218 results about "Response area" patented technology

Described is a method of determining a choice made by a user by analyzing marks made on a response sheet by the user. The method employs a response sheet having response areas in which a user is directed to make marks indicating choices. The marked response sheet is then scanned to produce a digital image and associated data of each response area. That data is analyzed for characteristics according to a set of predetermined principles. These principles are based on the form of the response areas on the response sheet. The presence of certain characteristics in the data determines whether a mark was made in the response area and whether the mark constitutes a choice by the user.

A buoyant actuator (10) for use in apparatus (11) for harnessing ocean wave energy and for converting the harnessed energy to high-pressure seawater. The buoyant actuator (10) comprises a body (21) defining a chamber (23) having a pliant outer skin (27). The chamber (23) is adapted to contain matter and a hydrodynamic property of the body (21) is selectively variable by varying the matter within the chamber (23). The variation to the hydrodynamic property may comprise a variation to the buoyancy (either positively or negatively) or a variation to the response area (such as the volume or shape) of the body (21), as well as a combination thereof. The variation to the matter may comprise addition of matter to, or extraction of matter from, the chamber (23). The matter may comprise a solid, liquid or gas, as well as any combination thereof. In the arrangement shown, the matter comprises foam spheres (53). The outer skin (27) is drawn into a taut condition by the outward pressure of the foam spheres (53) inside, causing the actuator to assume its design shape. The volume occupied by the foam spheres (53) is in total still less than the total enclosed volume of the chamber (23) and there are interstitial regions (55) around each sphere (53). The interstitial regions (55) may be filled with fluid to adjust the buoyancy.

A method for communicating between a control unit and a plurality of remote units located in the response area of the control unit is provided. The remote units are prompted to transmit a data sequence to the control unit upon receipt of a command sent by the control unit. The control unit transmits a control signal to the remote units substantially simultaneously with the transmission of the data sequence as a function of a communication state, such as the absence of a transmission of the data sequence by at least one remote unit or an at least partially simultaneous transmission of the data sequence by more than one remote unit. In this way, communication methods can be shortened, in particular in terms of time, without adversely affecting communication reliability.

The embodiment of the invention discloses an unlocking control method and a related product. The method comprises the following steps that: when a touch display screen is under an off state, the touch display screen of a mobile terminal detects a touch operation which aims at a fingerprint identification module; when a touch position corresponding to the touch operation is positioned in the preset response area of the fingerprint identification module, the fingerprint identification module of the mobile terminal collects a fingerprint image; and the application processor of the mobile terminal judges whether a touch object corresponding to the touch operation is a real finger or not according to the fingerprint image, and if the touch object corresponding to the touch operation is the real finger, the touch display screen is on. When the embodiment of the invention is adopted, accuracy and safety for the mobile terminal to turn on the touch display screen can be improved.

The present invention discloses a face attribute identification method and device and a model establishing method, wherein the face attribute identification method comprises the following steps of obtaining a current response area from a current image; according to an average response area and the current response area, calculating an attribute association area; carrying out the area-of-interest pooling on the attribute association area to obtain an undetermined feature graph of a preset size; according to the undetermined feature graph, predicting the face attribute. The face attribute identification method can deform and pool the attribute association area into the undetermined feature graph of the preset size by the area-of-interest pooling, and solves the problem that the scales of the association areas corresponding to the conventional attributes are different, so that a subsequent uniform model-based multi-attribute identification problem is disadvantageous, thereby realizing the face image multi-attribute identification by a convolutional neural network.

The invention relates to a segmental counting-based relative radiation correction method comprising the following steps: acquiring original image data; determining segmental points and dividing the image into three brightness areas, including a low-brightness area, a medium-brightness area and a high-brightness area; performing histogram matching on the low-brightness area, the medium-brightness area and the high-brightness area respectively to obtain a corresponding brightness area lookup table of each probe element; and combining to obtain an integrated lookup table of each probe element and performing relative radiation correction on a satellite image. Aiming at the condition that integrating spheres in a lab are invalid, the method provides a method for effectively removing stripe noise of an image system and chromatic aberration of the system, so the lookup tables of different brightness areas are obtained through segmental counting according to the characteristic that the probe elements have different response models in different photoelectric response areas, error propagation in the counting process is reduced, the precision of the lookup tables is improved, the imaging quality of the image can be improved well, the algorithm has high efficiency, and the quasi-real time requirement of image production can be guaranteed timely.

