36results about How to "Save charging time" patented technology

The present application provides a battery assembly and an electronic cigarette; the battery assembly is configured for assembling with an atomizing assembly to form an electronic cigarette; and the battery assembly comprises a battery sleeve and a battery mounted in the battery sleeve; the battery includes a first electrode and a second electrode; and the battery assembly further comprises a first charging electrode connected to the first electrode electrically, and a second charging electrode connected to the second electrode electrically; and the first charging electrode is an end cover mounted on an end of the battery sleeve. The following advantageous effects can be achieved: only the end cover and the second charging electrode need to be connected to an external charger when the electronic cigarette need to be charged, which saves the time of a charging operation.

A wireless power charging system has a wireless power transmission apparatus formed to charge a plurality of wireless power receiving apparatuses located in a short distance therefrom, wherein the total charging time for the wireless power receiving apparatuses is saved. The wireless power transmission apparatus has a main control unit and a resonant converter unit, which transmit the electric signal to the wireless power receiving apparatus via the resonance signal generated from a primary charge core in order to charge the wireless power receiving apparatuses. The wireless power transmission apparatus also includes an output signal conversion module for transmitting a converted electric signal to the resonant converter unit and a received signal process module for processing a signal transmitted from the wireless power receiving apparatus.

The invention discloses a liner material for improving interfacial bonding of an HTPB propellant and a preparation method thereof. The liner material provided by the invention comprises two parts, namely an interpenetrating polymer network I and an interpenetrating polymer network II, wherein the interpenetrating polymer network I comprises a curing agent of isocyanate, a chain extender of dihydric alcohol or diamine, a cross-linking agent of a multiple active functional group compound and a plasticizer, and also comprises adhesives comprising hydroxyl-terminated polybutadiene, nitrine or polyether and other hydroxyl-terminated macromolecule dihydric alcohols. The interpenetrating polymer network II comprises an epoxy resin, polyacrylate, polyurethane, polysiloxane, a vinyl ester resin and other resins. According to the invention, a novel technology can be provided to adapt to a propellant liner, so that the interfacial bonding property between the liner and the propellant is improved.

A mobile electronic device storage and charging cabinet includes a body including an inner housing surrounded by a bottom panel, two upright side panels and an outer cover panel and having storage compartments defined therein for accommodating mobile electronic devices individually and a sliding door movable along tracks at the upright side panels to close or open the inner housing, and a power supply unit including a power input module for power input, a power socket module mounted in the inner housing and electrically connected to the power input module and battery chargers respectively electrically connected to the power socket module and adapted for charging storage mobile electronic devices. Thus, the invention facilitates centralized management of mobile electronic devices, saves mobile electronic device charging time, improves mobile electronic device charging efficiency and enhances ease of use.

A system includes a rechargeable electrical energy store having a predetermined nominal capacity and a predetermined maximum capacity, the maximum capacity being higher than the nominal capacity, and a charging unit for controlling a charging process of the energy store. The charging unit is configured for the purpose of charging the energy store until the amount of energy stored in it equals the nominal capacity, and then to determine an end of charging.

The invention discloses a mechanical explosive-filling device and a method for filling explosive by using the same. The mechanical explosive-filling device comprise a forced air input end connector, a forced air valve and a three-way pipe which are sequentially connected, wherein the forced air valve is connected with a first end of the three-way pipe, which is in the horizontal direction, one end of the three-way pipe, which is perpendicular to the horizontal direction, is connected with a first pagoda-shape connector, an explosive input pipe is connected with the first pagoda-shape connector, a second end of the three-way pipe, which is in the horizontal direction, is connected with a second pagoda-shape connector, and an explosive output pipe is connected with the second pagoda-shape connector; the mechanical explosive-filling device also comprises a cylindrical small-hole component, the hole diameter of one end of the small-hole component is larger than the hole diameter of the other end of the small-hole component, the end with a large hole diameter is longer than the end with a small hole diameter, the end with a large hole diameter is in matched and connected with the inside of the forced air valve, and the end with a small hole diameter is in matched and connected with the inside of the first end of the three-way pipe, which is in the horizontal direction. By using the mechanical explosive-filling device and method for filling explosive by using the device disclosed by the invention, the problem that ANFO (ammonium nitrate/fuel oil) explosive is filled difficultly can be solved, and labor cost for explosive filling and the number of drilled holes are lowered; moreover, the explosive-filling device is simple and is convenient to install.

The invention discloses a mobile phone film capable of charging while sliding. The mobile phone film consists of a film, a charging head, a red indicator light, a green indicator light and an electrical storage device. The mobile phone film is characterized in that a mobile phone is combined with the mobile phone film in the same way as mobile phone film sticking during use; touch friction power generation is performed through behavior actions on the film during use of the mobile phone; and electricity is stored in the electrical storage device in order to charge when necessary.

