TW201133301A - Operation method of electronic device - Google Patents

Abstract

The present invention is related to an operation method of electronic device, which includes an electronic device, and at least two or more than two detection units disposed on each peripheral of the electronic device. When at least one or more than one objects enter into the detection ranges of a plurality of detection units of at least a lateral side, according to the detection signal of each detection unit, whether it is the continuous detection can be determined, and afterwards further whether the motion direction and the motion velocity of the object conform to the preset value can be determined, followed by coupling and calculating each detection signal to generate an operation parameter and utilize the operation parameter to execute the corresponding application program. This operation manner can carry out the input operation for the electronic device by being away from the electronic device for a fixed distance without having to touch the electronic device. Also, without having to be additionally disposed with the extra photographing mechanism or input media, the single electronic device structure is capable of executing non-contact type operation procedure, thereby decreasing the user's purchase cost and increasing the operation flexibility.

Description

201133301 VI. Description of the Invention: [Technical Field] The present invention provides an operation method of an electronic device, in particular, a non-contact operation method applied to an electronic device, which can be separated from the electronic device without touching To the electronic device, the input operation can be performed. [Prior Art] According to the rapid advancement of technology, electronic devices such as computers, display devices, and digital televisions have been widely used in various places. The traditional user's method of inputting data to an electronic device is based on a conventional input device such as a mouse, a keyboard, or an institutional button. In this way, when the user operates the electronic device, it is required to be manipulated by the intermediate medium. For example, when the user operates the computer through the mouse, the operation is performed on the desktop due to the operation of the mouse, so the user wants to input. The data can only be used in computer-made mouse operation, but not in the _ place. This side of the method not only increases the additional purchase cost of the input device or purchase, but also reduces the user's operation. Flexibility and portability. Because this mode of operation is quite inconvenient for the user, today's waste merchants have developed many electronic devices that do not need to be transparently operated. For example, the touch panel is a direct interaction between human and computer. 'It can be directly combined with the electronic device to form a body shape. In addition to being applied to general products, it can also be applied to portable products. It has the advantages of light weight reduction and product volume reduction. Touch the 3 201133301 touch input on the panel to make the portable products more portable and portable. Convenience. Therefore, touch # —t)>^:-〇us ), entertainment equipment (Enter.· eh〇ld ^nierqlnment