A magnetic source ground-tunnel transient electromagnetic advanced detection method can be applied to underground coal mining. Steps of the method are as follows: a coordinate and a dimension of a large loop coil trasnmitted by a magnetic source are determined, and the large loop coil is laid on the ground of a to-be-detected area; quartz clock synchronization is performed on a transmitting machine and a receiving machine; a plurality of receiving probes are arranged in a tunnel until tunnel detection ends; a step current is supplied to a transmitting coil, a secondary eddy current field is inducted under the ground, and the receiving probes receive a signal of the secondary field; the above steps are repeated, receiving probes are arranged along the tunnel according to the same distance, and each receiving probe increases, all the receiving probes perform detection once again until tunneling is completed; and data detected by the receiving probes are made into related drawings, an abnormal response area is obtained through a comparison with preset information, and a front water inrush range is determined. The method has the advantages of high construction efficiency and high expandability, the method adopts large loop emission observation and has best coupling with a detection target, and the method also has the advantages of high detection performance and a high resolution capability.

The present invention provides a group management control device of an elevator, which dynamically change response area of each numbered device according to a traffic requirement of a building thereby preventing full load for performing effective operation control. The group management control device (10) is provided with the following components: an elevator taking passenger number detection part (21), a requirement learning part (22), an imaginary traffic requirement generating part (23), an area dividing table (24), a search operation processing part (26), a storey circulation scheduling evaluation part (27), an area dividing table management part (28) and an assignment control part (29). The storey circulation scheduling evaluation part (27) evaluates long waiting time of each area at a state that each elevator is operated by the storey circulation scheduling. The area dividing table management part (28) changes the width of each area which is currently set in the area dividing table based on the evaluation value. The assignment control part (29) uses the area dividing table (24) for performing assignment control for the calling of each elevator at the elevator taking part.

The disclosed are a mobile device and a method for responding to events of a user interface of a mobile device. The method comprises: detecting a first trigger action on the user interface; calculating a coordinate of the position where the first trigger action occurs; according to the coordinate, determining that a response region to which the position belongs is the ith to the nth layer of response region, wherein iε[1, n]; judging whether the position belongs to the valid region of the ith layer of response region, and if yes, responding to the first trigger action in the ith layer of response area; otherwise, updating i to i+1, repeating this step until i is equal to n+1. By means of the above-mentioned solution, a mobile device is enabled to accurately respond to an operation of a user on the sector user interface.

The invention discloses an input method for a touch screen, a touch screen and a device with the touch screen. The touch screen comprises a display module, a receiving module, a judging module and a selecting module. The display module comprises a virtual keyboard which is provided with a first character, a second character, a first response area and a second response area, wherein the first response area and the second response area correspond to the first character and the second character respectively; the receiving module is used for receiving information about an object touching the touch screen between the first response area and the second response area in a sliding manner; the judging module is used for judging that positions of contacts respectively correspond to weights of the first character and the second character based on the received information; and when the object moves away from the touch screen, the selecting module selects and inputs the character with larger weight to the display module. The touch screen provided by the invention has the beneficial effect that characters can be input accurately without precisely clicking the virtual keyboard.

The invention discloses an interaction method and device in a game. The interaction method in the game comprises the following steps that: S1: detecting a touch event in the preset response area of agame interface, wherein the preset response area is an area except a touch control; and S2: judging the type of the touch event, and carrying out following control according to the type of the touch event: a) when the touch event is a double-click operation, judging whether the current state of a gun with an optical sight in a game scene is an optical sight opening state or an optical sight closing state, if the current state of the gun with the optical sight in the game scene is the optical sight closing state, controlling to carry out the optical sight opening action of the gun, and if the current state of the gun with the optical sight in the game scene is the optical sight opening state, controlling to carry out the optical sight closing action of the gun. By use of the interaction method and device in the game, operation cost for the optical sight opening and closing action of a player can be obviously lowered.

