CN105688364A - Intelligent skipping rope - Google Patents

Abstract

The invention discloses an intelligent skipping robe, comprising a skipping rope, a handle, a housing, a rotation member, a rotation sensing part, a control part, a power supply part, and a sliding ring part. The skipping rope is inserted by a plurality of LEDs; the handles are arranged on two ends of the skipping rope; the handle comprise a housing which forms the main body, a rotation member which is received inside the upper part of the housing in a rotation manner so as to rotate through linkage with the rotation of the skipping rope; the rotation sensing part is arranged on one side of the rotation part for identifying the rotation of the rotation part and the position of the skipping rope and generating a control signal according to the rotation of the rotation part and the position of the skipping rope ; the control part is in linkage with the rotation member and controls on and off of the plurality LED based on the control signal transmitted by the rotation sensing part; the power supply part is fixed inside the housing and supplies power to the control part; the sliding ring part is configured between the control part and the power supply part and electrically connect the rotation control part with the fixed power supply part; and the sensed unit is arranged on one side the internal of the housing.

Description

Intelligence rope skipping

Technical field

The present invention relates to a kind of intelligence rope skipping。

Background technology

Generally, rope skipping be a kind of simple structure because being made up of handle and rope skipping tether and restriction that time or place can not be subject to carry out the portability of aerobatic exercise and the sports equipment that is widely used。

The tradition of simple motor function is provided to skip rope different from rotating of the rope utilizing rope skipping, the rope skipping of the function etc. be developed the function having lighting function, the function calculating calorie consumption amount and wireless side to the additional multiple composition of rope skipping and linking recently, measuring rope skipping number of times。

In these rope skippings, in the existing document of the prior art prepared to provide the function utilizing LED ghost output rope skipping number of times, Korean granted patent is had to announce No. 10-0715212 " utilizing the Multifunctional jump rope of ghost " (hereinafter referred to as ' prior art ')。

In the prior art, it is provided that a kind of lighting and extinguishing by the internal multiple LED arranged that skip rope, produce the ghost of image, numeral, word etc., and give the technology of the rope skipping number of times of output at the moment of user。

But in the prior art, sense in the process of the number of revolutions of rope for judgement and the measurement of number of times of skipping rope, because the structural property being connected with rope skipping tether of handle, exist and cannot accurately measure the number of revolutions of rope skipping and produce the problem of error。

And, in the prior art, the signal of telecommunication is passed to the rope skipping tether being provided with LED and in the process in several functions portion that handle is internally formed, because continuing the rope skipping tether rotated, the electric wire connected in inside is likely to tangle mutually, and has difficulties when maintaining the connection of the battery sending signal。

Summary of the invention

In order to solve the problems referred to above, it is an object of the invention to provide a kind of number of revolutions by accurately measuring rope skipping tether, improve the accuracy utilizing the number of revolutions of LED to export, and make the internal structure being connected to rope skipping tether do not obtained the technology of constant power supply supply by the impact of the rotation of rope skipping tether。

In order to achieve the above object, a kind of intelligence rope skipping of the present invention, it is characterised in that including: rope skipping tether, inside is inserted with multiple LED；Handle, is arranged in the two ends of described rope skipping tether, and wherein, described handle includes: housing, forms main body；Rotary part, is rotatably contained in the upside of described housing, and is combined with described rope skipping tether, thus linking with the rotation of described rope skipping tether and rotating；Rotary sensing portion, is arranged at the side of described rotary part, the position of rotation and rope skipping tether for identifying described rotary part, and generates the control signal of the position of the rotation according to described rotary part and rope skipping tether；Control portion, the Inner link at described housing rotates in the rotation of described rotary part, and controls lighting and extinguishing of the plurality of LED based on the control signal transmitted by described rotary sensing portion；Power supply offer portion, the fixing inside being provided to described housing, and working power is supplied to described control portion；Slip-ring part, is provided between described control portion and described power supply offer portion, and is electrically connected with the described power supply offer portion fixed in the described control portion rotated, wherein, in the side of the inside of described housing equipped with sensed unit。

