KR101380428B1 - Jump rope - Google Patents

Abstract

The present invention relates to a multi-functional jump rope using an afterimage. Specifically, a jumping rope is used as replacing a pattern displaying part presenting an afterimage or an air bubble generator, and the handle comprises a control part converting into a pattern of an afterimage and various modes, a power supply part supplying a power, a wireless transmission part capable of wireless transmission and reception, a temperature sensing part sensing the body temperature of a user, and a speaker outputting a voice, to interest the user during a jump rope.

Description

Multifunctional jump rope using afterimages {Jump rope}

The present invention relates to a multi-function rope skipping, in more detail, the rope skipping line can be used to replace the pattern display unit or the air bubble generator to represent the afterimage, the handle and the power control unit and the power switch that can be converted to various modes Multi-function rope skipping using afterimages that can cause interest to users during rope skipping, which consists of a power supply unit that supplies power, a wireless transmitter that can transmit / receive wirelessly, a temperature sensor unit that detects the user's temperature, and a speaker that outputs voice. It is about.

In general, rope skipping is a simple tool consisting of a handle and a rope skipping rope. It is an aerobic exercise that can be performed regardless of time or place.

However, rope skipping can show exercise effects in a narrow space practically regardless of age and gender, but it is difficult to induce continuous interest due to the simplicity of the same movement, and also skipping is visually inferior when used at night. There was this.

Therefore, in order to continuously show the various positive exercise effects of the skipping rope movement, the necessity of continuous interest is emerging.

Therefore, in recent years, regardless of age and gender, when anyone skips ropes, a rope or rope can be used to emit light in a variety of ways so as to have a continuous exercise effect by adding visual pleasure.

However, since the conventional jump rope simply emits light in various colors, the user can easily get tired of the shape when it is used continuously.

In addition, in order to solve the above problems, the applicant has been pre-registered Patent Registration No. 715212 "Multi-function rope skipping using the afterimage".

The pre-registered patent is an afterimage effect in which the LED blinks according to the afterimage pattern previously inputted by centrifugal force during the skipping rope to produce visual interest by directing the number of skipping ropes, characters, and photos in the air above the user's head. Maximize the exercise effect.

However, the pre-registered patent has only a function of simply displaying the number, characters, photos, etc. as an afterimage in the air above the user's head by using the afterimage, and thus, the user quickly gets tired and has a problem in limiting the interest.

Korean Registered Patent No. 715212 "Multifunctional Jump Rope Using Afterimage"

In order to solve the above problems, the present invention skips the number of skipping ropes and displays a residual image in the air or selects a pattern display unit having a mode having various functions so that the user can continuously induce interest as well as a timer function. It is aimed at being usable by.

As a solution to the above problem, the present invention consists of a connector structure that can be separated and coupled to a rope jump rope connected to a handle, as well as an electrically connectable connector structure, which can be used by replacing a pattern indicator or an air bubble generator according to a mode. It is about.

As described above, the multifunctional jump rope of the present invention has the effect of continuously causing interest to the user by being able to selectively replace and use the pattern display part made of various modes as well as separating and combining the pattern display part to the rope jump rope connected to the handle. have.

Therefore, the present invention has one side of the handle is provided with a wireless transmission unit that can be transmitted and received wirelessly, it is possible to update the data of the pattern display unit wirelessly has the effect of providing convenience to the user.

Therefore, the pattern display unit detects the user's body temperature and outputs a state of health afterimage and voice, or outputs the number of jump ropes and pictures, letters, exercise time, exercise distance, calories burned, etc. as an afterimage or voice to provide convenience to the user. There is.

In addition, the present invention can replace the air bubble generator in place of the pattern display portion can be skipping rope is generated in the process of jumping rope has the effect that can cause interest to the user.

Therefore, the present invention has the same effect as using a plurality of skipping rope because it can be used to replace only the pattern display unit with one jump rope.

