192 results about "Standard Charge" patented technology

The invention discloses a charge management method, a charge management device and a charge management system, wherein the method comprises steps that when an adapter is accessed to a mobile terminal, whether a rapid charge identifier issued by the mobile terminal side is detected is judged; if so, the mobile terminal is charged based on a predetermined rapid charge mode; if not, and the mobile terminal is charged based on a standard charge mode. With the adoption of the charge management method, the charge management device and the charge management method, not only are the rapid charge of the specific mobile terminal and the shortening of charge time under the premise of not increasing a special charge interface realized, but also the charge of a nonspecific terminal product under the condition of guaranteeing safety is realized; and therefore, the generality of the adapter is improved greatly.

Changes in wireless service user behavior are encouraged and produced to shape utilization patterns among cells within a rate plan region by using shaping rules which define potential discounts from a standard charge rate under certain cell-specific utilization conditions, analyzing the shaping rules and utilization statistics of a cell upon service initiation, generating a discount from the standard rate for underutilized cells. The user is notified of these discount opportunities using text messages, icons, or other means. Over time, the users learn that at certain places and times, significant discounts are offered, and thus changes their behavior to take advantage of those discounts, thereby shaping traffic in a manner desired by the service provider.

A clear, hollow cylindrical tube having an internal circuit board with LED lights provides a lighting and flashing illumination device. The LED lights may either all be illuminated at once, or have certain LEDs with constant illumination while other LEDs may be placed into a flashing mode. The power source for the lighting and flashing apparatus includes either standard or rechargeable batteries and a 12-volt external source. The 12-volt external source may also be used to recharge the rechargeable batteries. The cylinder has an upper collar with both magnetic and hook hanging mechanisms. The rechargeable LED lighting and flashing apparatus provides much more illumination than a flashlight using standard charging and lighting electrical parts.

Methods of stimulating production of coalbed methane from a coal-bearing formation are described, one method involving providing a perforation charge comprising a standard charge portion and a charge additive able to produce localized temporary oxidizing environments in perforations; perforating a coal-bearing formation with the perforation charge to form initial perforations defined by carbonaceous material, the initial perforations having localized temporary oxidizing environments in them, and initiating combustion of the carbonaceous material using the oxidizing environments, thus enlarging the initial perforations. Other methods involve perforating the coal-bearing formation with a standard perforation charge, thereby creating perforations; and treating the perforations with a composition creating temporary local oxidizing environments involving an oxidant in the perforations, and initiating combustion of carbonaceous material using the excess oxidant, thus enlarging the perforations.

The invention provides an electric quantity correction and control method of a lithium ion power storage battery. The method comprises the following steps: first, charging the lithium ion battery according to a standard charging system, periodically measuring the terminal voltage of the battery, and in measurement of the voltage, determining the electric quantity parameters of battery by using the difference voltage DELTA-VH, correcting the electric quantity of the battery, and determining the cycle index equivalent, the degree of aging or the healthy state of the battery at this time by using the terminal voltage; then, displaying the information to the user of the battery so that the user of the battery can know the current state of the battery (such as the current maximum charging capacity and healthy state of the battery); and finally, carrying out a controlled discharge process on the battery so that the battery or battery pack works at the optimal SOC interval and reaches a specified range of residual capacity. The electric quantity correction and control method of the lithium ion power storage battery provided by the invention is adapted to electric quantity management of pure electric automobiles (EV) and hybrid electric automobiles (HEV), and by using the method, the service life of the battery can be prolonged.

The invention describes a solid-state CMOS image sensor array and in particular describes in detail image sensor array pixels having global and rolling shutter capabilities that are using a dual channel transfer-storage gate for charge transfer from a PD to a TX gate well and from the TX gate well onto a FD. The dual channels are stacked above each other where a shallow charge channel is used to drain surface generated dark current away from the pixel structure, while a buried bulk channel provides for standard charge transfer and storage functions. This feature thus improves the sensor noise performance and prevents signal contamination and various shading effects caused by the dark current buildup during a prolonged charge storage sequence in pixels of image sensor arrays using the global shutter mode of operation. Several embodiment of this concept are described including pixels which utilize shared circuitry, a complete PD reset capability, and an efficient anti-blooming control.

