mhurhangee/ep-ind-claims huggingface dataset:
A three-way communication system comprising: a consumer mobile device, a utility device, and an energy meter, wherein the consumer mobile device is configured with a mobile application to visualize a load consumption pattern of energy consumption and communicate an identified load consumption pattern to the utility device to enable self-load management, wherein the consumer mobile device is configured to set a limit for maximum energy consumption including a peak hours slab cross warning through the mobile application, wherein the maximum energy consumption is a highest amount of the energy consumption; the utility device configured to receive the identified load consumption pattern from the consumer mobile device, and send the consumer mobile device a short message service -SMS- alert to alert the consumer mobile device of a meter energy consumption reading, wherein the utility device is configured to send a SMS alert to the consumer mobile device to request the consumer mobile device to send a meter energy consumption reading in the event of a direct connection failure with the energy meter; and the energy meter configured to communicate with the utility device, wherein the utility device is configured to attempt to receive the meter energy consumption reading from the energy meter. a consumer mobile device, a utility device, and an energy meter, wherein the consumer mobile device is configured with a mobile application to visualize a load consumption pattern of energy consumption and communicate an identified load consumption pattern to the utility device to enable self-load management, wherein the consumer mobile device is configured to set a limit for maximum energy consumption including a peak hours slab cross warning through the mobile application, wherein the maximum energy consumption is a highest amount of the energy consumption; the utility device configured to receive the identified load consumption pattern from the consumer mobile device, and send the consumer mobile device a short message service -SMS- alert to alert the consumer mobile device of a meter energy consumption reading, wherein the utility device is configured to send a SMS alert to the consumer mobile device to request the consumer mobile device to send a meter energy consumption reading in the event of a direct connection failure with the energy meter; and the energy meter configured to communicate with the utility device, wherein the utility device is configured to attempt to receive the meter energy consumption reading from the energy meter.
A method by a base station, comprising: generating measurement related information including discovery reference signal, DRS, measurement configuration information and measurement cycle information for a secondary cell, the DRS measurement configuration information including a DRS measurement period; transmitting, to a terminal, the measurement related information via radio resource control, RRC, signaling; receiving, from the terminal, a first measurement result generated based on the DRS measurement configuration information, in case that the secondary cell is activated; and receiving, from the terminal, a second measurement result generated based on the measurement cycle information, in case that the secondary cell is deactivated, wherein the DRS measurement configuration information indicates that the terminal measures a first DRS, which is transmitted by the base station on the secondary cell, according to the DRS measurement period included in the DRS measurement configuration information, and wherein the measurement cycle information indicates that the terminal measures a second DRS, which is transmitted by the base station on the secondary cell, according to a period indicated by the measurement cycle information. generating measurement related information including discovery reference signal, DRS, measurement configuration information and measurement cycle information for a secondary cell, the DRS measurement configuration information including a DRS measurement period; transmitting, to a terminal, the measurement related information via radio resource control, RRC, signaling; receiving, from the terminal, a first measurement result generated based on the DRS measurement configuration information, in case that the secondary cell is activated; and receiving, from the terminal, a second measurement result generated based on the measurement cycle information, in case that the secondary cell is deactivated, wherein the DRS measurement configuration information indicates that the terminal measures a first DRS, which is transmitted by the base station on the secondary cell, according to the DRS measurement period included in the DRS measurement configuration information, and wherein the measurement cycle information indicates that the terminal measures a second DRS, which is transmitted by the base station on the secondary cell, according to a period indicated by the measurement cycle information.
A method for preparing a beverage through a capsule inserted in a beverage machine, the capsule comprising an enclosure containing one or more beverage ingredients, wherein a brewing fluid is introduced in the enclosure to brew the said one or more beverage ingredients, wherein a brewed liquid is filtered by a filtering means and delivered from the capsule, characterized in that: an overflow wall is placed in association with the filtering means and the filtered liquid traversing the filtering wall is forced to pass at least one overflow aperture of the overflow wall and that the said at least one overflow aperture is situated above the median horizontal plane of the enclosure and that the overflow wall comprises a premade overflow aperture.
