CN105521595A - Pace speed advising method and apparatus - Google Patents
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Abstract
A pace speed advising method, a pace speed advising apparatus, and a recording medium using the method are provided. In the method, a total target distance and a total target time of a user's path are obtained, and separated into multiple time slots. Then, a route of the user's path is obtained and a route information of the route is retrieved. Finally, a pace speed of each time slot is advised according to the route information.
Description
Technical field
The application relates to a kind of electronic installation, and in particular to a kind of method and the device that provide paces speed suggestion.
Background technology
Because everyone health such as cardio-pulmonary function and muscle oxygen ability is not identical, the physical efficiency when running can difference to some extent, and marathon race especially at a distance, the physical efficiency change of each period is quite remarkable.If suitably do not regulate muscle power, runner is easy to namely run out of steam in the match second half section, even causes athletic injury.Therefore, be necessary that formulation one is advanced and plan, runner can be checked its progress at any time and suitably adjust paces in the process of running, and then run through target range within the object time.
The progress understood it to allow runner and advance, current way in runner's wrist, configures one join speed table, the target range that runner will run is divided into multiple period by it, and by the reservation deadline mean allocation of runner in each period, thus speed table indicates the distance and reservation deadline that each period will run joining.By this, runner is when often running through a segment distance, only need check its current spended time and with join the reservation deadline that speed show to record and compare, can learn that its current progress is is advanced or backwardness, thus adjusts its paces speed (pacespeed).
For example, Fig. 1 is known example of joining speed table.Please refer to Fig. 1, join fast table 10 and configure in the wrist 12 of runner, wherein indicate the target range that runner will run: 13.1 miles, and the reservation deadline of runner's setting: 2 hours 12 minutes.Then sequentially can indicate the reservation deadline of running through every 1 mile below, such as, run through 1 mile at 10 minutes 4 seconds, within 9 seconds, run through 2 miles at 20 points, by that analogy.By joining the auxiliary of fast table 10, runner often run through 1 mile only need check the current time afterwards and with join the reservation deadline that speed show record and compare, can learn that its current progress is in advance or backward, thus adjust its paces.
But above-mentioned speed of joining is shown to be only that target range and time mean allocation are reminded runner in multiple period, fails really react the present situation factor such as actual road conditions or runner's physical ability situation and adjust day part paces speed.Similarly, except running, be good for away, bicycle, the motion such as swimming speed of joining equally also have similar problem.
Summary of the invention
The defect that speed table does not consider actual road conditions and runner's physical ability situation is joined for known, the application provides a kind of paces speed suggestion method, device and uses the recording medium of the method, it can advise paces speed for user's occurred various situations of advancing in good time, and user can be assisted within the general objective time to complete advancing of target range.
The paces speed suggestion method of the application is suitable for providing a user suggestion of advancing by electronic installation.The method comprises and obtains the general objective distance and general objective time that user advances, and be multiple period by this general objective distance and general objective timing separation, then the route that user advances is obtained, and extract the route information of this route, finally extract the position of user at present in route information and the place period at present in each period, and advise the paces speed of place period according to route information.
In an embodiment of the application, the step of the above-mentioned paces speed according to the route information suggestion place period comprises the paces speed of suggestion place period, and after making to adjust paces speed, total traveling time of all periods is equal to or less than the general objective time.
In an embodiment of the application, the step of the above-mentioned paces speed according to the route information suggestion place period comprises the terrain information according to recording in route information, adjust the paces speed of each period, it landform comprising these sections, period one place of response is descending, gradient suggestion according to landform increases paces speed, and responding the landform in these sections, period one place for upward slope, the gradient suggestion according to landform reduces paces speed.
In an embodiment of the application, above-mentioned method also comprises the historical data that inquiry user advances, obtain the average speed of user under the multiple gradient, and according to the average speed under the gradient in the section, place of recording in route information and the multiple gradient, the paces speed of suggestion place period.
In an embodiment of the application, the step of the route information of said extracted route comprises the foot force information receiving and be configured in the user that user's at least one sensor with it detects, and judges the road quality in this section, period place according to this foot force information.
In an embodiment of the application, the step of the route information of said extracted route also comprises the weather conditions of extracting described route according to route information.
