KR100734605B1 - The aerobic complex training equipment which and makes to do the strengthening of muscle with a fat, an abdomen, and the internal-organ fat decomposition - Google Patents

Abstract

Aerobic complex training equipment is provided to improve a training effect by smooth fat oxidation in the body by minimizing overstrain of a joint and maximizing a calorie consumption using a vibration. The equipment includes a body, a vibration generator(100), a foot plate, a control panel, a support, and a handle. The vibration generator comprises a first bearing(120) having an inner ring(121) fitted in an eccentric shaft(113) connected to a driving motor and an outer ring(122) connected to a first groove(131) of a plate(130), a second bearing(140) having an outer ring(141) fitted in a second groove(132) of the plate, a projection shaft(160) connected to a connection tool(150) and an inner ring(142) of the second bearing, a hinge shaft(170) connected to the connection tool, third bearings(180) having inner rings(181) fitted in the hinge shaft and outer rings(182) connected to a groove of first fixing plates(183), and a bracket(190) placed between the first fixing plates.

Description

Aerobic complex training equipment which and makes to do the strengthening of muscle with a fat, an abdomen, and the internal-organ fat decomposition}

1 is a perspective view of an aerobic combined exercise device for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 2 is a perspective view of the main back of the body in the state of removing the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 3 is an exploded perspective view showing the inside of the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 4 is a bottom perspective view of the support plate constituting the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength according to the present invention.

Figure 5 is a perspective view of the vibration generating unit is installed inside the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 6 is an exploded perspective view of the vibration generating unit is installed inside the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 7a, 7b is an illustration showing the operating state of the vibration generating unit installed inside the body of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 8 is a side view of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

Figure 9a, 9b is a front operating state of the aerobic complex exercise apparatus for body fat, abdomen, visceral fat decomposition and muscle strength in accordance with the present invention.

10 is a block diagram of a power input unit, an inverter unit, and a control circuit connected to a drive motor constituting a vibration generating unit of an aerobic combined exercise device for body fat, abdomen, visceral fat decomposition and muscle strength strengthening according to the present invention.

<Brief description of symbols for the main parts of the drawings>

100: vibration generating unit 111: drive motor

112: motor shaft 113: eccentric shaft

114: step 120: first bearing

121,142,181: inner ring 120: first bearing

122,141: Outer ring 130: Plate

131: first insertion groove 132: second insertion groove

140: second bearing 150: connector

160: step shaft 170: hinge axis

180: third bearing 183: first fixing plate

184: third insertion groove 190: bracket

200: body 300: scaffolding

400: control panel 500: support

600: Handle

The present invention relates to an aerobic complex exercise device that enhances body fat, abdomen, visceral fat decomposition and muscle strength, and in particular, converts rotational force generated from the driving motor into a linear reciprocating motion, and rotates the vibration plate coupled to the central axis of the hinge bracket. By reciprocating the vibration to generate the vibration, the user's body on the top is artificially repeated to move or shake, minimizing the number of joints while maximizing calorie consumption and burning the body fat in the body smoothly. To get it.

In general, the body obtains the necessary nutrients from food supplied from the outside, and decomposes and converts them into calories to perform the necessary work, and the rest of the nutrients are accumulated in the body.

Fat accumulated in the body is converted into calories through aerobic exercise and is destroyed, but in modern people with little activity, the amount of heat entering the body through food is always constant, while obesity increases as the consumption of calories gradually decreases. It acted as a cause.

Various exercise apparatuses have been proposed as methods for artificially consuming calories, and most of the proposed exercise apparatuses are configured to obtain exercise effects by operating the apparatus by the user's muscle strength.

In order to operate the exercise equipment, a certain amount of strength is required, and especially children and the elderly are not able to obtain the effect of the exercise required due to the lack of strength. There was another problem that came.

The present invention has been created in order to solve the above problems, by converting the rotational force generated from the drive motor to linear reciprocating motion by the vibration generated in the process of reciprocating the vibration plate coupled to the vertical axis of the hinge bracket up and down By artificially moving or shaking the body, minimizing the number of joints, maximizing calorie consumption, smoothly burning body fat in the body, maximizing exercise effects, and gaining a healthy body while releasing body fat, abdomen, visceral fat, and muscle strength The purpose is to provide aerobic combined exercise equipment that strengthens.

