CN103721370B - Electronic rope skipping structure and game system thereof - Google Patents
Electronic rope skipping structure and game system thereof Download PDFInfo
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- CN103721370B CN103721370B CN201310746479.9A CN201310746479A CN103721370B CN 103721370 B CN103721370 B CN 103721370B CN 201310746479 A CN201310746479 A CN 201310746479A CN 103721370 B CN103721370 B CN 103721370B
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Abstract
The invention discloses an electronic rope skipping structure which comprises two rope skipping handles and a rope arranged between the two rope skipping handles. Each rope skipping handle comprises a fixed handle and a rotary body, wherein the fixed handle is used for being held by the hand of a person for rope skipping, and the rotary body is movably connected with the fixed handle in a linkage mode and connected with the rope in a linkage mode. Sensing points are arranged on the rotary body of one of the rope skipping handles. At least two detecting points are arranged on the fixed handle of one rope skipping handle and correspond to the sensing points, and a microcontroller is further arranged in the fixed handle of one rope skipping handle and electrically connected with the detecting points in a linkage mode. Through the rope skipping structure, in the process of rope skipping, detection is accurate through counting on the rope skipping handles, the structure is simple, and the cost is low. According to the electronic rope skipping game system, rope skipping results of the rope skipping handles can be sent to a control console in real time by the utilization of the detecting modes of non-common-ground contact type electromagnetic wave communication, or wireless communication or contact pressure switches, and the grade of the person for rope skipping is displayed for an examiner or audiences through a display screen on the control console. The person for rope skipping is not affected at all in the process of rope skipping, and using is convenient.
Description
Technical field
The present invention is entitled for CN201110080750.0 according on 03 31st, 2011 identified patent applications number《Electricity
Sub- jump rope structure and its tournament system》Divisional application.
The present invention relates to a kind of electronic type jump rope structure, and the tournament system being made up of it, more specifically refer at least
The jump rope structure counted using two test points, and the electronic skipping rope tournament system for thus constituting.
Background technology
Existing electronic skipping rope scoring formula is that is, rope is in the process for rotating a circle using simple single-point detection mode
In only can detect a point, because rope skipping person is during rope skipping, rope is not necessarily and rotates in one direction, rope skipping person's
When handss are shaken, the rotary body (fixing the movable end of rope) on handle is likely to rotate to and fro, so as to produce mistake
Counting, rope skipping person actual may only jump 200 times, and count results are probably 210 times, this unscientific counting mode,
Unfairness is brought to the result of rope skipping match, its result is to have had a strong impact on rope skipping match or the just of examination of skipping rope.
After in addition in rope skipping match of the prior art except needing the detection above handle, rope skipping is can also require sometimes
Person must hit rope on the ground down.And electronic skipping rope of the prior art does not have such function, it is impossible to meet such
Match and the needs taken an examination.
Based on the defect of above-mentioned prior art, I develops a kind of more structurally sound electronic jump rope structure of counting, and
The rope skipping tournament system being made up of it.
The content of the invention
It is an object of the invention to the defect to overcome prior art, and provide a kind of counting more structurally sound electronic skipping rope
Structure.
It is a further object of the present invention to provide a kind of rope skipping tournament system being made up of above-mentioned electronic jump rope structure.
For achieving the above object, the present invention is employed the following technical solutions：
A kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, it is described
Handle of skipping rope includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforementioned
Rope connection, the rotary body of one of Handle of skipping rope is provided with sensing point, and the fixed handle of the Handle of skipping rope is provided with three
The individual test point corresponding with sensing point, is additionally provided with the microcontroller electrically connected with test point in described fixed handle；Three
Test point is mounted in the different rotary angle of same axial location, and sensing point, when rotary body rotates a circle, revolves only with one
Sensing point on swivel presses successively three test points, when microcontroller connects the signal for being sequentially received three test points inputs,
Just count once, repeat constantly to count with this, there is shake centre or rocks, so as to cause some test point to produce repeatedly
During detection signal, microcontroller also only remembers detection signal once, only continuously rotates, and just resets one by one, detects one by one, real
Now effectively count.
Its further technical scheme is：Mutually stagger between three test points 120 degree.
Its further technical scheme is：Described rotary body is provided with a projection, described fixed handle and projection phase
Corresponding ring position is equipped with three spring-piece type switches, and described three spring-piece types switch couples with microcontroller.
Its further technical scheme is：Described microcontroller includes and detects point-connected counting circuit, also include with
Memorizer, wireless communication module, control knob, display screen and buzzer that microcontroller couples, described wireless communication module
With skip rope control console wireless connections.
A kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, it is described
Handle of skipping rope includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforementioned
Rope connection, the rotary body of one of Handle of skipping rope is provided with sensing point, and the fixed handle of the Handle of skipping rope is provided with three
The individual magnetic inductor corresponding with sensing point, is additionally provided with the microcontroller electrically connected with magnetic inductor in described fixed handle；
Described rotary body is provided with the Magnet corresponding with magnetic inductor, and two magnetic inductors therein share a Magnet；Work as rotation
When swivel rotates a circle, the sensing point on rotary body triggers successively three test points, and microcontroller connects and is sequentially received three inspections
During the signal of measuring point input, just count once, repeat constantly to count with this, there is shake centre or rocks, a certain so as to cause
When individual test point can produce repeated detection signal, microcontroller also only remembers detection signal once, only continuously rotates, just by
Individual clearing, detect one by one, realization is effectively counted.
A kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, it is described
Handle of skipping rope includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforementioned
Rope connection, the rotary body of one of Handle of skipping rope is provided with sensing point, and the fixed handle of the Handle of skipping rope is provided with three
The individual test point corresponding with sensing point, is additionally provided with the microcontroller electrically connected with test point in described fixed handle；It is described
Rotary body be provided with three ring chutes in axially distinct position, a sensing point is provided with each ring chute, each sensing
Point couples with the shared signal end that rotary body is provided with, and fixed handle is provided with three shell fragments corresponding to ring chute, each
Shell fragment couples with microcontroller；Described shell fragment constitutes described test point；Three sensing points are mounted in the different rotations of axial location
Gyration, mutually staggers 120 degree between three sensing points；When rotary body rotates a circle, the sensing point on rotary body is touched successively
Three test points of pressure, when microcontroller connects the signal for being sequentially received the input of three test points, just count once, with this repeatedly not
Count disconnectedly, there is shake centre or rocks, during so as to causing some test point to produce repeated detection signal, microcontroller
Only note detection signal once, only continuously rotates, and just resets one by one, detects one by one, and realization is effectively counted.
A kind of electronic skipping rope tournament system, including skip rope control console and aforesaid electronic jump rope structure, described rope skipping control
Platform processed includes processor, and power module, control knob, memorizer, wireless communication module and the display screen coupled with processor.
A kind of electronic skipping rope tournament system, including skip rope control console and aforesaid electronic jump rope structure, described rope skipping control
Platform processed includes processor, and power module, control knob, memorizer, display screen and the press-type switch coupled with processor, institute
The press-type switch stated is several, also includes the jump blanket for housing press-type switch.
Compared with the prior art, the invention has the advantages that：What the electronic jump rope structure of the present invention rotated a circle in rope
Three test points are adopted within 360 ° so that rope just must can be calculated as rope skipping once after intactly rotating a circle.
It is accurate by the count detection on Handle of skipping rope when making rope skipping, and simple structure, low cost, it is easy in various rope skipping matches
Used in examination.Electronic skipping rope tournament system of the present invention, using not altogether the contact electromagnetic communication on ground, wireless telecommunications or
The detection mode of touch-pressure switch, in real time can send the rope skipping count results of Handle of skipping rope to control station, by control station
On display screen the achievement of rope skipping person is opened up to examiner or spectators.Accurate with detection, rope skipping person does not receive any shadow in rope skipping
Ring, it is easy to use.
Below in conjunction with the accompanying drawings the invention will be further described with specific embodiment.
Description of the drawings
Fig. 1 is the structural representation of electronic jump rope structure specific embodiment of the present invention；
Figure 1A is the three-dimensional structure diagram of electronic jump rope structure specific embodiment of the present invention；
Figure 1B is the exploded perspective structure chart of electronic jump rope structure specific embodiment of the present invention；
Fig. 2A is inside three-dimensional structure diagram of the electronic jump rope structure of the present invention using the specific embodiment of chute-type structure；
Fig. 2 B are the blast enlarged drawing of Fig. 2A；
Fig. 3 A are three-dimensional structure diagram of the electronic jump rope structure of the present invention using the specific embodiment of spring-piece type structure；
Fig. 3 B are the explosive view of Fig. 3 A；
Fig. 3 C are the explosive view of another angle of Fig. 3 B；
Fig. 4 A are three-dimensional structure diagram of the electronic jump rope structure of the present invention using the specific embodiment of magnet-type structure；
Fig. 4 B are the explosive view of Fig. 4 A；
Fig. 5 is that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) block diagram；
Fig. 6 A are that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) Handle of skipping rope circuit theory diagrams one；
Fig. 6 B are that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) Handle of skipping rope circuit theory diagrams two；
Fig. 7 A are that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) skip rope control console circuit theory diagrams one；
Fig. 7 B are that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) skip rope control console circuit theory diagrams two；
Fig. 7 C are that electronic skipping rope tournament system specific embodiment of the present invention (adopts not the contact electromagnetic communication side on ground altogether
Formula) skip rope control console circuit theory diagrams three；
Fig. 8 is the knot of electronic skipping rope tournament system specific embodiment of the present invention (using the communication mode of wireless communication module)
Structure block diagram；
Fig. 9 is the jump of electronic skipping rope tournament system specific embodiment of the present invention (using the communication mode of wireless communication module)
The circuit theory diagrams of rope handle；
Figure 10 A be the electronic skipping rope tournament system specific embodiment of the present invention communication mode of wireless communication module (adopt) it
The circuit theory diagrams one of skip rope control console；
Figure 10 B be the electronic skipping rope tournament system specific embodiment of the present invention communication mode of wireless communication module (adopt) it
The circuit theory diagrams two of skip rope control console.