In an embodiment of the application, said method also comprises reception and is configured in user's sensor information with it to judge the degree of fatigue of user, to advise the paces speed adjusting this period.
In an embodiment of the application, if advise that adjusting the paces speed of this period causes total traveling time of all periods to be greater than the general objective time, then said method also comprises and produces alerting signal to remind user.
In an embodiment of the application, the step of the above-mentioned paces speed according to the route information suggestion place period comprises the leading paces speed of the current speed of response, and display is message in advance, and responds the backward paces speed of current speed, and display falls behind message.
The paces speed suggestion device of the application comprises input block, positioning unit, memory cell and arithmetic element.Wherein, input block obtains route that user advances, general objective distance and general objective time; Positioning unit is the current position detecting user; Memory cell stores multiple module; Arithmetic element then connects input block, positioning unit and memory cell, in order to be loaded into and to perform the module in memory cell.These modules comprise paces speed suggestion module, it is in order to being multiple period by general objective distance and general objective timing separation, extract the route information of route, and extract the position of user at present in route information and the place period at present in each period, and advise the paces speed of place period according to route information.
In an embodiment of the application, above-mentioned paces speed suggestion module comprises the paces speed of suggestion place period, and after making to adjust paces speed, total traveling time of all periods is equal to or less than the general objective time.
In an embodiment of the application, above-mentioned paces speed suggestion module comprises the terrain information according to recording in route information, adjust the paces speed of each period, it landform comprising these sections, period one place of response is descending, and the gradient suggestion according to landform increases paces speed; And responding the landform in these sections, period one place for upward slope, the gradient suggestion according to landform reduces paces speed.
In an embodiment of the application, above-mentioned module also comprises the inquiry of historical data module, it inquires about the historical data that user advances, to obtain the average speed of user under the multiple gradient, wherein paces speed suggestion module comprises according to the average speed under the gradient in the section, place of recording in this route information and the described multiple gradient, the paces speed of suggestion place period.
In an embodiment of the application, above-mentioned module also comprises road quality judge module, it is in order to receive the foot force information being configured in the user that user's at least one sensor with it detects, and judges the road quality in this section, period place according to this foot force information.
In an embodiment of the application, above-mentioned paces speed suggestion module also extracts the weather conditions of route according to route information.
In an embodiment of the application, above-mentioned paces speed suggestion module also receives and is configured in user's sensor information with it to judge the degree of fatigue of user, to advise the paces speed adjusting this period.
In an embodiment of the application, if paces speed suggestion module advise that adjusting the paces speed of period causes total traveling time of all periods to be greater than the general objective time, then above-mentioned paces speed suggestion module also produces alerting signal to remind user.
In an embodiment of the application, above-mentioned paces speed suggestion module comprises the leading paces speed of the current speed of response, and display is message in advance, and responds the backward paces speed of current speed, and display falls behind message.
In an embodiment of the application, advised paces speed is sent to another mobile device to show advised paces velocity information on another mobile device by above-mentioned device.
The application provides a kind of computer program, is loaded into via electronic installation to perform the following step: obtain general objective distance and general objective time that user advances, and by general objective apart from and general objective timing separation be multiple period; Obtain the route that user advances; Extract the route information of this route; And extract the position of user at present in route information and the place period at present in each period, and advise the paces speed of place period according to route information.
Based on above-mentioned, the paces speed suggestion method of the application and device are by the relevant information extracting user's course, and the physical ability situation of monitoring user, plan the paces speed of each period accordingly and remind user to note.By this, can assist user within the object time, complete advancing of target range.
For the above-mentioned feature and advantage of the application can be become apparent, special embodiment below, and coordinate accompanying drawing to be described in detail below.
Accompanying drawing explanation
Fig. 1 is known example of joining speed table.
Fig. 2 is the block diagram of the paces speed suggestion device illustrated according to the application one embodiment.
Fig. 3 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 4 is the example of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 5 A ~ Fig. 5 B is the example of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 6 A ~ Fig. 6 B is the example of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 7 A ~ Fig. 7 C is the example of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 8 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.
Fig. 9 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.
Figure 10 is the example of the paces speed suggestion method illustrated according to the application one embodiment.
