurality of transmission mechanisms distinct from the articulation elements, each transmission mechanism being mechanically coupled to the drive shaft and providing the movement of at least one reflector (10 i) associated with said transmission mechanism about the corresponding axis of pivoting (A i) of said at least one associated reflector (10 i) by the transmission of a drive torque to said associated reflector (10 i) by said transmission mechanism, - an adjusting device able to angularly adjust the positioning of a reflector chosen in relation to the rest of the system.
A method for terminating a free radical initiated emulsion polymerization reaction comprising adding, to an emulsion comprising at least one monomer, a shortstopping agent comprising N-isopropylhydroxylamine (IPHA) or salts thereof and at least one alkyl hydroxylamine compound which is different from said IPHA or salts thereof and is selected from the group consisting of a primary alkyl hydroxylamine, a secondary alkyl hydroxylamine, and mixtures thereof, wherein said at least one alkyl hydroxylamine comprises the primary alkyl hydroxylamine N-tertiary-butylhydroxylamine (TBHA).
A frame structure (1, 21, 31, 71, 81, 91) for a seat back to be provided in the seat back having a seatbelt retractor and a seatbelt guide at a top of seat, wherein the frame structure (1, 21, 31, 71, 81, 91) is an integral structure comprising an oblique frame (6, 22, 32, 72, 82, 92) that obliquely extends upward to a seatbelt guide installation section from a first support point located at an end side of a lower part of the seat back in a seat width direction, a vertical frame (8, 23, 33, 73, 83, 93) that extends upward from a second support point located at another end side of the lower part of the seat back in the seat width direction and connects to the oblique frame (6, 22, 32, 72, 82, 92) at a top, and a transverse frame (9, 24, 34, 74, 84, 94) that extends between a lower end of the oblique frame (6, 22, 32, 72, 82, 92) and a lower end of the vertical frame (8, 23, 33, 73, 83, 93), characterized in that the oblique frame (6, 22, 32, 72, 82, 92) comprises a plate section in a seat front side facing to a seat front-rear direction and another plate section in a lateral side facing to the seat width direction, the vertical frame (8, 23, 33, 73, 83, 93) has a plate section in the lateral side facing to the seat width direction, and the transverse frame (9, 24, 34, 74, 84, 94) comprises a plate section in a bottom side facing to a seat vertical direction and another plate section in a front side facing to the seat front-rear direction and connecting to the plate section in the oblique frame (6, 22, 32, 72, 82, 92) facing to the seat front-rear direction at the lower end of the oblique frame (6, 22, 32, 72, 82, 92).
A method for identifying and predicting events for a vehicle that drives a known path comprising: determining particular locations of the vehicle along the known path based on global positioning signals; sensing events along the known path with sensors on the vehicle; receiving event information including a type of event and event location from another vehicle; storing the sensed events and received event information; learning a particular event location based on whether said event has occurred at the same location previously; determining and storing a predictive action for the vehicle based on the events for the particular event location; and providing a control signal to begin performance of the predictive action when the vehicle is approaching the event location and the vehicle is at least one of a certain time and predetermined distance from the event location; wherein the event comprises at least one of an anti-lock brake system event, a traction control event, an electronic brake force distribution event, a hill hold control event, a hill descent control event, a trailer sway control event, a wheel lift control event, an axle deflection event and an off road terrain event, and the predictive action comprises at least one of: a) pre-filling of brakes, b) pre-tensioning of seat belts, c) enabling a stability control to an ON state when the stability control is initially in an OFF state, d) providing a warning to a vehicle operator, and e) selecting thresholds and control parameters for a specific terrain. determining particular locations of the vehicle along the known path based on global positioning signals; sensing events along the known path with sensors on the vehicle; receiving event information including a type of event and event location from another vehicle; storing the sensed events and received event information; learning a particular event location based on whether said event has occurred at the same location previously; determining and storing a predictive action for the vehicle based on the events for the particular event location; and providing a control signal to begin performance of the predictive action when the vehicle is approaching the event location and the vehicle is at least one of a certain time and predetermined distance from the event location; wherein the event comprises at least one of an anti-lock brake system event, a traction control event, an electronic brake force distribution event, a hill hold control event, a hill descent control event, a trailer sway control event, a wheel lift control event, an axle deflection event and an off road terrain event, and the predictive action comprises at least one of: a) pre-filling of brakes, b) pre-tensioning of seat belts, c) enabling a stability control to an ON state when the stability control is initially in an OFF state, d) providing a warning to a vehicle operator, and e) selecting thresholds and control parameters for a specific terrain.
