10 results about "Power group" patented technology

A clutch assembly (10), in particular for a winding device for wires, tubes and the like, which is configured to be mounted between a power group (200) and a driven element (300) is described. The clutch assembly (10) comprises: a first shaft (11) and a second shaft (12) being coaxial and rotational about an axis (X); clutch means (20) interposed between the first and second shafts (11, 12), the clutch means (20) in turn comprising at least one clutch disk (21); an urging and adjusting group (30) for the clutch means (20) configured to press the at least one clutch disk (21) against the first and second shafts (11, 12) with an adjustable elastic force. The urging and adjusting group (30) comprises an endless screw (31) and a gear wheel (32) in mutual screwing engagement.

The embodiment of the application discloses a kind of control method of walking equipment, control device, walking equipment and storage medium, belong to equipment control field.Walking equipment includes hydraulic pump group and at least two power groups, hydraulic pump group includes at least two hydraulic pumps, each power group includes sequentially connected first proportional valve, high-speed switch valve and motor, each hydraulic pump is connected each first proportional valve, and the first proportional valve in each power group is also connected with corresponding motor, the control method of walking equipment includes: response receives speed mode instruction, the state of high-speed switch valve is switched;According to received walking instruction, the flow mode of hydraulic pump group is switched;Based on speed mode instruction and the flow mode of hydraulic pump group, determine current speed range;According to current speed range, determine the target speed corresponding to walking instruction;Based on target speed, adjust the opening area of first proportional valve, to control the rotating speed of motor.By switching the state of high-speed valve and hydraulic pump, the speed of walking equipment can be accurately controlled according to actual road conditions.

This invention provides a method, apparatus, electronic device, and readable medium for generating unified power format files, relating to the field of chip technology. The method involves obtaining a target description file for a voltage domain design diagram. The voltage domain design diagram includes at least two module levels, each module level including at least one module, each module corresponding to at least one voltage domain, and each voltage domain corresponding to at least one power group. Based on the target description file, directed trees representing the hierarchical relationships between modules and the correspondence between modules and voltage domains, directed trees representing the correspondence between voltage domains and power groups, and directed trees representing the composition of power groups are created. Based on the directed trees of modules, voltage domains, and power groups, unified power format files corresponding to each module are generated. This reduces implementation costs and improves the efficiency of generating unified power format files.

This invention provides a decoupled control system and method for independent drive of multiple range extenders in a multi-rotor unmanned aerial vehicle (UAV). The system includes: decoupling the motor throttle commands of the flight controller into independent power commands for each range extender's power generation unit by introducing a power management coordinator; separating the flight control loop from the power generation control loop, thus achieving hierarchical decoupling of flight control and power generation control. Simultaneously, by independently optimizing the design of the flight controller and the range extender's power generation unit, this invention can directly utilize commercially available low-power range extender modules, reducing the development risk and cost of high-power customized range extenders and simplifying flight control logic; furthermore, by limiting load disturbances within each power group and preventing global diffusion, flight stability can be improved. In addition, by grouping the rotors of the multi-rotor UAV, with each power group independently powered by a dedicated range extender's power generation unit and electrically isolated between power groups, this invention can alleviate the current sharing problem of parallel range extenders.

The utility model discloses a kind of multi-position synchronous filling stuffing devices, including substrate, valve body, valve core, driving component, piston power group, material nozzle component and bunker component, fixed station and power station are provided on substrate, valve body is fixedly arranged on fixed station, rotating through-hole and multiple stuffing through-hole groups are opened in valve body, multiple stuffing through-hole groups are arranged along the length direction of valve body and are opened in the pipe wall of valve body, and with rotating through-hole corresponding communication, valve core is correspondingly arranged in rotating through-hole, multiple three-way hole channels corresponding with stuffing through-hole group are opened in valve core, driving component is connected with valve core, piston power group is arranged on power station, and with stuffing through-hole group corresponding communication, material nozzle component and stuffing through-hole group corresponding communication, bunker component and stuffing through-hole group corresponding communication, the utility model realizes the function of multiple groups of material filling or stuffing simultaneously, reduces equipment setup procurement cost and labor cost, with the advantages of simple operation, high efficiency.

