2099results about How to "Reduce misuse" patented technology

An input apparatus has a display unit for displaying an input object, an input unit for receiving a pressure input to the input object, a load detection unit for detecting a pressure load on the input unit, and a control unit for controlling to receive the pressure input if the pressure load detected by the load detection unit satisfies a load standard. The control unit controls such that a load standard for receiving the pressure input to the input object is different from a load standard for receiving a pressure input to another input object adjacent to the input object.

A method is designed for controlling windows of a mixer device including a processing unit, an operating panel, and a touch panel provided on the operating panel, the touch panel functioning as both a display part for displaying windows and an input part for inputting instructions. The method is performed by the processing unit as follows. First, a determining step determines whether or not any window has already been displayed on the touch panel when an instruction to display a new window is made. Then, a first displaying step displays the new window when no window has already been displayed, and otherwise displays, when a window has already been displayed, the new window at foreground while displaying at least a title bar of a window that has already been displayed. Further, a second displaying step displays a close button only on a foreground window among windows displayed on the touch panel and deactivates display of a close button for each window behind the foreground window.

The invention relates to a turnable multi-directional conveyer which comprises a support seat, a belt conveyor and a lifting device, wherein the belt conveyor comprises a supporting section and a lifting section; one end of the supporting section is connected with one end of the lifting section; the supporting section is fixedly arranged on the support seat; the lifting device is used for controlling the ascending and descending of the lifting section; one end of the lifting device is fixedly connected onto the support seat, and the other end of the lifting device is fixedly connected onto the lifting section. According to the invention, the conveying is carried out through the belt conveyor, great convenience and quickness are achieved, the passing property is strong, and the characteristic of continuous sand adding is achieved, and the working efficiency is improved; the ascending and descending of the belt conveyor are realized through the lifting device, so that the turnable multi-directional conveyer can adapt to sand storage containers with different heights, and the ascending and descending amplitude is large. The turnable multi-directional conveyer further has the characteristics of simplicity in operation, low manual labor cost and high safety.

The invention discloses a game control method and device. The method comprises the following steps that 1, whether set operation switching signals are received in a game interface or not is detected, and the step 2 is executed if yes; 2, a direction control part for controlling a game character to move is replaced by a view angle control part, the response is made to operation for moving a game scene by a player through the view angle control part, and the game scene under the current view angle is displayed on the game interface in real time, wherein the position of the game character is kept unchanged when the view angle control part is used for moving the game scene and a scene view angle; 3, whether operation switching signals are received again in the game interface or not is detected, if yes, the current game scene is switched back to the game scene where the game character is located, and the view angle control part is replaced by the direction control part. The player can explore and check a map more easily and conveniently, and can focus on core operation without being disturbed by redundant information.

The invention relates to the technical field of electric vehicle safe operation, in particular to an electric vehicle battery monitoring and management system. The electric vehicle battery monitoring and management system comprises a vehicle control system body and at least one battery box. Each battery box is internally provided with multiple sets of batteries. The electric vehicle battery monitoring and management system is characterized in that each battery box is internally further provided with a battery detection unit and an action executing device; each battery detection unit comprises a data acquisition module, a CPU core processing module, a communication transmission module and an executing device control module; and each data acquisition module comprises an acquisition device for acquiring the battery module temperature, the battery voltage and current and battery module environment parameters. The invention further discloses a monitoring method of the batteries. The monitoring method of the batteries comprises the steps that the temperature, the voltage and the current of the module as well as the temperature, smoke, gas, flame and other parameters in the battery boxes are monitored; and an early warning or fire fighting signal is sent out when the performance of the batteries is suddenly changed or thermal runaway occurs. According to the electric vehicle battery monitoring and management system and the monitoring method of the batteries, the development stage of thermal runaway can be accurately judged by comprehensively analyzing and processing the various parameters inside and outside battery modules, so that the thermal runaway detection accuracy is improved.

There is provided an image processing apparatus for performing a stable attention condition determination, regardless of the shape and surrounding environment of an object of interest and regardless that the object is unknown or known. The image processing apparatus comprises a direction detector, a displacement detector, and an attention condition determiner. The direction detector detects, from a certain image including a person image, the direction information in two body regions of a person represented by the person image. The displacement detector calculates, from the two direction information, a displacement ratio that is the ratio between the two direction displacements. The attention condition determiner determines, according to a first and a second displacement ratio, how much the person pays attention to a certain object. The first displacement ratio is calculated in the displacement detector by using first direction information detected by the direction detector from a first certain image including a first person image, and the second displacement ratio is calculated in the displacement detector by using second direction information detected by the direction detector from a second certain image including the first person image.

The invention provides a touch operation processing method, wherein a terminal provided with touch sensing equipment is arranged. The touch operation processing method comprises the steps of: 102, defining at least one non-trigger area on the touch sensing equipment; and 104, acquiring operation signals sensed by the touch sensing equipment, and judging positions of touch actions corresponding to the operation signals, wherein the touch actions are not responded if the positions are in the non-trigger area. Correspondingly, the invention further provides a terminal. According to the technical scheme provided by the invention, the non-trigger area can be set autonomously or generated intelligently, the touch actions in the area are neglected so that misoperation possible to occur can be reduced, and the user experience is promoted.

