CN108211300A

CN108211300A - Swimming instruction system and its swimming method for computing data, swimming instruction method

Info

Publication number: CN108211300A
Application number: CN201710267308.6A
Authority: CN
Inventors: 庄培松
Original assignee: Nano Second Tech Co Ltd
Current assignee: Nano Second Tech Co Ltd
Priority date: 2016-12-22
Filing date: 2017-04-21
Publication date: 2018-06-29
Also published as: TW201822850A; GB2559860B; GB201721207D0; GB2559860A; TWI620587B; AU2017101747A4

Abstract

The invention discloses a kind of swimming instruction systems, include a training device and a processing unit.Training device, which includes, wears part, training device fixing piece, connector and detector.Part is worn training device is fixed on user.Part and training device fixing piece are worn in connector connection.Detector detects the tension value of connector.Processing unit includes input module, storage module, processing module and output module.Input module inputs user's information, and user's information includes height, weight and swimming position.Storage module stores conversion parameter table.Processing module chooses conversion parameter according to user's information from parameter list is converted.Processing module self-detector obtains tension value to obtain tension information, and carries out operation according to tension information and conversion parameter and obtain movable information.Output module exports the movable information.The invention also discloses use the swimming method for computing data of the swimming instruction system and swimming instruction method.

Description

Swimming instruction system and its swimming method for computing data, swimming instruction method

Technical field

The present invention relates to a kind of swimming instruction system, using its swimming method for computing data with using its swimming instruction Method, it is particularly a kind of by pulling force conversion swimming rate swimming instruction system, using its swimming method for computing data with making With its swimming instruction method.

Background technology

Pointed out according to research in recent years, compared to jog, bicycle and ball game, swimming is a kind of body to be hindered The smaller motion mode of evil.The cardio-pulmonary function, the strength that tones up the muscles and raising metabolism of body can be promoted by swimming Rate, however to reach these movement effects and must have enough travelling distances.But Household swimming pool is often because household is big Small factor and the length for limiting swimming pool water channel, in turn result in inconvenience during swimming instruction.

U.S. Patent Publication the 2004/0171270th proposes a kind of swimming exerciser, and aforementioned training device has an inspection Survey device and a contained part.The one end for restraining part is fixed on sink side, and the other end for restraining part is fixed with swimmer in the sink. The pulling force being exerted by during detector detection swimmer's swimming on contained part.Thus, aforementioned swimming exerciser can allow swimming Person carries out swimming instruction in the sink, and passes through processor and obtain the swimming rate of swimmer by the pulling force that detector measures.It is aforementioned Although swimming exerciser can allow swimmer to carry out swimming instruction in the sink, and pass through processor and obtained by the pulling force that detector measures To the swimming rate of swimmer, but the swimming rate accuracy that aforementioned swimming exerciser measures remains to be discussed.

Invention content

The invention reside in a kind of swimming instruction system of offer, using its swimming method for computing data with using its swimming Training method, the conversion between the pulling force and swimming rate that are carried out according to the height of swimmer and weight adjustment processor, thus To accurate swimming rate, and then obtain preferable swimming instruction effect.

One embodiment of the invention discloses a kind of swimming instruction system, includes a training device and a processing unit.Training cartridge It puts and wears part, a training device fixing piece, a connection piece and a detector comprising one.Part is worn training device to be fixed In a user.Part and training device fixing piece are worn in connector connection.Detector is set to connector, and positioned at wear part with Between training device fixing piece.Detector detects a tension value of connector.Processing unit includes an input module, a storage mould Block, a processing module and an output module.Input module is inputting user's information.User's information include height, Weight and swimming position.Storage module stores a conversion parameter table.It is processing module communication connecting detection device, storage module, defeated Enter module and output module.Processing module chooses a conversion parameter according to user's information from parameter list is converted.Processing module is certainly Detector obtains tension value to obtain a tension information.Processing module carries out operation to obtain according to tension information with conversion parameter One movable information.Output module is used to export the movable information.

One embodiment of the invention discloses a kind of swimming method for computing data, suitable for aforementioned swimming instruction system.Swimming Method for computing data comprises the steps of.Processing module chooses conversion parameter according to user's information from parameter list is converted.Detection Device detects tension value.Processing module self-detector obtains tension value to obtain tension information.Processing module according to conversion parameter with Tension information carries out operation and obtains movable information.

One embodiment of the invention discloses a kind of swimming instruction method, suitable for aforementioned swimming instruction system.Swimming instruction Method comprises the steps of.A control movable information of control swimming process is established in storage module.Compare movable information Include a N timing nodes to a N+1 timing nodes and corresponding N timing nodes respectively a to N of N+1 timing nodes It compares swimming instantaneous velocity to N+1 controls swimming instantaneous velocity or a N and compares tension information to N+1 control tension Information, wherein N are the positive integer more than or equal to zero.Processing module chooses conversion ginseng according to user's information from parameter list is converted Number.Detector segmentum intercalaris when the N timing nodes during a training swimming detect corresponding N respectively to N+1 timing nodes O'clock to N+1 timing nodes a N train tension value to a N+1 train tension value.Processing module self-detector obtains N Training tension value trains tension value to N+1 and trains tension information to N+1 training tension informations to obtain a N.Processing Module trains tension information to carry out operation to N+1 training tension informations and obtains training campaign letter according to conversion parameter and N Breath.Processing module is more corresponding to compare movable information with training movable information to obtain a comparison result.

Swimming instruction system disclosed in this invention uses its swimming method for computing data with using its swimming instruction In method, by being carried out between follow-up tension and swimming rate from selection conversion parameter in conversion parameter list according to user's information Conversion.Thus, which processing module carries out the conversion between tension and swimming rate using suitable conversion parameter, thus obtain Accurate swimming rate.

The explanation of explanation and following embodiment above with respect to the content of present invention to demonstrate and explain the present invention Spirit and principle, and the patent claim for providing the present invention is further explained.

Description of the drawings

Fig. 1 is the schematic diagram of the swimming instruction system of first embodiment of the invention.

Fig. 2 is the functional block diagram of the swimming instruction system of first embodiment of the invention.

Fig. 3 is the stereoscopic schematic diagram of the detector of first embodiment of the invention.