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Product) 'f#ll#CMedi ca 1 I: Two UmentS) ^ sub-device, users can touch the various fields of the f-loading operation through the touch-sensitive area. However, the operation mode of the touch panel still relies on the user performing a touch operation on the surface of the touch panel. In this case, the user must be close to the electronic=set and the finger is completely _ panel surface to be woven. In this way, it still causes operational troubles. At present, through the constant research and development of manufacturers, there has been a vision-based human computer system, such as hand gestures and b 〇dy language interpretation. And cial expression interpretation. For now, related research on point gestures has become a common application in human-machine interface systems. Using non-contact 201133301 7 exercises in space Applications that touch different objects, such as televisions or computers or projectors, have become an extremely effective human-machine interface system. The goal is usually to set up a camera and use the camera's gestures to the user or The limbs are photographed and calculated according to the user's gesture or the movement of the limbs, and then the corresponding output is performed according to the calculation result. However, this calculation method must be added - the photographing mechanism will increase the force, and the external mechanism will set Cost and complex calculation of photographic results. • bw 'above (4) In the actual operation of the electronic device, there are still many problems and deficiencies, which is the object that the inventor and the person engaged in the industry want to improve. [Summary] Therefore, the inventor has in view of the above-mentioned shortcomings, Relevant information, through the multi-evaluation test I' and years of experience in the industry, through the non-yield and tn# such patents applicable to the non-contact electronic device φ operating methods. - The main purpose of this (4) is to control the electronic vibration by the method of non-contact, the electronic device may be provided with at least two or more side units at different circumferences, and at least two Or more than two _ early detection = placed on the different side of the electronic device, when at least one or more "early supplement (four) - one or more materials, according to the _ signal of each early detection For continuous _, money-step to determine whether the moving speed and direction of the object meet the predetermined value, then calculate and analyze the data in each of the 201133301 test signals (such as the direction of motion of the object, the distance between the object and each detection unit) The speed of movement, etc., in order to generate the operating parameters, and use this operation to participate in the bribery, this miscellaneous work does not need (4) additional shooting mechanism or input medium, using a single electronic device structure can be executed from the electronic device financial distance The non-contact operation procedure reduces the user's purchase cost and increases the flexibility of operation. The secondary purpose of the present invention is to read at least two or more objects using a non-touch type simple square wire material to be placed in the field control. Each side unit _ bribe number _ can complement the detection signals of each side unit to determine whether each object is a continuous displacement, and determine the continuous displacement of each object in the U direction and further determine whether the moving speed of each object and the direction of motion are white. . After the predetermined value, the data in each debt measurement signal (such as the direction of motion of the object, the distance between the object and each detection unit, and the speed of movement of the object, etc.) are calculated and analyzed to generate an operation parameter, and the relevant application is executed by using the operation parameter. The program 'so' can provide the recording operation of the complex. Another object of the present invention is that when an object enters the detection range of at least one or more price measuring units of the electronic device, the electronic device wakes up from the standby mode to the known mode, thereby saving power and prolonging effective use. The effect of time. [Embodiment] In order to achieve the above object and effect, the technical means and structure of the present invention will be described in detail in the preferred embodiment of the present invention. The features and functions of 201133301 are as follows: . I. The detailed flow chart, block diagram, and actual operation of 敉 贯 贯 歹 歹 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Computers, televisions, display devices, etc., are described here by way of example. This - the display device is for the camp! The fourth side of 0 is the first paste and the second side 12 which define the relative position.

The side 13 and the fourth side i 4 have a detection level of at least two or more than or equal to each side. The ltt kind of electronic technology i can be a capacitive structure or a 4-wire structure. For the structural features, refer to US Patent Publication No. 7 4 9 8 7 4 9 , 7 4 4 3 1 0 1 and 7 3 3 6 〇 3 No. 7 is not repeated. The non-contact operation mode of the mouth of the hair is to provide a single-object 3, control:. For example, in the embodiment, the first detecting unit 21, the second detecting unit 2 2 and the third detecting unit 23 are disposed on the first side 1 1 , and the operation steps include: 1〇〇 Starting the 'providing-electronic device 1' and providing at least two or more detecting units on different sides of the electronic device 1 to provide at least one or more objects into each side unit for reservation The range in turn generates a detection signal. (1 〇 1 ) judges whether _ to at least one or more objects 3 are close to the 'go face (10 0), and if so, the step (1 201133301 (10 2 ) determines whether the at least one or one is continuously detected. If the object 3 above, if not, proceed to step (1〇J), and if yes, proceed to step (10 3). (10 3) Determine whether the moving direction of the object 3 of each detection signal meets the preset value. (1〇1), if yes, proceed to step (1 0 4 ); (1 0 4 ) to determine whether the moving speed of each object 3 is in accordance with the preset value, if not, proceed to step (1〇1), and if so, proceed step(

105). (10 5) Coupling and calculating each detection signal generates an operational parameter. (10 6) Make a non-touch application. In this case, when the finger of the domain is entered into the first detection unit 21 of the first side 11 by a predetermined distance, such as an X distance, such as 0 25a/7, the first pre-test unit 2 1 Will detect the object 3