Description of reference numerals
The fixed handle of 1A, 1B Handle of skipping rope 10
11 rotary body 10A, 10B, 10C test points
The bearing of 11A, 11B, 11C sensing point 12
The microcontroller of 2 rope 3
The handle casing of 119 turncap 13
The heavy burden rod of 131 spring 132
The battery of 133 circuit board 134
135 buzzers 109 wire altogether
The shell fragment set of 119 jump ring 108
101D, 102D, 103D spring-piece type switchs 11D projections
111A, 112A, 113A ring chute 101A, 102A, 103A shell fragment
101B, 102B, 103B magnetic inductor 111B, 112B, 113B Magnet
104 slip ring sleeve 104A slip ring inner sleeves
The slip-ring part of 104B slip rings overcoat 114
The memorizer of 31 counting circuit 32
The control knob of 33 transmission circuit 34
The skip rope control console of 35 display screen 4
The power module of 41 processor 42
The memorizer of 43 control knob 44
The display screen of 45 sending/receiving module 46
5 conductive jump blankets
3A microcontroller 31A counting circuits
32A memorizer 33A wireless communication modules
34A control knob 35A display screens
5A skip rope control console 51A processors
52A power module 53A control knobs
54A memorizer 55A wireless communication modules
56A display screen 57A press-types are switched
50 jump blanket (non-conductive) 2A ropes (non-conductive)
58A card reader
Specific embodiment
In order to more fully understand the technology contents of the present invention, with reference to specific embodiment and Figure of description to the present invention
Technical scheme be further described and illustrate, but be not limited to this.
Fig. 1 is electronic jump rope structure specific embodiment of the present invention；A kind of electronic jump rope structure of the present invention, including two rope skippings
Handle 1A, 1B and the rope between two Handle of skipping rope 1A, 1B 2, Handle of skipping rope 1A, 1B include what is held for rope skipping person
Fixed handle 10 and the rotary body 11 being actively coupled with fixed handle 10, rotary body 11 couples with rope 2, one of rope skipping handss
The rotary body 11 of handle 1A is provided with sensing point 11A, 11B, 11C, and the fixed handle 10 of Handle of skipping rope 1A is provided with three with biography
Sense corresponding test point 10A, 10B, 10C of point 11A, 11B, 11C, fixed handle 10 is interior be additionally provided with test point 10A, 10B,
The microcontroller 3 that 10C is electrically connected.Wherein, rotary body 11 is fixed on fixed handle 10 by bearing 12.
If three test points are mounted in same axial location, sensing point then only needs to adopt one, such as Fig. 3 A
It is specific embodiment of the electronic jump rope structure of the present invention using spring-piece type structure to Fig. 3 C, but needs three detections to decorate same axial direction
The different rotary angle of position, optimal mode is mutually to stagger between three 120 degree.Three test points in this embodiment
(i.e. three spring-piece types switch 101D, 102D, 103D) couples respectively with microcontroller 3.Cleaning Principle is：When rotary body 11 rotates
When one week, the sensing point (i.e. projection 11D) on rotary body 11 presses successively three spring-piece types switch 101D, 102D, 103D, micro-control
When device processed 3 connects the signal for being sequentially received three spring-piece types switch 101D, 102D, 103D (can also reversely) input, just counting
Once, repeat constantly to count with this, there is shake centre or rocks, so as to cause some test point to produce repeated detection letter
Number when, microcontroller also only remembers detection signal once, only continuously rotates, and just can one by one reset, detect one by one, realize
Effectively count.Three spring-piece types switch 101D, 102D, 103D therein is fixed by shell fragment set 108, shell fragment set
It is used for fixing the wire of each test point simultaneously on 108.
