CN104997246A - Intelligent wristband with navigation indicating function - Google Patents

Intelligent wristband with navigation indicating function Download PDF

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Publication number
CN104997246A
CN104997246A CN201510487787.3A CN201510487787A CN104997246A CN 104997246 A CN104997246 A CN 104997246A CN 201510487787 A CN201510487787 A CN 201510487787A CN 104997246 A CN104997246 A CN 104997246A
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module
led
bracelet
information
user
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CN201510487787.3A
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刘奇
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刘奇
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Priority to CN201510487787.3A priority Critical patent/CN104997246A/en
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Abstract

The invention relates to an intelligent wristband with a navigation indicating function. The intelligent wristband comprises a wristband body, a positioning module, a processing module and an indicating module; the wristband body is used for containing the indicating module, the positioning module and the processing module, the indicating module and the positioning module are both connected with the processing module, the indicating module comprises multiple LEDs, the LEDs output information for a user through lighting-up, lighting-off and light-emitting of colors and/or the frequency about lighting up and lighting off, the information comprises navigation direction indicating information obtained with the help of the positioning module, and by means of one LED or combination of several LEDs of the multiple LEDs, the navigation direction indicating information is output to the user. According to the intelligent wristband, the endurance ability is strong, multiple indicating functions such as navigation are obtained, visualized navigation information can be provided for the user, and the cost is low.

Description

A kind of Intelligent bracelet with navigation deixis
Technical field
The present invention relates to a kind of smart machine, be specifically related to a kind of Intelligent bracelet with navigation deixis.
Background technology
Intelligent bracelet, with cheap, is worn conveniently, and diverse in function and closing to reality need and dark liking by all age group user.
Application for a patent for invention CN104748742A discloses a kind of bracelet for blind man navigation, the bracelet of this application comprises first and wears assembly, wear on assembly described first and be provided with voice recognition unit, CPU, GPS unit, voice-output unit, and Braille display unit, it is not only attractive in appearance that this blind person wears product, also there is blind man navigation function simultaneously, blind person is gone on a journey convenient.Particularly wherein have employed Braille display unit, confirmed the voice messaging that will input by braille information further, therefore effectively prevent navigation information and occur mistake.But the bracelet of this application aims at blind person's design, thus wherein do not arrange general user the LCD screen that gets used to, also the concrete structure of voice navigation equipment is not specifically described, therefore can not be applicable to general population.
Application for a patent for invention CN102166057A relates to a kind of Bracelet structure for communication or tracking, and it has a LCD Panel, and can displaying time, but it is exactly in fact the wrist-watch with communication and navigation feature.
Bracelet function ratio common is in the market more single, and some bracelets are mainly used to monitor condition, and some bracelets are mainly used to monitor moving situation.The bracelet also had at present has navigation feature, but this kind of bracelet has screen, and power consumption is comparatively large, and flying power is poor; And screen quality is relatively poor, if adopt good screen, the cost of bracelet can improve again further, compares intelligent watch without any technology and price advantage; And be the profile of yielding to screen and size, the profile of bracelet itself and size can be restricted.Therefore be necessary to develop a kind of multiple functional and cheap bracelet.
Summary of the invention
In order to solve the problems of the technologies described above, the present invention proposes a kind of Intelligent bracelet with navigation deixis, this bracelet has navigation and instruction ability, can provide navigation information intuitively, and do not affect the flying power of bracelet for user.
A kind of Intelligent bracelet with navigation deixis that the present invention proposes, comprise: bracelet body, locating module and processing module, this Intelligent bracelet also comprises indicating module, bracelet body is used for settling indicating module, locating module and processing module, indicating module is all connected with processing module with locating module, this indicating module comprises multiple LED, described LED passes through light on and off, luminous color and/or light on and off frequency are to user's output information, this information comprises direction information in the navigation obtained by locating module, direction information in navigation is exported to user by the combination of the LED of in multiple LED or several LED.
Further, this Intelligent bracelet also comprises position and state detection module, and position and state detection module are detected the position of Intelligent bracelet and state by built-in sensors and detector, judge state and the demand of user.