And the object 3 is then displaced to the second side of the first side 11 of the first unit 22. When the distance is 'such as X distance, such as 1 ◦ 25 cm, and the first detecting unit and the first order; ^ 2 is electricity Connected to the f sub-device inside the board: ^ control group 2 〇, and the control module 2 〇 according to the first detection list; age your system, system (four) and second fine unit 2 2 The two side signal 4 body 3 is for production, continued _, silk, such as _ miscellaneous stored in the steel control department. After the Alt 7L or the memory unit 8 201133301 which is electrically connected to the control module 2, it is further determined according to each detection signal whether the moving direction and the moving speed S of the object 3 meet the preset value, and the preset value can be Pre-stored in the memory unit of the control panel 2 or the memory unit electrically connected to the control module 20, for the control module 20 to perform the comparison of the detection signals, and after the comparison is matched, The control module 2 then couples the detection signals and analyzes the calculations to generate an operational parameter. The _ signal content generated by each side single singulation includes but is not limited to distance, direction and speed. The __ operation parameter can be generated according to the calculation. The calculation formula can be referred to as follows: ag = Si { f (d) , f ( t ) } S2 { f (d) ^ f(t)} Sy{f(d)'f(t)}, ag is the non-touch motion value (air gesture QpertiQn), which is the operational parameter, and S is the debt measurement unit; s 4-detection unit 2 1 , s2 is the second detection unit 2 2, Sy is the yth detection unit; f (d) is the distance between the object 3 and each marriage unit; f(t) is the slave-detection The moving time of the measuring unit to another detecting unit, the calculation of the moving time first defines the first time point ti of the first-time touch and the second time point t 2 ' of the last time touch, and then uses t 2 — The formula of t 1 can obtain the movement time of two points. Therefore, each detecting unit can transmit each detecting signal to the control module 2, so that the control module 2Q calculates and analyzes the look-and-roll age, and generates operating parameters. In this embodiment, The operating parameters include, but are not limited to, the moving direction of the object 3, the distance between the object 3 and each side unit, and the moving speed of the object 3', and the corresponding pick-up application 9 201133301 operation is performed according to the operating parameters. 1 This Shim, Doosaki (10) The second detection unit 2 2 and the third_unit 2 3 do - the heart 2 2 1 according to the above process, for example, the control module 2 0 疋 No at the scheduled time _ _ _ 1 The detection signals transmitted by the unit 2 2 and the third (four) element 2 3 are judged as the _ consumption, and the order received by the 魅 贞 2 贞 j determines the direction of the continuous detection motion, according to =Sl { f (4), f (t) ) . S " fm : This is (4) for the first side u from the heart ^ the broken object 3 and the -_ unit 2ι and ' ==_' and using f (1) to determine the speed of the object 3 , money to find, gannon t t (five) time point is 5 seconds ~ 6 (four), butterfly 3 points clear - detection unit 2 1, second gamma unit 2 2 and third detection unit 2 3 distance is equal, white For 5 a 〃 'lake breaks the money for the fine sound material, the adjustment operation Ο, Ο, the control module 2 〇 judged to receive the first sen 702 1 , the second _ unit 2 within the predetermined time 2 and the detection signal transmitted by the third side unit 2 3, if the object 3 in the detection signal moves 12 to ti, between 1 second and the object 3 and the first unit 2, the second Detector Measure early 2 2 and third _ unit 2 3 The respective distances are equal to 5 201133301 cm, and the user is judged to perform the instruction operation of the next page. However, the above description is only an embodiment of the present invention, and is not limited to the patent scope of the present invention. Modifications and equivalent structural changes are included in the scope of the patent of the present invention and are incorporated in the specification of the present invention. The present invention is an electronic device 1 in which a plurality of operation operations are stored to count the operation definition values of, for example, the lower page. , the operating parameters of the sound size or, rotation, etc. and through the sugar control group 2 Q receive each _ unit ^ = reuse the content of the test signal, if her number = ^ ten different points _ combined its t_ pre If the operating parameters are set, the operation will be carried out, and the lying and swaying materials will be touched by the wheel paste. If you are in the early morning, you can use the 、π 戈 4匕 to achieve the use, and the conversion can also be performed. The flexibility and flexibility of the control. J. In addition, in another operation diagram (2), it can be seen that: 1 is provided with a first detection single cut, a second detection unit: three tilt detection unit 23, and The second side 12 is provided with the 22nd==the fifth standby unit 25 The third side 13 is provided with 贞1 to sixth (four) continuously displaceable from the __ unit 2 control module, which can generate various _ signals, dynamic speeds and moving distances, =^:; The direction and the operation can reach a variety of electronic devices! The operation two methods, such as the flipping of the face, the second, fifth and sixth figures of 201133301, are the β block diagram, the operation flow chart, and the other embodiment of the preferred embodiment of the present invention. - Schematic diagram of the operation of the embodiment, as seen from the shooting, 'in the other embodiment t, the non-contact operation mode 2 of the present invention can provide at least two or two input contacts with Mm3m, in another embodiment The electronic device 1 of the t is provided with a plurality of detecting units, for example, the first side 11 is provided with a first-predicate unit 21, a second_unit 2 2, and a third_unit 2 3 , the seventh_unit 2 7 and the eighth_unit 2 8, and the electronic device 1 has a circuit board 2, the circuit board 2 has a control module 20, and the control module 20 and the first detection unit 21, the second pre-measurement unit 2 2, the third detection unit 2 3, the seventh detection unit 2 7 and the eighth detection unit 2 8 are electrically connected, The operation steps include: starting with the electronic device 1 and providing at least two or more detecting units on different sides of the electronic device 1 for providing at least one or one The above object 3 enters the predetermined range of each detecting unit to generate a detecting signal; Lu 2 ◦ 1) judges whether _ at least one or more than three objects are close, and if not, proceeds to step (2 〇〇), and if so, proceeds Step (2 0 2 ); 2 0 2) Determine whether each object 3 generates at least two or more detection signals, and the detection signals are continuous detection values. If not, perform the steps (2 01) ), if yes, proceed to step (2 12 201133301 0 3); 2 0 3) Determine whether the moving direction of the object 3 of each fine signal of each object 3 is different. If not, proceed to step (2 〇!), and if so, proceed (2 0 4); 2 0 4) judging whether the moving direction of the object 3 of each _ signal of each object 3 meets the preset value, if not, proceeding to step (2 01), and if so, performing step (2 〇 5);