Described rotary sensing portion comprises the steps that the first sensing unit, by the sensing number of times of described sensed unit, generates the control signal according to rope skipping number of times；Second sensing unit, by the location sensing of described sensed unit, calculates the anglec of rotation of described rope skipping tether, thus generating the control signal according to the described anglec of rotation。

Described sensed unit includes being provided to the Part I of side and being provided to the Part II of opposite side, when described first sensing unit senses Part I and Part II successively when rotary part maintains single direction rotation, it is judged as rope skipping number of times completely once, and described control portion will be passed to according to the described control signal of rope skipping number of times。

Described rotary part comprises the steps that connecting portion, is formed with connecting tube, to insert fixing described rope skipping tether；Axle portion, in the bottom of described connecting portion along extending longitudinally forming, and is constituted with the drum of hollow, and is rotatably contained in the upside of described housing。

Described connecting tube is prominent and formed from a part for the surrounding of described connecting portion to upper direction, and predetermined oblique angle and formed。

Described rotary part can also include: disengaging-proof portion, is formed in the way of diameter is more than the diameter in described axle portion in the bottom in described axle portion, thus preventing described rotary part from departing from from described housing。

Being combined with bearing on the lateral surface in described axle portion, this bearing is combined with described rotary part, to make described rotary part rotate smoothly in the way of without fretting wear。

Alongst it is inserted into the quantity of LED of the middle body of the described rope skipping tether quantity than the LED being inserted into two side portions many。

The spacing of the LED that the gap ratio being alongst inserted into the LED of the middle body of described rope skipping tether is inserted into two side portions is in small, broken bits。

According to the present invention, by being formed at the slip-ring part between control portion and power supply offer portion, the rotation with top independently provides certain power supply from bottom, such that it is able to prevent the electrical connection between the internal structure that the rotation of rope skipping tether causes from disconnecting or tangling。

And, centrifugal force during because of rope skipping, LED is according to the ghost pattern pre-entered, utilize the ghost effect lighted and extinguish, the number of times of rope skipping or word, pattern etc. are shown in the above-head space of user, thus while producing to maximize movement effects by bringing out visual interest, because the connecting tube form of the rotating part connected with rope skipping tether is formed obliquely relative to the angle formed that rotates of tether of skipping rope, it is possible to improve the accuracy of the measurement of the rope skipping number of times of the rotation along with rotating part。

Accompanying drawing explanation

Fig. 1 is the axonometric chart of the structure illustrating the intelligence rope skipping according to the present invention。

Fig. 2 is the profile of the structure illustrating the intelligence rope skipping according to the present invention。

Fig. 3 is the figure of the rotational configuration of the rope skipping tether illustrating the rope skipping rotational configuration of tether of the intelligence rope skipping according to the present invention and existing rope skipping。

Fig. 4 is the schematic diagram of the use state roughly illustrating the intelligence rope skipping according to the present invention。

Fig. 5 illustrates the figure of the spacing of the number of LED of insertion, LED in the rope skipping tether that the intelligence according to the present invention is skipped rope。

Fig. 6 is the figure of the process being judged rope skipping number of times by the first rotation sensing unit illustrating the intelligence rope skipping according to the present invention。

Symbol description

100: rope skipping tether 150:LED

200: handle 210: housing

215: sensed unit 215a: Part I

215b: Part II 220: rotary part

221: connecting portion 221a: connecting tube

222: axle portion 223: disengaging-proof portion

225: bearing 230: rotary sensing portion

233: the first sensing unit 235: the second sense unit

240: control portion 250: power supply offer portion

255: power supply provides terminal 260: slip-ring part

C: the middle body s of rope skipping tether: the two side portions of rope skipping tether

D1: be inserted into the spacing of the LED of the middle body of rope skipping tether

D2: be inserted into the spacing of the LED of the two side portions of rope skipping tether