Fig. 4 is that the detector of first embodiment of the invention conceals the stereoscopic schematic diagram of pull rod and water proof ring.

Fig. 5 is the three-dimensional exploded view of the detector of first embodiment of the invention.

Fig. 6 is the swimming method for computing data flow chart of the swimming instruction system of first embodiment of the invention.

Fig. 7 is the swimming instruction method flow diagram of the swimming instruction system of first embodiment of the invention.

Fig. 8 to Figure 11 is that the output module of the swimming instruction system of first embodiment of the invention shows picture view.

Figure 12 is the schematic diagram of the swimming instruction system of second embodiment of the invention.

Figure 13 is the swimming method for computing data flow chart of the swimming instruction system of second embodiment of the invention.

Figure 14 is the swimming instruction method flow diagram of the swimming instruction system of second embodiment of the invention.

Wherein, reference numeral：

1st, 2 swimming instruction system

100th, 100 ' training device

110 connectors

111 first segments

112 second segments

120th, 120 ' part is worn

130 training device fixing pieces

140th, 140 ' detector

141 housings

1411 upper covers

1412 lower covers

1413 accommodating spaces

1414 first perforation

1415 second perforation

1416 charging holes

142 pull rods

1421 first fixing ends

1422 second fixing ends

1423 deformable parts

143 circuit boards

1431 charging connectors

144 tension measurement modules

145 wireless communication modules

146 waterproof rings

1461 through-holes

1462 notches

147 water proof rings

148 waterproof covers

200th, 200 ' processing unit

210 input modules

220 storage modules

230 processing modules

240 output modules

250 wireless communication modules

300 buoyancy auxiliary devices

400 cameras

A fixtures

Dr control swimming distances

Dt training swimming distances

D range differences

Specific embodiment

The detailed features and advantage of the narration present invention, content are enough to make any ability in detail in embodiments below Domain skilled artisans will appreciate that the present invention technology contents and implement according to this, and according to content disclosed in this specification, right It is required that and schema, any those of ordinary skill in the art can be readily understood upon the relevant purpose of the present invention and advantage.Following reality The viewpoint that the present invention is further described in example is applied, but non-anyways to limit scope of the invention.

Illustrate the swimming instruction system 1 of first embodiment of the invention first, please refer to Fig. 1 to Fig. 4.Fig. 1 is the present invention the The schematic diagram of the swimming instruction system of one embodiment.Fig. 2 is the function block of the swimming instruction system of first embodiment of the invention Figure.Fig. 3 is the stereoscopic schematic diagram of the detector of first embodiment of the invention.Fig. 4 is that the detector of first embodiment of the invention is hidden Remove the stereoscopic schematic diagram of pull rod and water proof ring.Fig. 5 is the three-dimensional exploded view of the detector of first embodiment of the invention.

The swimming instruction system 1 of first embodiment of the invention includes a training device 100 and a processing unit 200.Swimming The function of the training device 100 of training system 1 for assisting user in the case where limiting shift length, in swimming pool or sink In carry out swimming activity.The function of processing unit 200 is to record user with assemblage trainer 100 to carry out swimming activity generation Movable information, and swimming instruction plan is performed according to movable information assisting user.

As shown in Figure 1, training device 100, which includes a connection piece 110, one, wears part 120, a training device fixing piece 130 With a detector 140.Connector 110 includes a first segment 111 and a second segment 112.Connector 110 is, for example, rope or ties up Band.Part 120 and detector 140 are worn in the connection of first segment 111, and second segment 112 connects training device fixing piece 130 and detector 140.Part 120 is worn to be used to dress the first segment 111 of connector 110 being fixed on user for user.Training Device fixing piece 130 is used to for the second segment 120 of connector to be fixed on the fixture A by poolside or sink.Fixture A For example, it is built up in immovable objects such as the column, railing or handrail of poolside.Thus, when user moves about Distance when reaching the limiting value of 110 length of connector, user can not be continued to be directed away from by restraining for connector 110 The direction travelling of poolside fixture A.

As shown in Figures 3 to 5, detector 140 includes a housing 141, a pull rod 142, a circuit board 143, an amount of tension Survey module 144,145, two waterproof rings 146 of a wireless communication module, a water proof ring 147, a waterproof cover 148.Housing 141 includes One upper cover 1411 and a lower cover 1412, and there is housing 141 upper cover 1411 to surround the accommodating space formed with lower cover 1412 1413rd, one first perforation, 1414, one second perforation, 1415 and one charging hole 1416.First perforation 1414 and second perforation 1415 are located at opposite two sides of housing 141, and positioned at upper cover 1411 and the joining place of lower cover 1412, but not limited to this.At this In invention other embodiment, the first perforation can also be respectively positioned on upper cover or be respectively positioned on lower cover with second perforation.Charging hole 1416 Positioned at upper cover 1411.First perforation 1415 of perforation 1414, second is connected with charging hole 1416 with accommodating space 1413.

Pull rod 142, which has opposite one first fixing end 1421 and one second fixing end 1422 and is connected to first, to be consolidated Deformable part 1423 between 1421 and second fixing end 1422 of fixed end.Deformable part 1423 is set in accommodating space 1413. First fixing end 1421 and the second fixing end 1422 are arranged in the first perforation 1414 and second perforation 1415 respectively.First fixes End 1421 is fixed with the second fixing end 1422 for the first segment 111 of connector 110 with second segment 112 respectively.In the present invention first The detector 140 of embodiment, the first fixing end 1421 and the second fixing end 1422 are for example respectively provided with a retainer ring.

Circuit board 143 is set in accommodating space 1413.Circuit board 143 has a charging connector 1431.Accommodating space A battery (not shown) in 1413 is electrically connected at circuit board 143.Charging connector 1431 corresponds to charging hole 1416 for outside Charging plug (not shown) plug, thus to battery (not shown) charge.

Tension measurement module 144 is set in accommodating space 1413 and is electrically connected at circuit board 143.Work as deformable part 1423 when deforming, and tension measurement module 144 for example by the resistance change of the resistance strain gage in bridge-type resistance, obtains The deflection of deformable part 1423, and then obtain the tension value between the first segment 111 of connector 110 and second segment 112.