The invention discloses an information processing method and device, an electronic device and a memory medium. The method comprises the steps of providing a cancellation response area on a graphical user interface; when touch operation of which initial touch point is in a range of a skill icon is detected, detecting a position of a current touch point of the touch operation in real time; when it is detected that the position of the current touch point satisfies a preset condition, controlling a size of the cancellation response area to be amplified; and when it is detected that the position of the current touch point of the touch operation is located in the range of the cancellation response area, cancelling release of a skill; or when it is detected that the position of a termination touch point of the touch operation is located in the range of the cancellation response area, cancelling the release of the skill. According to the method, the device, the electronic device and the memory medium, the technical problem that according to a skill cancellation control method in a mobile terminal game, an application range is narrow and a screen space utilization rate and the operation difficulty cannot be taken into consideration is solved.

The invention provides a control method of a touch screen and a corresponding mobile terminal. A button or an icon corresponding to an application program is arranged on a touch screen. The control method comprises the following steps: acquiring setting of a touch reaction area of the button or the icon by an operator, and establishing a corresponding relationship between the application program and the touch reaction area; acquiring the touch operation of the button or the icon by a subsequent operator, and judging whether a contact of the touch operation is in the touch reaction area; if the contact is in the touch reaction area, executing the application program corresponding to the touch reaction area; if the contact is in the touch reaction area, no executing the application program, wherein the touch reaction area is positioned at the local part of the button or the icon or the touch reaction area corresponding to the application program is positioned in a certain area outside the button or the icon. The operator can customize the touch reaction area; for instance, the operator can reduce the size of the reaction area and set a specific touch screen response area; the control method has secrecy and is high in safety.

The invention provides a method and device for intelligently adjusting a touch response area through a virtual key. The device is used for solving the technical problems in the prior art that a regular and fixed size touch response area is directly divided artificially, noneffective touch is judged when that a touch point exits in the area and does not move is detected, the mode makes that the size of the area which is touched by mistake is completely determined by the setting of a manufacturer, but sizes of palms and using habits of people are different, if a set touch area keeps left excessively, a one-hand operation user with the hand being short is difficult to accomplish click operation, and if the set touch area keeps right excessively, the area can conflict with other key touch response areas.

The embodiment of the invention provides an application icon switching method and an electronic device. The method is applied to an electronic device with a desktop provided with a shortcut window, and the method comprises: the electronic device receives a sliding operation of a user in a switching response area where the shortcut window is located; wherein the shortcut window is currently displayed as a first application icon list, wherein the switching response area is used for obtaining at least one of a coordinate value, a sliding distance, a sliding acceleration and a sliding direction ofthe sliding operation. Therefore, the electronic device obtains at least one of the coordinate value, the sliding distance, the sliding acceleration and the sliding direction of the sliding operationaccording to the switching response area. determining a second application icon list according to the first application icon list, and responding to the sliding operation, the electronic device switching the shortcut window from displaying the first application icon list to displaying the second application icon list, and the method is used for providing a switching method for the application icons in the shortcut window and improving the use experience of a user.

The invention discloses a control responding method, a control responding device and a terminal. The control responding method is applied to a touch terminal capable of presenting a graphical user interface, and comprises the following steps: providing a first control in the graphical user interface, wherein an operation response area of the first control contains a first control area and a firstadditional response area; providing a second touch area in the graphical user interface, wherein the second touch area and the first additional response area are at least partially superposed; detecting a first touch operation acting on a superposed area of the second touch area and the first additional response area; determining an operation instruction generated in response to the first touch operation according to game parameters, wherein the operation instruction is a first operation instruction corresponding to the first control or a second operation instruction corresponding to the second touch area. Through the control responding method, the control responding device and the terminal, the technical problem that a button misoperation phenomenon easily occurs due to a relatively largenumber of buttons in a game interface is solved.

