mhurhangee/ep-ind-claims huggingface dataset:
A processing method for saving energy of a base station, comprising: obtaining engineering parameter data and measurement report data of the base station (S102 or S202), wherein the engineering parameter data comprises longitude and latitude data of the base station obtained by measurement, and the MR data comprises longitude and latitude data of a user terminal reported by the user terminal; gridding the MR data to obtain grid MR data, and calculating a calculated value of longitude and latitude data of the base station according to the grid MR data, wherein the grid MR data comprises a grid longitude and latitude (S104 or S204); comparing the calculated value of the longitude and latitude data of the base station with the longitude and latitude data of the base station in the engineering parameter data to select the engineering parameter data of the base station to be input into a load prediction model (S106 or S206); inputting the engineering parameter data of the base station selected into the load prediction model to perform training and prediction of the load prediction model (S108 or S208); and issuing a corresponding power-saving turn-off strategy according to a prediction result of the load prediction model. obtaining engineering parameter data and measurement report data of the base station (S102 or S202), wherein the engineering parameter data comprises longitude and latitude data of the base station obtained by measurement, and the MR data comprises longitude and latitude data of a user terminal reported by the user terminal; gridding the MR data to obtain grid MR data, and calculating a calculated value of longitude and latitude data of the base station according to the grid MR data, wherein the grid MR data comprises a grid longitude and latitude (S104 or S204); comparing the calculated value of the longitude and latitude data of the base station with the longitude and latitude data of the base station in the engineering parameter data to select the engineering parameter data of the base station to be input into a load prediction model (S106 or S206); inputting the engineering parameter data of the base station selected into the load prediction model to perform training and prediction of the load prediction model (S108 or S208); and issuing a corresponding power-saving turn-off strategy according to a prediction result of the load prediction model.
Multi-spot scanning microscope, comprising: a microscope optical unit, an illumination beam path, a detection beam path having a detection plane, in which a detector is positioned, the detection plane being optically conjugate to a sample plane, a light source for providing excitation light in the illumination beam path, a scanner and a dispersive device for spectrally separating detection light (61, 62; 70; 324), characterized in that a distortion optical unit is provided for guiding the detection light into the detection plane, said distortion optical unit being arranged, in the beam direction, downstream of the dispersive device and upstream of the detection plane, in that a rotation device (30; 40) is present for the variable relative rotation of a luminous field of the spectrally separated detection light and the distortion optical unit in dependence on a number of illumination spots of the multi-spot scanning microscope, and in that a control unit is present for actuating the rotation device and the light source and for at least provisionally processing measurement data provided by the detector. a microscope optical unit, an illumination beam path, a detection beam path having a detection plane, in which a detector is positioned, the detection plane being optically conjugate to a sample plane, a light source for providing excitation light in the illumination beam path, a scanner and a dispersive device for spectrally separating detection light (61, 62; 70; 324), characterized in that a distortion optical unit is provided for guiding the detection light into the detection plane, said distortion optical unit being arranged, in the beam direction, downstream of the dispersive device and upstream of the detection plane, in that a rotation device (30; 40) is present for the variable relative rotation of a luminous field of the spectrally separated detection light and the distortion optical unit in dependence on a number of illumination spots of the multi-spot scanning microscope, and in that a control unit is present for actuating the rotation device and the light source and for at least provisionally processing measurement data provided by the detector.
A fault detection system for a power distribution system the fault detection system having at least first and second line conductors carrying AC currents that are out of phase with each other from a source (10a, 10b) to a load, and a common neutral conductor, comprising an arcing fault current sensor comprising a coil wound on a hollow core and coupled to both of said line conductors in a manner that the electrical currents in said line conductors flow in opposite directions inside said hollow core and thus inducing in said coil a first output signal that is a function of the difference of the electrical currents in said line conductors, an arcing fault detection circuit receiving said first output signal and including a processor) receiving said first output signal, characterized by a neutral current sensor producing a second output signal representing the magnitude and phase direction of current in said neutral conductor, and the processor further receiving said second output signal and programmed to respond to a change in said first output signal to analyze said second output signal to determine whether said change in said first output signal is attributable at least in part to current in a line-to-line circuit and, if the answer is affirmative, determining a scaling factor to be used to adjust the value of said first output signal, and analyze said adjusted first output signal to determine whether an arcing fault has occurred.