Further, detect that Intelligent bracelet is in navigational state in position and state detection module, and user is in when normally walking, indicating module is closed; When position and state detection module detect that user is in the state of observing bracelet, indicating module is opened automatically, exports direction information in navigation.
Further, this locating module comprises global location chip unit, and this global location chip unit can be positioned by GPS, the Big Dipper or GLOMSS system;
And/or locating module comprises communication network positioning unit, this communication network positioning unit, by communicating with the communication module of Intelligent bracelet, positions by mobile communications network;
And/or, locating module comprises input positioning unit, the information that this input positioning unit is inputted by the input module of Intelligent bracelet positions, the information of input passes through phonetic entry, or by the image information comprising positional information that the image input units of this input module obtains, or comprise the electronic tag of positional information, thus determine the accurate location that user is current.
Further, this Intelligent bracelet also comprises output module, and for user's output information, this output module comprises voice-output unit and vibration output unit, and wherein, vibration output unit is conveyed a message by the intensity of output signal and/or frequency.
Further, Intelligent bracelet also comprises input block, and this input block comprises voice-input unit, image input units and touch input unit.
Further, this voice-input unit and voice-output unit are integrated into phonetic entry/output unit;
Phonetic entry/output unit is arranged on bracelet body side pivotly, and during use, phonetic entry/output unit rotates relative to bracelet body;
Or phonetic entry/output unit is arranged on bracelet body side removably, during use, phonetic entry/output unit can take off from bracelet body.
Further, described touch input unit is arranged on described multiple LED, controls the volume of voice-output unit by sliding.
Further, the implication that the every terms of information that indicating module and output module export is expressed is undertaken self-defined by user by user terminal.
Further, described multiple LED is N*N LED, arranges as the square configuration of rule, wherein, N be more than or equal to 3 natural number; When N is 3, chooses wherein 5 LED composition " arrow " or "T"-shaped, export direction information in navigation; When N is the natural number being greater than 3, chooses wherein 7 LED and form " arrow " shape, export direction information in navigation;
Or described multiple LED is N*N+ (N-1) * (N-1) individual LED, wherein, N be more than or equal to 3 natural number, form " arrow " shape by multiple LED, export direction information in navigation;
Or described multiple LED is 8, export direction information in navigation by orientation, single led place.
Beneficial effect of the present invention: Intelligent bracelet of the present invention has energy-conservation, to indicate clear, convenient intelligence, diverse in function feature, greatly improves Consumer's Experience.
Accompanying drawing explanation
Fig. 1 is the overall architecture schematic diagram of Intelligent bracelet of the present invention.
Fig. 2 is the navigation instruction layout viewing of 9 LED of the present invention.
Fig. 3 is under 9 LED mode of the present invention, uses single LED direction indication schematic diagram.
Fig. 4 is under 9 LED mode of the present invention, and when being oriented to left front, 5 LED light instruction schematic diagram.
Fig. 5 is under 9 LED mode of the present invention, and when being oriented to dead ahead, 5 LED light instruction schematic diagram.
Fig. 6 is the navigation instruction layout viewing of 13 LED of the present invention.
Fig. 7 is under 13 LED pointing-types of the present invention, and when being oriented to left front, 7 LED light instruction schematic diagram.
Fig. 8 is under 13 LED pointing-types of the present invention, and when being oriented to dead ahead, 7 LED light instruction schematic diagram.
Fig. 9 is the navigation instruction layout viewing of 8 LED of the present invention.
Figure 10 is under 8 LED pointing-types of the present invention, and when being oriented to dead ahead, 1 LED lights instruction schematic diagram.
Figure 11 is under 8 LED pointing-types of the present invention, and when being oriented to left front, 1 LED lights instruction schematic diagram.
Figure 12 is the front view of Intelligent bracelet of the present invention.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearly understand, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.But those skilled in the art know, the present invention is not limited to accompanying drawing and following examples.