The invention relates to a manufacturing method of a biosensor and provides the feasibility of a printing process of an electrochemical sensor, the convenience of integral manufacturing and the integrity of integrated printing. The biosensor disclosed by the invention is configured on a base plate, and a two-electrode or multielectrode wire is printed on the base plate, wherein two electrodes include a reference electrode and a working electrode. One layer of insulating material is printed on the base plate printed with the electrodes, and the response area of a response zone of the sensor is defined by the insulating material. On the base plate printed with the response zone, a raising layer and a proper groove are printed again around the periphery of the response zone, so as to guarantee the space of the response zone and make sure that response liquid smoothly enters and air is smoothly exhausted. The following manufacturing procedure comprises the step of spraying a response solution in the response zone. One layer of hydrophilic material covers and is abutted on the raising layer and the groove, and additionally, the space in the response zone is configured. One layer of hydrophobic material is abutted on the uppermost layer to match a transparent observation window in the upper response zone.

A method for measuring performance parameters of an infrared focal plane array (IRFPA) module has steps of capturing continuous digital images from the IRFPA module, performing image division on each of the continuous digital images, and measuring multiple performance parameters of each divided digital image, including signal transmission function, a temporal noise equivalent temperature difference, a spatial noise equivalent temperature difference, non-uniformity and operability, thereby increasing accuracy in measuring the performance parameters of the IRFPA module. Also, a method for detecting bad pixels of an IRFPA module includes a gain value method, an offset value method, a temporal noise method and a spatial noise method, is applicable to the IRFPA module with more than two response areas, and avoids incorrect detection to treat pixels in different response areas as bad pixels.

A system for automatically reading a response form marked by a user, including the response form containing a structured set of markers and a structured set of response areas, a camera for obtaining a digital image which contains the response form, programming for identifying positions of a majority of the markers within the digital image, programming for using a set of structuring rules in conjunction with the positions of the markers to obtain a structured set of response areas, programming for reading responses located at the response areas, and programming for generating an output of user responses.

Embodiments of the invention disclose a mobile terminal control method and a mobile terminal. The method comprises the following steps: a mobile terminal receives an operation mode selected by a user; when the operation mode is a one-handed operation mode, the display screen of the mobile terminal is divided into an operation area and a response area; the mobile terminal prompts the user to enter a control area corresponding to the one-handed operation mode; when the user inputs an operation instruction in the operation area, the mobile terminal detects the force of touch of the user on the display screen; and when the force of touch is greater than a preset value, the mobile terminal determines an operation position corresponding to the response area, and operates an application in the operation position corresponding to the response area according to the operation instruction input by the user. According to the technical scheme of the embodiments, under the condition of not narrowing the display area, the control area is narrowed and reused, click and slide gestures of users at different pressing degrees are responded, operation interaction between the upper and lower screens is realized, and the user experience is improved.

The invention requests to protect a target tracking method and system based on multi-feature map fusion and a storage medium. The method comprises the steps: S1, enabling a to-be-tracked target regionimage marked with a position in an initial frame and a current frame search region image to be transmitted to a same feature extraction network to respectively obtain three output feature maps; S2, carrying out convolution on the three output feature maps; S3, respectively sending the fused feature map into a classification branch and a regression branch, obtaining a target position response mapin the classification branch, and obtaining scale transformation and translation of the current position to the target position in the regression branch; and S4, predicting the position of the targetto be tracked in the current frame in combination with the maximum response area of the classification branch and the target movement amount of the regression branch. According to the invention, the robustness and accuracy of the tracking method under the complex conditions of large target scale change and the like are improved.

The invention discloses a fast focus ratio reflective long-wave infrared viewfinder optical system based on a free-form surface. The system comprises two free-form surface reflectors and a long-wave infrared response area array detector. The light passes through an external entrance pupil and passes through the two free-form surface reflectors in turn to reach the long-wave infrared response areaarray detector. An off-axis two-reflex optical system designed for a viewfinder optical system in the prior art can only be utilized in the visible light range, the F number is relatively large, the off-axis two-reflex optical system cannot be applied to the long-wave infrared band, and fast focus ratio high performance requirements cannot be satisfied. The system is advantaged in that high flux,high resolution, compact structure and the wide band can be realized, and a fast focus ratio reflective long-wave infrared viewfinder based on the optical free-form surface can realize target detection and monitoring in the low-light or nighttime complex environments.