A method of placing a telephone call from a handheld electronic device to a receiving device wherein said telephone call is transmitted over a data network as a number of voice data packets, comprising: initiating on said handheld electronic device said telephone call to said receiving device; attempting to transmit in a sequence a plurality of said voice data packets from said handheld electronic device via an access point to said receiving device; monitoring on said handheld electronic device (i) whether said receiving device has detected one or more missing or delayed ones of said voice data packets based upon a report received from the receiving device indicating the missing or delayed packets, and monitoring on said handheld electronic device (ii) whether said handheld electronic device has detected an inability to transmit or a delay in transmitting one or more particular ones of said voice data packets based upon whether one or more acknowledgement messages from the access point is not received, or one or more transmission requests for the voice data packets sent to the access point are not successful; and providing from said handheld electronic device a poor voice service indicator to a user of said handheld electronic device if at least one of the following is determined: (i) that said receiving device has detected one or more missing or delayed ones of said voice data packets, or (ii) that said handheld electronic device has detected an inability to transmit or a delay in transmitting one or more particular ones of said voice data packets. initiating on said handheld electronic device said telephone call to said receiving device; attempting to transmit in a sequence a plurality of said voice data packets from said handheld electronic device via an access point to said receiving device; monitoring on said handheld electronic device (i) whether said receiving device has detected one or more missing or delayed ones of said voice data packets based upon a report received from the receiving device indicating the missing or delayed packets, and monitoring on said handheld electronic device (ii) whether said handheld electronic device has detected an inability to transmit or a delay in transmitting one or more particular ones of said voice data packets based upon whether one or more acknowledgement messages from the access point is not received, or one or more transmission requests for the voice data packets sent to the access point are not successful; and providing from said handheld electronic device a poor voice service indicator to a user of said handheld electronic device if at least one of the following is determined: (i) that said receiving device has detected one or more missing or delayed ones of said voice data packets, or (ii) that said handheld electronic device has detected an inability to transmit or a delay in transmitting one or more particular ones of said voice data packets.
A method comprising: receiving, by a data storage server storing encrypted data, from a client device, a user authentication request for decrypting the encrypted data; transmitting, by the data storage server, to the client device, a validation token associated with the user authentication request, wherein the validation token indicates that the user successfully authenticated; receiving, by the data storage server, from a first key server that stores a first key, a first confirmation request associated with the validation token, wherein the first key is required for decrypting a first portion of the encrypted data and, with a second key, is required for decrypting a second portion of the encrypted data; transmitting, by the data storage server, to the first key server, a first confirmation indicating that the client device is authenticated with the data storage server; receiving, by the data storage server, from a second key server that stores a second key, a second confirmation request associated with the validation token, wherein the second key, with the first key, is required for decrypting the second portion of the encrypted data; and transmitting, by the data storage server, to the second key server, a second confirmation indicating that the client device is authenticated with the data storage server. receiving, by a data storage server storing encrypted data, from a client device, a user authentication request for decrypting the encrypted data; transmitting, by the data storage server, to the client device, a validation token associated with the user authentication request, wherein the validation token indicates that the user successfully authenticated; receiving, by the data storage server, from a first key server that stores a first key, a first confirmation request associated with the validation token, wherein the first key is required for decrypting a first portion of the encrypted data and, with a second key, is required for decrypting a second portion of the encrypted data; transmitting, by the data storage server, to the first key server, a first confirmation indicating that the client device is authenticated with the data storage server; receiving, by the data storage server, from a second key server that stores a second key, a second confirmation request associated with the validation token, wherein the second key, with the first key, is required for decrypting the second portion of the encrypted data; and transmitting, by the data storage server, to the second key server, a second confirmation indicating that the client device is authenticated with the data storage server.