Vehicle washing installation comprising the following modules in data exchange: - an interface to a sensor unit, via which sensor signals are read-in and relayed to a control unit in order to calculate control commands; - the control unit which is intended, in response to the received sensor signals and by means of a control logic, to calculate washing program sections in order to control the vehicle washing installation and to provide said washing program sections for display on an input and output unit; - the input and output unit which operates as a user interface and is intended to output the washing program sections calculated by the control unit and wherein the input and output unit is further intended to detect selection signals for selection of the displayed, calculated washing program sections and to use them to control the vehicle washing installation. - an interface to a sensor unit, via which sensor signals are read-in and relayed to a control unit in order to calculate control commands; - the control unit which is intended, in response to the received sensor signals and by means of a control logic, to calculate washing program sections in order to control the vehicle washing installation and to provide said washing program sections for display on an input and output unit; - the input and output unit which operates as a user interface and is intended to output the washing program sections calculated by the control unit and wherein the input and output unit is further intended to detect selection signals for selection of the displayed, calculated washing program sections and to use them to control the vehicle washing installation.
A device for measuring the temperature in a rotary kiln through which solid material passes being heated to elevated temperatures, comprising a drive as well as an elongated hollow body with means to fix a thermocouple, whereby the drive and the elongated hollow body are mounted such that they rotate jointly with the rotary kiln and that the drive can move the elongated hollow body together with thermocouple through an opening in and out of the rotary kiln interior for measuring the temperature inside the rotary kiln during operation, wherein the elongated hollow body is tubular and the thermocouple can be shifted by an actuator such that its temperature sensitive tip protrudes out of the elongated hollow body characterized in that the thermocouple is designed such that it can be moved separately from the elongated hollow body in and out for better protection of the thermocouple; a magazine is foreseen to provide at least two thermocouples and/or elongated hollow bodies.
A method for converting trisulfide bonds to disulfide bonds in proteins wherein the method comprises: (a) allowing proteins in a solution comprising at least one protein with at least one trisulfide bond to contact and associate with a solid support; (b) exposing said proteins bound to the solid support to a solution comprising a reducing agent; and (c) replacing the solution comprising the reducing agent with a solution lacking the reducing agent, wherein the proteins are antibodies or antigen-binding fragments thereof. (a) allowing proteins in a solution comprising at least one protein with at least one trisulfide bond to contact and associate with a solid support; (b) exposing said proteins bound to the solid support to a solution comprising a reducing agent; and (c) replacing the solution comprising the reducing agent with a solution lacking the reducing agent,
A resin composition comprising: a maleimide compound having a saturated or unsaturated divalent hydrocarbon group and a divalent group having at least two imido bonds; a catalyst comprising at least one selected from the group consisting of an imidazole compound, a phosphorus compound, an azo compound and an organic peroxide, and a filler, wherein the content of the catalyst is 1 to 5 parts by mass with respect to 100 parts by mass of the maleimide compound, and wherein the hydrocarbon group is a group represented by the following formula: wherein in the formula, R 2 and R 3 each independently represent an alkylene group having 4 to 50 carbon atoms; R 4 represents an alkyl group having 4 to 50 carbon atoms; and R 5 represents an alkyl group having 2 to 50 carbon atoms. a maleimide compound having a saturated or unsaturated divalent hydrocarbon group and a divalent group having at least two imido bonds; a catalyst comprising at least one selected from the group consisting of an imidazole compound, a phosphorus compound, an azo compound and an organic peroxide, and a filler, wherein the content of the catalyst is 1 to 5 parts by mass with respect to 100 parts by mass of the maleimide compound, and wherein the hydrocarbon group is a group represented by the following formula: wherein in the formula, R 2 and R 3 each independently represent an alkylene group having 4 to 50 carbon atoms; R 4 represents an alkyl group having 4 to 50 carbon atoms; and R 5 represents an alkyl group having 2 to 50 carbon atoms.
Beam termination device for a beam such as a concrete beam, the device comprises a shoe made from a thermally insulating material, the shoe constituting a thermal breaker provided with a first wall and with a second wall which are contiguous and inclined relative to one another, the first wall being a wall that accepts one end of the beam and the second wall being intended to constitute a wall that bears against an element of masonry, the first wall comprising at least one hole for the passage of a bar protruding from the end of the beam, characterized in that the termination device further comprises a means of attaching the shoe to the said end of the beam.
