58results about How to "Avoid accidental touches" patented technology

The invention relates to the technical field of touch, and discloses a mobile terminal of a touch screen and a mistaken touch resistance method thereof. The mistaken touch resistance method comprises the following steps: a sensor arranged on the border of the mobile terminal of the touch screen receives current contact information; whether the current contact information and the preset contact information of single-handle holding meet a matching condition or not is judged; and if the current contact information and the preset contact information of the single-handle holding meet the matching condition, closing a touch function of an area, which is likely to be mistakenly touched, of the mobile terminal of the touch screen, wherein the area which is likely to be mistakenly touched is at least parts of marginal areas of the touch screen of the mobile terminal of the touch screen. The mobile terminal of the touch screen and the mistaken touch resistance method of the mobile terminal of the touch screen avoid a mistaken touch phenomenon which happens when the mobile terminal of the touch screen is subjected to single-hand operation.

The embodiments of the invention provide a control method and device for a fingerprint identification function and a terminal. The control method comprises the steps of detecting whether the terminal is currently located in a pocket of a user; and then, if the terminal is detected to be located in the pocket of the user, closing the fingerprint identification function of the terminal. The technical solution can solve a mistaken touch phenomenon caused by a reason that the fingerprint identification function cannot be automatically closed in the prior art and a further problem of power waste.

The invention discloses an automatic film laminating production line and method for a PVC composite floor mute pad, and belongs to automatic plate production equipment. The production line comprises an automatic feeding device, a UV curing machine, a continuous plate overturning machine, a gluing machine, a conveying device, an automatic large plate mute pad laminating machine, an automatic cutting machine, a punching feeding device, a punching device, a reversing conveying device, a small plate overturning machine, an automatic plate stacking machine and a double-station stacking machine which are connected in sequence. The automatic feeding device is used for feeding positively and negatively stacked base plates into the UV curing machine one by one in a manner that the front surfaces face upwards; the continuous plate overturning device overturns a base plate till the reverse side is upward and sends the base plate into the gluing machine, the gluing machine glues the surface of thebase plate, the base plate is conveyed into the automatic large plate mute pad laminating machine through the conveying device to be laminated, and then the base plate is cut off by the automatic cutting machine and sent to the punching device through the punching feeding device. The automatic film laminating production line is high in automation degree, capable of saving the cost of at least tenworkers, high in film laminating precision, environment-friendly, energy-saving, high in production efficiency, labor-saving and material-saving.

Embodiments of the invention provide an information processing method and electronic equipment. The information processing method comprises the following steps of: detecting a first end point and a second end point of a sliding operation; connecting the first end point, the second end point and a preset datum point to form a first fan-shaped area; determining control icons which are located in the first fan-shaped area; and selecting at least one control icon to execute a predetermined operation according to the control icons which are located in the first fan-shaped area. According to the information processing method, the started control icons are selected through the sliding operation and the first fan-shaped area formed by the datum point, so that the problem of mistaken touch of user fingers due to undersize control icons can be prevented, and the problem that the electronic equipment and user operations are tedious as various corresponding relationships need to be preset when mistaken touch is carried out through keys can be solved.

The invention discloses a controller applicable to a gear-free touch control handheld type electronic device. The handheld type electronic device comprises a touch control outer cover, a panel, a controller and a central processing unit. The touch control outer cover is provided with an outer cover body and a touch control sensing structure. The controller, the panel and the touch control sensing structure are in signal connection with one another. The outer cover body is arranged on the other side, opposite to the panel, of the handheld type electronic device. The controller comprises a driving unit, a sensing unit and a processing unit. The driving unit outputs a driving signal to the touch control sensing structure. The sensing unit receives double-finger sliding from a single hand holding the handheld type electronic device. The processing unit generates a selected signal, generates a transmitting signal according to the double-finger sliding, and transmits the selected signal and the transmitting signal to the central processing unit. The central processing unit controls the panel to display selected data according to the selected signal, and transmits the selected data to a target electronic device according to the transmitting signal. By means of the gear-free touch control handheld type electronic device, fingers can be prevented from shielding the sight of a user in an operation process, panel scratches are reduced, and the gear-free touch control handheld type electronic device can be operated and controlled by a single hand in a multi-touch way.