Wireless communication module 145 is set in accommodating space 1413 and is electrically connected at circuit board 143.Wireless communication module 145 be, for example, infrared-ray communication module, wireless network communication module or bluetooth communication module.Wireless communication module 145 is used for Tension value measured by circuit board 143 is transferred to processing unit 200.In the first embodiment of the invention, wireless communication module 145 be bluetooth communication module.

Two waterproof rings 146 are respectively provided be connected with each other logical a through-hole 1461 and a notch 1462.Through-hole 1461 is with lacking Mouth 1462 runs through waterproof ring 146.The material of two waterproof rings 146 is, for example, silica gel, rubber or plastics.A wherein waterproof ring 146 are sheathed on the first fixing end 1421 by notch 1462 so that the first fixing end 1421 is arranged in the through-hole of waterproof ring 146 In 1461, and this waterproof ring 146 is located in the first perforation 1414.This waterproof ring 146 is by the upper cover 1411 and lower cover of housing 141 1412 and the first compressing deformation of fixing end 1421, the thus notch 1462 of this closed waterproof ring 146.Thus, this waterproof Ring 146 can prevent aqueous vapor from being entered in accommodating space 1413 by the first perforation 1414 and circuit board 143 is caused to be damaged.Similarly, separately One waterproof ring 146 is sheathed on the second fixing end 1421 and in the same way in second perforation 1415.Thus, This waterproof ring 146 can prevent aqueous vapor from being entered in accommodating space 1413 by second perforation 1415.

Water proof ring 147 connects two waterproof rings 146.Water proof ring 147 is set to the bonding land of upper cover 1411 and lower cover 1412 Gap of the domain between closed upper cover 1411 and lower cover 1412.The material of water proof ring 147 is, for example, silica gel or plastics.Such one Come, water proof ring 147 can prevent aqueous vapor from being entered in accommodating space 1413 by the gap between upper cover 1411 and lower cover 1412, avoid making Into circuit board 143 because being damaged during aqueous vapor.

Waterproof cover 148 is removable installed in charging hole 1416.The material of waterproof cover 148 is, for example, silica gel or plastics. When user is intended to charge to detector 140, waterproof cover 148 is removed to expose charging hole 1416 and charging connector 1431.When user's detector 140 to be used, waterproof cover 148 is arranged to seal charging hole 1416 in charging hole 1416, Thus prevent aqueous vapor from being entered in accommodating space 1413 by charging hole 1416.

Processing unit 200 includes an input module 210, a storage module 220, a processing module 230, an output module 240 and a wireless communication module 250.As shown in Fig. 2, input module 210, storage module 220, processing module 230 and output mould Module 250 is connect block 240 with 145 communication with one another of wireless communication module by radio communication.In the trip of first embodiment of the invention It swims in training system 1, input module 210, storage module 220, output module 240 are with wireless communication module 250 by handling mould 230 communication with one another of block connects.

Input module 210 is extremely located to input user's information, a control movable information or a correction movable information Manage module 230.User's information includes the height of user, weight and the swimming position used.Movable information is compareed comprising more More of the more control swimming instantaneous velocitys or these corresponding timing nodes of a timing node and these corresponding timing nodes Compare tension value.Correction is, for example, swimming distance and the swimming time of cost of the user in general swimming pool with movable information. Storage module 220 stores the data that processing unit 200 need to use, and includes a conversion parameter table.Storage module 220 can also store User's information, control movable information or the user of user's input carry out the movable information of swimming activity generation.

Processing module 230 is used to choose a conversion ginseng from the conversion parameter table of storage module 220 according to user's information It counts and obtains tension value for self-detector 140 to obtain a tension information so that processing module 230 is according to tension information Operation is carried out with conversion parameter to obtain a movable information.Tension information includes tension value and corresponding timing node, that is, Tension value and the timing node for obtaining this tension value.Movable information includes instantaneous swimming rate information, an average swim speed, one Swimming distance or a heat consumption.Instantaneous swimming rate information includes instantaneous swimming rate and corresponding timing node, that is, Timing node of the instantaneous swimming rate with obtaining the tension value for this instantaneous swimming rate that converts.

Output module 240 is used for the movable information that 230 operation of output processing module obtains.Wireless communication module 250 and instruction Connection can be communicated by practicing the wireless communication module 145 of device 1, thus receive the tension value that detector 140 measures.Wireless communication module 250 be, for example, infrared-ray communication module, wireless network communication module or bluetooth communication module.In first embodiment of the invention In, wireless communication module 250 is bluetooth communication module.

The processing module 230 of first embodiment of the invention according to the height of user, weight and the swimming position that uses by Appropriate conversion parameter is selected in conversion parameter table.This conversion parameter table is collected using specific swimming position and with different bodies The high user with different weight, normally swims and the training device using first embodiment of the invention in general swimming pool After the 100 obtained experimental datas of swimming, further according to the resistance in water of height, weight and swimming position of user, derive Conversion parameter of the instantaneous advance strength that the user that goes out to convert generates when swimming for the instantaneous swimming rate of user.The present invention the In the swimming instruction system 1 of one embodiment, conversion parameter table when swimming position is breast-stroke is as shown in following table one.Due to the use of person It is restrained by training device 100, the instantaneous advance strength that user generates when swimming is equivalent to that connector 110 is born Power, therefore the tension value that detector 140 measures is the instantaneous advance strength generated during user's swimming.Thus, it handles Tension value that module 230 is measured according to detector 140 and the conversion parameter determined according to user's information can according to etc. formula (I)s calculate Obtain the instantaneous swimming rate of user.

Etc. formula (I)s V=ef

Wherein, V is instantaneous swimming rate, and e is conversion parameter, and f is tension.

Timing node, user's information and the conversion of tension value, corresponding tension value further measured according to detector 140 Average swim speed, swimming distance or heat consumption can be calculated in parameter, processing module 230.

Table one

In the first embodiment of the invention, 100 assisting user of training device is in the case where limiting shift length or water Swimming activity is carried out in slot.Processing unit 200 is converted to obtain user and be swum according to the tension information that training device 100 provides The movable information that swimming activity generates, and swimming instruction plan is performed according to movable information assisting user.Processing unit 200 Such as it is smart mobile phone or tablet computer.Input module 210 is, for example, that smart mobile phone or tablet calculate with output module 240 The touch screen or wireless communication module of machine.Storage module 220 is, for example, the memory of smart mobile phone or tablet computer.Place Manage the processor that module 230 is, for example, smart mobile phone or tablet computer.In the swimming instruction system of first embodiment of the invention In system 1, processing unit 200 is, for example, smart mobile phone or tablet computer, and wireless communication module 250 is bluetooth communication module, But not limited to this.In other embodiments of the present invention, processing unit is alternatively desktop computer, and input module is mouse, key Disk or wireless communication module, storage module are hard disk, and processing module is central processing unit, and output module is circumscribed screen.