Method for downloading a web page from a web server to a communication terminal, comprising a first step of transmission by said communication terminal of a request (REQP) which identifies said web page, receipt of said request by said web server and determination of a model of said web page by said web server, as well as a second step comprising - the analysis of said model by said web server in order to determine a set of constituent elements of said web page, construct a description of said web page, and send said description to said communication terminal; - in response to the determination of an element, the triggering by said server of the transmission of the content corresponding to said element, each item of content being transmitted independently such that the content of each element of said set of constituent elements of said web page is transmitted in parallel via respective transmission channels, wherein said communication terminal can transmit to said web server a message which provides information that represents an item of content available in the memory of said communication terminal and contains a date of its insertion in said memory, and wherein said web server does not trigger the transmission of said content, or interrupts its ongoing download, on the basis of said information and when the date of the last modification of said element on said web server is earlier than the date contained in said message. - the analysis of said model by said web server in order to determine a set of constituent elements of said web page, construct a description of said web page, and send said description to said communication terminal; - in response to the determination of an element, the triggering by said server of the transmission of the content corresponding to said element, each item of content being transmitted independently such that the content of each element of said set of constituent elements of said web page is transmitted in parallel via respective transmission channels,
A light emitting apparatus comprising: a light source, comprising a semiconductor device capable of emitting light, a body having a bottom surface adjacent to the semiconductor device and an opposing top surface, and a reflector positioned adjacent the top surface, the reflector having a surface larger than the bottom surface of the body; and a collimator for arranging the light emitted in an application specific distribution; characterised in that the body is a ceramic body comprising a wavelength converting material. a light source, comprising a semiconductor device capable of emitting light, a body having a bottom surface adjacent to the semiconductor device and an opposing top surface, and a reflector positioned adjacent the top surface, the reflector having a surface larger than the bottom surface of the body; and a semiconductor device capable of emitting light, a body having a bottom surface adjacent to the semiconductor device and an opposing top surface, and a reflector positioned adjacent the top surface, the reflector having a surface larger than the bottom surface of the body; and a collimator for arranging the light emitted in an application specific distribution; characterised in that the body is a ceramic body comprising a wavelength converting material.
Vacuum insulation panel, with two outer surfaces (2; 3) lying opposite one another and edges joining these outer surfaces (2; 3), wherein the vacuum insulation panel is provided over the full area or at least over the greater part of one outer surface with a mechanically dense first protective layer, which protects against mechanical impact with sharp-edged tools, such as for example a knife or a cutter, characterized in that the first protective layer is designed as a laminated-on protective film of PVC with a thickness of 0.2 mm to 1.0 mm, in that the vacuum insulation panel is also provided over the full area or at least over the greater part of the opposite second outer surface with a protective layer, which is designed as a non-mechanically dense, but elastically cushioning second protective layer, in that the second protective layer is designed as a laminated-on layer of PE foam with a thickness of 2 mm to 5 mm or of a cellular rubber, in particular of EPDM, with a thickness of 1 mm to 3 mm.
A device for selecting a setting for one or more illuminating light loads (2, 3) connected to a bus, the device comprising - a controller arranged to: - perform a process; wherein the process comprises: - defining a direct-current voltage signal for the bus, for which overall efficiency of the one or more illuminating light loads (2, 3) is improved; - controlling a power converter (5, 6) connected to the bus through which the direct-current voltage signal for the bus is defined; and characterized in that - a power detector arranged to detect a change in a total power consumption of the one or more illuminating light loads (2, 3) and for in response to detection of the change informing the controller to perform the process again. - a controller arranged to: - perform a process; wherein the process comprises: - defining a direct-current voltage signal for the bus, for which overall efficiency of the one or more illuminating light loads (2, 3) is improved; - controlling a power converter (5, 6) connected to the bus through which the direct-current voltage signal for the bus is defined; and characterized in that - perform a process; wherein the process comprises: - defining a direct-current voltage signal for the bus, for which overall efficiency of the one or more illuminating light loads (2, 3) is improved; - controlling a power converter (5, 6) connected to the bus through which the direct-current voltage signal for the bus is defined; and - defining a direct-current voltage signal for the bus, for which overall efficiency of the one or more illuminating light loads (2, 3) is improved; - controlling a power converter (5, 6) connected to the bus through which the direct-current voltage signal for the bus is defined; and - a power detector arranged to detect a change in a total power consumption of the one or more illuminating light loads (2, 3) and for in response to detection of the change informing the controller to perform the process again.
A climbing robot vehicle comprising: a vehicle and the front and rear ends of the vehicle are provided with wheels; the end of the vehicle facing towards the wall is fixedly connected to a sucking mechanism, which comprises a body, wherein the body is a hollow cylinder; characterized in that a cover plate is provided above the hollow cylinder; the upper end face of said cover plate is fixedly connected with the vehicle and the lower end face of the cover plate is fixedly connected with the outer edge of the upper end face of the hollow cylinder by means of the first blocks spaced from each other; the inner wall of the hollow cylinder is provided with tangential nozzles; the space between said first blocks forms a first exhaust duct between the outer edge of the upper end face of the hollow cylinder and the lower end face of the cover plate; a gap is formed between the lower end face of the hollow cylinder and the wall, and the gap forms a second exhaust duct between the out edge of the lower end face of the hollow cylinder and the wall; the first exhaust duct and the second exhaust duct connects the interior of the hollow cylinder with the outer peripheral environment respectively. a vehicle and the front and rear ends of the vehicle are provided with wheels; the end of the vehicle facing towards the wall is fixedly connected to a sucking mechanism, which comprises a body, wherein the body is a hollow cylinder; characterized in that a cover plate is provided above the hollow cylinder; the upper end face of said cover plate is fixedly connected with the vehicle and the lower end face of the cover plate is fixedly connected with the outer edge of the upper end face of the hollow cylinder by means of the first blocks spaced from each other; the inner wall of the hollow cylinder is provided with tangential nozzles; the space between said first blocks forms a first exhaust duct between the outer edge of the upper end face of the hollow cylinder and the lower end face of the cover plate; a gap is formed between the lower end face of the hollow cylinder and the wall, and the gap forms a second exhaust duct between the out edge of the lower end face of the hollow cylinder and the wall; the first exhaust duct and the second exhaust duct connects the interior of the hollow cylinder with the outer peripheral environment respectively.