The application discloses a kind of based on endurance mileage and weight micro flight platform power selection method, belong to micro flight platform power technical field, including the following contents: obtain the basic parameters of micro flight platform;Obtain the environmental parameter data of flight platform;Determine the total weight of micro flight platform;Establish the power calculation formula required for flight, determine demand power;According to the power form to be selected, determine the corresponding energy storage energy calculation formula;According to the law of conservation of energy, establish the relationship formula of demand power, energy storage energy and endurance time, solve endurance time;Draw endurance time-power weight correlation curve diagram under each power form;According to the intersection point of correlation curve diagram, divide the advantage endurance interval of different power forms, combined with target endurance mileage demand and power group weight, match and select the optimal power form.The application uses the above method, realizes the scientific quantization matching of power system, avoids power surplus or power shortage and other problems.

The application introduces a kind of electromechanical integration intelligent lock with multiple safety opening and closing lock, including lock shell, luminous main lock tongue assembly, right-angle reversing clutch power group, mechanical linkage assembly, clutch assembly, semi-automatic opening lock power group and magnetic retention lock; the luminous main lock tongue assembly is transmission connection with the right-angle reversing clutch power group, the mechanical linkage assembly is transmission connection with the clutch assembly, the clutch assembly is transmission connection with the semi-automatic opening lock power group; the luminous main lock tongue assembly, right-angle reversing clutch power group, semi-automatic opening lock power group and magnetic retention lock are electrically connected with the control mainboard of the lock; the application realizes full intelligent automatic opening and closing lock and completely mechanical operation opening and closing lock by setting right-angle reversing clutch power group, cooperates with semi-automatic opening lock power group, realizes multiple safety opening and closing lock; the structure cooperation degree between each component is high, responds quickly, guarantees the smooth operation of intelligent lock under various conditions, improves the safety of lock whole.

A power supply control system for a multi-phase power converter is provided. The power supply control system classifies each of a plurality of power converters into one of a plurality of power groups. The power supply control system selects one of the plurality of power converters classified in each of the plurality of power groups as a master power converter, and selects others of the plurality of power converters in each of the plurality of power groups as slave power converters. The power supply control system, according to data of the master power converter, outputs an on-time controlling signal for controlling an on-time of a high-side switch and an on-time of a low-side switch of each of the plurality of power converters, so as to control the plurality of power converters for supplying appropriate power to electronic devices.

The application relates to the field of power grid control and discloses a power grid reactive power group control method based on different attribute loads, a system and a storage medium. The method utilizes single-phase asynchronous motor groups, gas lighting lamp groups and matched motor split-phase capacitor groups and lamp compensation capacitor groups in the same power grid area, and is combined with an electrical data acquisition device, a reactive power control device and a switching execution device for regulation and control. The electrical data acquisition device acquires power factor and voltage signals in real time. When any phase voltage is higher than the single-phase upper limit and the power factor is higher than a reference factor, the reactive power control device sends a power factor drop instruction. In response to the instruction, motor state electrical data is acquired, and steady-state, temperature rise and stator voltage and current data are calculated. According to whether the data meets a reference range, an open / close instruction is generated to control the switching execution device to realize capacitor group switching out / switching in. The application does not need to add high compensation devices, can absorb excess reactive power, stabilize voltage and optimize power factor, reduces cost and ensures power grid stability.

The utility model discloses a high -power group string formula PTC heater, including PTC heating sheet, corrugated aluminium strip, aluminium connecting sheet, mounting seat and connecting frame, the outside of aluminium connecting sheet still is provided with reinforcing plate, be provided with upper buckle groove and lower buckle groove on the mounting seat, upper buckle groove and lower buckle groove are opposite and are located to form the insertion interface of one -end opening, the connecting frame is used for with external zero parts connection cooperation, the right side of connecting frame sets up and sets up upper buckle department and lower buckle department respectively, the connecting frame is along the insertion interface and is clamped on the mounting seat, make upper buckle department with upper buckle groove interlocking, lower buckle department and lower buckle groove interlock, like this, through the reinforcing plate of aluminium connecting sheet outside and make the aluminium connecting sheet outside, make the overall structural strength of reinforcing heating module, improved the stability of heater under the complex working condition such as vibration, impact and heater can along insertion interface quick clamping on the mounting seat, and the installation process is simple and convenient.