The present disclosure relates to a virtual keyboard based content input method and apparatus, and a touch device, and belongs to the technical field of terminal input. The method comprises: detecting a touch operation corresponding to a virtual keyboard; according to a touch position of the touch operation and a relative position between keys of the virtual keyboard, controlling a touch feedback module group to send key position feedback information; and when the touch operation conforms to a triggering condition of target keys and touch pressure of the touch operation is greater than a pressure threshold, inputting content corresponding to the target keys, and controlling the touch feedback module group to send key travel feedback information. According to the method disclosed by the present invention, the problem of misoperation easily caused by using the virtual keyboard to carrying out an input operation in associated technologies is solved; and perception to the key position and the key travel by a user can be realized, the content corresponding to the target keys can be triggered to input only in the conditions of accurately touching the target keys and applying certain pressure, and misoperation caused by using the virtual keyboard to carry out the input operation is effectively reduced.

The invention discloses a data migration method applied in a storage system and storage devices. The system and the devices are used for solving the existing technical problem that a service needs to be interrupted in data migration. When the data in a first logical volume are needed to be migrated to a second storage device, the second storage device can create a second logical volume and can store the data of the first logical volume in the second logical volume; in a data migration process, the second storage device can receive an access request originally sent to the first logical volume in the first storage device by a host; the second storage device can execute the access request; therefore, the original service is unnecessarily interrupted in the data migration process; and the service continuity is realized.

The invention discloses an intelligent watch. When the intelligent watch is in use, a movement track formed when a user wears the intelligent watch is detected; the movement track is enabled to be matched with a preset screen unlocking track to recognize an operation instruction that the user wants to screen-unlock the intelligent watch; the operation instruction is triggered to execute a screen unlocking operation corresponding to the preset operation track. By the above technical scheme, automatic screen unlocking of the intelligent watch is realized by detecting the movement track, so that operation experience of the user is improved, and probability of misoperations can be lowered.

The invention relates to a coffee machine with a frothing device, especially relates to an automatic espresso coffee machine. The frothing device is provided with an internal milk channel leading to a frothing chamber, a bypass air inlet for operable air supply for the frothing device, a movable milk suction line leading to a milk storing container, and a cleaning device which cleans the frothing device and the milk suction line by using flush water from a continuous type heater of the coffee machine. The flush water from the continuous type heater can be supplied to the bypass air inlet of the frothing device through a valve structure under control. Before the flush water is loaded at the bypass air inlet, the milk suction end of the milk suction line can be directly or indirectly communicated with a remaining water tank of the coffee machine. The invention also relates to a method for cleaning the movable milk suction line connected to the frothing device, especially to the frothing device of the coffee machine.

The embodiment of the invention discloses a method and device for lighting a screen and a terminal. The method is applied to the terminal provided with a folding display screen, and the folding display screen comprises two foldable screen areas. The method comprises the steps of when the folding display screen is in a screen extinguishing state, obtaining a triggering signal used for triggering lighting of the screen; if the folding display screen is in an outwards folded state, determining a visible screen area and a screen extinguishing screen area of the two screen areas; controlling the visible screen area to be turned from the screen extinguishing state into a lighted state and controlling the screen extinguishing screen area to keep the screen extinguishing state. On the condition that the folding display screen is in the outwards folded state, the terminal does not jointly light the two screen areas, instead, the terminal only lights the visible screen area, which is conductiveto saving the electric quantity of the terminal, and misoperations caused when a user touches displayed content in the screen area in the lighted state by mistake can be reduced.

The invention is suitable for the field of a mobile terminal and provides an unlocking method, an unlocking system and the mobile terminal for a touch screen. The method comprises the following steps: a region of the touch screen is divided into at least two independent regions, and an effective region for triggering the touch screen to be unlocked is respectively set in each region; and judgment is made whether the effective regions for triggering the touch screen to be unlocked in the at least two independent regions touch each other or not, and the screen is unlocked if the effective regions touch each other. The unlocking method and the unlocking system unlock the screen by drawing together the two movable unlocking regions for triggering the touch screen to be unlocked, effectively reduce the occurrence probability of misoperation of the touch screen, and also provide users with the fresh feeling and the maneuverability in the aspect of interface experience.

The invention discloses a method for dynamically adjusting the size of a desktop icon, and a mobile terminal. The method comprises the following steps of acquiring the touching area every time when the finger touches a screen according to a preset period; calculating the average touching area when the finger touches the screen in the preset period; if the average touching area is judged to be greater than a set threshold, magnifying the desktop icon for displaying. The displaying size of the desktop icon can be dynamically adjusted according to the actual requirement of a user, error operation is effectively reduced, the intelligence of the mobile terminal is improved, and the user experience is optimized. For certain specific users, and particularly users with thicker fingers, error operation caused by simultaneously touching a plurality of icons when the finger operates on the touch screen is effectively avoided.