Embodiment 1:
The Intelligent bracelet that the present invention proposes, as shown in figs. 1 and 12, comprises bracelet body 1, indicating module 2, input module 3, output module 4, locating module 5, position and state detection module 6, processing module 7, information memory cell 8 and communication module 9; Wherein, indicating module 2, input module 3, output module 4, locating module 5, position are all connected with processing module 7 with state detection module 6, information memory cell 8 and communication module 9.
Bracelet body 1 is used for settling indicating module 2, input module 3, output module 4, locating module 5, position and state detection module 6, processing module 7, information memory cell 8 and communication module 9, and is worn on wrist.Be traditionally arranged to be strip, the conventional shape such as square, oval, circular, also can be designed to profiled shape to meet the demand of fashion personage.
Indicating module 2 is arranged at front or the side of bracelet body 1, for exporting bracelet state and various mark, such as, and input marking and cue mark.Indicating module 2 is in different mode of operations according to the demand of user.
Such as, when hand is vertically in not observation state by user, LED is all closed, and enters vibration pointing-type.Under vibration pointing-type, when running into Key Information user, vibration prompt user is adopted to note, vibration number, frequency and amplitude can indicate different information, such as, utilize that amplitude is comparatively large, mode is to point out the important information such as to turn to faster for frequency, some routine informations then use mild mode, user can also express implication by terminals such as mobile phones to vibration and carry out self-defined, meets user self custom.
Again such as, when by position and state detection module 6, bracelet detects that bracelet body is in level or the position close to level, then think that user wishes to obtain relevant instruction from bracelet, now bracelet enters LED pointing-type, relevant LED light can light, instruction direct of travel, and vibrator still can normally work as user provides instruction simultaneously, thus improve user's ease for use, promote Consumer's Experience.
Input module 3 comprises voice-input unit 31, image input units 32 and touch input unit 33, as shown in Figure 1.
Voice-input unit 31, can adopting as devices such as microphones, for collecting user speech information, being generally positioned at bracelet body in the longitudinal direction near the side of end, also multiple or other positions can be arranged at, the convenient position gathering user speech such as such as bracelet body 1 central authorities etc.
Image input units 32 can adopt camera, and at image input units 32 peripheral position, such as downside, arranges LED flash lamp 321, self-photography mirror 322 and shooting positioner etc. 323, as shown in figure 12.From self-photography mirror 322, user can observe the image gathered in image input units 32, can be used for autodyning, or shooting user wishes other objects of shooting, shooting positioner 323 can be generating laser, this transmitter is arranged at and closes on camera, by the light mark on subject, shooting image can be located accurately when camera collection image like this, especially this laser generator light emission direction can with camera at an angle, and it is non-parallel, and this angle coordinates with the visual angle of camera, the mark of light on subject is just roughly overlapped with edge, camera lens visual angle, for photographer provides reference, this laser generator can be set to multiple if desired, make it possible to position multiple edges of subject, LED flash lamp 321.Image input units 32 can be arranged at front, the back side of bracelet body, also can fix or be pivotally installed in the other end of bracelet body relative to voice-output unit 41.
Touch input unit 33, by the appropriate location at bracelet body, the location settings sensors such as such as bracelet body front, the back side or side detect the touch input information of user, realize the functions such as touch order input, gesture command input, fingerprint detection, this sensor can use the device as used in the middle of touch pad, touch-screen etc. to carry out the detection that user touches input.
Output module 4 comprises voice-output unit 41, vibration output unit 42.
Voice-output unit 41 is arranged at one of bracelet body two ends, is generally positioned at bracelet side, and with voice-input unit 31 not homonymy, but the homonymy that can be positioned at relative to image input units 32 or opposite side.
It is inner that vibration output unit 42 is placed in bracelet body 1, when receiving internal control signal, points out user to note, such as alarm clock, low electricity, and the important hints in navigation procedure by vibration, comprises turning to, arriving destination etc.User after other-end is connected with bracelet, can also arrange the indicated implication such as vibration output unit 42 oscillation intensity, frequency, interval by self-defining mode.