The present invention for achieving the above object is configured such that the footrest 300 is exposed on the upper portion of the body 200 in which the vibration generating unit 100 is installed, and the control panel 400 is located at the rear of the body 200. The combined support 500 is installed, the lower end of the handle 600 is coupled to both sides of the body 200 and the upper end is configured to be fixed to the support 500, body fat, abdomen, visceral fat decomposition and In the aerobic complex exercise mechanism for strengthening muscle strength, the vibration generating unit 100 is formed by the stepped 114 to the eccentric shaft 113 coupled to the motor shaft 112 of the drive motor 111, the first bearing The inner ring 121 of the 120 is fitted and the outer ring 122 of the first bearing 120 is coupled to the first insertion groove 131 formed in the plate 130, and the first insertion of the plate 130 is performed. The outer ring 141 of the second bearing 140 is fitted to the inner ring 142 of the second bearing 140 by forming a second insertion groove 132 in the upper portion of the groove 131. The stepped shaft 160 coupled to the lower portion of the 150 is coupled, and the hinge shaft 170 is coupled to the upper portion of the connector 150 by interference fit, but is formed on both sides of the hinge shaft 170 The inner ring 181 of the three bearing 180 is fitted, the outer ring 182 is coupled to the third insertion groove 184 formed in each of the first fixing plate 183, the first fixing plate 183 The bracket 190 is interposed therebetween and coupled to the bolting, and the scaffold frame 310 is coupled to the upper portion of the bracket 190 by bolting.

In addition, the connector 150 is formed such that the hinge grooves 151 and 151 'are symmetrically formed on both sides bent in the form of dip, and have a predetermined length toward the bottom of the center where the hinge grooves 151 and 151' are formed. By extending to the through groove 152 is characterized in that it is formed integrally.

In addition, the footrest 300 is a vibration plate 340 is coupled to the central axis 330 of the hinge bracket 320 and the footrest frame 350 having a border 351 formed on the vibration plate 340 is It is coupled, characterized in that the memory foam 360 and the rubber pad 370 is coupled to be stacked inside the edge 351 of the scaffold frame 350.

In addition, the central shaft 330 is characterized in that the coupling is bolted by the second fixing plate 380, the fourth bearing 381 is fitted to each side end.

In addition, the support 500 is fixed to the other side opposite to the body 200 is fixed 700 is characterized in that the height adjustment knob 710 is screwed to the lower end of the support (700).

In addition, the driving motor 111 of the vibration generating unit 100 is electrically connected to the inverter unit 810 connected to the output side of the power input unit 800, the inverter unit 810 is a control circuit ( 820 is configured to transmit and receive to the communication port, the power input unit 800 is the power supply via the fuse 801, the emergency switch 802 and the main switch 803 the first SMPS of the inverter unit 810 811 and the second SMPS 821 of the control circuit 820 are applied to the control circuit 820, the power of the second SMPS 821 is applied to the second SMCU 822, the second MCU (822) LCD 823, LED 824, and buzzer 825 are connected to the output terminal of, and a touch key 826 and an input key 827 are connected to an input terminal of the second MCU 822. The second communication port 828 is provided at the 2MCU 822, and the inverter unit 810 is supplied with the power of the first SMPS 811 to the first MCU 812 and the IGBT 813, and the first MCU 812. ) 'S first communication font 814 The second communication port 828 is communicatively connected, and the IGBT 813 is connected to the first MCU 812 through a protection circuit 815, characterized in that the body fat, abdominal, visceral fat decomposition and muscle strength The goal is achieved by providing aerobic combined exercise equipment that strengthens.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

Aerobic complex exercise device for body fat, abdomen, visceral fat decomposition and muscle strength strengthening according to the present invention, as shown in Figures 1 to 6, the vibration generating unit 100, the body 200, the footrest 300 , The control panel 400 and the support 500 and the handle 600 is composed.

Here, the vibration generating unit 100 has a function of generating vibration by vertically reciprocating the scaffold 300 while allowing its speed to be selectively added or decreased by the control panel 400. An inner ring 121 of the first bearing 120 coupled to the first insertion groove 131 formed in the plate 130 has a step 114 formed in the eccentric shaft 113 coupled to the motor shaft 112 of the 111. The outer ring 122 of the first bearing 120 is configured to be coupled to the first insertion groove 131 by interference fit.

The plate 130 has a predetermined thickness, and a first insertion groove 131 and a second insertion groove 132 are formed at lower and upper portions, respectively, so that the eccentric motion of the eccentric shaft 113 is converted into a linear reciprocating motion. It is configured to.

The second insertion groove 132 is configured such that the outer ring 141 rotatably coupled to the inner ring 142 of the second bearing 140 to which the stepped shaft 160 is coupled is coupled by interference fit.

The stepped shaft 160 is coupled to the lower portion of the connector 150 to transfer the vertical reciprocating motion of the plate 130 back to the bracket 190 to the slight twist generated in the process of operating the footrest frame 310 To reduce the impact force transmitted to the user through the footrest 300 to reduce the fatigue limit on each rotating part is configured to be used for a long time.

To this end, the connector 150 for fixing the stepped shaft 160 has a predetermined thickness and is bent in a dish shape to form a steel plate formed to be symmetrical hinge grooves (151, 151 ') on both sides thereof, In other words, the center in which each of the hinge grooves 151 and 151 'is formed extends to a predetermined length toward the lower portion so that the through grooves 152 are integrally formed.

