39results about How to "Change the mode of operation" patented technology

The invention relates to an electronic instrument and a wearable type input device for the same. The wearable type input device comprises a finger action unit and a comprehensive processing unit. A reference position calibrator, a data processing unit and a communication unit are arranged in the comprehensive processing unit. The finger action unit is used for sensing the action state of fingers relative to the ground at a certain moment, and the reference position calibrator in the comprehensive processing unit is used for providing motion information of a body and other movement carriers relative to the ground. The finger action unit and the comprehensive processing unit together form a basic hardware structure for background movement detection and blanking. Accordingly, accurate information of motions of the finger action unit relative to the comprehensive processing unit is obtained and processed to be coordinate data for being called by a display device, and the use requirement for information input or cursor calibrating of the wearable type input device in a static environment and a dynamic environment can be met. The wearable type input device can greatly promote development and application of new-generation electronic intelligence products.

The invention relates to a planing device and to a method for activating a planing device, with a mining planer 1 reversibly moveable by means of a planer chain 2, with at least two chain drives 3, 4 having variable-speed drive motors 8, with a planer travel measurement system and with a motor control device 11 which, for example by position control, delivers activation parameters for a change in rotational speed of the drive motors 8 for changing the planing speed and which is assigned a control module 12 with automatic load compensation regulation between the drive motors 8. According to the invention, a monitoring module 13 is provided, which, for example by position control, switches off the control module 12 for load compensation regulation or modifies its operating mode and delivers different activation parameters S, S' to the drive motors 8.

Provided is a circulating lifting device. A transmission device is installed on ground, a reversing device is installed on another fixed object, and two chains connect the transmission device and the reversing device. A rotating shaft is connected with the two chains. A moving box is installed on the middle part of the rotating shaft in a vertical oscillating manner. Driven by the transmission device, the device realizes circulation, roundtripping, carrying, loading and unloading, and storage of personnel, materials and goods, and materials. The device is formed by the transmission device, the reversing device, a carrying device, and a stabilizing device. The circulating lifting device has four types. The types are a basic circulating lifting device, an energy-efficient circulating lifting device, a comprehensive circulating lifting device, and an efficient circulating lifting device. The common characteristics are that through changing the structure, the number, and operating methods (circulating or reciprocating motion), circulating paths of the moving box, and changing placing methods (vertical, inclined, horizontal, reversed inclined, and reversed) of the moving boxes, the device has new purposes and becomes a new product. Mechanical equipment manufactured according to principles of the equipment has characteristics of high efficiency, energy conservation, land saving, and cost saving, and the equipment is suitable for automation production in large batch.

The invention discloses a half-direct-fire and half-hot-wind coffee bean baker and a baking method thereof and relates to the technical field of production equipment. The coffee bean baker comprises a bottom support, a silver-skin collector, a gap regulating valve, a hopper, a roller, a driving device, a fire grate, a base and a cooling device. Through a half-direct-fire and half-hot-wind baking mode of the coffee bean baker, heat can be better circulated internally and utilized fully, and coffee beans with good taste can be baked in short time; the defects of heat loss and gradually increasing temperature on the outer wall of a baking oven are overcome; the running mode of heat in a baking environment of the coffee bean baker is changed, coffee beans with better taste are baked in short time, processing time is shortened for customers, and baking efficiency is improved.

The invention discloses an electric power pumping irrigation station. The electric power pumping irrigation station comprises a machine set, a pipeline and a control system, wherein the machine set pressurizes the pipeline to pump water up; the pipeline provides a water delivery channel, the control system provides power to control starting and stopping of the machine set, controls the pipeline as required and adjusts the rotating speed of a water pump, and the pipeline is a variable pipeline. By adopting the electric power pumping irrigation station disclosed by the invention, the defects that the adjustment ranges of flow and lift are narrow and the requirement of high-low table position irrigated areas on the flow and lift of the pumping irrigation station cannot be met are overcome, irrigation equipment which can meet the requirements of low-table position and high flow and can realize operation in high-table position lift working condition is provided, the operating condition range of the machine set is expanded, the requirement of high flow can be met, operation in high-lift working condition can be realized, and electric power pumping irrigation station is flexible and can perform cross-regional operation, thereby improving the utilization ratio of the machine set.