Comprise global location chip module 51 in locating module 5, global location chip module 51 comprises multiple positioning chip, can be positioned by GPS, the Big Dipper or GLOMSS system; Communication network locating module 52, this unit, by communicating with communication module 9, is positioned by mobile communications network; Input locating module 53, the information inputted by input module is positioned, the information of input can comprise phonetic entry, the information such as the image (such as Quick Response Code) comprising positional information that image input units 32 obtains, or comprise the electronic tag etc. of positional information, determine current accurate location.
Position and state detection module 6 are detected the position of bracelet and state by built-in sensors and detector, judge state and the demand of user, such as, when judging the normal forward travel state of user or being in voice output state, close indicating module 2; When judging that arm lifts by user, when observing bracelet, then automatically open LED, instruction bracelet state or other indication informations.
Memory cell 8 comprises map and stores and updating block 81, when bracelet connects other user terminals (equipment such as such as mobile phone, panel computer, PC, PDA) or connection server or internet, this map stores and carries out data interaction with updating block 81 and relevant device, download and store map on bracelet, user can pass through terminal, as mobile phone, panel computer or the PC map datum to bracelet conducts interviews, manages or upgrades.
Communication module 9 comprises the first wireless communication unit 91, bluetooth-communication unit 92 and the second wireless communication unit 93.First wireless communication unit 91 for the data between bracelet and other devices and information interaction, such as with WLAN (WIFI) or mobile communications network (mobile communications network as various in various 2G, 3G or 4G).The device that bluetooth-communication unit 92 makes bracelet can have bluetooth unit with other carries out data interaction; Mutual for some special wireless devices of second radio communication device 93, has the function such as mass transit card, automobile wireless Intelligent key to make bracelet.
Below the mode of indicating module 2 for instruction of navigating is described in detail.
Indicating module 2 comprises the LED unit be made up of multiple LED light, and the shape presented by multiple LED comes the current direction that should advance of indicating user, simply and intuitively and accurately for user provides instruction navigation information.The mode of LED unit instruction direct of travel depends on quantity and the arrangement mode of LED, and same LED unit also can adopt various modes.Also can light or representative implication of glimmering by self-defined LED.
Example one: multiple LED light can be arranged into the square structure of N*N, N be more than or equal to 3 natural number.Fig. 2 shows the situation that N is 3, and 9 LED lights are according to the arrangement of sphere of movements for the elephants shape, and LED light is arranged in each crosspoint place of sphere of movements for the elephants shape.For convenience of description, 9 LED forming sphere of movements for the elephants shape with digital 1-9 according to serial number from top to bottom, from left to right.
Under simple navigation mode, a LED can be used to indicate a direction just, in just rear, positive left, positive right, left front, right front, left back, right back eight directions relative to the position of whole LED unit, as shown in Figure 3, left front uses the LED of numbering 1 to indicate, dead ahead uses the LED of numbering 2 to indicate, the LED of right front numbering 3 indicates, by that analogy.
Under normal navigation pattern, adopt 5 LED to light simultaneously, form a simple arrow or "T"-shapedly indicate direction of advance, as shown in Figure 4, Figure 5.If wish that instruction is advanced to left front, then the LED light being numbered 1,2,4,5,9 lights, and forms arrow as shown in Figure 4; If wish to advance to dead ahead, then five LED lights being numbered 1,2,3,5,8 light, and form as shown in Figure 5 "T"-shaped, other by that analogy.
The advantage that normal navigation pattern compares simple navigation mode is that the lamp lighted is more, comparatively intuitively, not easily causes mistake, when certain lamp cannot normally work, can also judge correct direction by other indicator lamps.Certainly, under normal navigation pattern, the mode being used to refer to direction of advance can also adopt the interested mode of other user, also can user's self-defining.
Example two: multiple LED light is arranged into the square structure of N*N+ (N-1) * (N-1), wherein the structure of N*N LED formation is identical with example one, (N-1) * (N-1) individual LED light is positioned at the center of the little rectangle that N*N LED is formed, wherein N be more than or equal to 3 natural number, so just can realize front, rear, left and right, these 8 directions left front, right front, left back, right back all uses the form of arrow to carry out direction indication, add clearness and the intuitive of instruction, and meet the cognition custom of user.