Figure 11 is the example of the paces speed suggestion method illustrated according to the application one embodiment.
[symbol description]
10,62,64: join speed table
12: wrist
20,100: paces speed suggestion device
21: input block
22: positioning unit
23: Tip element
24: memory cell
242: paces speed suggestion module
25: processor
40: wisdom bracelet
42: Touch Screen
52,54: setting screen
542: hour form
544: minute form
72,74,76: paces speed suggestion picture
722: initial time of advancing
724,744,764: current traveling time
726,746,766: the object time
728,748,768: paces speed suggestion
102: sensor
104: shoes
S302 ~ S308, S802 ~ S816, S902 ~ S906: step
Detailed description of the invention
The application is except foundation user is for except the general objective distance of advancing set and the estimated completion time of general objective time planning each period and the average paces speed of suggestion, also can inquire about the relevant information of user's course, suggestion user is in the paces speed of this period.By this, user can be helped within the general objective time to complete advancing of general objective distance.In addition, the application except can help user when running paces speed join speed, equally also can be applicable to be good for away, bicycle, the motion such as swimming time join speed.
Fig. 2 is the block diagram of the paces speed suggestion device illustrated according to the application one embodiment.Please refer to Fig. 2, the paces speed suggestion device 20 of the present embodiment is such as smart mobile phone (Smartphone), personal digital assistant (PersonalDigitalAssistant, PDA) electronic installation of mobile phone, tablet PC (TabletPC), mobile computer, wisdom wrist-watch, bracelet, glasses or other kinds, or the combination of said apparatus, the such as combination of smart mobile phone and wisdom bracelet.Paces speed suggestion device 20 comprises input block 21, positioning unit 22, Tip element 23, memory cell 24 and processor 25, and its function is described below.
Input block 21 is keyboard, mouse, Trackpad, various inductor such as, and such as acceleration induction device, waits input tool, or the Touch Screen integrated by touching detecting element and the liquid crystal display of resistance-type, condenser type, optical profile type or other kinds.
Positioning unit 22 is in order to position paces speed suggestion device 20, to obtain the current position of paces speed suggestion device 20, it is such as global positioning system (GlobalPositioningSystem, GPS), utilize the system that Wi-Fi hotspot positions, or other communications localization systems utilizing the wireless communication signals of radio communication base station to position, do not limit at this.
Tip element 23 can be general display, such as liquid crystal display (Liquid-CrystalDisplay, LCD), plasma display, vacuum fluorescent display, light emitting diode (Light-EmittingDiode, LED) display of display, field-emitter display (FieldEmissionDisplay, FED) or other suitable species.Tip element 23 also can be combined into Touch Screen with input block 21, and while the paces speed can advised at display paces speed suggestion device 20, detects the input operation of user.In addition, Tip element 23 can also be loudspeaker, and it can the mode of the voice paces speed of pointing out paces speed suggestion device 20 to advise, or one or several light, represent different suggestion contents with different brightness, color and/or number.
Memory cell 24 can be the fixed or movable random access memory (randomaccessmemory of any type, RAM), the combination of read-only storage (read-onlymemory, ROM), flash memory (flashmemory) or like or said elements.In the present embodiment, memory cell 24 is in order to record paces speed suggestion module 242, this paces speed suggestion module 242 is such as be stored in the program in memory cell 24, and it can be loaded into the processor 25 of paces speed suggestion device 20, and performs paces speed suggestion function according to this by processor 25.
Processor 25 is such as CPU (CentralProcessingUnit, CPU), or microprocessor (Microprocessor), the digital signal processor (DigitalSignalProcessor of other programmable general services or specific use, DSP), Programmable Logic Controller, ASIC (ApplicationSpecificIntegratedCircuits, ASIC), the combination of programmable logic device (ProgrammableLogicDevice, PLD) or other similar devices or these devices.Processor 25 connects input block 21, positioning unit 22, Tip element 23 and memory cell 24, and it is loaded into the program of paces speed suggestion module 242 from memory cell 24, to perform the paces speed suggestion method of the embodiment of the present application.Namely the detailed step of the method is below described for embodiment.