The invention provides a robot operating method and a robot. The robot operating method comprises the steps that the robot grabs a target article and moves towards the destination position of the target article; the robot photographs video information of the current scene in real time through a photographing device and transmits the video information to a communication terminal which is bound with the robot in advance; and when the robot moves to the position away from the destination position by a preset distance, the moving speed of the robot is decreased to the target speed, the photographing frame rate of the photographing device is increased to the target frame rate, photographing is conducted at the target frame rate, and the photographed video information is transmitted to the communication terminal in real time. By adoption of the robot operating method and the robot, a user can accurately know the condition of the current scene of the robot, and the probability of misoperation is lowered.

The invention discloses an icon placement method and a mobile terminal of a display interface. The display interface comprises at least one menu page. The method comprises the following steps: starting an icon placement mode, and icons are in a floating state capable of being freely selected and being movable; detecting the number of the icons in each menu page, and recording menu page identifications (ID) which are less than singlepage icon valve values in number of the number of the icons; activating a floating window which is displayed on a current menu page, and the interior of the floating window is provided with page thumbnails corresponding to the recorded menu page IDs; detecting and recognizing operation which enables the icons of the current menu page to a page thumbnail in the floating window; and renewing positions of icons to be moved to interiors of the menu pages corresponding to the page thumbnails. The icon placement method and the mobile terminal of the display interface achieve fast and convenient moving operation of the icons in the different menu pages, can greatly reduce probability of failure operation, and are simple in function activation and exiting operation, high in intellectualization degree, and good in user experience.

The invention discloses a call-based method for processing a screen of a mobile terminal, which comprises the following steps: presetting an easy-misoperation icon button hidden attribute and a screen restoring attribute at the mobile terminal; determining that a user is calling; hiding an easy-misoperation icon button corresponding to the current screen of the current mobile terminal and displaying an icon button corresponding to the screen restoring attribute according to the set easy-misoperation icon button hidden attribute and the screen restoring attribute; and detecting that the user operates the icon button corresponding to the screen restoring attribute, and hiding the icon button corresponding to the screen restoring attribute, and displaying the icon button corresponding to the easy-misoperation icon button hiding attribute. The invention also discloses a mobile terminal. The method can reduce the misoperation in the call process, guarantee the continuity of the call process, and improve the quality of service of the call.

The invention discloses a system and a method for the centralized control of a central air conditioner based on a graphical interface. The system comprises a centralized controller, master control boards and a mobile terminal, wherein the master control boards are respectively mounted in all air conditioning units of the central air conditioner; the centralized controller is used for respectively acquiring status parameters of all the air conditioning units from all the master control boards through serial buses; the mobile terminal is used for acquiring the bus addresses and status parameters of all the air conditioning units from the centralized controller in a wireless manner; the mobile terminal is further used for displaying a real-scene graph similar to a mounted place of each air conditioning unit of the central air conditioner, displaying the graph of the related air conditioning unit corresponding to the real-scene graph and displaying the name of the related air conditioning unit and status parameters of the related air conditioning unit with a bus address associated with the related air conditioning unit name corresponding to the graph of the related air conditioning unit. According to the system and the method, the central air conditioner is controlled based on the graphical interface by using the mobile terminal, so that the control manner is flexible and convenient, and the needs of users can be better met.

Provided is a system for switching vehicle driving modes. The system comprises a driving mode identification module and a driving mode switching module. The driving mode identification module is used to determine a current driving mode of a vehicle. The driving mode switching module is used to switch a manual driving mode and an automatic driving mode. If the current driving mode is the manual mode, and the driving mode switching module receives a non-contact signal from a steering wheel and an accelerator pedal of the vehicle at the same time, the driving mode switching module switches the current driving mode to the automatic driving mode. If the current driving mode is the automatic driving mode, and the driving mode switching module receives the contact signal from the steering wheel and the accelerator pedal of the vehicle at the same time, the driving mode switching module switches the current driving mode to the manual driving mode. The invention also relates to a method for switching vehicle driving modes.

The embodiment of the invention discloses a method for inputting information by keys and an electronic device with keys, which relate to the technical field of electron and solve the technical problem that in the prior art, the accuracy of information input by keys is poor. The method of the invention comprises the following steps: pressing down a key or a touch-key; when the key is pressed down or touched, sending a pressing signal corresponding to the pressed or touched key; when the key is uplifted or released, sending an uplifting signal corresponding to the uplifted or released key; and receiving the pressing signal and the uplifting signal, and when the time interval between the pressing signal and the uplifting signal corresponding to the same key is less than a preset effective time interval, according to a character corresponding to the key, completing the operation corresponding to the character. The electronic device with keys comprises keys, a touch module and a master control module. The invention is applied to the improvement of accuracy of information input by keys.