35results about How to "Realize button function" patented technology

The invention relates to a television set remote control system and method based on a WeChat app at a mobile terminal. The method includes the following steps: 1. A mobile terminal user scanning a 2D code at a television set terminal by using WeChat in order to bond the mobile terminal and a television set terminal, saving the bonding information as a bonding relation table of a database of a backend server; 2. A mobile terminal user inputting information and transmitting the information to the backend server; 3. The backend server verifying the presence of the bonding relation through the bonding relation table of the database; 4. If the bonding relation exists, the backend server converts the information to a command and saves the command to the backend server; and 5. The television set terminal acquiring the command from the backend server and implementing the operation. Compared with prior art, according to the invention, the method and the system have the advantages of long remote control distance, control at any time and any places, and improved user experience.

The invention discloses a sensing operation module and a terminal. The sensing operation module includes a magnetic material layer, an insulation plate and a sensing module body, wherein the sensing module body includes one or more sensing elements with the function of sensing the magnetic field variation of the magnetic material layer, and the sensing elements are arranged on the insulation plate. The sensing operation module can quantify pressure, hole forming conducted on a contact plate connected with the magnetic material layer is avoided, therefore, hole forming conducted on the terminalis avoided, the waterproof performance of the terminal can be improved, and the integrity of a whole machine is improved.

The invention discloses an intelligent elevator safety key input device and method for preventing and controlling virus infection. The intelligent elevator safety key input device includes an elevatorsafety key, a control circuit is arranged inside the elevator safety key, the control circuit is composed of a microcontroller and peripheral sub-circuits, and a light intensity detection circuit isarranged inside the elevator safety key; the light intensity detection circuit memorizes current ambient light intensity under the control of the microcontroller and converts the current ambient lightintensity into a voltage signal to be stored in a memory capacitor; a reflective photoelectric sensor receiver is used to convert total light intensity reflected into the interior of the safety key into a voltage signal and input the voltage signal into a voltage comparator through an in-phase buffer and transmit a signal to the microcontroller after the voltage of the voltage signal is comparedwith a memory voltage; and after the microcontroller detects the key to be used by a user, the microcontroller outputs a signal to control a safety key drive circuit, through the driving of a photoelectric coupler and a transistor Q4, a normally open contact of a relay is controlled to be closed, and the automatic pressing of the elevator safety key is realized. According to the intelligent elevator safety key input device and method, virus can be effectively prevented from spreading through the car-type elevator key.

The embodiment of the invention discloses a key device. The key device comprises a terminal housing and a pressure sensing system, wherein the terminal housing comprises a pressed region, the pressed region is used for bearing a pressure and transmitting the pressure to the pressure sensing system; and the pressure sensing system comprises a fitting piece and a pressure-sensitive element arranged between the fitting piece and the pressed region, and the pressure-sensitive element senses the pressure transmitted by the pressed region and outputs a corresponding control signal. The embodiment of the invention further provides a terminal comprising the key device. According to the invention, the key device provided by the embodiment of the invention is capable of realizing a key function under the condition that the terminal housing is not open, a keycap is prevented from being clamped and worn, the dustproof and waterproof functions of the terminal are improved, and the service lifetime of the terminal is further prolonged.

The invention discloses a fingerprint module with a key function, a battery cover assembly and a mobile terminal. The mobile terminal comprises the battery cover assembly; the battery cover assembly comprises a cover plate and the fingerprint module; the fingerprint module comprises a circuit board assembly; a fingerprint chip and a touch switch; the fingerprint chip and the touch switch are arranged at two opposite sides of the circuit board assembly and are arranged oppositely to each other; the fingerprint chip is used for collecting fingerprint information; the touch switch is used for controlling corresponding operations of the mobile terminal; the circuit board assembly is used for realizing electric connection between the fingerprint chip and the touch switch and a circuit main-board of the mobile terminal; the cover plate is provided with a touch region which corresponds to the fingerprint module; the thickness of the touch region is smaller than that of the other positions ofthe cover plate; and the fingerprint chip of the fingerprint module is connected with one side, close to the mobile terminal, of the touch region. Through the way above, dust and moisture can be prevented from entering the fingerprint module of the mobile terminal, and the key function of the fingerprint module can be realized.

The invention discloses a key structure and wearable equipment, the key structure comprises a shell, a trigger assembly and a key assembly, the shell is provided with a mounting cavity and a key hole communicated with the mounting cavity, the trigger assembly is arranged in the mounting cavity and corresponds to the key hole, the key assembly comprises a pressing piece and a key rod, at least part of the key rod is movably arranged in the key hole and corresponds to the trigger assembly, and one end of the pressing piece movably penetrates through the key hole and is detachably connected with the end, away from the trigger assembly, of the key rod; and the pressing piece is pressed and / or rotated, so that the key rod is driven to trigger the triggering assembly. The invention aims to provide the detachable waterproof key structure, the key is convenient and quick to replace, the key structure is applied to the wearable equipment, the convenience of a user is effectively improved, the appearance of the wearable equipment can be more diversified, and the decoration requirement of the user is met.

The invention discloses a method and a system for realizing the earphone button function of an electronic device. The method comprises the following steps of: setting a current threshold value which triggers the earphone button function, and setting the current fluctuation duration time of a microphone of the electronic device; resetting a timer of the electronic device; when the electronic device has a coming call or is in a conversation process, monitoring a processor of the electronic device in real time to acquire the current fluctuation value of the microphone; when the monitored current fluctuation value is more than the set current threshold value, starting timing by using the timer; and when timing time is less than the set current fluctuation duration time, notifying the processor to process the coming call or a conversation. By the method and the system, the earphone button function can be realized by accelerated induction of the microphone.