In the swimming instruction system 1 of first embodiment of the invention, when the pull rod 142 of detector 140 is pulled, instruction Practice the bluetooth communication module of device 100 and the bluetooth communication module in processing unit 200 is matched to establish communication connection.Such as This one, when user uses swimming instruction system, tension value that detector 140 measures can transmit in real time puts processing unit 200。

The step of swimming method for computing data using the swimming instruction system of first embodiment of the invention will be illustrated next, Please refer to Fig. 6.Fig. 6 is the swimming method for computing data flow chart of the swimming instruction system of first embodiment of the invention.

First, by input module input user's information (S101).

Specifically, user by height, weight and the swimming position of input module input user to processing module or In storage module.

Then, processing module chooses conversion parameter (S102) according to user's information from parameter list is converted.

Specifically, processing module is input to user's height in processing module or storage module, body according to user Weight and swimming position choose appropriate conversion parameter from converting in parameter list.For example, it is 175 when user inputs height Centimetre, weight is 70 kilograms, and when swimming position is breast-stroke, processing module selects the breast-stroke conversion parameter table of table one, and from table one Middle selection e=0.0130284 is as conversion parameter.

Then, detector detection tension value (S103).

Specifically, when detector measures user's swimming, tension value that connector is born.The tension that detector measures Module is sent out value by radio communication.The time interval of detector detection tension value is, for example, 0.1 second, and but not limited to this. In other embodiments of the invention, the time interval of detector detection tension value is, for example, 0.01 second to 1 second.

Then, processing module self-detector obtains tension value to obtain tension information (S104).

Specifically, processing module receives the tension value that wireless communication module is sent out.Processing module receives each tension value Afterwards, each one timing node label of tension value is given to obtain tension information.

Then, processing module carries out operation according to conversion parameter and tension information and obtains movable information (S105).

Specifically, processing module according to etc. formula (I)s V=ef, to the tension value f in conversion constant e and tension information into Row operation obtains an instantaneous swimming rate V.Etc. formula (I)s be that tension value integrates to obtain user in instantaneous time to instantaneous time The relational expression of relationship between user's total work of output and this user's total work, user's weight and instantaneous swimming rate V. By can be had an impact in the swimming position of user, height and weight to the total work that user exports in instantaneous time, Conversion that can be between total work, user's weight and instantaneous swimming rate V has an impact, therefore must basis during selection conversion constant e Height, weight and the swimming position used of user.Then, processing module can further in two tension informations two A timing node carries out operation with two instantaneous swimming rates for corresponding to the two timing nodes respectively and obtains average swim speed Degree or a swimming distance.Then, processing module can according further to user's information, two timing nodes with it is corresponding the two The instantaneous swimming rate of two of timing node carries out operation and obtains a heat consumption.

In step S105, processing module is according to the conversion parameter selected in conversion parameter table, by this strength of tension value Physical quantity is scaled instantaneous swimming rate this speed physical quantity.Thus, the swimming instruction system of first embodiment of the invention System carries out swimming activity in swimming pool or sink, can also pass through in addition to being available for users in the case where limiting shift length The cooperation of training device and processing unit generates connector when using the conversion parameter in conversion parameter table, user is swum Pulling force convert to obtain the instantaneous swimming rate of user.

In the swimming method for computing data for the swimming instruction system for using first embodiment of the invention, step S102 to step Rapid S104 is sequentially carried out, and but not limited to this.In the swimming method for computing data of other embodiments of the invention, step S102 with Between step S103 or the limitation without sequencing between step S102 and step S104.

In the swimming method for computing data for the swimming instruction system for using first embodiment of the invention, according to user's Height, weight and swimming position determine conversion parameter, and but not limited to this.It in other embodiments of the present invention, can also be according to making The gender of user, pushing, foot is long or waistline makees conversion parameter further correction, thus further improves the wink being calculated When swimming rate accuracy.

Furthermore in the swimming data calculating side for using the swimming instruction system of first embodiment of the invention and other embodiment In method, can also according to the swimming time that user actually swims in general swimming pool with it is corresponding swimming distance respectively as correction Swimming time and correction swimming distance.Then, it is swum the time identical with correction swimming time, and counted using swimming instruction system Calculation obtains user's total work and user's swimming distance.Then, processing module is by user's swimming distance and correction swimming distance Between difference, correction is from the original conversion parameter chosen in conversion parameter list to obtain conversion parameter.For example, it is correcting During pattern, user first inputs the swimming time for completing to swim needed for 25 meters in general swimming pool 30 seconds, then using swimming Training system is swum 30 seconds.The user that the processing module of swimming instruction system is calculated according to processing module swim distance with Difference between 25 meters of the swimming distance actually accomplished in general swimming pool, is corrected original conversion parameter.Thus, The conversion parameter obtained after correction total work measured when can also allow user using swimming instruction system is more approached in user The total work done during practical swimming, thus further improves the accuracy of instantaneous swimming rate being calculated.

The step of swimming instruction method using the swimming instruction system of first embodiment of the invention will be illustrated next, please join According to Fig. 7 to Figure 11.Fig. 7 is the swimming instruction method flow diagram of the swimming instruction system of first embodiment of the invention.Fig. 8 to Figure 11 It is the output module display picture view of the swimming instruction system of first embodiment of the invention.

First, the control movable information of control swimming process is established in storage module (S201).

Specifically, the control movable information for compareing swimming process is inputted by input module and stored to storage module In or the control movable information using swimming instruction system record control swimming process.It compares movable information and includes the N times Node to N+1 timing nodes and corresponding N timing nodes respectively to N+1 timing nodes N control swimming instantaneous velocitys To N+1 compare swimming instantaneous velocity or N compare tension information to N+1 compare tension information, wherein N be more than etc. In zero positive integer.Control movable information also may include the N controls swimming distance of corresponding N timing nodes or corresponding N The N control average swim speed of timing node.When control movable information is the previously used swimming instruction system of same user During obtained movable information, user can be not necessary to input user's information again.When control movable information is not same use During the movable information that the previously used swimming instruction system of person obtains, user need to input user's information of previously used person at It manages device and selects appropriate conversion parameter, to carry out control tension information with compareing the conversion between instantaneous swimming rate.