The specific embodiment and Fig. 4 A to Fig. 4 B of the chute-type structure in Fig. 2A to Fig. 2 B be in magnet-type structure tool
Body embodiment；Similar to the embodiment of Fig. 1, simply Cleaning Principle is different, uses in Fig. 2A to Fig. 2 B：Rotary body 11 in
Axially distinct position is provided with three rings chute 111A, 112A, 113A, and a sensing point is provided with each ring chute, each
(i.e. earth terminal, is also that together wire 109 couples by way of chute to the shared signal end that sensing point is provided with rotary body
) connection, fixed handle is provided with three shell fragment 101A, 102A, 103A corresponding to ring chute 111A, 112A, 113A (can
Being that, with a kind of rigid elastic conducting electrical filament, or electroconductive elastic sheet, it must assure that and be pressed in constantly in ring chute),
Each shell fragment couples with microcontroller 3.Sensing point when rotary body 11 rotates a circle, in ring chute 111A, 112A, 113A
Successively (preferential 120 degree of difference) shell fragment 101A, 102A, 103A corresponding thereto produces contact, realizes the transmission of the signal of telecommunication.
Use in Fig. 4 A to Fig. 4 B：Three magnetic inductors 101B, 102B, 103B are provided with fixed handle 10, are revolved
Swivel 11 is provided with Magnet 111B, 112B (circuit board 133B above two corresponding with magnetic inductor 101B, 102B, 103B
Individual magnetic inductor 101B, 102B are different due to installation site, can totally one Magnet 111B).Detection mode and above-described embodiment
It is identical.
Because a kind of embodiment of Handle of skipping rope is by the way that altogether the contact electromagnetic communication on ground is not realized and rope skipping control
Slip ring sleeve 104 is equipped with fixed handle 10 in the data exchange of platform processed, therefore three embodiments above (including two slip rings
Inner sleeve 104A and a slip ring overcoat 104B), rotary body 11 is provided with the slip-ring part 114 being engaged with slip ring sleeve 104.Slip ring sleeve
The wire 105 coupled with transmission circuit is fixed with 104, the wire 105 can keep 360 degree of moment and the slip ring on rotary body 11
Portion 114 couples, and whole rotary body 11 is electric conductor, realizes wire 105 with this and electrically connects with the moment of rope 2.Wherein rope 2
For electric conductor.
Fig. 5 to Fig. 7 C is that electronic skipping rope tournament system of the present invention adopts not the tool of the contact electromagnetic communication mode on ground altogether
Body embodiment.In addition to the structure in the various embodiments described above can be adopted, its circuit aspect also includes Handle of skipping rope therein：
It is provided with microcontroller 3 and detects point-connected counting circuit 31, also includes memorizer 32, the transmitting-receiving coupled with microcontroller 3
Circuit 33, control knob 34, display screen 35 and buzzer, transmission circuit 33 by wire 105, slip-ring part 114, rotary body 11 with
Rope 2 is electrically connected.Transmission circuit 33 includes the reception amplifying circuit coupled with microcontroller 3 and single line emission IC chip, receives
Amplifying circuit is multistage transistor amplifier, single line emission IC chip SN8P2501-8 cake core；Microcontroller 3 is
HT46R62 cake cores.Whole electronic skipping rope tournament system includes skip rope control console 4 and foregoing electronic jump rope structure, jumps
Rope control station 4 include processor 41, and couple with processor 41 power module 42, control knob 43, memorizer 44, send connect
Module 45, display screen 46 and buzzer are received, skip rope control console 4 also couples the conductive jump blanket 5 coupled with sending/receiving module 45,
Conduction jumps blanket 5 and rope 2 for the not contact electromagnetic communication on ground altogether, and conduction is jumped the signal transmitted between blanket 5 and rope 2 and is
Pulse electrical signal of the frequency between 800k～2MHz.Wherein, sending and receiving for pulse electrical signal is all individually carried out, example
Such as：The frequency of pulse electrical signal is 1MHz, and conduction is jumped blanket and first sends 15 pulse electrical signals (take 15us), stop 15us it
Afterwards, 15 pulse electrical signals are retransmited, then (conductive jump blanket does not send fat and rushes the signal of telecommunication during this, in reception shape to stop 30us
State), so it is repeated continuously, when rope is contacted with conductive jump blanket, corresponding pulse electrical signal can be produced on rope (very weak
Little), the circuit board on Handle of skipping rope carries out detection amplification to this small and weak pulse electrical signal, and being sent in microcontroller is carried out
Counting process, judges that rope whether is detected on handle be have rotated one week, and identical pulse electrical signal is then sent if having to rope
Son, rope pass to again it is conductive jump blanket, i.e., jump the time that blanket contacts and complete such primary emission and reception with conductive in rope
Process.Pulse electrical signal can also be carried out using other patterns.As long as two single-chip microcomputers can similar identification, to avoid
Other interference signals cause error to counting of skipping rope.