Fig. 3 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.Please refer to Fig. 3, the method for the present embodiment is applicable to the paces speed suggestion device 20 of Fig. 2, the detailed step of the paces speed suggestion method of the every component description the application in paces speed suggestion device 20 that namely arranges in pairs or groups below.
First, processor 25 utilizes input block 21 to obtain general objective distance that user advances and general objective time, or can from a network service, such as Live web etc. is run on road, download general objective distance and general objective time, and be multiple period (step S302) by this general objective distance and general objective timing separation, also or can be described as milestone (milestone), its can remind user need with how many time or how long before complete the distance of each period.Wherein, processor 25 is such as, in units of kilometer or mile, general objective distance regions is divided into multiple period, and is distributed on these periods by general objective time average in one embodiment.
Then, processor 25 route (step S304) that utilizes input block 21 or automatic network service to obtain user to advance.Wherein, in one embodiment, user can utilize input block 21 input its objective for going to, now namely processor 25 the current position planning of user acquired by positioning unit 22 can go to the route of objective.In another embodiment, the route that user also can utilize input block 21 such as to draw on electronic chart to advance or shooting route are also converted to electronic chart using the route of advancing as user, in other embodiments, user can by network, such as the site for services such as Live web are run on road, download course, do not limit at this.
Then, processor 25 can extract the route information (step S306) of route.In one embodiment, the electronic map database on paces speed suggestion device 20 built in by processor 25 in such as extracting, and from then on obtains the relevant routes information of user's course in electronic map database.In another embodiment, processor 25 can utilize communication module or mixed-media network modules mixed-media to link the database of far-end, such as electronic map database, weather data storehouse, the database such as landform, landforms, thus the relevant routes information downloading route, do not limit at this.Above-mentioned route information such as comprises terrain information, Weather information etc., and terrain information such as comprises the geomorphology informations such as upward slope, descending, "Left"-deviationist, Right deviation, or comprise the road quality information such as asphalt road, stone road, polyurethane (Polyurethane, PU) road or sandy beach.And in one embodiment, after the route information extracting route, the required time of each period then directly can be adjusted according to extracted route information, and be shown in paces speed suggestion device 20 for user's reference in advance, join fast object to reach in each period, but not be only that general objective time average was distributed on each period.And the display mode of the required time of each period, can be the required time (such as each period needs several seconds somewhat) showing each period, each period shows in the mode of accumulation interval, or need show in the mode when completed with each period, is not limited at this.
Afterwards, processor 25 utilizes positioning unit 22 to extract the position of user at present in route information, and extract the place period of user at present in each described period, the paces speed (step S308) of place period also immediately can be advised according to route information.Wherein, processor 25 such as can when the leading paces speed of current speed, display message in advance on Tip element 23, and when current speed falls behind paces speed, show at Tip element 23 and fall behind message, in one embodiment, the degree that processor 25 also can fall behind according to paces speed, the length of such as lag time, and show different backward messages, such as represent with different colors, sound, word and/or cresset.It should be noted that, processor 25 also can advise the paces speed of place period, the general objective time can be equal to or less than, to guarantee that user can complete all routes in the general objective time set by it to make total traveling time of all periods after adjusting paces speed.
For example, Fig. 4, Fig. 5 A ~ Fig. 5 B, Fig. 6 A ~ Fig. 6 B and Fig. 7 A ~ Fig. 7 C is the example of the paces speed suggestion method illustrated according to the application one embodiment.Please also refer to Fig. 4, the present embodiment is for the wisdom bracelet 40 that can be worn in user's wrist, by Touch Screen 42 operation display interface on wisdom bracelet 40, receives the input operation of user, and shows the paces speed of advising according to input operation.
Please refer to Fig. 5 A ~ Fig. 5 B, wisdom bracelet 40 such as can show the setting screen 52 of general objective distance on Touch Screen 42, and user can by setting screen 52 with touch control operation, such as slide up and down, with set the general objective distance for advancing.In setting general objective distance afterwards, wisdom bracelet 40 such as can continue the setting screen 54 showing the general objective time on Touch Screen 42, and user can by hour form 542 on setting screen 54 and minute form 544 with touch control operation, such as horizontally slip, with set the general objective time for advancing.In another embodiment, wisdom bracelet 40 also can download general objective distance and general objective time from network service, or by set with the operation by another device with another device line or from web download general objective distance and general objective time, or on another device by operating and setting or from web download general objective distance and the general objective time, afterwards again with wisdom bracelet 40 line and by general objective distance and general objective time tranfer to wisdom bracelet 40.