Then, processing module chooses conversion parameter (S202) according to user's information from parameter list is converted.

Specifically, processing module is input to user's height in processing module or storage module, body according to user Weight and swimming position choose appropriate conversion parameter from converting in parameter list.

Then, detector detection training tension value (S203).

Specifically, N timing node to N+1 timing node of the detector during training is swum detects respectively The N of corresponding N timing nodes to N+1 timing nodes trains tension value to N+1 training tension values.Thus, it detects The timing node interval for each trained tension value that device measures and each timing node interval for compareing swimming instantaneous velocity or each control The timing node interval of tension information is identical, thus provides comparison basis reciprocity in a time interval.

Then, processing module self-detector obtains training tension value to obtain training tension information (S204).

Specifically, processing module receives the N that wireless communication module is sent out and trains tension value to N+1 training tension Value.After processing module receives N training tension values to N+1 training tension values, N is given respectively and trains tension value to N+1 Training tension value timing node label trains tension information to N+1 training tension informations to obtain N.

Then, processing module carries out operation with training tension information according to conversion parameter and obtains trained movable information (S205)。

Specifically, processing module according to etc. formula (I)s, to conversion constant e with training tension information in training tension value f Operation is carried out to obtain training instantaneous swimming rate V.Then, processing module can be instructed further according to the corresponding N of N timing nodes Practicing instantaneous swimming rate N+1 corresponding with N+1 timing nodes trains instantaneous swimming rate progress operation to obtain average training Swimming rate or training swimming distance.Then, processing module can be further corresponding according to user's information, N timing nodes N trains instantaneous swimming rate N+1 corresponding with N+1 timing nodes that instantaneous swimming rate is trained to carry out operation and obtains heat Consumption.

Then, processing module is more corresponding compares movable information with training movable information to obtain comparison result (S206)。

Specifically, processing module compares the N of N timing nodes and instantaneous swimming rate is trained compare with N instantaneously swim Swimming speed or N training average swim speed compare average swim speed or N training swimming distance and N with N Control swimming distance.

Then, processing module is after trained movable information corresponding with timing node is obtained, but does not obtain and future time Comparison result (S207) is exported before the corresponding trained movable information of node.

Specifically, when comparison result compares instantaneous swimming rate for N is more than the N instantaneous swimming rates of training, place Manage module instruction output module the first prompting of output；It is less than N training instantaneously when comparison result compares instantaneous swimming rate for N During swimming rate, processing module instruction output module the second prompting of output.When comparison result is big for N controls average swim speed When N trains average swim speed, processing module instruction output module the first prompting of output；When comparison result is compareed for N When average swim speed is less than N training average swim speed, processing module instruction output module the second prompting of output.When comparing As a result for N control swimming distance be more than N training swimming apart from when, processing module instruction output module output first prompting； When comparison result for N control swimming distance be less than N training swimming apart from when, processing module instruction output module output second Prompting.

For processing module before the comparison result of N+1 timing nodes is obtained, instruction output module exports N timing nodes Comparison result so that output module can provide comparison result to user in real time, and user is thus allowed, which to understand its performance, is It is better than or is inferior to compare user's performance of swimming process, but not limited to this.In other embodiments of the present invention, processing module Also can after the comparison result of All Time node is obtained, again property output All Time section comparison result.

In the swimming instruction method for the swimming instruction system for using first embodiment of the invention, step S202 to step S204 is sequentially carried out, and but not limited to this.In the swimming method for computing data of other embodiments of the invention, step S202 and step Between rapid S203 or the limitation without sequencing between step S202 and step S204.

As shown in Fig. 8 to 11, output module presented in a manner of visualizing control movable information, training movable information with than Compared with as a result, but not limited to this.Output module can with sound to user prompt control movable information, training movable information with Comparison result.For example, movable information is presented in display picture by output module in digital form, and utilizes line chart The instantaneous swimming rate variation of different time node is presented and the heat consumption amount of accumulation is presented using histogram.Furthermore such as Shown in Figure 11, output module is in each timing node by the histogram of corresponding control swimming distance Dr with training swimming distance Dt Histogram be presented in display picture, and indicate the control swimming distance Dr and range difference d of training swimming distance Dt in display In picture, user is thus allowed quickly to understand control swimming distance with training swimming apart from result of the comparison.

In the swimming instruction method for the swimming instruction system for using first embodiment of the invention, processing module is relatively trained Movable information with compare movable information after, provide the first prompting according to comparison result or second be prompted to user, thus swimming Its swimming performance of prompting user is better than or is inferior to compare swimming process in swimming training process.Thus, the present invention first is real The swimming instruction method assisting user for applying the swimming instruction system of example performs swimming instruction plan to obtain preferably training effect Fruit.

Then illustrate the swimming instruction system 2 of second embodiment of the invention, please refer to Figure 12.Figure 12 is that the present invention second is real Apply the schematic diagram of the swimming instruction system of example.The swimming instruction system 2 of second embodiment of the invention is similar real in the present invention first The swimming instruction system 1 of example is applied, is illustrated below only for deviation, something in common just repeats no more herein.

The swimming instruction system 2 of second embodiment of the invention is floated comprising a training device 100 ', a processing unit 200 ', one 300 and one camera 400 of force assistance device.Buoyancy auxiliary device 300, which is set to, wears part 120, and it is floating thus to provide an auxiliary Power gives user.Buoyancy auxiliary device 300 is, for example, to be installed in the floating block or air bag of wearing part 120.Implement in the present invention second In example, buoyancy auxiliary device is located at the veutro of user, and but not limited to this.In other embodiments of the present invention, buoyancy assists Device may be alternatively located at the back side of user or side waist.