2 0 5) It is judged whether the moving speed of the object 3 of each of the object 3 is in accordance with the preset value 'if ^, and the rotation is performed (2 0 1 ), and if so, the step (2〇6); 2 0 6 ) The operation parameters are generated after the calculation of each side signal of each object 3; (207) The non-contact input application is performed. Similarly, # each object 3 is located in each _ unit can detect when it will execute the pre-age __ sequence. In this embodiment, whether the step _ has the preset distance that the other object 3 enters each _ unit at the same time, whether the continuous fineness of the control group _ group 2 _ complex presents a different motion direction, if the phase is generated The direction of the different motions, the occurrence of the plurality of objects 3 and the simultaneous operation of the single sub-device i. For example, the first object 31 and the second unit 21, the second detection unit W2, the third detection unit 23, & Measure early 2 7 and the second, the unit 2 8 _ the preset distance, 13 201133301 The detection unit will transmit the respective detected detection signals to the control module 2 〇, at this time 'control module 2 0 can be judged. When the object 3 丄 enters the first detection unit 21, the second detection unit 2 2 and the third detection unit 23 to detect the preset distance, and the object 31 is displaced from the first detection unit 21 to the second detection The unit 2 3 determines that the system is continuous, and the control group 2 〇 determines that the object 3 moves from left to right, and oppositely, when the other object 3 2 enters the seventh detecting unit 27 and the eighth detecting unit 28 The preset distance is detected, and the object 3 is displaced from the seventh detecting unit 27 to the first side unit 28 to determine continuous detection, and the control module 20 determines that the object 3 moves from right to left and judges each object. 3 is a relative motion _, the face group 2 (four) determines that the number of objects 3 moves, and performs a complex (four) 3 movement _ program, then further judges that the object 3 movement _ speed and direction is (four) combined pre-set, and then according to the above formula Consuming and calculating the detection signals of each object 3, and generating - operation parameters, if the pupil plane is enlarged, the application program of the pupil plane enlargement can achieve the diversified operation characteristics of the plurality of objects 3.