Method for producing a block of meat that is intended to be cut into sheets, of the type in which - a loose mass of meat elements is formed, - the mass of meat elements is cooled by causing it to follow a cooling path during which a quantity of frigories is transmitted to the mass, and - the block of meat is formed by compressing the mass of cooled meat elements, characterized in that - the mass of meat elements is formed in such a way that it essentially comprises meat elements with a thickness of between 0.5 and 5 cm, the surface temperature of these meat elements being between 1 and 5°C at the start of the cooling path, then - the mass of meat elements is made to follow the cooling path, this path having a duration of between 4 and 8 minutes and the amount of frigories transmitted to the mass of meat elements during this path being determined in such a way that at the end of the cooling path the surface temperature of the meat elements is between -10 and -20°C. - a loose mass of meat elements is formed, - the mass of meat elements is cooled by causing it to follow a cooling path during which a quantity of frigories is transmitted to the mass, and - the block of meat is formed by compressing the mass of cooled meat elements, - the mass of meat elements is formed in such a way that it essentially comprises meat elements with a thickness of between 0.5 and 5 cm, the surface temperature of these meat elements being between 1 and 5°C at the start of the cooling path, then - the mass of meat elements is made to follow the cooling path, this path having a duration of between 4 and 8 minutes and the amount of frigories transmitted to the mass of meat elements during this path being determined in such a way that at the end of the cooling path the surface temperature of the meat elements is between -10 and -20°C.
A storage container comprising: a plurality of side panels, each side panel including a first lateral edge and a second lateral edge, the first lateral edge including at least one attachment mechanism, the first lateral edge being configured to mechanically engage a second lateral edge of an adjacent side panel; and a tub configured to be at least partially supported by an upper edge of each of the plurality of side panels, characterized in that each side panel is arcuate. a plurality of side panels, each side panel including a first lateral edge and a second lateral edge, the first lateral edge including at least one attachment mechanism, the first lateral edge being configured to mechanically engage a second lateral edge of an adjacent side panel; and a tub configured to be at least partially supported by an upper edge of each of the plurality of side panels,
A positive electrode plate comprising a current collector, a positive active material layer and a safety coating disposed between the current collector and the positive active material layer, and wherein the safety coating comprises a polymer matrix, a conductive material and an inorganic filler and wherein when the safety coating and the positive active material layer are collectively referred as a film layer, the film layer has an elongation of 30% or more and wherein the polymer matrix of the safety coating is fluorinated polyolefin and/or chlorinated polyolefin having a crosslinked structure, wherein the elongation is determined according to the teaching of the description.
Switch for the single closing of an electric circuit, comprising two connection contacts (11, 12) and a spring pre-loaded contact bridge which, in the open state of the switch is electrically separated from the connection contacts (11, 12) by spacers, wherein in the open state of the switch, the spacers are held by the armature of an electromagnet and a spacer receptacle in their position between the connection contacts (11, 12) and the contact bridge and, on closing of the switch by actuation of the electromagnet, unblocked by the armature and are movable out of their position between the contact bridge and the connection contacts (11, 12), characterised in that the contact bridge is configured ring-shaped and, following the closing of the switch, the spacers are received in the central hollow space of the contact bridge and the spacer receptacle and before the closing of the switch, the armature blocks the entry of the spacers to the central hollow space.
A system comprising: an implantable medical lead; a plurality of electrodes connected to the lead, wherein the lead is configured to arrange the electrodes symmetrically on a septum of a heart of a patient when implanted within the heart; a signal generator connected to the electrodes by the lead; and a processor configured to detect tachyarrhythmia and to control the signal generator to deliver overdrive pacing to the septum, stop delivery of the overdrive pacing, and abruptly transition to delivery of underdrive pacing to the septum upon the stopping of the delivery of the overdrive pacing; and wherein at least one of a frequency of the overdrive pacing or a frequency of the underdrive pacing is a function of a cycle length of a tachyarrhythmia detected in the heart of the patient. an implantable medical lead; a plurality of electrodes connected to the lead, wherein the lead is configured to arrange the electrodes symmetrically on a septum of a heart of a patient when implanted within the heart; a signal generator connected to the electrodes by the lead; and a processor configured to detect tachyarrhythmia and to control the signal generator to deliver overdrive pacing to the septum, stop delivery of the overdrive pacing, and abruptly transition to delivery of underdrive pacing to the septum upon the stopping of the delivery of the overdrive pacing; and wherein at least one of a frequency of the overdrive pacing or a frequency of the underdrive pacing is a function of a cycle length of a tachyarrhythmia detected in the heart of the patient.