T: communication terminal

Detailed description of the invention

With reference to accompanying drawing the preferred embodiments of the present invention are carried out more specific description, but illustrate that succinct and carried out known technology segment omitting or compression。

Referring to figs. 1 to Fig. 3, the intelligence rope skipping according to the present invention is described。Intelligence rope skipping includes: rope skipping tether 100, and inside is inserted with multiple LED150 (light emitting diode, accompanying drawing is labeled as " 150 ", lower same)；Handle 200, is arranged in the two ends of rope skipping tether 100。

Wherein, rope skipping tether 100 can be made up of the transparent synthetic resin material of the identity improving the LED lighting in inside and extinguishing, and can also be made up of the trnaslucent materials of display particular color according to design。

The inside of rope skipping tether 100 is provided with multiple LED150 side by side, and multiple LED150 and handle described later 200 are electrically connected to each other, it is possible to lights under the control in control portion 240 and extinguishes。

As in figure 2 it is shown, handle 200 includes: housing 210, rotary part 220, rotary sensing portion 230, control portion 240, power supply offer portion 250 and slip-ring part 260。

Housing 210 is the part forming main body, and forms the profile of the handle that user can be allowed to grip, and is internally formed space to install various structure of the operation of multiple LED of the inside setting for performing rope skipping tether 100。

Further, the side of enclosure interior has sensed unit 215。

Rotary part 220 is rotatably contained in the upside of housing 210, and be incorporated into rope skipping tether 100 and with the structure that rotates in linkage of rotation of rope skipping tether 100, rotary sensing portion 230 is arranged at the inside of housing 210, rope skipping number of times in rope skipping, as the structure that the rotation of rotating part 21 and the position of rope skipping tether 100 are identified, is counted by it by the linkage of rotary part 220 and rotary sensing parts 230。

Wherein, rotary part 220 includes: connecting portion 221, axle portion 222 and disengaging-proof portion 223。

Wherein, connecting portion 221 is formed with connecting tube 221a to insert fixing rope skipping tether 100, and described connecting tube 221a is as the part housing rope skipping tether 100, as shown in Figure 3, prominent from the part around connecting portion 221 to upper direction, and be formed obliquely at a predetermined angle。Preferably, the existing rope skipping tether shown in Fig. 3 (b) when rotary motion from handle meter the angle of inclination be 30 degree to 45 degree, the present invention makes described predetermined angular reach this angular range。

When being rotated by structure as above, different from the combining form of the rope skipping tether of the existing rope skipping shown in Fig. 3 (b), it can be ensured that the number of revolutions based on LED ghost effect shows required sufficient revolution space。

Axle portion 222 is formed to longitudinal extension in the bottom of connecting portion 221, and is formed as the drum of hollow, and is rotatably contained in the upside of housing 210。That is, as shown in FIG. 2 and 3, axle portion 222 plays the effect of the axle of the rotary motion of rotary part 220。

Disengaging-proof portion 223 is formed in the way of diameter is more than the diameter in axle portion 222 in the bottom in axle portion 222, and is possible to prevent rotary part 220 to depart from from housing 210。

Rotary sensing portion 230 is arranged at the interior side of rotary part 220 with flat section for benchmark, and sense in the process rotated in the rotation linkage with rope skipping tether 100, sense the sensed unit 215 of the position being formed at correspondence, and identify the rotation of relative rotary part 220 and the position of rope skipping tether 100, and generate the control signal based on this。

Wherein, rotary sensing portion 230 includes: the first sensing unit 233, by the sensing number of times of sensed unit, produce according to the rope skipping control signal of number of times, the second sensing unit 235, by the location sensing of sensed unit, calculate the anglec of rotation of rope skipping tether, thus generating the control signal based on this。

Further, formed the position of the first sensing unit 233 or the second sensing unit 235 be preferably when rotary part 220 and housing 210 in conjunction with time, the inside of the housing 210 of the position corresponding with the place residing for sensed unit 215。