The invention relates to a measuring method for rotational inertia of a wind turbine generator unit. The measuring method comprises the following steps that 1 the weather of which the wind speed is stable in the maximum wind energy capture area of the wind turbine generator unit is selected to conduct measurement; 2 an energy-balance equation is established; and 3 the rotational inertia of the wind turbine generator unit is worked out. According to the measuring method for the rotational inertia of the wind turbine generator unit, measurement is conducted in the maximum wind energy capture area of the wind turbine generator unit when the wind speed is stable; the wind turbine generator unit is controlled to operate in a maximum wind energy tracing mode, and first useful output power and a first rotor rotating speed are obtained; the operation mode of the wind turbine generator unit is changed, the useful output power of the wind turbine generator unit is changed into second useful output power, the rotor rotating speed is changed into a second rotor rotating speed, and first output electric energy is obtained, so that the energy-balance equation is established; the rotational inertia of the wind turbine generator unit is determined based on the energy-balance equation. The measuring method for the rotational inertia of the wind turbine generator unit has the advantage of being excellent.

The invention discloses a double-lane vehicle lane changing guiding method under vehicle-road cooperation, and the method comprises the steps: describing the state information of a vehicle based on acellular automaton model, carrying out the real-time effective evaluation of the threat to the vehicle in real time according to the information of surrounding vehicles, carrying out the traversal ofthe elements of a threat evaluation function, obtaining the position of a minimum value, and giving the vehicle lane changing guidance; in a double-lane environment, subjecting the observation vehicleto vehicle speed induction according to the movement trend of the forward vehicle after lane changing, so that the vehicle speed of the observation vehicle is associated with the acceleration trend of the forward vehicle after lane changing; referring to the motion trend of the backward vehicle, observing that the vehicle adopts a leading acceleration motion rule, and avoiding rear-end collisionaccidents while ensuring motion synchronization; providing early-stage speed guidance for the vehicle close to the blocking point, and avoiding the phenomenon of vehicle starting and stopping; and finally, giving a double-lane vehicle lane changing rule under vehicle-road cooperation to complete lane changing. According to the invention, the problems of vehicle congestion and road section congestion point increase in the future traffic environment are solved.

The invention discloses a resistance type melting furnace and a furnace starting method. The resistance type melting furnace comprises a furnace body, a feeding port and a discharging port are formedin the two sides of the furnace body, a furnace cover is arranged on the upper portion of the furnace body, through holes allowing a first electrode, a second electrode and a plasma torch to penetratethrough are formed in the furnace cover, and the first electrode, the second electrode and the plasma torch penetrate through the through holes and extend into the furnace body. The characteristics of high-temperature flame flow, high center temperature and low peripheral temperature of the plasma torch are adopted for melting and heating the furnace starting raw material, the heating speed is high, and ablation of the furnace body lining is avoided; according to the furnace starting method, furnace starting can be completed in a short time, so that the operation mode of the resistance-type melting furnace is changed, intermittent operation can be carried out, flexibility and convenience are achieved, and the application range of the resistance-type melting furnace is enlarged.

Disclosed is an intelligent blade multi-robot collaborative operation control system. The intelligent blade multi-robot collaborative operation control system comprises a process control layer, a composition configuration layer and a drive connector layer; according to the process control layer, according to the blade machining process needs, servo shaft time-sharing composition and linkage control information is sent to the composition configuration layer; according to the servo shaft composition linkage requirements, the composition configuration layer can configure corresponding servo shaft driver connectors in the drive connector layer in real time in a connected manner, a multi-robot servo shaft linkage control set is formed in a time-sharing manner, linkage control information of the process control layer is transmitted to a servo shaft driver designated in the drive connector layer, and a servo shaft is driven to move. The layered grouped and time-shared configuration linkage control manner is adopted, time-shared composition servo shaft linkage control over multiple servo shafts in one control system can be achieved according to the coordinated process needs, and the problem that multiple servo shafts are combined and linked in a time-shared manner, and multiple control systems need to be arranged is effectively solved.