Conduction jumps the single line used between blanket and Handle of skipping rope not data double-way transmission control altogether, and communication process is as follows：
1st, jump the master chip IC3 HT46R22 of blanket control station goes out the P5.4 human hair combing wastes of IC1 single-chip microcomputer SN8P2501 by PA6
The square wave of frequency 1Mhz amplitude 5V dutycycles 50%.If the PA6 feet output low level of IC3 single-chip microcomputer HT46R22, IC1 monolithics
The P5.4 feet output low level of machine SN8P2501, does not produce frequency.According to said method exported by the PA6 of IC3 single-chip microcomputer HT46R62
High and low level will produce one group of modulation AC signal, and optimized frequency is 1MHz.
2nd, AC signal makes the reception on handle amplify electricity by the conductive blanket CN3 that jumps with the contact of the J9-5P of Handle of skipping rope
Road induced voltage.Induced voltage becomes signals below level through LC detection amplification and rectification circuits, and amplitude is 5V.
Transmission circuit on Handle of skipping rope：
Conduction rope skipping is connected on the 5th foot of J9, and input port is SINGIN.The sensing of SINGIN ports obtains jumping the exchange of blanket
Voltage signal.Ac voltage signal detects 1MHz signals by L6 and C64, C65.1MHz signals amplify entrance through Q26, Q24
Q25, Q27 shaping obtains pulse electrical signal and sends to the PA5 of rope skipping IC1 single-chip microcomputer HT46R62.
If Handle of skipping rope detects rope and makes a circle that (i.e. three test points have been continuously detected a signal input
Interval scale makes a circle) corresponding pulse signal is just returned immediately to conductive jump blanket；If Handle of skipping rope is not detected by rope turned
Do not return any information once enclosing.Sending/receiving module in skip rope control console is received by the data that Handle of skipping rope sends and enters
Row score is processed and shown.
The circuit theory explanation of Handle of skipping rope therein：
1st, IC1 single-chip microcomputer HT46R62, this microprocessor has been used to carry liquid crystal drive, liquid crystal can be passed through on handle
Display CON2 shows that score, the heat of consumption, stopwatch count the content viewables such as display, clock.
2nd, 5 touch-switch have been used on handle, difference in functionality setting can have been carried out.
3rd, handle is powered using two No. 7 batteries of section, power supply interface J8.
4th, handle uses power-saving technology, and sleep state is operated at ordinary times, when only pressing touch-switch and rope skipping rotation
Ability wake-up is processed.(the PA1 output high level of IC1 single-chip microcomputer HT46R62 is closed to have used Q23 to make match function not work at ordinary times
Close receiving circuit power supply) save electricity.
5th, handle carries out 3 sections of detections of the rope skipping number of turns using conducting slip ring, and each contact angle differs 120 degree, prevents inspection
Survey erroneous judgement.
6th, handle strengthens rope skipping data transmission capabilities using pressure build-up technique (U2 PT1301).
7, handle uses buzzer LS2, can use auditory tone cueses handle working condition.
8th, handle has used memory technology (IC9 AT24C01) to carry out with tune identification code and rope skipping score storage.
9th, using single line, altogether transmission technology and jump blanket do not carry out Data Control to handle.
The wherein circuit theory explanation of skip rope control console：
1st, skip rope control console has used 5 touch-switch, can carry out difference in functionality setting.
2nd, power pack is using 6V5A plumbic acid maintenance-frees battery and DC24V duplicate supplies.System is using IC2 TL494 to battery
Control carries out constant-current charge and float charging function, and LED1 dual-colored LEDs indicate charged state.
3rd, main power supply exports 5V voltages to whole score control system using U1 LM2575-ADJ.When LM2575-ADJ it is defeated
Go out voltage less than 4.7v, voltage output is strengthened in N1 B772 conductings, it is ensured that skip rope control console runs in more than 4.7v voltage stabilizations.
4th, display uses numeral method.IC3 single-chip microcomputers HT26R22 turns parallel data by 74HC595 serial datas
The content such as output driving numeral method score and time.
5th, skip rope control console uses BZ1 active buzzers auditory tone cueses working state of system.
6th, using single line, altogether transmission technology and Handle of skipping rope do not carry out Data Control to skip rope control console.