The invention provides a wind energy battery electric vehicle and relates to the technical field of new-energy automobiles. The wind energy battery electric vehicle comprises a vehicle body and an electricity consumption component and further comprises a wind power generation device, an energy storage device and a monitoring device; the wind power generation device is arranged on the vehicle bodyand used for converting wind energy into electric energy; the energy storage device is electrically connected with the wind power generation device, used for storing the electric energy converted by the wind power generation device, electrically connected with the electricity consumption component and used for supplying a power source to the wind energy battery electric vehicle; and the monitoringdevice is electrically connected with the energy storage device and used for monitoring state information of the energy storage device in real time. The wind energy generated in the traveling processof the wind energy battery electric vehicle is converted into the electric energy, efficient utilization of energy is achieved, the vehicle has important significance in environment protection, the energy storage device can be effectively protected as well, and the service life of the energy storage device is prolonged.

The electric heavy duty vehicle with combination of power storage or energy the on board electric charging and propulsion; the present invention is alternative energy design for electrical vehicles replacing the need for gasoline or other traditional fossil fuel.

A battery pack includes a first housing arranged on the outmost side of the battery pack, a second housing arranged within the first housing, battery cells which are at least partially contained in the second housing and a filling body which is at least filled a space between two adjacent battery cells. The filling body is arranged in the second housing. The filling body has a first specific heat capacity when a temperature of the filling body is below a first temperature and has a second specific heat capacity when the temperature of the filling body is above the first temperature.

The invention discloses a water injectable tunnel hydraulic blasting charging device. The water injectable tunnel hydraulic blasting charging device comprises a cylindrical PVC tube for axial placement in a blast hole, two water injecting pipes, a plurality of water injecting bags, exhaust pipes and explosives. The two water injecting pipes are arranged on the left side and the right side of the highest part of a first semicircular arc shell; and a plurality of water injecting through holes communicating with the PVC pipe are formed at intervals in each water injecting pipe and the positions attaching the PVC pipe in the length direction of the PVC pipe. The water injecting bags are arranged in the PVC pipe and are arranged at intervals in the length direction of the PVC pipe. The exhaustpipes are arranged axially on the outer wall of the first semicircular arc shell; and a plurality of exhaust through holes communicating with the water injecting bags are formed at intervals in an airpipe and the positions attaching the PVC pipe in the length direction of the air pipe. The explosives are a plurality of blocks and arranged with water injecting bags in a staggered mode. With the charging device, the explosive charge and water bags can be placed in the design position of the blast hole at a time, the water injection of the water bags in the blast hole can be carried out quickly,the charge time is shortened, and the construction speed is improved.

The invention discloses an automobile key capable of searching for locations. The key comprises a shell, a power supply module arranged in the shell, an LED module integrated on the shell, a remote control switch module and a minitype GPS locating module; the power supply module is connected with the LED module, the minitype GPS locating module and the remote control switch module to supply powerto the LED module, the minitype GPS locating module and the remote control switch module, the power supply module is a nanometer battery, and the remote control switch module comprises a remote control module and a Bluetooth module; the Bluetooth module is used for being connected with a Bluetooth of a mobile terminal to receive a paging signal transmitted by the mobile terminal, and the Bluetoothmodule is connected with the LED module. The key has the advantages that an automobile can be conveniently searched for, and the key is portable and has ultra-long standby time performance.

The invention relates to a blast hole charging auxiliary device. The blast hole charging auxiliary device comprises a vertical pipe and an explosive receiving pipe. The explosive receiving pipe is connected to the side wall of the vertical pipe in an inclined mode, an upper opening of the vertical pipe and an upper opening of the explosive receiving pipe are formed in the same horizontal plane, anopen groove which is parallel to the axis is formed in the side wall of the vertical pipe, and the top of the open groove is a cone which gradually outwards expands from bottom to top. When a blast pipe is charged, the explosive receiving pipe is connected with a charging flexible pipe of an explosive truck; a lower opening of the vertical pipe is put into a blast hole; an explosion initiation bomb is put into the blast hole from the upper opening of the vertical pipe, and a detonating pipe is put into the open groove; the explosive truck beings to charge the blast hole, the charging height of an installed spacer is achieved, and the explosive truck suspends explosive conveying operation; the spacer is put into the blast hole from the upper opening of the vertical pipe (1); and charging operation continues, and the required charging quantity of the blast hole is achieved. By the adoption of the blast hole charging auxiliary device, the spacer and the explosion initiation bomb are rapidly placed, the working efficiency of workers is improved, and the charging time is shortened. The manufacturing cost is low, the blast hole charging auxiliary device is convenient to carry, and the actual engineering problems that the charging process is complex, and time and labor are consumed are solved.

The invention discloses a special porous granular ammonium nitrate fuel oil explosive for an underground inclined upward blast hole. According to the improved ammonium nitrate fuel oil explosive, a porous granular explosive is bonded and coated, so that the problem of explosive scattering frequently encountered during charging of the underground inclined upward blast hole is solved, the charging success rate is high, the blasting performance is good, the safety performance is high, no toxic gas is generated after blasting, the influence on the human body and the environment is small, and meanwhile, the detonation velocity can reach 3000-3300 m/s. The invention also provides a preparation method of the ammonium nitrate fuel oil explosive. The whole process is safe and efficient, the operation is simple, the method is environment-friendly, the batching time can be completed within one day as soon as possible, the charging time is shortened, the damp risk of the explosive is reduced, and a guarantee is provided for the operation period.