Glow plug comprising: - a metal tubular body of which one end is terminated by a ceramic heating rod and the other end bears a connection end-fitting, - the heating rod housing the heating conductor incorporated in the ceramic of a heating cartridge, - an electrode passing in an insulated manner through the tubular body and electrically linking the heating cartridge and the connection end-fitting itself held in an insulated manner in the end of the tubular body, plug characterized in that - the electrode has at least one end which, before assembly on the rear end of the cartridge, has a tubular form of circular section of internal diameter (D 1), and elastically deformable, - the rear end of the cartridge is continued by a neck bearing an insulating head of ovoid form, provided with at least one "+" contact boss linked to the heating conductor of the cartridge, - the greatest section of the head, at right angles to the axis (xx) of the plug, has a quasielliptical form of major axis (D 2) greater than the internal diameter (D 1) and of minor axis (D 3) less than the internal diameter (D 1), the perimeter of this quasi-elliptical section being less than the internal perimeter (Π*D 1) of the tubular end of circular section, - the "+" contact boss is situated on one of the vertices (S 1, S 2) of the major axis (D 2) of this greatest elliptical section, - the greatest section of the head being engaged in the elastically deformed end and in contact with the vertices (S 1, S 2) of the major axis. - a metal tubular body of which one end is terminated by a ceramic heating rod and the other end bears a connection end-fitting, - the heating rod housing the heating conductor incorporated in the ceramic of a heating cartridge, - an electrode passing in an insulated manner through the tubular body and electrically linking the heating cartridge and the connection end-fitting itself held in an insulated manner in the end of the tubular body, - the electrode has at least one end which, before assembly on the rear end of the cartridge, has a tubular form of circular section of internal diameter (D 1), and elastically deformable, - the rear end of the cartridge is continued by a neck bearing an insulating head of ovoid form, provided with at least one "+" contact boss linked to the heating conductor of the cartridge, - the greatest section of the head, at right angles to the axis (xx) of the plug, has a quasielliptical form of major axis (D 2) greater than the internal diameter (D 1) and of minor axis (D 3) less than the internal diameter (D 1), the perimeter of this quasi-elliptical section being less than the internal perimeter (Π*D 1) of the tubular end of circular section, - the "+" contact boss is situated on one of the vertices (S 1, S 2) of the major axis (D 2) of this greatest elliptical section, - the greatest section of the head being engaged in the elastically deformed end and in contact with the vertices (S 1, S 2) of the major axis.
Gasket for sealing an assembly of two tubes (11, 12) each comprising an extremity with a seating surface, the gasket comprising a sealing portion with two opposite faces (21A, 21B), each being arranged to contact a respective seating surface, the sealing portion comprising at least a compressible portion, wherein the gasket comprises an optical fiber comprising a sensing portion at least partially enclosed in the compressible portion and arranged to detect a compression force applied by the tube assembly to the compressible portion via the opposite faces (21A, 21B), wherein the compressible portion comprises a strip spirally wound, characterized in that the gasket comprises guiding means arranged to provide guiding of the optical fiber out of the sealing portion, wherein the sensing portion is at least partially wound with the strip. the gasket comprising a sealing portion with two opposite faces (21A, 21B), each being arranged to contact a respective seating surface, the sealing portion comprising at least a compressible portion, wherein the gasket comprises an optical fiber comprising a sensing portion at least partially enclosed in the compressible portion and arranged to detect a compression force applied by the tube assembly to the compressible portion via the opposite faces (21A, 21B), wherein the compressible portion comprises a strip spirally wound, characterized in that the gasket comprises guiding means arranged to provide guiding of the optical fiber out of the sealing portion, wherein the sensing portion is at least partially wound with the strip.