By when user actually normally moves about in swimming pool, the relative movement between user and flow is to user Generate a buoyancy.However, using first embodiment of the invention swimming instruction system 1 when, phase is had no between user and flow To movement, flow can not generate a buoyancy to user naturally.Thus, user uses the trip of first embodiment of the invention During swimming training system 1, part strength need to be spent to maintain swimming position due to the lower part of the body easily sinks.

Buoyancy auxiliary device 300 in the swimming instruction system 2 of second embodiment of the invention provides buoyancy aid to compensate The buoyancy that flow generates user.Thus, user is not required to spend extra force that can maintain swimming position.

After wearing buoyancy auxiliary device 300, the swimming position of user and force mechanism be not compared to wearing buoyancy It is slightly changed during auxiliary device 300, and then influences exportable total work when user uses swimming exerciser.Therefore, it handles A buoyancy parameter table is also stored in the storage module of device 200 ', to the conversion parameter in calibration shift parameter list.Processing Module according to the height of user, weight and the swimming position that uses by selected in conversion parameter table appropriate conversion parameter as Original conversion parameter.Processing module also chooses a buoyancy parameter, and with this according to the size of buoyancy aid from buoyancy parameter table Buoyancy parameter corrects original conversion parameter to obtain conversion parameter.Then, the tension that processing module is measured according to detector 140 ' The instantaneous swimming rate of user can be calculated in value and conversion parameter.The tension further measured according to detector 140 ' Timing node, user's information and the conversion parameter of value, corresponding tension value, processing module can be calculated average swim speed, Swimming distance or heat consumption.

In the swimming instruction system 2 of second embodiment of the invention, buoyancy parameter table is as shown in following table two.

Table two

After processing module determines the quantity of floating block according to the weight of user in user's information from table two, according to equation (II) original conversion parameter is corrected to obtain conversion parameter.

Etc. formula (II)s e=e₀-0.0000562*fn

Wherein, e is conversion parameter, e₀For original conversion parameter, fn is floating block quantity.

Camera 400, which is arranged on by poolside or sink and communicates, is connected to processing module.Camera 400 is used for The action of user's swimming is shot, and the action of user's swimming is recorded in storage module together as movable information. The strokes for the user that camera 400 is shot can be also directly displayed in output module.

In the swimming instruction system 2 of second embodiment of the invention, processing unit 200 ' is, for example, desktop computer, input Module is mouse, keyboard or wireless communication module, and storage module is hard disk, and processing module is central processing unit, and output module is Circumscribed screen, camera 400 are, for example, circumscribed video camera, and but not limited to this.In other embodiments of the present invention, locate It is, for example, smart mobile phone or tablet computer to manage device, and camera is, for example, the photography of smart mobile phone or tablet computer Camera lens.

The step of swimming method for computing data using the swimming instruction system of second embodiment of the invention will be illustrated next, Please refer to Figure 13.Figure 13 is the swimming method for computing data flow chart of the swimming instruction system of second embodiment of the invention.By The swimming instruction system of second embodiment of the invention swimming method for computing data step S301, S305 to S307 respectively with Step S101, S103 of the swimming method for computing data of the swimming instruction system of first embodiment of the invention is to S105, below only It is illustrated for different S302 to S304.

After carrying out step S301, then processing module chooses original conversion parameter according to user's information from parameter list is converted (S302)。

Specifically, processing module is input to user's height in processing module or storage module, body according to user Weight and swimming position choose appropriate original conversion parameter from converting in parameter list.For example, it is when user inputs height 175 centimeters, weight is 70 kilograms, and when swimming position is breast-stroke, processing module selects the breast-stroke conversion parameter table of table one, and from table E=0.0130284 is chosen in one as original conversion parameter.

Then, processing module is supplied to the buoyancy of user according to buoyancy auxiliary device, and buoyancy is chosen from buoyancy parameter table Parameter (S303).

Specifically, the floating block quantity of buoyancy auxiliary device that user wears according to the weight of itself selection.Then, locate It manages module and buoyancy parameter is chosen, and correct with buoyancy parameter from buoyancy parameter table according to floating block quantity, that is, the size of buoyancy Original conversion parameter is to obtain conversion parameter.A part for the floating block quantity person's of may be used as information, is input to by user It manages in module or storage module, it also can be appropriate by being selected in table two by user weight of the processing module in user's information Floating block quantity.

Then, processing module corrects original conversion parameter to obtain conversion parameter (S304) with buoyancy parameter.

Specifically, processing module is corrected original conversion parameter with the buoyancy parameter chosen to obtain conversion ginseng Number.For example, when user's weight is 70 kilograms, there are four floating blocks for the buoyancy auxiliary device installing that user wears.Place Manage module according to etc. formula (II)s e=e₀- 0.0000562*fn, by original conversion parameter e₀It subtracts 0.0000562*4 and is converted Parameter e is 0.0128036.

Then, follow-up step S305 to S307 is carried out to obtain movable information.

In the swimming method for computing data for the swimming instruction system for using second embodiment of the invention, step S302 to step Rapid S306 is sequentially carried out, and but not limited to this.In the swimming method for computing data of other embodiments of the invention, step S302 is extremely Step S303 is sequentially carried out, and step S304 to step S306 is sequentially carried out, but between step S302 and step S305 or step Limitation without sequencing between S302 and step S306, between step S303 and step S305 or step S303 and step S306 Between the limitation without sequencing.

In the swimming method for computing data for the swimming instruction system for using second embodiment of the invention, in addition to using conversion Outside the original conversion parameter selected in parameter list, also further according to user wear floating block quantity, according to etc. formula (II)s pair Original conversion parameter is corrected to obtain conversion parameter.Thus, the swimming instruction system using second embodiment of the invention The swimming method for computing data of system, by the instantaneous swimming rate that the tension value that detector measures is conversed closer to user in The instantaneous swimming rate of reality of general swimming pool went swimming.

The step of swimming instruction method using the swimming instruction system of second embodiment of the invention will be illustrated next, please join According to Figure 14.Figure 14 is the swimming instruction method flow diagram of the swimming instruction system of second embodiment of the invention.By in the present invention the Step S401, S405 of the swimming instruction method of the swimming instruction system of two embodiments is to S409 respectively with real in the present invention first Step S201, S204 of the swimming instruction method of the swimming instruction system of example is applied to S207, below only for different S402 extremely S404 is illustrated.