Wherein, the measurement of the skipping rope rotary number of times of the first sensing unit 233 by means of rotary sensing portion 230 is described in detail, as shown in Figure 6, with flat section for benchmark, first sensing unit 233 is formed at the side of the inner space of rotary part 220, and 230, rotary sensing portion sensing unit 233 senses once sensed unit 215 and is judged as rope skipping number of times completely once, and passing to control portion 240 according to the control signal of rope skipping number of times。

If rope skipping tether 100 rotates because of rope skipping, then rotary part 220 rotates in linkage, and the first sensing unit 233 in the side being formed at rotary part 220 also can rotate simultaneously。And, if the first sensing unit 233 rotated is through having the position of sensed unit 215, then 230, rotary sensing portion senses once sensed unit 215 and is judged as having carried out a rope skipping by means of sensing unit 233, and associated control signal is sent to control portion 240。

More specifically, sensed unit 215 is respectively provided with Part I 215a, Part II 215b in side and opposite side, rotary sensing portion 230 when sensing Part I 215a and Part II 215b in the given time successively ((a), (b), (c) with reference to Fig. 6) by means of the first sensing unit 233 when maintaining the single direction rotation of rotary part 220, it is judged as rope skipping number of times completely once, and judged result is passed to control portion 240。

Namely, if the first sensing unit 233 senses Part I 215a and Part II 215b successively, and the words that the direction of rotation of rotary part 220 is as before, first sensing unit 233 is judged as having carried out a rope skipping, such that it is able to maximize the accuracy of rope skipping counting how many times, and be possible to prevent interim reverse direction to rotate, wrong counting that the stopping etc. moved causes。

Further, rotary sensing portion 230 also includes: the second sensing unit 235, by the anglec of rotation of sensed unit 215 sensing rope skipping tether 100。Accordingly, which part when position of sensing rope skipping tether 100 is in user for benchmark, and the control signal based on this is sent to control portion 240。

Wherein, the second sensing unit 235 is preferably the turn-sensitive device formed by light source and optical sensor or gyro sensor etc. for measuring the sensing sensor of the anglec of rotation, and sensed unit 215 can be made up of tool magnetic material or chip etc.。

Such as, when sensed unit 215 has magnetic, the second sensing unit 235 can sense the direction in the magnetic field around formed, and calculates the anglec of rotation of the rope skipping 100 based on this。

And, when sensed unit 215 is made up of the chip of the forms such as angle sheet, second sensing unit 235 calculates the anglec of rotation of rope skipping tether 100 in such a way: by means of light source and optical sensor, light that light source exports is made to be reflected by the sensed unit 215 that is made up of chip, and the value sensed being reflected by each yard is distinguish between, and thus calculate the anglec of rotation of rope skipping tether 100。

And, second sensing unit 235 is made up of turn-sensitive device, thus not only sensing the anglec of rotation of rope skipping tether 100 and the rotation of rotary part 220, but also sensing overall the rocking of handle 200, control portion 240 can control existing structure and the working morphology of additional multiple structure based on consequent control signal。

Such as, the second sensing unit 235 can sense the specific of handle 200 and rocks number of times and produce control signal, and received the control signal of so generation by control portion 240, such that it is able to whether regulate the connection of the signal of telecommunication from power supply offer portion 250。

It addition, the connecting tube 221a being connected to rope skipping tether 100 highlights formation from connecting portion 221 predetermined oblique angle。Rotary part 220 is constituted with following structure: be rotated in the rotary motion in rope skipping tether 100 of housing 210 Inner link by the axle portion 222 that extends to form from connecting portion 221, as shown in Fig. 3 (b), it shows the rotational configuration different from existing rope skipping 10, therefore can improve the accuracy that the rope skipping number of times by the rotary sensing between rotary part 220 and rotary sensing portion 230 is measured, and can judge exactly once to rotate。