The invention discloses a device and a method for coupling efficient biological treatment and sludge reduction of trademark fabric production wastewater. The device comprises a neutralization tank, an adjusting tank connected with an outlet of the neutralization tank, a facultative tank connected with an outlet of the adjusting tank, a first-stage sedimentation tank connected with an outlet of the facultative tank, an aerobic tank connected with an outlet of the first-stage sedimentation tank, and a second-stage sedimentation tank connected with an outlet of the aerobic tank, and an outlet of the first-stage sedimentation tank and an outlet of the second-stage sedimentation tank are respectively connected with an inlet of the adjusting tank. According to the method disclosed by the invention, FeCl2 is added into inlet water of the adjusting tank, so that the pH of the alkaline wastewater is reduced, trace elements for growth of activated sludge microorganisms are provided, the activity of the microorganisms and the flocculation precipitability of the sludge are improved, and the biodegradation efficiency of the wastewater and the adsorption removal of antimony are improved. According to the method, the biological treatment efficiency of the wastewater can be improved while sludge reduction is realized, the operation is simple, the cost is relatively low, and engineering is easy.

This case is a PLC-based block pre-curing conveying system, which is used to transport the mold car from the batching building to the preset track line inside the pre-curing room. The pre-curing conveying system includes: a PLC controller, controlled by the PLC controller controls the ferry car installed in the batching building, and the conveyor chain preset according to the preset track line, the ferry car includes a horizontal formwork and a longitudinal formwork, and the PLC controller includes a sequence Feed control module, positioning control module, output brake control module and man-machine interface module, operation control module. The entire block pre-curing and conveying process in this case is automatically controlled by PLC, which changes the operation mode of traditional wheels and reduces cost input.

The invention belongs to the technical field of electrics, and particularly relates to a circulating pump frequency converter power frequency and frequency conversion switching system and method. The system comprises a circulating pump frequency converter, a switching device, a circulating pump motor, a voltage transformer, a circuit breaker and a power supply bus. Wherein one end of the circulating pump frequency converter is connected to a power supply bus through the circulating pump frequency converter inlet wire circuit breaker and the circulating pump upstream circuit breaker in sequence, and the other end of the circulating pump frequency converter is connected with the circulating pump motor through the circulating pump frequency converter outlet wire circuit breaker; the circulating pump frequency converter inlet wire circuit breaker is connected with the circulating pump frequency converter outlet wire circuit breaker through another bypass line, and a switching device is arranged on the circulating pump frequency converter inlet wire circuit breaker; one end of the circulating pump frequency converter bypass circuit breaker is connected to a path between the circulating pump frequency converter inlet wire circuit breaker and the circulating pump upstream circuit breaker, and the other end of the circulating pump frequency converter bypass circuit breaker is connected to a path between the circulating pump frequency converter outlet wire circuit breaker and the circulating pump motor. On-line undisturbed switching of the power supply of the high-power circulating pump motor can be realized according to the requirements of a process system.

The invention relates to rotors for flow meters, in particular to a toothless triangular rotor for a flow meter. The toothless triangular rotor for the flow meter includes a triangular rotor body; grooves are formed in an upper end surface and a lower end surface of the triangular rotor body; a rotor shaft is positioned in the grooves; and through holes around the rotor shaft are formed in the grooves of the triangular body. The triangular rotor can match a bearing in the metering room through the rotor shaft, and rotation of the rotor can be achieved; the grooves formed in the rotor can reduce the weight of the rotor, and can provide moving gaps for an eccentric bearing disc; and the contradiction of rotation and revolution of the triangular rotor can be skillfully solved during a moving process. The triangular rotor is simple and practical in structure, is easy to manufacture, and can simplify the structure of the metering room.