Furthermore, when the object 3 enters the electronic device 1 by a predetermined distance, each detection unit π transmits the side signal to the control fish 2 Q, so that the control sugar group 20 drive power is transmitted to the money group, and the Weizi device 1 (4) The face enters the initial mode, so that the electronic device i can maintain the power saving mode when it is not. 14 201133301 (1) The present invention is a non-contact operation method that can utilize the electronic device i, and the electronic device 1 can be provided with at least two or more cells in each periphery, and The at least two detecting units are disposed on different sides of the electronic device. When the detecting unit detects the object 3, the electronic device can determine whether the continuous signal is generated through the detecting signals of the respective units. And determining whether the detection signal conforms to the preset value, such as the moving direction and the moving speed, and then lightly combining the detection signals of the calculation object 3 to generate an operation parameter, and then executing the corresponding application according to the operation parameter, With the single-electric device configuration, the mis-operating operation program can be executed to reduce the user's acquisition cost and increase the flexibility of operation. (1) The operation mode of the present invention is a non-touch operation mode. If the plurality of objects 3 are operated, the age (four) pool 2 Q determines whether the detection signals of the detection units have two or more continuous displacements. If there is, it will judge that the plurality of objects 3 move, and lightly combine and calculate the detection signals of each object 3, thereby generating an operation parameter, and using the operation parameters to execute the corresponding application, thus providing the electronic device 1 A variety of operating methods. (3) When the object 3 is detected by each side unit, the detection signal can be transmitted to the control module 2 〇, and the control module 20 drives the electronic device to switch from the standby mode to the operation module. When the electronic device is not operating, it will not waste power, but it can save power. 15 201133301 In summary, the operation mode of the above-mentioned electronic device of the present invention is in operation, the light Wei _ its Wei and the purpose, so the invention is excellent in the use of 3, which is in accordance with the application requirements of the invention patent, Newfa Proposal = Please, I hope that the trial committee will grant this case as soon as possible to protect the intensive research and development of the inventor. If there is any doubt in the audit committee of the residence bureau, please do not hesitate to give instructions, the inventor will try his best to cooperate with 'to the sense of virtue.

16 201133301 [Brief Description of the Drawings] The first drawing is a flow chart of the operation of the preferred embodiment of the present invention. The second figure is a block diagram of the present invention. The third figure is a schematic diagram (1) of the operation of the preferred embodiment of the present invention. The fourth figure is a schematic view of the operation of the preferred embodiment of the present invention (2). Figure 5 is a flow chart showing the operation of another embodiment of the present invention. Figure 6 is a schematic illustration of the operation of another embodiment of the present invention. [Main component symbol description] 1 3, the third side 1 4, the fourth side 1, the electronic device 10, the screen 1 1, the first side 1. 2. The second side 2, the circuit board 2 0, The control module 21, the first detecting unit 2, the second detecting unit 23, the third detecting unit 24, the fourth detecting unit 2, the sixth detecting unit 26, and the sixth detecting unit 2 7, the seventh detecting unit 2 8, the eighth detecting unit 3, the object 17 201133301 3 1, the first object 3 2, the second object

18

Claims (1)