The control portion 240 rotation in the inside of housing 210 Yu described rotary part rotates in linkage, and optionally controls lighting and extinguishing of multiple LED150 based on the control signal transmitted by rotary sensing portion 230。Specifically, described control portion 240 is preferably the tellite (PCB of the integral control function undertaking intelligence rope skipping；PrintedCircuitBoard), and this tellite can also include the structures such as the audio frequency input and output portion (not shown) and the communication unit (not shown) that add。

Wherein, as shown in Figure 4, as additional structure, communication unit (not shown) can link with communication terminal T, preferably, link with the smart mobile phone of user, thus the reception state of transfer various control signals relevant to rope skipping and the phone received by communication terminal T, word etc., preferably, communication unit (not shown) is made up of bluetooth module to realize the communication with communication terminal T。

Specifically, if making communication unit (not shown) and communication ends T linkage, then the various effects of rope skipping can be set by being arranged at the vertical application of communication terminal T。Such as, can arrange and change the setting of color of LED150, movement time and rope skipping number of times, rope skipping targeted number Points Issued when reaching, produce audio etc. and set, arrange several functions relevant to motion such as the calories that the motion calculation carried out consumes, and from functions such as the voice-frequency telephony of communication terminal T reception, Word message promptings when can provide motion。

Wherein, control portion 240 stores and lights-extinguish pattern for what show the ghost effect lighted based on LED150 and extinguish, control portion 240 lighting and extinguishing and produce the particular content of ghost and be recorded in the prior art mentioned in the background technology of the present invention according to LED150, so in order to avoid repeat specification, omitting it and illustrate。

The fixing inside being formed at housing 210, power supply offer portion 250, it provides the structure of working power as the structure (be specially on tellite and add the several functions portion constituted) for performing specific operation arranged to the inside of control portion 240 and housing 210, can be made up of AA battery, AAA battery, secondary cell etc., and can according to design, by adding of the composition rotating teaching display stand charging of rotary part 220, it is achieved oneself's charging in power supply offer portion 250。

Further, power supply offer portion 250 can be made up of multiple charging battery, and as shown in Figure 2, it is preferable that, the bottom in power supply offer portion 250 forms the power supply of the supply for obtaining external power source and provides cable link 255。

Slip-ring part 260 is formed between control portion 240 and power supply offer portion 250, and makes the control portion 240 of rotation and fixing power supply offer portion 250 be electrically connected。Wherein, acting as by slip ring and brush of slip-ring part 260, it is selectively connected or cuts off the offer path of the signals such as the signal of telecommunication。

Therefore, slip-ring part 260 is the structure of the structure for electrically connecting fixing structure and rotation, even and if rotary part rotate, be positioned at the power supply offer portion of enclosure interior when fixing, the multiple structure including the intelligence rope skipping in control portion still can obtain the offer of working power。

It addition, on the lateral surface in described axle portion 222, be combined with the bearing 225 being combined with described rotary part 220, so that described rotary part 220 rotates smoothly without fretting wear ground。

Utilize the recognizability lighting and extinguishing the ghost caused of LED150 in addition, it is necessary to improve, for this, the present invention can adjust layout number and the arrangement pitch of LED150 on rope skipping tether 100。

Wherein, as shown in Fig. 5 (a), the quantity of the LED150 alongst inserting the middle body c of rope skipping tether 100 can than two side portions s LED150 more inserted。

Or, as shown in Fig. 5 (b), the spacing d1 of the LED150 alongst inserting the middle body c of rope skipping tether 100 can be more in small, broken bits than the spacing d2 of the two side portions s LED150 inserted。

Namely, by increasing the absolute quantity of the LED150 of the middle body c of the rope skipping tether 100 of the counts exporting rope skipping or other promptings item (Word message etc.) in the present invention, it is possible to improve the recognizability lighting and extinguishing the ghost output caused utilizing LED。