1 is a perspective view showing a jump rope of the present invention.
2 is a block diagram showing a control unit of the present invention jump rope.
Figure 3a, b is a plan view showing a state of separation and engagement of the rope skipping rope of the present invention.
Figure 4 is a cross-sectional view showing the present invention jump rope handle.
Figure 5 is a plan view showing a state in which the air bubble generator coupled to the jump rope rope of the present invention.

In order to achieve the above objects and effects, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a jump rope of the present invention, Figure 4 is a cross-sectional view showing a jump rope handle of the present invention.

According to the present invention, the number and characters, pictures, movement distance, exercise time, calories of skipping rope (1) by the afterimage effect generated by the blinking LED according to the afterimage pattern input by the centrifugal force when the skipping rope (1) is performed. The user's state of health and rock-paper-scissors game can be implemented as an afterimage and sound and sound can be output.

Therefore, the present invention is a pattern on the other end in a state in which one end is fastened to a pair of handles (4) positioned to the left and right two rope skipping line (2) cut in the center without using a single rope skipping line (2) By separating and combining the display unit 8, the structure can be replaced and used according to various modes of pattern.

In addition, the present invention rope skipping rope (2) coupled to the left and right handle (4) is formed of several strands can be used to adjust the length according to the length of the user's height.

In addition, the present invention is installed in the pattern display unit 8 located between the rope skipping rope (2) in place of the LED array 17, the air bubble generator 31 to rotate the rope skipping rope (2) to generate air bubbles to the outside It is a structure that is discharged.

The handle 4 located on both left and right sides is formed in a structure in which the outer cylinder 5 is inserted into the outer circumferential surface of the inner cylinder 6 so that the inner cylinder 6 rotates.

Therefore, the power supply unit 9 into which the battery 18 is inserted is located in the inner cylinder 6 located at one of the left and right handles 4, and the power connection terminals are provided at both ends of the power supply unit 9 before and after. Located.

In addition, the rear end of the power connection terminal is located inside the power cap 14 to open and close the inlet formed at one end of the power supply (9).

Therefore, the power switch 13 which turns on / off the power supply of the power supply part 14 by the tightening and loosening of the power supply cap 14 operates.

In addition, a control unit 11 for controlling the pattern display unit 8 is provided inside the distal end of the inner cylinder 6, connected to a power supply unit 9 and a lead wire inserted into the rope skipping line 2 to apply a signal.

The control unit 11 is provided with a mode selection switch 12 for selecting a mode so that the pattern of the pattern display unit 8 can be selected.

In addition, a ring bearing 16 is inserted into an outer circumferential surface of the inner cylinder 6, and an outer cylinder 5 is fitted into the outer circumferential surface of the ring bearing 16 so that the outer cylinder 5 is fitted to the handle 4. do.

The outer circumferential surface of the outer cylinder (5) is attached with a temperature sensor so that the user can check the temperature of the palm holding the handle (4) while jumping rope (1) to output the afterimage and voice of the physical state Signal).

A rotor is inserted around the tip of the inner cylinder 6 of the handle 4 to rotate with the inner cylinder 6 fastened to the rope skipping rope, and adjacent to the rotor is a rotor fastened to the rope skipping rope 2. Each time the machine rotates one turn, a rotation sensor 23 is installed to output a control signal by instructing to read the pattern data from the controller.

In addition, a speaker 30 electrically connected to the control unit 11 is attached to one side of the inner cylinder 6 to output voice and sound.

In the inner cylinder 6, the wired / wireless transceiver 15 is located and electrically connected to the controller 11 so as to transmit and receive data to and from the outside through wired or wireless updates.

In addition, two pairs of rope skipping strings 2 cut so as not to be connected to the left and right handles 4 are respectively positioned, and one end thereof is positioned with both ends fastened to the inner cylinder 6 and the rotating body, respectively. do.

The rope skipping rope (2) is a cylindrical shape made of a soft synthetic resin material, the inside of the lead wire is built in the longitudinal direction so as to be connected to the control unit 11 and the LED array 17 inside the connector (3) ) Are coupled and electrically connected.

On the other hand, the rope skipping rope (2) is a connector (3) at both ends in the state of being cut into several strands.

In addition, the pattern display unit 8 is positioned between the separated pair of skipping ropes 2.