201133301 VII. Shenqing Patent Range·· The operation method of the electronic device, the electronic device is operable for at least one or more objects, and the operation steps thereof include: (A) lifting, tweezers, and electronics At least two or more debt measuring units are disposed on different sides of the device for providing an object to enter a predetermined range of the detecting unit to generate a detecting signal; (B) determining whether at least one or more objects are detected to be close, if not, performing step (4), patterning, performing step (c); (C) determining whether at least two or two social gamma signals are generated, and The debt measurement signals are continuous side values. If not, proceed to step (9)). If yes, proceed to step (D); (D) determine whether the object motion of each detection signal meets the preset value. If not, proceed to the step (8), if yes, proceed to step (8); (£) determine that the object velocity of each gamma number is a joint value, if ~~%仃 step (F); (F) lightly combine and calculate each _ signal to generate an "operating parameter"; (G) Perform a contactless input application. The method for operating a dual-view display device according to the first aspect of the invention, wherein each detecting unit 〆, ～~ early simplification mode set in the step (A) can be performed by using an electric ☆ structure or an infrared structure. . For example, in the operation method of the electronic device described in the first application of the patent scope, the step (B) of the printing process is deleted, and the detection unit performs fine, when the object is located in at least one of the detecting units. When the X distance is ', it means that the object is detected. 4. The method of operating an electronic device as described in the patent application page, wherein the correction (F) includes an object movement direction, a distance between the object and each detection unit, and an object movement. speed. 5, such as the patent face! The method for operating an electronic device according to the above, wherein the step (F) towel is calculated and calculated - the calculation parameter of the operation parameter is SU),f ( t) } ' , , , w , where Si is the first measuring unit 2 1 , S2 is the second detecting unit, and Sy is the third detecting unit. U) is the object and each detecting material The distance; i(t) is from a thin: to the movement time of another unit, the first time point 7^1 time point t 2 is generated. An operating method of an electronic device as claimed in Patent Application No. In step (B), when the object is _, the electronic device is switched to the operation mode. The electric chess type 7 - the operation of the electronic device, the position of the lamp is less than two or more than the object operation, the operation steps include: (a) the 'thickness (four) set side of the side set or more than one detection The unit ' is used to provide an object to enter the measuring unit to make a fine signal to generate a fine signal; 20 201133301 (b) to determine whether _ at least one or more than one object is close, if not, to enter step (a) 'If yes, proceed to step (c) (c) judging whether each object generates at least two or more detection flaws, and the detection signals are continuous detection values, and if not, proceeding to step (b) 'If yes, proceed to steps ( d); (d) determine whether the direction of motion of each detected object of each object is different, right no, proceed to step (b), and if so, proceed to step (e); ru, (e) determine the detection of each object Whether the motion direction of the object of the test signal conforms to the preset value 'If no', proceed to step (8). If yes, perform the step (f (f) to determine whether the mirror movement speed of each fine signal of each object meets the preset value, and perform the steps. (8), if yes, proceed to step); g U) And calculate the various _ city rear New Zealand - operating parameters. 8, (h) Perform a contactless input application. In the method of operating the dual-view display device according to claim 7, the fine-grained manner of each side unit provided in the step (a) can be performed by using a 2-capacitor structure or an infrared structure. In the operation method of the electronic device described in claim 7, the τ step (b), when at least one or more objects are detected, the power is switched from the power saving mode to the operation mode. , as in the operation method of the electronic device described in claim 7 of the patent scope, '' / ' where 21 201133301 the step (b) of the t-side object is performed by using a complex gamma unit around the electronic device when the object is located At least one or more of the X-axis of the unit is measured, and the job is _ to the object. 11. The method of reading the electricity according to the specification _7, wherein the step (the signal in each side includes the moving direction of the object, the distance between the object and each detecting unit, and the moving speed of the object. The operation method of the electronic device described in Item 7 of the patent application, and == (the material of the material side of the material is calculated by the side of the material); Yuan = S2 is the second detection unit, s_ test order Μ object 3 and each _ single engage. In addition, the unit's movement time will be produced = the point U and the second time _ bu. twenty two