The invention provides a radio frequency identification (RFID) method and device, and its key is that the function that a reader controls the energies of signals sent out spatially divides the reading range of the reader; the reader determines number of time gaps in response area of a responder and divides energies of electric signals sending out commands, and sends ID number read command to responder at maximum energy level; the responder in the maximum energy range returns its own ID number to the reader in the response area, and the reader reads and records the responder ID number accurately recognizable and then calculates number of colliding time gaps; the reader judges whether the number of colliding time gaps is greater than the preset value: if yes, starting increasing energy level from the lowest gradually and reading responder in each energy level range until finishing reading all responders; otherwise adopting dynamic time gap method to read the responder in the maximum energy level range; and finally the reader ends the reading course.

The invention discloses a display device response structure and its manufacturing method. It includes the following steps: mixing many conduct particles in the solution; setting the solution on the second conduct cushion of the second base plate; removing the solvent to make at least one conduct particle stay on the conduct layer; parallel setting the first base plate on the second one. Thus the display device response structure includes the first and second base plates, at least one conduct particle. The former two respectively have the first and second conduct cushion each which can form many response areas with the conduct particles. The invention can solve the problem caused by bad sensitization clearance material reply ratio, overcome the defect caused by standing clearance material on the sensing flange, omit yellow light developing technology for sensitization clearance material and sensing flange, reduce manufacturing cost.

The invention provides a method for transferring files among terminals; and by utilizing the method, all terminals participating file transfer have an interaction function provided by a touch screen and a display screen and a wireless transmission function. The method comprises: a target to be sent out is selected on a file sending-out terminal in a touch manner, and the file sending-out terminal prepares a wireless sending protocol aiming at the target to be sent out when a finger selecting the target to be sent out in a touch manner leaves the file sending-out terminal; and a sending-in response area is designated on at least one file sending-in terminal, the file sending-in terminal in which the sending-in response area is positioned begins starting a wireless receiving protocol after the finger selecting the target to be sent out in a touch manner clicks the sending-in response area, so as to realize the transfer of the target to be sent out between the file sending-out terminal and the file sending-in terminal. By utilizing the method, the operations can be simplified, and one-to-many transmission can be realized.

A system for evaluating a user-marked document including a user-marked response sheet having a response area and at least one image marker, a means for obtaining a digital image of the user-marked response sheet, a computer having programming to perform steps which include identifying three-dimensional position information of the at least one image marker in an obtained digital image, calculating position information of the response area in an obtained digital image using the three-dimensional position information of the at least one image marker, identifying position information of a user created mark within the response area using the calculated position information of the response area, and evaluating whether the position information of the user created mark corresponds with position information of a first predefined mark or a second predefined mark.

A substrate treatment device, including: a chamber with a first potential; a first electrode, locating in the chamber and having a second potential, the first potential and the chamber are separated by gap wherein; a second electrode, locating in the chamber and separating with the first electrode. A response area is defined between the first electrode and the second electrode, and connects to the gap; a insulator, setting in the gap and including a first component and a second component separated along a first direction; and a buffering insulator, locating between the first component and the second component.

The invention discloses a response method of a page control, display equipment and a computer readable storage medium. The page control comprises a parent control and a sub-control arranged on the parent control, and the method comprises the following steps: setting a response area corresponding to the sub-control; Obtaining a touch response area of a corresponding touch event when the user generates a touch operation; Judging whether a touch response area of the touch event is contained in a response area corresponding to the sub-control or not; And when the touch response area of the touch event is contained in the response area corresponding to the child control, shielding the parent control and responding to the child control. The method and the device are beneficial to improving the response accuracy of the page control.

The invention provides a virtual keyboard response method and a virtual keyboard response device; and the method and the device relate to the field of computer technology, wherein the virtual keyboard response method comprises the following steps that a virtual keyboard is displayed by a display screen; the knocking operation of a user to the virtual keyboard is received; the knocking operation of the user is responded to, and a response area is displayed at a corresponding position at which the user knocks; the position information of the knocking of the user is reported to an input method; and information that the input method feeds back according to the position information is received. According to one aspect of the invention, when the user knocks a button, the position information of the knocking of the user is reported to system or input method software but not a specific piece of button information. Consequently, the virtual keyboard has fault-tolerant ability to the button knocking response of the user, i.e. the button knocking position of the user is allowed to have a certain deviation.