After carrying out step S401, then processing module chooses original conversion parameter according to user's information from parameter list is converted (S402)。

Specifically, processing module is input to user's height in processing module or storage module, body according to user Weight and swimming position choose appropriate original conversion parameter from converting in parameter list.

Then, processing module is supplied to the buoyancy of user according to buoyancy auxiliary device, and buoyancy is chosen from buoyancy parameter table Parameter (S403).

Specifically, the floating block quantity of buoyancy auxiliary device that user wears according to the weight of itself selection.Then, locate Size of the module according to floating block quantity, that is, buoyancy is managed, buoyancy parameter is chosen, and correct with buoyancy parameter from buoyancy parameter table Original conversion parameter is to obtain conversion parameter.A part for the floating block quantity person's of may be used as information, is input to by user It manages in module or storage module, it also can be appropriate by being selected in table two by user weight of the processing module in user's information Floating block quantity.

Then, processing module corrects original conversion parameter to obtain conversion parameter (S404) with buoyancy parameter.

Specifically, processing module is corrected original conversion parameter with the buoyancy parameter chosen to obtain conversion ginseng Number.

Then, follow-up step S405 to S409 is carried out to obtain comparison result.

In the swimming instruction method for the swimming instruction system for using second embodiment of the invention, step S402 to step S406 is sequentially carried out, and but not limited to this.In the swimming method for computing data of other embodiments of the invention, step S402 to step Rapid S404 is sequentially carried out, and step S405 to step S406 is sequentially carried out, but between step S402 and step S405 or step S403 The limitation without sequencing between step S406, between step S404 and step S405 or between step S404 and step S406 Limitation without sequencing.

Outside using the original conversion parameter selected in conversion parameter table, also further according to the floating block number of user's wearing Amount, according to etc. formula (II)s original conversion parameter is corrected to obtain conversion parameter.Thus, implemented using the present invention second The swimming method for computing data of the swimming instruction system of example, the instantaneous swimming rate conversed by the tension value that detector measures Closer to user in the instantaneous swimming rate of reality of general swimming pool went swimming.

In the swimming instruction method for the swimming instruction system for using second embodiment of the invention, in addition to using conversion parameter Outside the original conversion parameter selected in table, also further according to user wear floating block quantity, according to etc. formula (II)s to original Conversion parameter is corrected to obtain conversion parameter.Thus, the swimming instruction system using second embodiment of the invention Swimming instruction method, by the instantaneous swimming rate that the tension value that detector measures is conversed closer to user in general swimming The instantaneous swimming rate of reality of pond went swimming.Therefore, using the swimming instruction of the swimming instruction system of second embodiment of the invention When method helps user's execution swimming instruction plan, more preferably training effect is obtained.

In conclusion swimming instruction system disclosed in this invention, using its swimming method for computing data with using its Swimming instruction method in, by according to user's information from convert parameter list in choose conversion parameter with carry out follow-up tension with Conversion between swimming rate.Thus, processing module carries out changing between tension and swimming rate using suitable conversion parameter It calculates, thus obtains accurate swimming rate.

Furthermore swimming instruction system disclosed in this invention uses its swimming method for computing data and its trip of use In training method of swimming, the floating block quantity also further worn according to user is corrected to be turned to original conversion parameter Change parameter.Thus, the instantaneous swimming rate conversed by the tension value that detector measures closer to user general The instantaneous swimming rate of reality of swimming pool went swimming.

Certainly, the present invention can also have other various embodiments, without deviating from the spirit and substance of the present invention, ripe It knows those skilled in the art and makes various corresponding changes and deformation, but these corresponding changes and change in accordance with the present invention Shape should all belong to the protection domain in appended claims of the invention.

Claims

1. a kind of swimming instruction system, which is characterized in that include a training device and a processing unit：

The training device includes：

One wears part, the training device is fixed on a user；

One training device fixing piece；

A connection piece connects the wearing part and the training device fixing piece；And

One detector is set to the connector, and between the wearing part and the training device fixing piece, the detector to Detect a tension value of the connector；And

The processing unit includes：

One input module, to input user's information, which includes height, weight and swimming position；

One storage module, a conversion parameter table are stored in the storage module；

One processing module, processing module communication connect the detector, the storage module and the input module, which uses To choose a conversion parameter from the conversion parameter table according to user's information, which should to be obtained from the detector Tension value is to obtain a tension information, and the processing module according to the tension information and the conversion parameter carrying out operation to obtain One movable information；And

One output module, communication are connected to the processing module to export the movable information.

2. swimming instruction system according to claim 1, which is characterized in that the tension information include the tension value with it is corresponding A timing node, the movable information include an instantaneous swimming rate information, an average swim speed, one swimming distance or one heat Amount consumption, swimming rate and the corresponding timing node when which includes a flash.

3. swimming instruction system according to claim 1, which is characterized in that further include a buoyancy auxiliary device, the buoyancy Auxiliary device is set to the wearing part, and the buoyancy auxiliary device is providing one buoyancy aid of user.

4. swimming instruction system according to claim 3, which is characterized in that the storage module also stores a buoyancy parameter Table, the processing module choose a buoyancy parameter from the buoyancy parameter table according to the buoyancy aid and correct this turn with the buoyancy parameter Change parameter.

5. swimming instruction system according to claim 1, which is characterized in that also comprising a camera, the camera Communication is connected to the output module and the storage module, and the camera is shooting user's image of the user and pass Transport to the output module or the storage module, the output module is to show user's image, and the storage module is storing User's image.

6. swimming instruction system according to claim 1, which is characterized in that the input module is also transported to input a control Dynamic information, the control movable information include more control swimming instantaneous speed of multiple timing nodes with corresponding multiple timing node Degree or more control tension values.

7. swimming instruction system according to claim 1, which is characterized in that the detector includes：

One housing, the housing have be connected with each other a logical accommodating space and two perforation, this two perforation are positioned at the housing Opposite sides；

One pull rod, the pull rod are arranged in the housing, which has one first opposite fixing end and one second fixing end, this One fixing end is arranged in this two perforation so that the connector is fixed respectively with second fixing end；

One tension measurement module, the tension measurement module are set in the accommodating space and are electrically connected the pull rod, the amount of tension It surveys module and detects the tension value that the pull rod bears connector application；And

Two waterproof rings, two waterproof rings are respectively provided be connected with each other logical a through-hole and a notch, two waterproof rings point It is not set to this two perforation, which wears two through-holes respectively with second fixing end, and wherein this two anti- One in water ring is deformed by the housing and first fixing end compressing with closed notch thereon, two waterproof rings it is another One by the housing and second fixing end compressing deformation with closed notch thereon.