7th, skip rope control console has and console communication ability.Communication interface CN5, sends and receives control station data, makes
The content of display screen is identical.
8th, skip rope control console has the function that second skip rope control console is controlled by CN2.
9th, skip rope control console has the function of being controlled by previous skip rope control console by CN1.
The present invention system, can also increase by one with skip rope control console synchronizing signal can also Synchronization Control operation
Platform.The display of this operating board and the related description of operating function：
1st, operating board has used 5 touch-switch, can carry out difference in functionality setting.
2nd, power pack is using 12V5A plumbic acid maintenance-frees battery and DC24V duplicate supplies.System is using IC2 TL494 to electricity
Pond control carries out constant-current charge and float charging function, and LED1 dual-colored LEDs indicate charged state.
3rd, display screen exports 10V voltages to digital guard system using U1 LM2575-ADJ.When LM2575-ADJ output voltages
Less than 9.5v, voltage output is strengthened in N1 B772 conductings, it is ensured that digital guard system runs in more than 9.5v voltage stabilizations.By IC1
7805 offer 5v voltages give microprocessor control system.
4th, IC3 single-chip microcomputers HT26R22 turns parallel data output driving numeral method score by 74HC595 serial datas
With the content such as time.
5th, operating board uses BZ1 active buzzers auditory tone cueses working state of system.
6th, communicated using CN2 and skip rope control console, keep the data syn-chronization with skip rope control console.
Fig. 8 to Figure 10 B is communication party of the electronic skipping rope tournament system specific embodiment of the present invention using wireless communication module
The embodiment (in the present embodiment, using the jump blanket with press-type switch) of formula.It is wireless communication module due to adopting
(preferred 2.4G wireless modules), so need not be using rope as communication mode, therefore the Handle of skipping rope in such embodiment is not
With slip-ring part and slip ring sleeve.Wherein, microcontroller 3A includes and detects point-connected counting circuit 31A, also includes and micro-control
Memorizer 32A, wireless communication module 33A, control knob 34A, display screen 35A and buzzer that device 3A processed couples, wireless telecommunications
Module 33A and skip rope control console 5A wireless connections.Whole electronic skipping rope tournament system, including skip rope control console 5A and noted earlier
Electronic jump rope structure, skip rope control console 5A include processor 51A, and couple with processor 51A power module 52A, control
Button 53A, memorizer 54A, wireless communication module 55A and display screen 56A.Its operation principle is：The Handle of skipping rope of one of them
It is upper that the microcontroller with tally function (i.e. single-chip microcomputer) is housed, rope skipping sub-count is carried out using the mode of three test points, and will
The signal of rope skipping number of times is sent to skip rope control console in real time by wireless communication module (preferably existing 2.4G modules).Due to
Each secondary Handle of skipping rope is before the use, it is necessary to set up connecting relation with skip rope control console.Therefore can on demand in rope skipping control
Card reader 58A coupled with processor 51A is set up on platform processed.Card Reader identification was carried out before rope skipping every time.
Wherein, several (matrix forms should be provided with the jump blanket in the embodiment of the communication mode of wireless communication module
It is evenly distributed in and jumps on blanket) press-type that couple with processor 51A switch 57A, lands and can produce one when rope skipping person is each
The secondary signal of telecommunication, in this, as a kind of mode for counting.Press-type switch 57A can adopt being located at similar to keyboard etc product
The switch of FPC flexible circuit board.Can not be because rope skipping (i.e. rope) can also press the press-type in jump blanket, therefore jump blanket and switch
Simple coordination, and be necessary for each press-type switch and specify a numbering or ID, only when the press-type for producing signal
Switching can just be judged as landing when the position in jumping blanket is in the shape for being similar to footprint.And when the press-type of generation signal
Switch and may determine that determining rope skipping (i.e. rope) beats on blanket is jumped when the position in jumping blanket is in and is similar to the shape of camber line.As this
The further innovation and application of inventive technique, the meter that individually can be skipped rope using this jump blanket for being provided with multiple press-type switches
Number, i.e., impact the switching signal produced when jumping on blanket with rope, carries out calculating analysis, when its shape is bordering on rope and jumps blanket
During conductor rail trace, counted, if being such as rendered as not counted during the footprint shape or other shapes of people.In order to improve jump
The accuracy of detection that rope is counted, the interval of press-type switch can not be too big, and in order to reduce production cost, the quantity of press-type switch is not
Preferably too many, the spacing of generally press-type switch is maintained at 1 to 5 cm and is preferred.In order to simplify circuit structure and jump blanket
Cost of manufacture, can also will jump blanket carries out region division, it is intended that a region is the area of stopping over of rope skipping person, and another region is
The touching area of rope.