Please refer to Fig. 6 A ~ Fig. 6 B, if the target range of user's setting is 13.1 miles of half marathon and the object time is 2 hours, then wisdom bracelet 40 can show on Touch Screen 42 as shown in Figure 6A join fast table 62, comprising the object time of every 1 mile, in one embodiment, this object time is distributed in by the general objective time average set by user on each period and obtains; And in another embodiment, after extraction route information, may correspond to route information and adjust the required time of each period and be shown in and join fast table 62.Similarly, if the target range of user's setting be 13.1 miles of half marathon and the object time be 2 hours 15 points, then wisdom bracelet 40 can show on Touch Screen 42 as shown in Figure 6B join fast table 64, wherein to match well the object time of each period in fast table 62 more the object time of each period.
Please refer to Fig. 7 A ~ Fig. 7 C, in the process that user advances, namely wisdom bracelet 40 can extract the current position of user and place period, thus immediately advises the paces speed of place period according to route information.Paces speed suggestion picture 72 as shown in Figure 7 A, wisdom bracelet 40 such as can show the object time 726 of initial time 722 of advancing, current traveling time 724, at present period in paces speed suggestion picture 72, and compares the traveling time 724 paces speed suggestion 728 that obtain rear with the object time 726.Wherein, because the traveling time 724 that user is current is shorter than the object time 726 1 minute, therefore wisdom bracelet 40 can show leading 1 minute in paces speed suggestion 728, represents that the paces speed of user in the current period was than fast 1 minute of reservation speed by this.Similarly, paces speed suggestion picture 74 as shown in Figure 7 B, the current traveling time 744 of user was than long 1 minute of object time 746, therefore wisdom bracelet 40 can show and falls behind 1 minute in paces speed suggestion 748, represents that the paces speed of user in the current period is than subscribing slow 1 minute of speed by this.Moreover, paces speed suggestion picture 76 as seen in figure 7 c, the current traveling time 764 of user was than long 2 minutes of object time 746, therefore wisdom bracelet 40 can show and falls behind 2 minutes in paces speed suggestion 768, represents that the paces speed of user in the current period is than subscribing slow 2 minutes of speed by this.
Above method, from paces speed suggestion device, user can learn that its current paces speed is leading or falls behind, and adjust the paces speed of next period accordingly, thus completes advancing of general objective distance within the set general objective time.It should be noted that, the paces speed suggestion device of the application further according to the terrain information recorded in route information, traffic information and such as by the road quality detecting user's foot force information and judge, can adjust the paces speed of advising.Below then describe in detail for an embodiment again.
Fig. 8 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.Please refer to Fig. 8, the method for the present embodiment is applicable to the paces speed suggestion device 20 of Fig. 2, the detailed step of the paces speed suggestion method of the every component description the application in paces speed suggestion device 20 that namely arranges in pairs or groups below.
First, processor 25 obtains the general objective distance and general objective time that user advances, and is multiple period (step S802) by this general objective distance and general objective timing separation.Then, processor 25 obtains the route (step S804) that user advances.Step S302 ~ the S304 of above-mentioned step S802 ~ S804 and previous embodiment is same or similar, therefore its detailed content does not repeat them here.
With previous embodiment unlike, in the present embodiment, processor 25 can extract the terrain information (step S806) of route, and extract the current position of user and place period, thus according to extracted terrain information, instant paces speed (step S808) of advising the adjustment corresponding period, or being presented in advance to join in speed table supplies user's reference.Such as, terrain information can be grade information, if the landform in the section, place of user's current place period is descending, then processor 25 can increase paces speed according to the gradient suggestion of this landform; If the landform in the section, place of user's current place period is for going up a slope, then processor 25 can reduce paces speed according to the gradient suggestion of this landform.