The embodiment of the invention provides a touch key, a control method and electronic equipment, the touch key comprises a first conductive part, a second conductive part and a touch part, and the second conductive part surrounds the first conductive part to form a capacitor structure; the method comprises the following steps: receiving touch input acting on a touch part; detecting whether the second conductive part has capacitance changes in a plurality of preset directions or not; and when the capacitance change exists in the target direction, determining a corresponding control instructionaccording to the target direction. In the embodiment of the invention, when the touch key receives the touch input, the touch part transmits the pressure to the first conductive part, so that the first conductive part moves relative to the second conductive part, and the capacitance is changed. Different control instructions are determined on the basis of the capacitance change position, so that various control operations can be realized only by performing different touch inputs on one touch key, the number of the touch keys is reduced, and a mistaken touch phenomenon is also avoided.

A floating touch sensing method, applied to a floating touch electronic device (300), the floating touch electronic device (300) includes a touch display panel (310), and the touch display panel (310) includes a multi- an icon hotspot area (312) and a non-icon hotspot area (314), the floating touch sensing method includes sensing the floating position of the touch object (101); Touches outside the hotspot area are responded to (102). Therefore, false touches can be avoided by setting the preset position, thereby improving the accuracy of touch control. Also provided are a floating touch sensing system (200) and a floating touch electronic device (300).

The embodiment of the invention discloses a character inputting method. The character inputting method comprises the steps that a first pressing parameter on a current key is detected; according to a pressing parameter range and the corresponding relation of at least two characters to be selected on the current key, one to-be-selected character corresponding to the first pressing parameter is selected for output. The embodiment of the invention further discloses a character inputting device.

The invention relates to a knife gate for a power system with pressurization prompt. The knife gate comprises a base. Insulators are fixedly connected with both sides of the top of the base. Accordingto the knife gate for the power system with pressurization prompt, a piston and a light-emitting block are used together; when the knife blade is not closed, the piston moves downward under the action of a lever; the piston compresses the air in a prompt tube, which is equivalent to pressurize more air; the temperature of the pressurized air rises; after the temperature in the prompt tube rises,the light-emitting block absorbs heat and conduct the heat to rare earth phosphor on the surface; the rare earth phosphor emits light after being heated; after the knife blade is closed, the piston rises, and no longer pressurizes the air in the prompt tube; at the moment, the heat of the air is reduced, and the rare earth phosphor on the surface of the light-emitting block no longer emits light;according to whether the light-emitting block emits light, the state of the knife blade is judged; and whether the knife blade is closed is conveniently determined, which prevents equipment from beingdamaged.

The invention provides electrical power high-low voltage complete equipment of a prefabricated substation. The electrical power high-low voltage complete equipment comprises a distribution box, a high-low voltage control box, a protection box and a placement groove, wherein the bottom part of the distribution box and the bottom part of the high-low voltage control box extend into the placement groove, the bottom part of the distribution box and the bottom part of the high-low voltage control box are respectively provided with a fifth return spring and a sixth return spring, an insertion hole is formed in the left side face of the distribution box, a first rotating half shaft is arranged on the left side face in the distribution box, the right portion of the first rotating half shaft is connected with the left end of a rotating shielding plate, a side transverse plate is fixed to the right end of the rotating shielding plate, a second rotating half shaft is arranged on the upper side face of the side transverse plate, the top part of the second rotating half shaft is connected with the bottom end of a middle rod, and the top end of the middle rod is fixedly connected with the bottom end of a first return spring. According to the electrical power high-low voltage complete equipment, the technical problems that in the prior art, the mechanical energy voltage supplementing capacity is not achieved, high and low voltage flexible adjustment cannot be achieved, and automatic power off in a fire disaster cannot be achieved are effectively solved, and application and popularization are facilitated.