31results about How to "Shorten the operating distance" patented technology

In a method for engaging a clutch having at least one previously known touch point position, the clutch is engaged according to a speed profile, the course of which depends on at least one of the previously known touch point positions.

The invention provides a remote detection type focusing electromagnetic pulse electronic acupuncture treatment machine. The machine comprises modules of a case, a power supply module, a control panelmodule, an operation and working state display module, a signal generator, a simulation living clock signal characteristic adjustment module, a signal characteristic correction processing module, a signal power amplifier, a simulation living clock control module, a simulation living clock power signal branching putting control module, a power signal putting duration control module, a power signalputting time interval control module, a power signal branching putting relay group, a power signal output port, a power signal branching putting control signal output port and a power supply input port. Under the mode of human living clock rules, weak eddy generated by electromagnetic induction is used for carrying out noninvasive stimulation on acupuncture points, and carrying out simulation acupuncture stimulation on related meridians and acupuncture points of a patient, so the related functions of the patient can be correspondingly repaired and improved in a noninvasive and painless manner,and simplicity and reliability of operation and efficiency of effects are improved.

The invention provides a search method, device and a mobile terminal. The search method includes the steps that a first search interface is provided, wherein the first search interface is provided with search identification; a trigger operation of the search identification by a user is received; when the trigger operation meets the first preset condition, a second search interface is provided, wherein the second search interface comprises a search box display region and an input region, the search box display region is located in the middle of the search interface, and the input region is located below the search box display region; a search word input in a search box by a user is received, and the search result is obtained according to the search word. By means of the search method, the operation distance generated when a user moves between the search box and the input region is greatly reduced, one-hand operation is facilitated, the search method, device and the mobile terminal are more convenient and faster to use, and input efficiency and search efficiency are improved.

The present invention proposes a single-chip microcomputer-based automobile gesture control device and its control method. The present invention uses a single-chip microcomputer as the main control unit, uses an infrared supplementary light to project infrared light, and uses a monocular camera with an infrared filter to capture user gestures. The image is sent to the single-chip microcomputer module. The single-chip microcomputer module analyzes, processes and recognizes the user gesture image, and controls the equipment control module to operate the vehicle equipment, thereby realizing the gesture control of the vehicle equipment. The single-chip microcomputer module of the present invention has excellent expansibility, and can be connected with different device drive modules according to actual needs to drive different automobile devices, so as to achieve the purpose of using gestures to control various in-vehicle devices. At the same time, the present invention uses an infrared supplementary light device with a monocular camera, which can be used under low-illumination conditions, and is more suitable for use in cars, especially when driving at night without daylight illumination, it can still be used normally.

The invention provides an object processing method and device as well as electronic equipment. The object processing method comprises the following steps of: determining a first object according to a first operation executed by a user; determining at least one second object which has an incidence relation with the first object; indicating the incidence relation between the second object and the first object by utilizing a visualized effect; judging whether the user executes a second operation on the first object; executing a corresponding processing operation on the first object according to the type of one object in the second object when the judged result shows that the user executes the second operation on the first object, wherein the a result generated by the processing operation is the same as the result generated by that the first objected is selected by a pointer, dragged to the position of the second objected and released, and with the adoption of the second operation, the moved distance of the first object is less than the distance between the first object and the second object before the second operation is executed. According to the invention, the operation efficiency of the user is improved.

The invention relates to a window. The window is provided with a window frame, a sash and a first operation device; the window frame is fixed to a building; the sash is rotatably mounted on the windowframe and is provided with a sash frame on the periphery; the sash frame is formed by a pair of first frames opposite to each other and a pair of second frames opposite to each other; the first operation device is provided with long connecting rods rotatably fixed to the first frames, short connecting rods rotatably fixed to the first frames and slidably connected to the long connecting rods, andfirst operation parts arranged on the long connecting rods for opening and closing the window. According to the window, the leaning distance can be reduced to ensure safety and the force point distance can be lengthened to facilitate operation.

The invention discloses a dedusting smoke-removing assistant ventilating device for tunnel construction. One side of the inlet of a dedusting box (7) is connected with a dust hood (1), and the other side of the dedusting box is connected with the inlet of a drawing-type ventilator (14). A smoke-removing box (16) is installed at the tail part of the device, and connected with the outlet of the drawing-type ventilator. The foul air generated in the tunneling process is pumped into the dedusting box through the dust hood so as to execute the dust filtration, and the air is pumped into the smoke-removing box so as to execute the fume treatment, finally the purified air is discharged from the outlet of the drawing-type ventilator. The smoke-removing box is capable of conveying sodium hydroxide solution in a liquid inlet box to a spray pipeline (9) through a water pump (20) and spraying by an atomizer (12), sprayed alkaline solution mist executes the neutral reaction with the acid gas in the fume, so that the purification treatment of the fume is realized. The dedusting smoke-removing assistant ventilating device for the tunnel construction is capable of integrating the dust filtration, the fume treatment and the assistant ventilation, realizing the efficient purification of the foul air, and improving the ventilation condition in the tunnel.

The invention discloses a parameter setting method and device for medical equipment and medical equipment. The method comprises the following steps of: presetting data input controls of parameter items, and building a first corresponding table of the parameter items and the data input controls, wherein the data input controls include basic keys for all the parameter items and additional keys dynamically appointed in the first corresponding table according to the parameter items; inquiring the first corresponding table according to the to-be-adjusted parameter items input by a user, and loading the data input controls corresponding to the to-be-adjusted parameter items; receiving novel parameter values and parameter modifying instructions input by the user through the data input controls; and sending the modified novel parameter values to a lower computer, and confirming if the parameter values are modified according to the feedback from the lower computer. According to the parameter setting method and device disclosed by the invention, the parameter setting process is more intuitive and the operating distance is shortened, so that the parameters setting process can be finished in a step; and a rotary encoder is avoided being operated frequently, so that the operator can more quickly complete the parameter setting process.