A method for manufacturing an electrode assembly, the method comprising: a stacking step of repeatedly stacking a negative electrode, a separator, and a positive electrode so that the separator is stacked between the negative electrode comprising an electrode tab and the positive electrode comprising an electrode tab to form an electrode stack; an electrode tab coupling step of coupling the electrode tabs having at least two or more same polarities of the electrode tabs of the electrode stack to each other; and a winding step of winding the electrode stack, characterized in that the electrode tabs comprise a negative electrode tab formed on the negative electrode and a positive electrode tab formed on the positive electrode, in the stacking step, each of the negative electrode, the separator, and the positive electrode is provided in plurality, and the plurality of negative electrodes, the plurality of separators, and the plurality of positive electrodes are stacked, wherein the negative electrode tabs formed on the plurality of negative electrodes are stacked on each other, and the positive electrode tabs formed on the plurality of positive electrodes are stacked on each other, and in the electrode tab coupling step, the positive electrode tabs are coupled to each other, and the negative electrode tabs are not coupled to each other.. a stacking step of repeatedly stacking a negative electrode, a separator, and a positive electrode so that the separator is stacked between the negative electrode comprising an electrode tab and the positive electrode comprising an electrode tab to form an electrode stack; an electrode tab coupling step of coupling the electrode tabs having at least two or more same polarities of the electrode tabs of the electrode stack to each other; and a winding step of winding the electrode stack, characterized in that the electrode tabs comprise a negative electrode tab formed on the negative electrode and a positive electrode tab formed on the positive electrode, in the stacking step, each of the negative electrode, the separator, and the positive electrode is provided in plurality, and the plurality of negative electrodes, the plurality of separators, and the plurality of positive electrodes are stacked, wherein the negative electrode tabs formed on the plurality of negative electrodes are stacked on each other, and the positive electrode tabs formed on the plurality of positive electrodes are stacked on each other, and in the electrode tab coupling step, the positive electrode tabs are coupled to each other, and the negative electrode tabs are not coupled to each other..
A method of producing spherical microcapsules including light reflecting solid integral particles reflecting incoming light to be reflected in a defined direction for determining the position and orientation of the microcapsule, the method comprising: - preparing a first liquid phase containing a first polymerization partner; - preparing a second liquid phase containing a second polymerization partner, the first liquid phase not being soluble in the second liquid phase, and the second polymerization partner being configured to polymerize with the first polymerization partner under polymerization conditions; - dispersing the solid particles in the first liquid phase; - forming droplets of the first liquid phase including at least one of the solid particles; - immersing the droplets in the second liquid phase under the polymerization conditions, wherein the first polymerization partner and the second polymerization partner polymerize at the surfaces of the droplets forming shells of a polymeric material enclosing the individual droplets, wherein the shells have a thickness of not more than λ, λ being the wavelength of the light to be reflected by the solid integral particles, so that the shells do essentially not deflect the light to be reflected by the solid integral particles entering and exiting the microcapsules; and - fixing the light reflecting solid integral particles to the shells; - wherein the first liquid phase or the gelled or solidified first liquid phase is transparent for the light to be reflected by the solid particles. - preparing a first liquid phase containing a first polymerization partner; - preparing a second liquid phase containing a second polymerization partner, the first liquid phase not being soluble in the second liquid phase, and the second polymerization partner being configured to polymerize with the first polymerization partner under polymerization conditions; - dispersing the solid particles in the first liquid phase; - forming droplets of the first liquid phase including at least one of the solid particles; - immersing the droplets in the second liquid phase under the polymerization conditions, wherein the first polymerization partner and the second polymerization partner polymerize at the surfaces of the droplets forming shells of a polymeric material enclosing the individual droplets, wherein the shells have a thickness of not more than λ, λ being the wavelength of the light to be reflected by the solid integral particles, so that the shells do essentially not deflect the light to be reflected by the solid integral particles entering and exiting the microcapsules; and - fixing the light reflecting solid integral particles to the shells; - wherein the first liquid phase or the gelled or solidified first liquid phase is transparent for the light to be reflected by the solid particles.