The pattern display unit 8 may display afterimages of pictures, characters, and pictures in the state where the connector 3 is positioned at both ends of the through hole to be separated and coupled with the connector 3 of the rope skipping line 2. A plurality of LEDs are arranged and an LED driver 29 for blinking each of the LEDs arranged in the LED array 17 by a driving signal output from the controller 11 is embedded.

The LED driver 29 blinks each LED arranged in the LED array 17 by a drive signal output from the controller 11.

Accordingly, when the rotation sensor 23 detects that the rotating body rotates in the ring bearing 16 when the user rotates the handle 4 once over the rope skipping line 2 and inputs the control unit 11 to the control unit ( 11) The LED driver 29 recognizes the driving signal outputted from 11), blinks the text, a picture, a picture, etc. by the previously inputted pattern data, and displays it as an afterimage in the air.

2 is a block diagram showing a control unit of the present invention jump rope.

As a configuration diagram of the multifunction display module according to the present invention, the multifunction display module includes a control unit 11, a rotation sensor 23, an LED array 17, a battery 18, a mode selection and a power switch 12, 13. ), A wired / wireless transmitter 15, an LED driver 17, a memory 24, a speaker 30, a temperature sensor, and the like.

In the present invention, the multi-function jump rope 1 has one end coupled to the left and right handles 4 and the other end is disconnected without being connected, and the pattern display unit 8 is located, and the pattern display unit 8 and the rope skipping unit 1 are connected. ) Is electrically connected by the connector 3 to be driven under the control of the control unit 11.

The LED array 17 is arranged in the center of the circuit board formed in a predetermined plate shape a plurality of LEDs to emit light of a different color, the LED driver 29 to the drive signal output from the control unit 11 As a result, each LED arranged in the LED array 17 provided in the pattern display section 8 blinks.

In addition, the rotation sensor 3 detects the rotation of the skipping rope 2, and outputs a control signal instructing the controller 11 to read the pattern data as the rotation is detected.

The controller 11 drives the LED driver 29 according to the control signal input from the rotation detection sensor 23.

In addition, the wired / wireless transmitter 15 includes a connection port, and one end is coupled to the control unit, and the other end is configured in a form that can be coupled to the connection terminal of the computer to transmit and receive data by wire or wirelessly through an app such as a mobile phone. Sends and receives data.

When the pattern data for forming the afterimage pattern by rotation is downloaded through the wire / wireless transmitter 15, the downloaded pattern data is stored in the memory 24.

Alternatively, the pattern display units 8 provided in accordance with the pattern of the data afterimage generation can be replaced.

Accordingly, the control unit 11 includes a mode designation flag 20, pattern data processing means 21, and rotation detection sensor 23 set to one of an interface 19 for data input / output with an external device, a download mode, and a pattern selection mode. Command of the speed detecting means 25 and the pattern data processing means 21 to detect the rotational speed and to adjust the period of reading the pattern data by controlling the pattern data processing means 21 according to the detected rotational speed. LED control means 26 for outputting a drive signal according to the present invention.

The mode designation flag 20 is set to one of a download mode and a pattern selection mode. In this case, the download mode is a mode for downloading pattern data through the wired / wireless transmitter 15, and the pattern selection mode is a picture, a text, a movement distance, an exercise. When the corresponding pattern display unit 8 in which the corresponding pattern data is input, among the time, calorie, game mode, and body temperature measurement mode is used, the controller 11 recognizes this and outputs the afterimage and the voice.

When the rotation of the rope skipping line 2 is detected from the rotation detection sensor 23 and the control signal is input, the pattern data processing unit 21 checks the mode designation flag 20 and performs the wired / wireless transmission / reception unit 15 according to the set mode. The pattern data is sequentially read through the control unit, and command to generate a driving signal corresponding to the pattern data read by the LED control means 26 is performed.

The wired / wireless transceiver 15 may download a computer or an app program freely through wired or wireless communication.