Should be noted, can complete within the general objective time of presetting in order to ensure user and advance, processor 25 is when advising the paces speed of adjustment place period, and such as, after also confirming to adjust paces speed, whether total traveling time of all periods can exceed the general objective time.For example, if the section of going up a slope is more, then the period of suggestion minimizing paces speed will increase, and cause total traveling time can exceed the general objective time, what now processor 25 such as can advise increasing other periods carries out speed, thus after making to adjust paces speed, total traveling time of all periods is equal to or less than the general objective time.
It should be noted that, in one embodiment, processor 25 also can decide advised paces speed according to the historical data of user's climb and fall.In detail, processor 25 such as can be loaded into from memory cell 24 and perform the inquiry of historical data module (not illustrating), thus the historical data that inquiry user advances, and obtain the average speed of user under the multiple gradient.Then, processor 25 can perform paces speed suggestion module 242, with according to the gradient in the section, place of recording in route information and the average speed of user under the multiple gradient, and the paces speed of suggestion place period.For example, can run much faster in the gradient in section, place if the historical data of user shows it, then the speed of paces faster that can advise of processor 25; Otherwise run slower in the gradient in section, place if the historical data of user shows it, then processor 25 can advise slower paces speed.Similarly, when advising the paces speed of adjustment place period, after processor 25 also can confirm to adjust paces speed, whether total traveling time of all periods can exceed the general objective time, thus adjusts the paces speed of other periods suggestion.
Get back to the flow process of Fig. 8, processor 25 also can extract the weather conditions (step S806) of route, and extract the current position of user and place period, thus according to extracted weather conditions, the paces speed (step S808) that adjustment was originally advised in the place period.Above-mentioned weather conditions be such as gas epidemic disaster, wind direction, wind speed, rain etc. various weather related information, do not limit at this.For example, if the weather of user position for rain or front lowerly cross rain and cause ground wet and slippery, then processor 25 can reduce the paces speed of originally advising in the place period, to avoid danger; If the weather of user position is hot, then processor 25 such as can just increase and decrease the paces speed of advising in the place period according to temperature.
On the other hand, processor 25 such as can be loaded into from memory cell 24 and perform road quality judge module (not illustrating), thus receive the foot force information being configured in the user that user's sensor with it detects, and judge the road quality (step S814) in this section, period place according to this foot force information.Then, processor 25 can perform paces speed suggestion module 242, to extract the current position of user and place period, thus according to judged road quality, and the paces speed (step S808) that adjustment was originally advised in the place period.In detail, the present embodiment is such as configure one or more sensor at the sole of user, such as pressure sensor, thus detect the situation of foot force when user advances, such as pressure distribution situation, thus infer the road quality in section, current place, the pressure distribution of such as stone road may concentrate on certain several point brokenly, and PU road surface then can be evenly distributed.And for different road qualities, processor 25 can adjust the paces speed of originally advising in the place period, advised paces speed is made to meet road conditions.Similarly, in another embodiment, the road quality information of corresponding route also can from web download.
Above method, namely paces speed suggestion device 20 can consider that user advances occurred various factors, adjusts advised paces speed, thus provides user to be suitable for the mode of advancing of local environment.
It should be noted that, except the above-mentioned information relevant to course, the paces speed suggestion device of the application also can the degree of fatigue of monitoring user when advancing further, thus adjust the paces speed of advising.Below then describe in detail for an embodiment again.
Fig. 9 is the flow chart of the paces speed suggestion method illustrated according to the application one embodiment.Please refer to Fig. 9, the method for the present embodiment is applicable to the paces speed suggestion device 20 of Fig. 2, the detailed step of the paces speed suggestion method of the every component description the application in paces speed suggestion device 20 that namely arranges in pairs or groups below.
First, processor 25 can receive and be configured in user's sensor information with it to judge the degree of fatigue of user, thus the paces speed (step S902) of suggestion adjustment period.Wherein, above-mentioned sensor is such as the gravity sensor, gyroscope, electronic compass etc. that are configured on user's shoes, and in order to detect paces state when user advances, thus can know the degree of fatigue of user by inference.