Method for detecting mould spores in ambient air, characterized in that an in particular dehydrated zeolite substrate is exposed to the ambient air and at least one of the following measurements is carried out: a. the surface of the zeolite substrate is illuminated with a light source and a measured value representing the intensity of the light reflected from the surface is recorded, b. a measured value representing the conductivity and/or impedance of the surface of the zeolite substrate is recorded and, depending on the at least one measured value, in particular depending on the comparison of the at least one measured value with a respective comparative value, a measure of the occupancy of the substrate and/or the loading of the ambient air with mould spores is formed. a. the surface of the zeolite substrate is illuminated with a light source and a measured value representing the intensity of the light reflected from the surface is recorded, b. a measured value representing the conductivity and/or impedance of the surface of the zeolite substrate is recorded
A webpage advertisement anti-blocking method for a content delivery network, the method comprising: receiving an access request for a target page issued by a client terminal, and in response to the access request, feeding back a response including a detection script to the client terminal, wherein the detection script, when running on the client terminal, detects whether there exists an advertisement blocking component on the client terminal and whether the client terminal supports a specified transmission protocol, in which the specified transmission protocol is WebRTC protocol or WebSocket protocol, and determines, based on a detection result on the client terminal, whether to transmit loading information of the target page to an advertisement request rewriting module, where the loading information is page code that can be executed by the client terminal, when it is determined that an original advertisement request not issued is in a blocked state, to allow the advertisement request rewriting module to generate a rewritten request complying with the specified transmission protocol, the rewritten request corresponding to the original advertisement request included in the loading information, and the rewritten request being issued by the client terminal.
A method for producing broiler chickens characterized by that a chicken producer uses a standard chicken feed (100% ME) and then actively changes the chicken feed to a reduced energy level chicken feed and uses this reduced energy level chicken feed together with from 10 3 to 10 11 CFU Bacillus bacteria per gram feed, wherein the reduced energy level chicken feed has a reduced metabolizable feed energy level of from 85% to 98% ME of the ME in a standard used chicken feed (full ∼ 100% ME), where the standard (100%) used chicken feed is having following ME level: i): if chicken is a Hubbard chicken the standard (100%) starter feed ME level is 3000 kcal/kg and the Grower feed ME level is 3080 kcal/kg; ii): if chicken is a Ross chicken the standard (100%) starter feed ME level is 3040 kcal/kg and the Grower feed ME level is 3140 kcal/kg; iii): if chicken is a Cobb chicken the standard (100%) starter feed ME level is 3023 kcal/kg and the Grower feed ME level is 3166 kcal/kg; and wherein the metabolizable energy level is determined according to the standard ME assay (with and without the marker Cr 2 O 3) as described in section "Metabolizable feed energy level standard assay" herein. i): if chicken is a Hubbard chicken the standard (100%) starter feed ME level is 3000 kcal/kg and the Grower feed ME level is 3080 kcal/kg; ii): if chicken is a Ross chicken the standard (100%) starter feed ME level is 3040 kcal/kg and the Grower feed ME level is 3140 kcal/kg; iii): if chicken is a Cobb chicken the standard (100%) starter feed ME level is 3023 kcal/kg and the Grower feed ME level is 3166 kcal/kg; and wherein the metabolizable energy level is determined according to the standard ME assay (with and without the marker Cr 2 O 3) as described in section "Metabolizable feed energy level standard assay" herein.
A welding unit for welding rails of a track, including a shearing device provided for removing a weld bead, the shearing device being composed of a head part having a shearing edge and two side parts which are pivotable towards one another and each have a shearing edge, wherein a rail base section provided for being applied to a rail base is associated with each side part, characterized in that, in an end region facing towards each another, the two rail base sections have a tooth system for a form-locking connection which is effective in a longitudinal direction of the rail after the two side parts have been applied to the rail.
A pet leash, applied to a pet, the pet leash comprising: a front leash, comprising a front leash first end and a front leash second end, wherein the front leash second end is located at an opposite end of the front leash first end; a rear leash, comprising a rear leash first end and a rear leash second end, wherein the rear leash second end is located at an opposite end of the rear leash first end; a carabiner comprising a first closed loop connected to the front leash second end and comprising a second closed loop connected to the rear leash first end; and a loop-shaped handle, connected to the rear leash second end; wherein the loop-shaped handle can be held by a user or can be fastened by the carabiner to form a fastening ring. a front leash, comprising a front leash first end and a front leash second end, wherein the front leash second end is located at an opposite end of the front leash first end; a rear leash, comprising a rear leash first end and a rear leash second end, wherein the rear leash second end is located at an opposite end of the rear leash first end; a carabiner comprising a first closed loop connected to the front leash second end and comprising a second closed loop connected to the rear leash first end; and a loop-shaped handle, connected to the rear leash second end; wherein the loop-shaped handle can be held by a user or can be fastened by the carabiner to form a fastening ring.