The invention provides a smart watch which includes a shell, a key component, an ejector pin component, a battery, and a circuit board electrically connected with the battery. The shell is provided with an accommodating cavity. The key component includes keys, an FPC, and a first elastic piece component, a second elastic piece component and key contacts arranged on the FPC. The keys and the ejector pin component are arranged on the shell. The battery, the circuit board, the FPC, the first elastic piece component, the second elastic piece component and the key contacts are accommodated in the accommodating cavity. The keys and the key contacts are oppositely arranged. The ejector pin component and the first elastic piece component are oppositely arranged. The second elastic piece componentand the contacts on the circuit board are oppositely arranged. By arranging the key contacts, the first elastic piece component and the second elastic piece component on the FPC, the key function, thecharging function and the power supply function can be simultaneously achieved through one FPC. Therefore, the assembly process is simplified, space is saved, and the cost is reduced.

The invention discloses a circuit with antenna function and button function and an Internet of Things terminal, wherein the circuit with antenna function and button function includes a function button, a connection line, a filter circuit, a button detection circuit and a radio frequency transceiver circuit. The function key is connected with the filter circuit through the connection line, and the key detection circuit and the radio frequency transceiver circuit are respectively connected with the filter circuit. The function key is used to generate a key signal when it is triggered by pressing. Connecting lines for passing key signals to filter circuits and receiving / transmitting RF signals. The filter circuit separates and processes the key signal or radio frequency signal. The invention uses the connection line between the function key and the filter circuit as an antenna to receive or radiate electromagnetic waves, realizes the key function of the connection line, and also achieves the effect of the antenna, reduces assembly space, and saves material costs.

The invention relates to a novel key structure and an assembling method of the same. The novel key structure is characterized in that a plurality of groups of keys are arranged on the surface of the front side of a panel of the novel key structure; a key board support is arranged at the location of the plurality of groups of keys at the back side of the panel; a key board is arranged on the key board support horizontally; the keys and the panel are in pin joint through a rotation part; and pressing the front end of each key in the perpendicular direction can drive the key to rotate around the rotation part, and at the same time, a touch switch, on the key board, below the key, can be triggered. The novel key structure utilizes the lever motion principle to realize triggering of the touch switch through pressing of the keys above the key board, thus guaranteeing realization of the key function and the pressing hand feeling. Besides, the horizontal insertion type assembling mode enables the thickness of whole key structure in the motion direction of the keys to be further reduced so as to satisfy the design style of a piano type key displaying protruding edge or suspending feeling.

The invention discloses a key trigger method. The key trigger method comprises the following steps: obtaining distance data and light intensity data detected in a key touch area in real time; when detecting that both of the distance data and the light intensity data are smaller than a preset threshold, sending a key trigger signal to a wearable device, thus allowing the wearable device to process according to the key trigger signal. Correspondingly, the invention further discloses a key trigger apparatus. By adopting the key trigger method and apparatus disclosed by the embodiments of the invention, the key trigger accuracy can be improved.

The invention discloses a control circuit, method and system applied to a potentiometer and electronic equipment, and the circuit comprises a single-chip microcomputer and the potentiometer, the first end of a first resistor R1 on the potentiometer is connected with a power supply end, the second end of the first resistor R1 is connected with the first end of a second resistor R2, the second end of the second resistor R2 is connected with the first fixed end of a variable resistor Rv, and the first fixed end of the variable resistor Rv is connected with the single-chip microcomputer. A second fixed end of the variable resistor Rv is connected with a first end of a third resistor R3, and a second end of the third resistor R3 is grounded; a first contact of the key is connected with a first end of the second resistor R2, and a second contact of the key is connected with a second end of the second resistor R2; a center tap of the variable resistor Rv is connected with the input pin; and the single-chip microcomputer is used for collecting the voltage at the input pin and determining the key state. According to the application, through one input pin on the single-chip microcomputer, the potentiometer function can be realized, and the key function can also be realized, so that the number of occupied pins on the single-chip microcomputer is reduced.

The embodiment of the invention provides an FPC assembly and terminal equipment. The FPC assembly comprises an FPC board and a metal spring plate, wherein the FPC board is provided with at least fourconductive contact points; the conductive contact points communicate with an output pin of the FPC board; the metal spring plate comprises a fixing part and a pressing part; the fixing part is electrically connected with any two conductive contact points which are spaced from each other through one conductive contact point in the middle on the FPC board, and the pressing part corresponds to the conductive contact point for spacing the two conductive contact points connected with the fixing part; and when the metal spring plate is pressed, the pressing part is in contact with the correspondingconductive contact point. According to the FPC assembly and the terminal equipment provided by the embodiment of the invention, the problem that the FPC board needs to be redesigned and redeveloped according to the appearance design of the terminal equipment in the prior art is solved and the research and development cost and the production cost are reduced.

The present invention discloses a remote control method based on electromagnetic induction. The method comprises: forming an induced capacitor between a remote controller and a human body upon approaching of the human body, and generating an oscillation signal if a capacitance value of the induced capacitor reaches a predetermined value; generating, according to the oscillation signal, a remote control code value, and sending the same to a terminal device; receiving, by the terminal device, the remote control code value sent by the remote controller, and decoding the remote control code value to obtain a frequency value, wherein the frequency value is a oscillation frequency of the oscillation signal; comparing the frequency value to predetermined frequency intervals, wherein the predetermined frequency intervals respectively correspond to an action of the terminal device; and if the frequency value is within one of the predetermined frequency intervals for a predetermined duration, executing an action corresponding to said predetermined frequency interval. The present invention further discloses a remote control system based on electromagnetic induction, and the system is configured to execute the remote control method based on electromagnetic induction. The present invention achieves the function of a remote controller button without a contact with a remote controller, thus improving the reliability of a remote controller and terminal device, and making the terminal device more intelligent.