For example, Figure 10 and Figure 11 is the example of the paces speed suggestion method illustrated according to the application one embodiment.Please also refer to Figure 10, sensor 102 is fixed on the shoestring of shoes 104 by the present embodiment, thus detects paces state when user advances.In addition, detected sensor information by the Radio Transmission Technology such as bluetooth, WiFi, can be sent on paces speed suggestion device 100, thus judges the degree of fatigue of user according to this sensor information by paces speed suggestion device 100 by sensor 102; Or sensor information also can be sent to another device, and be resent to paces speed suggestion device 100 to be judged the degree of fatigue of user according to this sensor information by another device after.Wherein, if according to this sensor information, paces speed suggestion device 100 judges that the paces of user are for the inward turning shown in Figure 11 is not enough or the state of pronation, the degree of fatigue of user then can be judged according to its degree, thus the paces speed of suggestion adjustment current period.
Should be noted; the difference of the present embodiment and previous embodiment is; processor 25 is under the state judging user's fatigue; suitably will extend traveling time; and can not hard requirement user complete within the object time of subscribing, can protect that user is unlikely causes athletic injury because of hyperkinesia by this.Now, processor 25 such as can judge whether the paces speed of its adjustment current period can cause total traveling time of all periods to be greater than the general objective time (step S904).Wherein, if total traveling time is greater than the general objective time, then processor 25 can produce alerting signal to remind user (step S906) on Tip element 23, and user also can be allowed to be confirmed whether further to accept advise the paces speed that adjusts, or paces speed originally to be maintained and not reduce paces speed to complete all routes within the general objective time.Otherwise, if total traveling time is not more than the general objective time, then can gets back to step S902, continue by processor 25 degree of fatigue judging user, to adjust paces speed.By this, user can learn its health from alerting signal, and then determines it is will maintain original paces speed to reach target, still will reduce paces speed to avoid injury.Similarly, advise reducing in the embodiment of paces speed according to route information above-mentioned, if processor 25 judges that total traveling time can exceed the general objective time, then can produce alerting signal equally to remind user on Tip element 23, and user also can be allowed to be confirmed whether further to accept advise the paces speed that adjusts, or paces speed originally to be maintained.
The application also provides a kind of computer program, it comprises computer program, this computer program is each step performing above-mentioned paces speed suggestion method, this computer program by multiple code segment form (such as setting up organization chart code segment, sign-off list code segment, setting program code snippet and deployment program code snippet), and these code segment can complete the step of above-mentioned paces speed suggestion method after also performing in loading electronic installation.
In addition, as mentioned above, the paces speed suggestion method of the application, device and use the recording medium of the method and described various embodiments except can be used on running, also can be applicable to be good for away, bicycle, the motion such as swimming, especially the motion of long distance route is needed, even if user can be helped according to route information and user's health to advise or adjust the speed of day part.Stepping on speed (cadencespeed) and equally also can adjust to some extent, to advise that applicable user's joins speed according to the different situation of various route information time such as by bike.
In sum, the paces speed suggestion method of the application and device are by the relevant information extracting user's course, and the physical ability situation of monitoring user, plan the paces speed of each period accordingly and remind user to note.By this, user can be assisted in joining under speed to complete advancing of general objective distance within the general objective time of being applicable to.
Although the application with embodiment openly as above; so itself and be not used to limit the application; those skilled in the art are not departing from the spirit and scope of the application, and when doing a little change and retouching, therefore the protection domain of the application is when being as the criterion depending on appended claims confining spectrum.
Claims (19)
1. a paces speed suggestion method, be suitable for the suggestion providing user to advance by electronic installation, the method comprises the following steps:
Obtain general objective distance and general objective time that this user advances, distinguish this general objective distance and this general objective time is multiple period;
Obtain the route that this user advances;
Extract the route information of this route; And
Extract the position of this user at present in this route information and the place period at present in this each described period, and advise the paces speed of this place period according to this route information.
2. the method for claim 1, wherein advise according to this route information that the step of this paces speed of this place period comprises:
Advise this paces speed of this place period, after making to adjust this paces speed, total traveling time of all periods is equal to or less than this general objective time.