The invention relates to an integrated electric marketing charge-reminding platform system, in particular to a brand-new unmanned charge-reminding management system and a method for a power enterprise. The integrated electric marketing charge-reminding platform system comprises a standard charge-reminding terminal, a charge-reminding information server, a telecommunication charge-reminding standard server, a mobile charge-reminding standard server, a Unicom charge-reminding standard server, a voice charge-reminding standard server, a cable television charge-reminding standard server, an operator short message industrial gateway, a voice gateway, a short message terminal and a voice terminal. The integrated electric marketing charge-reminding platform system can achieve automatic electric charge reminding and overcome the shortcomings of manual charge reminding, is applied to various charge reminding channels, is timely and efficient in charge reminding, prevents the arrearage risk, improves customer satisfaction, provides different channels for subscribers, can enable users to timely know the domestic electricity utilization situation and avoids the uncertainty brought by manual charge reminder pasting. The electric charge reading, checking and collecting work efficiency is improved, the electric charge collecting risk is reduced for enterprises, the electric charge collecting work is comprehensively pushed, and innovation of grass-roots marketing management tools is achieved.

The invention discloses a charging method for setting a charging current automatically and a mobile terminal. The charging method comprises the following steps: a. a default charging current value of the mobile terminal is preset, the preset value is added gradually by a preset current increment to obtain a trial charging current of a charger of the mobile terminal, and the mobile terminal is charged on trial according to the trial charging current; b. the output voltage of the charger is judged whether to be smaller than a preset voltage threshold value when one preset current increment is added to the preset charging current; c. one current increment is subtracted from the current trial charging current value when the output voltage is judged to be smaller than the preset voltage threshold value, the obtained value is set as a standard charging current, and the mobile terminal is charged with the standard current. By means of the charging method for setting the charging current automatically, the mobile terminal can be charged with various USB chargers safely and effectively.

A shock mounting system for a 3-chip video camera. The system comprises a pair of support plates for spanning the junctions between the various components (prisms, etc.) of a standard charge coupled device (CCD) color camera having 3 CCD's, and an elastomeric boot molded to fit between the CCD camera assembly and the housing within which it is situated. The support plates are made of a material having similar thermal characteristics to the CCD assembly and are suspended within the elastomeric boot.

The invention relates to a charging abnormity detection method and device of electronic equipment. The method comprise that a charging parameter of the electronic equipment in a charging process is obtained, a present charging curve of the electronic equipment is determined according to the charging parameter, the present charging curve reflects a present charging condition of the electronic equipment, and the charging parameter includes a charging current at least; the present charging curve is compared with a standard charging curve corresponding to the electronic equipment to obtain the curve coincidence degree between the present charging curve and the standard charging curve; whether the curve coincidence degree is lower than the preset curve coincidence degree is determined; and if YES, it is determined that the electronic equipment is in a charging abnormal state at present, and first prompt information is output to promote a user that the electronic equipment is charged abnormally. Thus, the user can timely know abnormity of the electronic equipment in the charging process.

The invention provides a method and device for wireless charging and capable of achieving automatic position adjustment. Handshake protocol is established between a wireless charging terminal and a mobile terminal for information communication, the wireless charging terminal is equipped with a transmitting coil, and the mobile terminal is equipped with a receiving coil. The method comprises the steps that the current real-time charging efficiency of the mobile terminal is obtained; whether the current real-time charging efficiency is less than the standard charging efficiency corresponding toa current wireless charging standard or not is determined; if so, the relative offset position relation between the receiving coil and the transmitting coil is obtained, and the relative offset position relation includes relative offset direction and relative offset distance; and the receiving coil is adjusted to a specified position according to the relative offset direction and relative offset distance. According to the method and device for wireless charging and capable of achieving automatic position adjustment, the wireless charging terminal can be automatically controlled to adjust the position of the mobile terminal according to the real-time charging efficiency, so that the alignment between the sending coil and the receiving coil is accurate, and the charging efficiency is maximized.

The invention provides a battery self-adaptive quick charging method which comprises the following steps: step one, carrying out constant-current charging on a battery by a battery standard charging current, and acquiring battery capacity data and battery voltage data; step two, converting the capacity data and the voltage data into a relation equation about the battery capacity and the voltage; step three, converting the relation equation, to obtain a relation curve of battery charging capacity changes and voltage changes; and step four, according to the battery voltage changes, outputting a corresponding charging current according to the relation curve. With utilization of a characteristic that the battery has different charging current demands in different states, the charging current multiplying power is improved, so that the charging current adapts to the maximum current demand of the battery in a charge state, the charging speed is improved, the charging time is shortened, and the purpose of quick charging is achieved.

A method of modifying the charging target for the state-of-charge (SOC) of a hybrid vehicle battery in response to a sudden power draw includes determining that the hybrid vehicle has entered a steep grade environment, adjusting a power management scheme of the hybrid vehicle from a standard charging mode to an aggressive charging mode, and operating the hybrid vehicle operated using the adjusted power management scheme. The charging target may include both an immediate charging target and an ultimate charging target, where the immediate charging target is less than the ultimate charging target, and where adjusting a power management scheme from a standard charging mode to an aggressive charging mode includes increasing the immediate charging target.