Because the pattern of rope skipping match and examination of skipping rope is that comparison is more, wireless communication mode is with the electromagnetism of 2.4GHz frequencies
Ripple signal carries out counting communication, and altogether the contact single line communication mode on ground does not then use the low frequency of 800KHz to 2MHz
The electromagnetic communication of rate zero distance.The former can be used for fancy skipping-rope match, such as, and rope skipping person jump up one time when, need by
Rope rotates two circles, three circles, four circles or more rope skipping match.
In other embodiments, it would however also be possible to employ only there is wireless communication module without the structure with jump blanket,
Counted using Handle of skipping rope and sent to skip rope control console by wireless communication module, and the landing to rope skipping person is not entered
Row is counted.Can also adopt and only there is the jump blanket with press-type switch, that is, the tally function of Handle of skipping rope not needed, only with rope
Hit down jump blanket on carry out rope skipping counting (in such an embodiment, when rope skipping person stops over, can no longer count,
Can also stored counts, these can be controlled the modification in program by the chip to the single-chip microcomputer class such as microcontroller, and
Realize corresponding function).
In sum, electronic jump rope structure of the present invention adopts three test points within 360 ° that rope rotates a circle, makes
Obtain rope just must can be calculated as rope skipping once after intactly rotating a circle.By the meter on Handle of skipping rope when making rope skipping
Number detection is accurate, and simple structure, low cost, it is easy to used in various rope skipping match and taking an examination.Electronics of the present invention is jumped
Rope tournament system, using the not detection mode of the contact electromagnetic communication, wireless telecommunications or touch-pressure switch on ground altogether, Neng Goushi
When ground the rope skipping count results of Handle of skipping rope are sent to control station, by the display screen on control station to examiner or spectators exhibition jump
The achievement of rope person.Accurate with detection, rope skipping person is not affected in rope skipping by any, easy to use.
The above only further illustrates the technology contents of the present invention with embodiment, is easier to understand in order to reader,
But do not represent embodiments of the present invention and be only limitted to this, any technology done according to the present invention extends or recreates, by this
Bright protection.Protection scope of the present invention is defined by claims.
Claims (8)
1. a kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, described jump
Rope handle includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforesaid
Rope couples, it is characterised in that the rotary body of one of Handle of skipping rope is provided with sensing point, the fixed handle of the Handle of skipping rope
Three test points corresponding with sensing point are provided with, the microcontroller electrically connected with test point is additionally provided with described fixed handle
Device；Three test points are mounted in the different rotary angle of same axial location, sensing point only with one, when rotary body rotate one
Zhou Shi, the sensing point on rotary body presses successively three test points, and microcontroller connects and is sequentially received what three test points were input into
During signal, just count once, repeat constantly to count with this, there is shake centre or rocks, so as to cause some test point meeting
Produce repeated detection signal when, microcontroller also only remembers detection signal once, only continuously rotates, just one by one reset, by
Individual detection, realization is effectively counted.
2. electronic jump rope structure according to claim 1, it is characterised in that mutually stagger between three test points 120 degree.
3. electronic jump rope structure according to claim 1 and 2, it is characterised in that described rotary body be provided with one it is convex
Block, the described fixed handle ring position corresponding with projection is equipped with three spring-piece type switches, three described spring-piece types
Switch couples with microcontroller；Described spring-piece type switch constitutes described test point, and described projection constitutes described sensing
Point.
4. electronic jump rope structure according to claim 1 and 2, it is characterised in that described microcontroller includes and test point
The counting circuit of connection, also includes memorizer, wireless communication module, control knob, display screen and the honeybee coupled with microcontroller
Ring device, described wireless communication module and skip rope control console wireless connections.
5. a kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, described jump
Rope handle includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforesaid
Rope couples, it is characterised in that the rotary body of one of Handle of skipping rope is provided with sensing point, the fixed handle of the Handle of skipping rope
Three magnetic inductors corresponding with sensing point are provided with, are additionally provided with described fixed handle micro- with what magnetic inductor was electrically connected
Controller；Described rotary body is provided with the Magnet corresponding with magnetic inductor, and two magnetic inductors therein share a magnetic
Ferrum；Described magnetic inductor constitutes test point, and described Magnet constitutes described sensing point, when rotary body rotates a circle, rotation
Sensing point on swivel triggers successively three test points, when microcontroller connects the signal for being sequentially received three test points inputs,
Just count once, repeat constantly to count with this, there is shake centre or rocks, so as to cause some test point to produce repeatedly
During detection signal, microcontroller also only remembers detection signal once, only continuously rotates, and just resets one by one, detects one by one, real
Now effectively count.