Fig. 6 shows the situation that N is 3,9 LED lights in 13 LED lights are arranged according to sphere of movements for the elephants shape, another 4 LED lights are positioned at the center of four little rectangles that 9 LED lights are formed, and each direction in such 8 directions all can light formation arrowhead form by 7 LED and carry out direction indication.According to order from top to bottom, from left to right, these 13 LED lights are numbered, left front can use 7 LED being numbered 1,2,4,6,7,10,13 to light the arrow (see Fig. 7) formed to left front, dead ahead can use 7 LED being numbered 2,4,5,6,7,8,12 to light the arrow (see Fig. 8) formed to dead ahead, and other by that analogy.
8 directions all by the mode that the mode of arrow instruction is compared the "T"-shaped instruction in part direction in example one or indicated by single LED light, more meet the general cognition of user.
Example three: multiple LED light also can be according to the arrangement of circle shape, use the position of one of them LED light on circle to indicate just, just after, a direction in positive left, positive right, left front, right front, left back, right back eight directions.
Fig. 9 shows the example carrying out direction indication with the elliptical shape that 8 LED lights are formed.From directly over clockwise numbering first LED, dead ahead can use the light instruction of LED being numbered 1, as shown in Figure 10; Left front can use the light instruction of LED being numbered 8, as shown in figure 11; Other by that analogy.
Example four: also can to arrange multiple LED light according to other modes, if to indicate just, just after, positive left, positive right, left front, right front, left back, right back eight directions.
Such as, adopt 4 LED to indicate this eight directions, according to order from top to bottom, from left to right, these 4 LED are numbered.The LED being wherein numbered 1 lights instruction left front, and the LED being numbered 1 and 2 lights instruction dead ahead, and the LED being numbered 2 lights instruction right front, and the LED being numbered 2 and 3 lights instruction front-right, and other by that analogy.
Such as, if bracelet is not in navigational state, then can indicate different bracelet states by multiple different LED, these LED can be the breath lights of smaller similar mobile phone, only indicate as little luminous point.
Illustrate how to be navigated by bracelet below in conjunction with Fig. 1.Carry out navigating from family to company for user, first user needs to download map (online or off-line form) to bracelet, map can be stored in information memory cell 8 by built-in mode, also can after communication module 9 receives the navigation instruction of processing module 7, by the first wireless communication unit 91 download online, renewal, be then stored in information memory cell 8.
Then, locating module 5 positions to current position, is first positioned in conjunction with communication network locating module 52 by global location chip module 51, or global location chip module 51 is located separately.If be difficult to obtain current location, then point out user's input, also user initiatively can input current location information by input module 3, then feed back to input positioning unit 53, namely user is by input module 3 and input positioning unit 53 position that manually input is current, thus realizes accurately location.The positional information obtained is fed back and is kept in processing module 7 by locating module 5.Endpoint information then can be arranged by input module 3, such as some preset location be stored in information storage module 8 can be selected to confirm by touch input unit 3, mode more flexibly can also be adopted, such as can be inputted the final position of user's needs flexibly by voice-input unit 31 or image input units 32, as phonetic entry final position or scanning comprise the image (as Quick Response Code) of end point location information.Also other-end can be connected input with bracelet by communication module 9 communication and starting point and terminal are set, and by starting point, terminal and confirmation are by inputting before and after input module 3 and being temporarily stored in processing module 7, processing module 7 reads relevant location information from information memory cell 8, if mistake appears in return information, be confirmed whether to carry out on-line search to user, or do not solicit user's confirmation and directly carry out on-line search, after obtaining the search instruction that processing module 7 sends to communication module 9, search in internet, and Search Results is fed back in processing module 7, confirmation is solicited to user feedback by output unit, and information memory cell 8 content is upgraded simultaneously.