In addition, when the pattern data read from the pattern data processing means 21 includes the voice information, the controller 11 extracts the voice information and outputs the voice information through the speaker 30, the pattern data processing means. In the case where the pattern data read in (21) is in a compressed form, compression management means 22 may be further provided to release the compression.

On the other hand, the power switch 13 turns on / off the power applied from the battery 18 to the control unit 11, and the mode selection switch 12 sets the mode designation flag 20 setting value of the control unit 11. And change.

In addition, the mode selection switch 12 formed on the handle 4 switches the mode to match the pattern display unit 8 coupled to the rope skipping rope 2 so as to inform the counter function of counting the number of skipped ropes and the time of skipping rope. In addition to changing the timer function, it is possible to output pictures, text, exercise distance, exercise time, calories burned, game mode, and body temperature measurement afterimage and voice.

On the other hand, the pattern data is composed of the number of columns forming the entire afterimage pattern, pixel information constituting each column, whether the LED for each pixel blinks and the blink cycle, color information of the LED for each pixel, voice information, compression, decompression information, and the like.

The pattern data composed of such information is stored in the memory 24 of the control unit 11 or in the memory 24 included in the LED array 17 of the pattern display unit 8 so that a predetermined afterimage effect occurs when driving occurs. Afterimage patterns such as letters, symbols, pictures, pictures, and videos forming a shape are expressed. When the voice information is included, the afterimage pattern is displayed together with the voice output through the speaker 30.

Therefore, the controller 11 controls the blinking of the light emitting of the LED array 17 by a user's operation so that an afterimage pattern of letters, symbols, or the like is formed when rotation by the user occurs.

On the other hand, although not shown in the drawing in another embodiment, the control unit 11 is not installed on the handle 4, the pattern display unit 8 is composed of a means for supplying only power from the handle 4 because the LED array and the control unit included together Can also be driven.

The LED array 17 is turned off when there is no rotation of the rope skipping line 2, and when the rotation occurs, the LED array 17 flashes instantaneously by the rotation detecting sensor 23 to have a power saving effect.

In addition, the control unit 11 so that the LED flickers when the rope skipping rope 2 is rotated once in the handle 4 by the centrifugal force once the rotation sensor and the rotation sensor 23 located in the rotor detects the rotation. By running, the number of rope skipping can be implemented as an afterimage.

In addition, the present invention detects the temperature of the palm when the user skips the rope skipping (1) while holding the handle (4) and sends data to the control unit 11, the control unit 11 pattern the user's body state The display unit 8 outputs afterimages or sound.

In addition, the present invention can enjoy a rock-paper-scissors game with another skipping rope 1 user by a program input by the control unit 11 through the wired / wireless transmitter 15.

Figure 3a, b is a plan view showing a state of separation and engagement of the rope skipping rope of the present invention.

The present invention can be used to connect or separate several strands according to the user's key without connecting the two strands of rope skipping rope (2) connected to the left and right handle (4), respectively.

Therefore, the rope skipping rope (2) is a state in which the connector (3) is fastened at both ends in the state of cutting into several strands can be used to adjust the length of separation and coupling according to the user's key.

In other words, the present invention can easily adjust the length according to the gender key by forming the rope skipping rope (2) in several strands separated and combined.

Figure 5 is a plan view showing a state in which the bubble generator coupled to the jump rope rope of the present invention.

The present invention is to install the air bubble generator 31 that can generate air bubbles without installing the LED array 17 to the pattern display unit 8 so as to continue to interest in the process of skipping rope (2), The pattern display part 31 forms an air bubble outlet so that the air bubbles generated by the air bubble generator 31 are discharged through the air bubble outlet every time the rope jump rope 2 is rotated.

When the pattern display unit 8 in which the air bubble generator 31 is installed is replaced, when the mode selection switch 12 located in the handle 4 switches to the air bubble related mode, the control unit 11 controls air bubbles in the air. You can adjust the size and speed.