As described above, intelligence rope skipping according to the present invention, centrifugal force during because of rope skipping, LED is according to the ghost pattern pre-entered, utilize the ghost effect lighted and extinguish, the number of times of rope skipping or word, patterns etc. are shown in the headroom of user, and vision U.S.A can be utilized to appeal to, thus while maximizing movement effects, link with the application program of smart mobile phone, the various functions of the management realizing rope skipping and smart mobile phone can be conveniently used in the process carrying out rope skipping, and rope skipping counts can be grasped exactly, and utilize ghost that rope skipping number of times is exported to user。

Embodiment disclosed in the present invention is served only for illustrating, it does not limit the technological thought of the present invention, and the scope of the technological thought of the present invention is not limited by these embodiments。Protection scope of the present invention should define according to the scope of claims, and all technological thoughts in its equivalency range also should be contained in the interest field of the present invention。

Claims (9)

1. an intelligence rope skipping, it is characterised in that including:

Rope skipping tether, inside is inserted with multiple LED；And

Handle, is arranged in the two ends of described rope skipping tether,

Wherein, described handle includes:

Housing, forms main body；

Rotary part, is rotatably contained in the upside of described housing, and is combined with described rope skipping tether, thus linking with the rotation of described rope skipping tether and rotating；

Rotary sensing portion, is arranged at the side of described rotary part, the position of rotation and rope skipping tether for identifying described rotary part, and generates the control signal of the position of the rotation according to described rotary part and rope skipping tether；

Control portion, the Inner link at described housing rotates in the rotation of described rotary part, and controls lighting and extinguishing of the plurality of LED based on the control signal transmitted by described rotary sensing portion；

Power supply offer portion, the fixing inside being provided to described housing, and working power is supplied to described control portion；And

Slip-ring part, is provided between described control portion and described power supply offer portion, and is electrically connected with fixing described power supply offer portion in the described control portion rotated,

Wherein, in the side of the inside of described housing equipped with sensed unit。

2. intelligence rope skipping as claimed in claim 1, it is characterised in that described rotary sensing portion includes:

First sensing unit, by the sensing number of times of described sensed unit, generates the control signal according to rope skipping number of times；And

Second sensing unit, by the location sensing of described sensed unit, calculates the anglec of rotation of described rope skipping tether, thus generating the control signal according to the described anglec of rotation。

3. intelligence rope skipping as claimed in claim 2, it is characterised in that

Described sensed unit includes being provided to the Part I of side and being provided to the Part II of opposite side, when described first sensing unit senses Part I and Part II successively when rotary part maintains single direction rotation, it is judged as rope skipping number of times completely once, and described control portion will be passed to according to the described control signal of rope skipping number of times。

4. intelligence rope skipping as claimed in claim 1, it is characterised in that described rotary part includes:

Connecting portion, is formed with connecting tube, to insert fixing described rope skipping tether；And

Axle portion, in the bottom of described connecting portion along extending longitudinally forming, and is constituted with the drum of hollow, and is rotatably contained in the upside of described housing。

5. intelligence rope skipping as claimed in claim 4, it is characterised in that

Described connecting tube is prominent and formed from a part for the surrounding of described connecting portion to upper direction, and predetermined oblique angle and formed。

6. intelligence rope skipping as claimed in claim 4, it is characterised in that described rotary part also includes:

Disengaging-proof portion, is formed in the way of diameter is more than the diameter in described axle portion in the bottom in described axle portion, thus preventing described rotary part from departing from from described housing。

7. intelligence rope skipping as claimed in claim 4, it is characterised in that

Being combined with bearing on the lateral surface in described axle portion, this bearing is combined with described rotary part, to make described rotary part rotate smoothly in the way of without fretting wear。

8. intelligence rope skipping as claimed in claim 1, it is characterised in that

Alongst it is inserted into the quantity of LED of the middle body of the described rope skipping tether quantity than the LED being inserted into two side portions many。

9. intelligence rope skipping as claimed in claim 1, it is characterised in that

The spacing of the LED that the gap ratio being alongst inserted into the LED of the middle body of described rope skipping tether is inserted into two side portions is in small, broken bits。