3. the method for claim 1, wherein advise according to this route information that the step of this paces speed of this place period comprises:
According to the terrain information recorded in this route information, adjust this paces speed of each described period, it comprises:
This landform responding section, described period one place is descending, and the gradient suggestion according to this landform increases this paces speed; And
This landform responding section, described period one place is for going up a slope, and this gradient suggestion according to this landform reduces this paces speed.
4. the method for claim 1, also comprises:
Inquire about the historical data that this user advances, obtain the average speed of this user under the multiple gradient; And
According to the average speed under this gradient in this section, place of recording in this route information and this multiple gradient, advise this paces speed of this place period.
5. the method for claim 1, the step wherein extracting this route information of this route comprises:
Receive the foot force information being configured in this user that this user at least one sensor with it detects, and judge the road quality in this section, period place according to this foot force information.
6. the method for claim 1, the step wherein extracting this route information of this route also comprises:
The weather conditions of this route are extracted according to this route information.
7. the method for claim 1, also comprises:
Receive and be configured in this user at least one sensor information with it to judge the degree of fatigue of this user, to advise this paces speed adjusting this period.
8. the method for claim 1, also comprises:
If advise that adjusting this paces speed of this period causes total traveling time of all periods to be greater than this general objective time, then produce alerting signal to remind this user.
9. the method for claim 1, wherein advise according to this route information that the step of this paces speed of this place period comprises:
Respond this current speed this paces speed leading, display is message in advance; And
Respond this current speed and fall behind this paces speed, display falls behind message.
10. a paces speed suggestion device, comprising:
In order to obtain the general objective distance and general objective time that this user advances, and distinguish the module that this general objective distance and this general objective time are multiple period;
In order to obtain the module of the route that this user advances;
In order to extract the module of the route information of this route; And
Paces speed suggestion module, in order to extract the position of this user at present in this route information and the place period at present in this each described period, and advises the paces speed of this place period according to this route information.
11. devices as claimed in claim 10, wherein this paces speed suggestion module comprises this paces speed of this place period of suggestion, and after making to adjust this paces speed, one of all periods total traveling time is equal to or less than this general objective time.
12. devices as claimed in claim 10, its this paces speed suggestion module comprises the terrain information according to recording in this route information, and adjust this paces speed of each described period, it comprises:
This landform responding section, described period one place is descending, and the gradient suggestion according to this landform increases this paces speed; And
This landform responding section, described period one place is for going up a slope, and this gradient suggestion according to this landform reduces this paces speed.
13. devices as claimed in claim 10, also comprise:
The inquiry of historical data module, inquires about the historical data that this user advances, and obtains the average speed of this user under the multiple gradient, wherein
This paces speed suggestion module comprises according to the average speed under this gradient in this section, place of recording in this route information and this multiple gradient, advises this paces speed of this place period.
14. devices as claimed in claim 10, also comprise:
Road quality judge module, receives the foot force information being configured in this user that this user at least one sensor with it detects, and judges the road quality in this section, period place according to this foot force information.
15. devices as claimed in claim 10, wherein this paces speed suggestion module also extracts the weather conditions of this route according to this route information.
16. devices as claimed in claim 10, wherein this paces speed suggestion module also receives and is configured in this user at least one sensor information with it to judge the degree of fatigue of this user, to advise this paces speed adjusting this period.
17. devices as claimed in claim 10, if wherein this paces speed suggestion module advise adjusting this paces speed of this period and cause total traveling time of all periods to be greater than this general objective time, then this paces speed suggestion module also produces alerting signal to remind this user.
18. devices as claimed in claim 10, wherein this paces speed suggestion module comprises this current speed of response this paces speed leading, and display is message in advance, and responds this current speed this paces speed backward, and display falls behind message.
19. devices as claimed in claim 10, wherein this paces speed suggestion module comprises this paces speed of this being advised and is sent to this paces velocity information that another mobile device advises to show this on this another mobile device.
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| US11623121B1 (en) * | 2018-09-14 | 2023-04-11 | Strava, Inc. | Using aggregate activity data to generate a grade adjusted pace model |
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Also Published As
| Publication number | Publication date |
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| TWI584853B (en) | 2017-06-01 |
| CN105521595B (en) | 2018-09-14 |
| US20160107066A1 (en) | 2016-04-21 |
| TW201617115A (en) | 2016-05-16 |
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