After bracelet completes starting point, end point location information confirmation, processing module 7 is in conjunction with current location and cartographic information, carry out navigation path planning, and upgrade guidance path according to the current location information of locating module 5 Real-time Feedback and endpoint information, indicating user advances.Locating module 5 detects current location in real time, and Real-time Feedback is in processing module 7, if cannot positional information be obtained, then feed back to error message in processing module 7, processing module 7 sends abnormal signal to output module 4 and/or indicating module 2, output module 4 and/or indicating module 2 send alarm signal, prompting abnormal conditions.When locating module continues accurate location to be detected, start navigation, when user normally advances, position and state detection module 6 detect that arm swings naturally, and at this moment user is difficult to be normally observed bracelet, so need not light LED; The position detected is fed back and is kept in processing module 7 by locating module 5, processing module 7 is in conjunction with the position of current location previous time period with it, and with path planning comparison, be confirmed whether to advance in correct direction, if direction of advance is correct, then any output function need not be carried out, namely when user normally advances, do not feed back any information to output module 4, if depart from route, then vibrate output unit 42 and carry out dither, or voice-output unit 41 sends alarm signal, prompting user anisotropy.When user advance in the wrong direction sufficiently long apart from after (such as more than 200 meters), the positional information that locating module 5 feeds back by processing module 7, again plan guidance path in conjunction with endpoint information and cartographic information, and the information of bracelet again path planning is fed back to user by output module 4 and/or indicating member 2.
When navigation procedure, if when user lifts arm, bracelet detects the level of bracelet by position and state detection module 6, and feed back to processing module 7, processing module 7 send comprise direction of advance index signal and/or described various warning messages to indicating module 2, LED is lighted, and shows the correct direction and/or corresponding warning message of advancing.No matter direction of advance correctness, if state detection module 6 detects that user is in forward travel state but not observation state, then not carrying out any display, being in observation state when detecting, just show various information.If arrive destination, the positional information detected is sent in processing module 7 by locating module 5 in real time, when processing module 7 detects the destination locations information matches of the positional information that locating module 5 feeds back and setting, then generate arriving signal, this signal is sent in output module 4 and/or indicating module 2, arrival information is indicated by Special display mode, such as bright or flicker entirely, or the LED just lights or glimmers, or the special pattern of display LED composition, such as heart-shaped, the patterns such as smiling face, also the form of dither or voice can be passed through, prompting user arrives destination, and receive after the confirmation of user or output module 4 export time enough from input module 3 and automatically stop specific output.
In addition, user can be stopped by input module 3 at any time or suspend navigation; Where necessary, all information being temporarily stored in processing module 7 and input from input module 3 all can be stored in information memory cell 8, and such as common family and unit location information, prevent loss.
Embodiment 2:
Other structures of bracelet are identical with embodiment 1 or 2, below further will limit the second Voice Navigation pattern.
Voice-output unit 41 is arranged at one of bracelet body two ends, is generally positioned at the opposite side contrary relative to voice-input unit 31, perpendicular to bracelet body 1 to body bracelet lower side to setting, or can arrange relative to bracelet body 1 pivotable.Voice-output unit 41 structure can adapt with people's ear structure, user is when using phonetic entry or receiving voice output, voice-output unit 41 independently can be put into user in one's ear, and be fixed on user's ear, user is facilitated to carry out information interaction by voice and bracelet, now voice-output unit 41 has independent current source, communicate with the means by the short distances such as bluetooth, low-power consumption between bracelet body 1.Or be fixed on people's ear by voice-output unit 41 by bracelet body 1, now voice-output unit 41 is inseparable with bracelet body 1, but can required design be also separable.
When bracelet takes out by user from bracelet band, inputted by user, such as Voice Navigation rapid switch is set at bracelet body, open Voice Navigation pattern.Voice-output unit 41 is put into ear place by user, voice-output unit can be have protuberance In-Ear structure thus be fixed with user's ear, or other fixed parts are set are fixed on auricle or ear, thus whole bracelet is made to carry out work without the need to the hand-held ear place that can independently be positioned over of user.
After entering Voice Navigation pattern, bracelet is opening voice input and output mode simultaneously, and voice-output unit 41 and voice-input unit 31 are all opened, and receives user speech instruction, the input of such as current address input and inquiry, destination and inquiry.Bracelet, near every touch input unit Close All of head part side, prevents maloperation; Vibration output unit 42 is closed, and no longer carry out vibration prompt, all information proceeds to voice message, by voice or the every important state of chimes of doom prompting user's bracelet, also constantly points out user's navigation information simultaneously.