A size press formulation comprising solids, the solids comprising a polyaluminium chloride compound and starch, wherein the PAC is phosphated polyaluminum chloride.
An assembly for a drug delivery device comprising: a housing; a lead screw having a distal end and a proximal end, the lead screw including a threaded shaft; a drive nut threadedly engaged with and screwable along the threaded shaft; an inner sleeve which is axially movable and rotatably fixed relative to the housing, wherein the drive nut is axially fixed to the inner sleeve and wherein the inner sleeve has a portion containing a first section (83, 85, 86, 87) of an end of dose feedback connection; a second section of the end of dose feedback connection (81, 82) which is provided axially fixed within the housing, wherein the assembly is configured such that, during dose setting, the drive nut is screwed along the threaded shaft, the drive nut carrying with it the inner sleeve, wherein the assembly is configured such that, during dose delivery, the inner sleeve is advanced without rotation to axially advance the drive nut and thereby the lead screw, and wherein, when a connection between the first section and the second section of the end of dose feedback connection is established, an end of the dose delivery is signalled to the user in a sensory manner such that it can be recognized by the user. a housing; a lead screw having a distal end and a proximal end, the lead screw including a threaded shaft; a drive nut threadedly engaged with and screwable along the threaded shaft; an inner sleeve which is axially movable and rotatably fixed relative to the housing, wherein the drive nut is axially fixed to the inner sleeve and wherein the inner sleeve has a portion containing a first section (83, 85, 86, 87) of an end of dose feedback connection; a second section of the end of dose feedback connection (81, 82) which is provided axially fixed within the housing, wherein the assembly is configured such that, during dose setting, the drive nut is screwed along the threaded shaft, the drive nut carrying with it the inner sleeve, wherein the assembly is configured such that, during dose delivery, the inner sleeve is advanced without rotation to axially advance the drive nut and thereby the lead screw, and wherein, when a connection between the first section and the second section of the end of dose feedback connection is established, an end of the dose delivery is signalled to the user in a sensory manner such that it can be recognized by the user.
Acoustic cap for sound proofing and/or damping of a noise source in a vehicle, wherein the acoustic cap comprises: - a shell as a first proofing and/or damping material and as an outer wall of the acoustic cap, wherein the shell is made of plastic; and - a second proofing and/or damping material as an inner, noise source facing wall of the acoustic cap, wherein one or multiple hollow spaces is or are defined between the first and the second proofing and/or damping material (10, 30), characterized in that the shell encloses a half space substantially, preferably completely, or an air channel, by means of its wall or walls, wherein the second proofing and/or damping material entirely follows a contour of the wall or the walls of the shell with a spacing and is accommodated entirely in the half space or air channel. - a shell as a first proofing and/or damping material and as an outer wall of the acoustic cap, wherein the shell is made of plastic; and - a second proofing and/or damping material as an inner, noise source facing wall of the acoustic cap, wherein one or multiple hollow spaces is or are defined between the first and the second proofing and/or damping material (10, 30), characterized in that the shell encloses a half space substantially, preferably completely, or an air channel, by means of its wall or walls, wherein the second proofing and/or damping material entirely follows a contour of the wall or the walls of the shell with a spacing and is accommodated entirely in the half space or air channel.
A communication network segment of a land motor vehicle (100, 200), characterized in that it comprises a computer (101, 201), said computer being provided with interface means (102, 202) assuming a gateway role by allowing the transmission of communication frames and/or electrical signals between at least a first hardware port (103, 203) adapted to be connected to at least one data bus and a second hardware port (104, 204) adapted to be connected to at least one data bus, computing means (105, 205) assuming at least an authentication role by allowing a control command to be determined by interpreting at least one data item contained in an authentication request received on the first hardware port, and filtering means (106, 206) adapted to prevent the transmission through the interface means of at least one irrelevant communication frame, said segment further comprising at least one protection module (107, 207), adapted to prevent the propagation of an overvoltage on at least a part of said segment, and at least one switching module (108, 208) connected to the protection module and adapted to assume a transmission position allowing the transmission of communication frames between an input and an output of the switching module according to a control command received on a control hardware port connected to the computer via a wire link.