1: rope skipping 2: rope skipping
3: connector 4: handle
5: outer barrel 6: inner barrel
7: line inserting slot 8: pattern display section
9: power supply
11: control unit 12: mode selection switch
13: power switch 14: power cap
15: wireless transceiver 16: bearing
17: LED array 18: battery
19: Interface 20: mode designation flag
21: pattern data processing means 22: compression management means
23: connection port 24: memory
25: speed detecting means 26: LED control means
27: sound output means 28: temperature sensing means
29: LED driver 30: speaker
31: bubble generator

Claims (5)

In the rope skipping rope having a pair of handles at the left and right ends of the rope skipping rope in which the light emitter is inserted,
A power supply for inserting a battery into one of the inner cylinder of the handle, a power cap for opening and closing the inlet formed at one end of the power supply portion, and a power supply for turning on and off the power supply of the power supply by tightening and releasing the power cap. A switch for controlling a pattern display unit connected to a power supply unit and a lead wire inserted into a rope skipping line inside the inner end of the inner cylinder, and the control unit has a mode selection switch for selecting a mode to select a pattern of the pattern display unit. A handle having an inner cylinder provided therein, and a ring bearing inserted into an outer circumferential surface of the inner cylinder, and having an outer cylinder fitted to the inner circumferential surface of the ring bearing so as to rotate; Wow
A temperature sensor attached to an outer circumferential surface of the outer cylinder to check a user's body temperature and send a signal to a controller; Wow
A rotating body inserted into the inner cylinder tip of the handle and rotating in a state of being fastened to both ends of the rope skipping rope; Wow
A rotation sensor which detects the rotational body fastened to the rope skipping rope every time one rotation rotates and outputs a control signal instructing to read the pattern data from the controller; Wow
A speaker electrically connected to a control unit at one side of the inner cylinder; Wow
An access port and a wireless transmission / reception unit positioned in the inner cylinder to be electrically connected to a control unit to transmit and receive data to and from the outside via wired or wireless; Wow
One end of a pair of rope skipping ropes, which are not connected to the left and right handles, are respectively fastened to the rotating body, and the inside of the fastened rope skipping rope is internally connected in a lengthwise direction so as to be connected to a controller, and the other end of which is cut off. A rope skipping rope having a connector coupled to and positioned at left and right sides; and
Located between the pair of rope skipping, the connector is located at both ends of the inside and through holes to be separated and coupled with the connector of the rope skipping rope, and a plurality of LEDs are arranged inside the display to display the afterimages of pictures, characters, and pictures, and is output from the controller. The multi-function rope skipping using afterimages, characterized in that consisting of a pattern display unit built-in LED array built-in LED driver for blinking each LED arranged in the LED array by the drive signal. The display apparatus of claim 1, wherein the controller comprises: an interface for inputting / outputting data with an external device;
A mode designation flag configured to be set to one of a download mode and a pattern selection mode, wherein the pattern selection mode is switched to a picture, a text, an exercise distance, an exercise time, a calorie, a game mode, and a body temperature measurement to output afterimage and voice; Wow
Temperature sensing means for measuring a user's body temperature by a temperature sensor attached to an outer cylinder of the handle and displaying the pattern on the pattern display unit when the mode selection flag is changed to the pattern selection mode; and
When rotation is detected from the rotation detection sensor and a control signal is input, the mode designation flag is checked to sequentially read the pattern data from the wired / wireless transmitter according to the set mode, and generate a driving signal corresponding to the pattern data read by the LED control means. Pattern data processing means for instructing a thing;
Speed detection means for detecting a rotation speed through the rotation detection sensor and controlling a pattern data processing means to read the pattern data according to the detected rotation speed;
And the LED control means for outputting a driving signal in accordance with a command of the pattern data processing means. The multi-function rope skipping rope according to claim 1, wherein the rope skipping rope is connected to both ends in a state in which the rope skipping line is cut into several strands, and thus the length of the rope skipping line can be adjusted by separation and coupling according to a user's height. According to claim 1, wherein the jump rope is installed instead of the LED array installed in the pattern display unit after the air bubble generator to generate air bubbles when the air bubbles are discharged through the air bubble outlet when rotating the rope skipping line Multi-function rope skipping. The multi-function rope skipping rope according to claim 1, wherein the pattern indicator is used in accordance with the afterimage pattern.

Images