For some conventional positions, user by arranging, can store the addresses in bracelet, thus by Voice command, conveniently arranges destination, such as family, company etc.But for the geographical position that some are strange, after user's input, bracelet will be inquired about in built-in download map, if having matching result, feed back to user and confirm; If do not have matching result, prompting user selects to arrange particular location by terminals such as mobile phone, vehicle-mounted computer, flat boards, and is synchronized to bracelet, carries out guidance operation.Storing map can store multiple, by user's choice for use.
Embodiment 3:
If bracelet only arranges the luminous point of simple similar breath light, then can be used for carrying out battery capacity indication, the number lighted by LED shows dump energy, also can form numeral expression dump energy by the LED lighted, when such as remaining 90-100%, then show numeral " 9 " with LED.Or by some light light or flicker fusion transmits the information of bracelet, user is pointed out.Such as, under navigational state, when bracelet finds that mistake appears in current route, under bracelet is in vibration mode, by the vibration prompt user that frequency is higher, and under bracelet is in LED pointing-type, then can pass on current route mistake by the flicker frequency of LED and quantity to user, need adjustment.
Bracelet body 1 can use the significant icon cooperated with LED of tool and touch entering apparatus to express the state of bracelet, realizes the function of input control.
Specifically, bracelet body 1 can arrange larger LED and be used as backlight, patterned transparent icons above LED, and icon, when not navigating, can be used for indicating the state of bracelet by LED.Also can whether open by the state of these unit of instruction such as the icon of the icon of expression bluetooth, instruction WIFI, instruction mobile communications network icon, input lock-out state, microphone state, navigation system state (as GPS etc.) or normally work.If arrange touch entering apparatus on these icons, user then can be made to control these unit above-mentioned easily to carry out the prompt operation of " opening or closing " by these entering apparatus, it can be used as the switch of each unit of bracelet, the duty of rapid change bracelet, also key icon of such as taking pictures can be set, control camera fast in conjunction with touch entering apparatus and take pictures; " flashlight " indicator cock is set, in conjunction with touch entering apparatus, the fast switch of control LED flash lamp 331, thus bracelet is used as emergent torch; Volume "+" or "-" icon are set, in conjunction with touch entering apparatus, control the size of voice-output unit output volume fast.Such as, usable-battery icon carrys out Explicit Expression dump energy, when charging and user wishes to check dump energy, shown by LED and express dump energy, the expression of dump energy can by the color of LED, and such as use green expression electricity sufficient, blueness represents that electricity is comparatively sufficient, red expression electricity is lower, needs user to charge in time.Also can pass through multiple battery icon, such as 3 LED side by side, use battery icon simultaneously, the number lighted by LED or before combining LED color inform user's residual electric quantity.
Embodiment 4:
Indicating module 2 shown in Fig. 9 adopts 8 LED that are circle-shaped or elliptical shape arrangement to indicate, LED can use simple luminous point as described in example 1 above, or coordinates icon and touch indicating device and the change-over switch that input control device realizes the multinomial state instruction of bracelet and switching.
Under this configuration, if LED is positive circular or close to orbicular arrangement, then can be positive circular or close to positive circle being arranged a circle touch sensor, user rotates counterclockwise or rotate clockwise by point or pointer etc. the volume adjusting realizing voice-output unit at this.
If arrange close to the elliptical shape of strip, then touch entering apparatus is set in whole elliptic region, is slided from top to bottom by finger, or slip carries out size control to the volume of voice-output unit from lower to upper.
Then with before embodiment is identical in the navigation direction instruction of LED.