The invention relates to a vehicle charging gateway controller with conversion use of a national standard and an American standard. An American standard charging standard is adopted between the vehicle charging gateway controller and a vehicle battery management system, and a national standard charging standard is adopted between the vehicle charging gateway controller and a charging station. The vehicle charging gateway controller with conversion use of a national standard and an American standard is characterized by comprising a national standard interface module for being connected with the charging station to simulate the national standard charging standard with the charging station, and an American standard interface module for being connected with the vehicle battery management system to simulate the American standard charging standard with the vehicle battery management system. By using the vehicle charging gateway controller with conversion use of the national standard and the American standard of the invention, the vehicle meeting the American standard can be directly charged in the national standard charging station.

The invention relates to the technical field of electric automobile charging and discloses a charging conversion method, device, system, a computer device and a storage medium. The charging conversionmethod comprises the following steps of: receiving a charging pile signal, and analyzing to obtain a charging mode of the charging pile; respectively calling charging protocols corresponding to the charging pile and the automobile charging system, carrying out charging handshake with the charging pile according to the charging protocol corresponding to the charging pile, and carrying out charginghandshake with the automobile charging system according to the Chinese standard charging protocol corresponding to the automobile charging system; and receiving the charging parameter information ofthe power storage battery which is sent after the handshaking of the automobile charging system is successful, and sending the charging parameter information of the power storage battery to the charging pile after the handshaking is successful in a European or international standard charging protocol form, wherein the charging parameter information is used for configuring the output parameters ofthe charging pile. The charging conversion method can carry out conversion between the Chinese standard charging protocol and the European or international standard charging protocol, thereby promoting the use of the electric automobile.

The invention relates to a power supply structure comprising at least two rechargeable batteries connected in series and a charging circuit. The charging circuit connected with the rechargeable batteries is used for charging the rechargeable batteries. In addition, the power supply structure also includes a switching circuit connected with the at least two rechargeable batteries. The switching circuit is used for switching the at least two rechargeable batteries to a battery series circuit with different numbers of rechargeable batteries connected in series; and the charging circuit is used for detecting the voltage of the battery series circuit, converting a standard charging voltage into different charging voltages based on the detected voltage, and providing the voltages for charging of the battery series circuit. On the basis of the power supply structure, switching usage of charging one or more series batteries by one same circuit can be realized. The number of batteries is identified based on the detection voltage; and a corresponding charging scheme is provided based on the corresponding battery number. In addition, the invention also discloses an electronic cigarette including the power supply structure.

The invention provides a charging method. The charging method comprises the steps of determining a currently-output charging voltage of a charging adaptor when the charging adaptor is used for charging a mobile terminal; judging whether the charging voltage is within a first preset range or not; gradually increasing an output charging current of the charging adaptor by taking a first preset current value as an incremental step value if the charging voltage is within the first preset range and when the charging adaptor is a standard charging adaptor; and monitoring an output voltage of the charging adaptor in real time, determining a rule according to the output voltage and a preset current, determining an upper limit value of the charging current, and charging the mobile terminal. The mobile terminal can be used for determining the upper limit value of the charging current with regard to the charging adaptor, and the charging current output from the charging adaptor is self-adapted; and since the charging current output from the charging adaptor can be self-adapted, the problem that the mobile terminal is repeatedly started all the way or charging is stopped when charging is not completed can be prevented.

The invention discloses a method and a system capable of controlling a charging mobile thermal to show a battery level, wherein the method includes the following steps: detecting internal resistant RINNER of a battery when a charger is plugged into a mobile thermal and charges the battery of the mobile thermal, obtaining a standard charging current IFINAL of the charger according to a preset charging current and the obtain internal resistant RINNER of the battery, setting the charging current of the charger as the standard charging current IFINAL, adding a modified voltage VDELTA to an original voltage of the battery to obtain a actual voltage of the battery, obtaining the battery level through the actual voltage of the battery, and controlling the mobile thermal to show the obtained battery level. With the obtained accurate battery level, battery level information obtained by a user can be more accurate, which facilitate management of a charging process of the user.

A charging device for a hearing apparatus and a system which includes the charging device are provided. The charging device has at least one charging contact in order to charge the hearing apparatus. The charging contact is movable in order to align with a contact on a hearing apparatus contact thereby a standard charging device is be made available.