8. swimming instruction system according to claim 7, which is characterized in that the detector is also anti-comprising a circuit board and one Water cover, the circuit board are set in the accommodating space, which has a charging connector, which also has a charging hole, The charging connector corresponds to the charging hole, which seals the charging hole with can opening.

9. a kind of swimming method for computing data, suitable for swimming instruction system according to claim 1, which is characterized in that The swimming method for computing data includes：

The processing module chooses the conversion parameter according to user's information from the conversion parameter table；

The detector detects the tension value；

The processing module obtains the tension value to obtain the tension information from the detector；And

The processing module carries out operation according to the conversion parameter and the tension information and obtains the movable information.

10. swimming method for computing data according to claim 9, which is characterized in that the processing module is joined according to the conversion Number carries out the step of operation obtains the movable information with the tension information and includes：

The tension value of the processing module in the conversion constant and the tension information carries out operation and obtains an instantaneous swimming speed Degree；

Two timing nodes of the processing module in two tension informations with corresponding to the two of two timing nodes respectively A instantaneous swimming rate carries out operation and obtains an average swim speed or a swimming distance；And

Processing module is according to user's information, two timing nodes and two of the corresponding two timing nodes instantaneous trips Swimming speed carries out operation and obtains a heat consumption.

11. swimming method for computing data according to claim 9, which is characterized in that the processing module is according to the user The step of information chooses the conversion parameter from the conversion parameter table includes：

The processing module chooses an original conversion parameter according to user's information from the conversion parameter table；

The processing module provides the buoyancy aid of the user according to a buoyancy auxiliary device, one stored from the storage module Buoyancy parameter table chooses a buoyancy parameter；And

The processing module corrects the original conversion parameter to obtain the conversion parameter with the buoyancy parameter.

12. swimming method for computing data according to claim 9, which is characterized in that also included in the processing module according to User's information from the conversion parameter table choose the conversion parameter the step of before, which is inputted by the input module To the processing module or the storage module.

13. swimming method for computing data according to claim 9, which is characterized in that the processing module is joined according to the conversion Number carries out the step of operation obtains the movable information with the tension information and includes：

User's total work is calculated by the tension information in the processing module；And

The processing module carries out operation by user's total work and the conversion parameter and obtains the movable information.

14. swimming method for computing data according to claim 9, which is characterized in that the processing module is according to the user The step of information chooses the conversion parameter from the conversion parameter table includes：

Pass through one correction swimming time of input module input and a correction swimming distance；

User swimming distance is calculated by the tension information in the processing module；And

The processing module corrects the original conversion according to the difference that the user swims between distance and correction swimming distance and joins It counts to obtain a conversion parameter.

15. a kind of swimming instruction method, suitable for swimming instruction system according to claim 1, which is characterized in that the trip Swimming training method includes：

A control movable information of control swimming process is established in the storage module, which includes a N Timing node is compareed to a N+1 timing nodes with the N for corresponding to the N timing nodes to the N+1 timing nodes respectively Instantaneous velocity of swimming compares swimming instantaneous velocity to a N+1 or a N compares tension information to N+1 control tension letters Breath, wherein N are the positive integer more than or equal to zero；

The N timing nodes of the detector during a training swimming detect corresponding be somebody's turn to do to the N+1 timing nodes respectively One N of N timing nodes to the N+1 timing nodes trains tension value to N+1 training tension values；

The processing module obtains the N from the detector and tension value is trained to be trained to N+1 training tension values to obtain a N Tension information to a N+1 train tension information；

The processing module trains tension information to N+1 training tension informations to carry out operation according to the conversion parameter and the N Obtain a training movable information；And

The more corresponding control movable information of the processing module and the training movable information are to obtain a comparison result.

16. swimming instruction method according to claim 15, which is characterized in that the control movable information include it is corresponding this The N control swimming distances of N timing nodes, the training movable information include the N training trips of the corresponding N timing nodes Swim distance, when the comparison result for the N control swimming distance be more than the N training swimming apart from when, the output module output One first prompting, when the comparison result for the N control swimming distance be less than the N training swimming apart from when, the output module Export one second prompting.

17. swimming instruction method according to claim 15, which is characterized in that the control movable information include it is corresponding this One N of N timing nodes compares instantaneous swimming rate, which includes the N instructions of the corresponding N timing nodes Practice instantaneous swimming rate, be more than the instantaneous swimming rate of N training when the comparison result compares instantaneous swimming rate for the N When, one first prompting of output module output is trained when the comparison result compares instantaneous swimming rate for the N less than the N During instantaneous swimming rate, one second prompting of output module output.

18. swimming instruction method according to claim 15, which is characterized in that the control movable information include it is corresponding this The N control average swim speed of N timing nodes, the training movable information include the N instructions of the corresponding N timing nodes Practice average swim speed, be more than N training average swim speed when the comparison result compares average swim speed for the N When, one first prompting of output module output is trained when the comparison result compares average swim speed for the N less than the N During average swim speed, one second prompting of output module output.

19. swimming instruction method according to claim 15, which is characterized in that the output module, which visualizes, is presented the control Movable information, the training movable information and the comparison result.

20. swimming instruction method according to claim 15, which is characterized in that also obtained comprising the processing module with being somebody's turn to do After the corresponding training movable information of N timing nodes, but the training campaign corresponding with the N+1 timing nodes is not obtained Before information, which is exported by the output module.

21. swimming instruction method according to claim 15, which is characterized in that establish the control of control swimming process Step of the movable information in the storage module is that the control fortune of control swimming process is recorded using the swimming instruction system Dynamic information.

22. swimming instruction method according to claim 15, which is characterized in that establish the control and swim process in the storage Step in module is that the control movable information of control swimming process is input to the storage module by the input module In.

23. swimming instruction method according to claim 15, which is characterized in that the processing module is according to user's information The step of choosing the conversion parameter from the conversion parameter table includes：

The processing module chooses an original conversion parameter according to user's information from the conversion parameter table；And