Above, embodiments of the present invention are illustrated.But the present invention is not limited to above-mentioned embodiment.Within the spirit and principles in the present invention all, any amendment made, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (10)

1. one kind has the Intelligent bracelet of navigation deixis, comprise: bracelet body, locating module and processing module, it is characterized in that, this Intelligent bracelet also comprises indicating module, bracelet body is used for settling indicating module, locating module and processing module, indicating module is all connected with processing module with locating module, this indicating module comprises multiple LED, described LED passes through light on and off, luminous color and/or light on and off frequency are to user's output information, this information comprises direction information in the navigation obtained by locating module, direction information in navigation is exported to user by the combination of the LED of in multiple LED or several LED.
2. Intelligent bracelet according to claim 1, it is characterized in that, this Intelligent bracelet also comprises position and state detection module, and position and state detection module are detected the position of Intelligent bracelet and state by built-in sensors and detector, judge state and the demand of user.
3. Intelligent bracelet according to claim 2, is characterized in that, detects that Intelligent bracelet is in navigational state in position and state detection module, and user is in when normally walking, and indicating module is closed; When position and state detection module detect that user is in the state of observing bracelet, indicating module is opened automatically, exports direction information in navigation.
4. Intelligent bracelet according to claim 1, is characterized in that, this locating module comprises global location chip unit, and this global location chip unit can be positioned by GPS, the Big Dipper or GLOMSS system;
And/or locating module comprises communication network positioning unit, this communication network positioning unit, by communicating with the communication module of Intelligent bracelet, positions by mobile communications network;
And/or, locating module comprises input positioning unit, the information that this input positioning unit is inputted by the input module of Intelligent bracelet positions, the information of input passes through phonetic entry, or by the image information comprising positional information that the image input units of this input module obtains, or comprise the electronic tag of positional information, thus determine the accurate location that user is current.
5. the Intelligent bracelet according to any one of claim 1-4, it is characterized in that, this Intelligent bracelet also comprises output module, for to user's output information, this output module comprises voice-output unit and vibration output unit, wherein, vibrate output unit by output signal intensity and/or frequency convey a message.
6. Intelligent bracelet according to claim 5, is characterized in that, Intelligent bracelet also comprises input block, and this input block comprises voice-input unit, image input units and touch input unit.
7. Intelligent bracelet according to claim 6, is characterized in that, this voice-input unit and voice-output unit are integrated into phonetic entry/output unit;
Phonetic entry/output unit is arranged on bracelet body side pivotly, and during use, phonetic entry/output unit rotates relative to bracelet body;
Or phonetic entry/output unit is arranged on bracelet body side removably, during use, phonetic entry/output unit can take off from bracelet body.
8. Intelligent bracelet according to claim 6, is characterized in that, described touch input unit is arranged on described multiple LED, controls the volume of voice-output unit by sliding.
9. Intelligent bracelet according to claim 5, is characterized in that, the implication that the every terms of information that indicating module and output module export is expressed is undertaken self-defined by user by user terminal.
10. Intelligent bracelet according to claim 1, is characterized in that, described multiple LED is N*N LED, arranges as the square configuration of rule, wherein, N be more than or equal to 3 natural number; When N is 3, chooses wherein 5 LED composition " arrow " or "T"-shaped, export direction information in navigation; When N is the natural number being greater than 3, chooses wherein 7 LED and form " arrow " shape, export direction information in navigation;
Or described multiple LED is N*N+ (N-1) * (N-1) individual LED, wherein, N be more than or equal to 3 natural number, form " arrow " shape by multiple LED, export direction information in navigation;
Or described multiple LED is 8, export direction information in navigation by orientation, single led place.
CN201510487787.3A 2015-08-10 2015-08-10 Intelligent wristband with navigation indicating function Pending CN104997246A (en)

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CN105795626A (en) * 2016-05-27 2016-07-27 常州市盈顺电子有限公司 Navigation type intelligent electronic wristband
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CN106037177A (en) * 2016-07-09 2016-10-26 宁波科强电池有限公司 Multi-functional intelligent wrist-type help-seeking hand ring
RU171175U1 (en) * 2016-07-11 2017-05-23 Олег Викторович Переведенцев Personal device indications direction of motion to target position
CN106127486A (en) * 2016-07-18 2016-11-16 广东楚天龙智能卡有限公司 A kind of payment bracelet with navigation feature and air navigation aid
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