6. a kind of electronic jump rope structure, including two Handle of skipping rope and the rope between two Handle of skipping rope, described jump
Rope handle includes the fixed handle held for rope skipping person and the rotary body being actively coupled with fixed handle, rotary body with it is aforesaid
Rope couples, it is characterised in that the rotary body of one of Handle of skipping rope is provided with sensing point, the fixed handle of the Handle of skipping rope
Three test points corresponding with sensing point are provided with, the microcontroller electrically connected with test point is additionally provided with described fixed handle
Device；Described rotary body is provided with three ring chutes in axially distinct position, a sensing point is provided with each ring chute, often
Individual sensing point couples with the shared signal end that rotary body is provided with, and fixed handle is provided with three bullets corresponding to ring chute
Piece, each shell fragment couples with microcontroller；Described shell fragment constitutes described test point；Three sensing points are mounted in axial location
Different rotary angle, mutually staggers 120 degree between three sensing points；Sensing point when rotary body rotates a circle, on rotary body
Press three test points successively, when microcontroller connects the signal for being sequentially received three test points inputs, just counting once, with this
Repetition is constantly counted, and there is shake centre or rocks, during so as to causing some test point to produce repeated detection signal, micro-control
Device processed also only remembers detection signal once, only continuously rotates, and just resets one by one, detects one by one, and realization is effectively counted.
7. a kind of electronic skipping rope tournament system, it is characterised in that including described in skip rope control console and claim 1,2,3,4,5 or 6
Electronic jump rope structure, described skip rope control console includes processor, and couple with processor power module, control knob,
Memorizer, wireless communication module and display screen.
8. a kind of electronic skipping rope tournament system, it is characterised in that including described in skip rope control console and claim 1,2,3,4 or 6
Electronic jump rope structure, described skip rope control console includes processor, and couple with processor power module, control knob, deposit
Reservoir, display screen and press-type switch, described press-type switch is several, also includes the jump for housing press-type switch
Blanket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310746479.9A CN103721370B (en) | 2011-03-31 | 2011-03-31 | Electronic rope skipping structure and game system thereof |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110080750.0A CN102451555B (en) | 2011-03-31 | 2011-03-31 | Electronic jump rope structure, and competition system thereof |
| CN201310746479.9A CN103721370B (en) | 2011-03-31 | 2011-03-31 | Electronic rope skipping structure and game system thereof |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110080750.0A Division CN102451555B (en) | 2011-03-31 | 2011-03-31 | Electronic jump rope structure, and competition system thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103721370A CN103721370A (en) | 2014-04-16 |
| CN103721370B true CN103721370B (en) | 2017-04-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310746479.9A Active CN103721370B (en) | 2011-03-31 | 2011-03-31 | Electronic rope skipping structure and game system thereof |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101615637B1 (en) * | 2014-12-10 | 2016-04-26 | 주식회사 탱그램팩토리 | Smart Jump Rope |
| CN109999403B (en) * | 2019-05-07 | 2023-12-29 | 江苏领康电子科技发展有限公司 | Quick detach formula rope skipping |
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| US4699375A (en) * | 1984-12-06 | 1987-10-13 | Paul Appelbaum | System for skip rope exercising |
| CN2356706Y (en) * | 1998-11-19 | 2000-01-05 | 江在良 | Rope skipping |
| CN2455285Y (en) * | 2000-12-26 | 2001-10-24 | 王开军 | Electronic accounter for skipping |
| CN101721801A (en) * | 2009-12-24 | 2010-06-09 | 韩洪波 | Rope skipping wireless test system of human body |
| CN202005973U (en) * | 2011-03-31 | 2011-10-12 | 林培林 | Electronic skipping rope structure |
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2011
- 2011-03-31 CN CN201310746479.9A patent/CN103721370B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4699375A (en) * | 1984-12-06 | 1987-10-13 | Paul Appelbaum | System for skip rope exercising |
| CN2356706Y (en) * | 1998-11-19 | 2000-01-05 | 江在良 | Rope skipping |
| CN2455285Y (en) * | 2000-12-26 | 2001-10-24 | 王开军 | Electronic accounter for skipping |
| CN101721801A (en) * | 2009-12-24 | 2010-06-09 | 韩洪波 | Rope skipping wireless test system of human body |
| CN202005973U (en) * | 2011-03-31 | 2011-10-12 | 林培林 | Electronic skipping rope structure |
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| CN103721370A (en) | 2014-04-16 |
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