In addition, between the hinge grooves 151 and 151 ′ formed on both sides of the upper part of the connector 150, the hinge shafts 170 having a stepped shape at both ends are coupled to each other by a rotatable middle fit to prevent them from being separated from each other. It is configured to be

The inner ring 181 of the third bearing 180 is fitted to the end of the stepped shape exposed to both sides of the hinge grooves 151 and 151 'and the outer ring coupled to the inner ring 181 of the third bearing 180. 182 is configured to be coupled by interference fit to the third insertion groove 184 formed in each of the first fixing plate (183).

Each of the first fixing plates 183 to which the outer ring 182 of the third bearing 180 is fitted is bolted to the bracket 190 having an open front, rear and bottom portions only, and the bolting. The first fixing plate 183 is configured to be coupled to the scaffolding frame 310 on the upper portion of the bracket 190 is coupled again by bolting.

The vibration generating unit 100, the body 200, the footrest 300, the control panel 400 and the support 500, which constitutes the aerobic complex exercise device for the body fat, abdomen, visceral fat decomposition and muscle strength strengthening As shown in FIG. 1, the handle 600 is configured such that the footrest 300 is exposed on the upper portion of the body 200 in which the vibration generating unit 100 is installed, and the control panel 400 is located at the rear of the body 200. ) Is coupled to the support 500 is installed, the lower end of the handle 600 is coupled to both sides of the body 200 and the upper end is configured to be fixed to the support (500).

The body 200 is coupled so that the support plate 900 is covered with only the bottom and the upper portion is open, and a mounting groove 210 having a predetermined depth is formed in both sides thereof in a vertical direction so that the bottom of the handle 600 is vertical. It is comprised so that it may couple to both sides of this support plate 900. And the lower both sides of the support plate 900 is provided with a steel reinforcing guide bar 910 is configured to reduce the generation of vibration and noise.

In addition, where the upper part of the body 200 is open, when the footrest 300 is exposed to the outside and operated in a seesaw type, the protective rim 220 is integrally formed to prevent the child's finger from being injured. Formed. That is, the protective border 220 is higher than the upper side when one side of the footrest 300 is completely lowered to the bottom, the footrest 300 when one side of the footrest 300 of the protective border 220 is fully raised back to the upper ( The lower portion of the vibration frame 340 constituting the 300 is configured to have a height that is prevented from being completely exposed.

The scaffold 300 has a function of preventing the vibration force or the impact force from being transmitted as it is vibrated by the vibration generated from the vibration generating part 100 when the user stepped on the support groove at the bottom of the center. Vibration plate 340 having a rectangular shape (341) and the scaffold frame 310 having a frame 351 formed on the top of the vibration plate 130 is coupled by bolting, the edge of the scaffold frame 310 The memory foam 360 and the rubber pad 370 are sequentially stacked inside the 351.

The support groove 341 formed in the vibration plate 130 is configured to be coupled to the central axis 330 of the hinge bracket 320 fixed to the support plate 130.

In addition, the central shaft 330 is configured to be coupled by bolting by the second fixing plate 380, the fourth bearing 381 is fitted at both ends thereof.

The control panel 400 is to be driven by selectively operating the drive motor 111 constituting the vibration generating unit 100, by varying the appropriate rotational force and torque is generated is required to operate other combined exercise equipment It is designed to provide the function to operate every detail and to check it with the naked eye.

To this end, the control panel 400 is coupled to the upper portion between the support 500 and the handle 600 fixed to the rear of the body 200 can be easily manipulated by the user 2SMPS (SPS) Switching Mode Power Supply (821) is applied to the second MCU (Microcontrol Unit) (822) and the output of the second MCU (822) LCD 823, LED 824 and the buzzer (825) Is connected, a touch key 826 and an input key 827 are connected to an input terminal of the second MCU 822, and a second communication port 828 is provided at the second MCU 822. have.

In the inverter unit 810, the power of the first SMPS 811 is applied to the first MCU 812 and the IGBT (Insulated Gate Bipolar Transister) 813, and the first communication of the first MCU 812 is performed. The font 814 is connected to the second communication port 828 so that communication is possible, and the IGBT 813 is configured to be connected to the first MCU 812 through the protection circuit 815. Here, the IGBT is a power semiconductor device having an impedance of an output transistor having an impedance of an input gate close to infinity, similar to that of a field effect transistor (FET).

The drive motor 111 of the vibration generating unit 100 is electrically connected to an inverter unit 810 connected to the output side of the power input unit 800, and the inverter unit 810 is connected to the control circuit ( It is configured to transmit and receive to the communication port of the 820 and the power input unit 800 is the power supply via the fuse 801, the emergency switch 802 and the main switch 803, the first SMPS of the inverter unit 810 ( 811 and the second SMPS 821 of the control circuit 820 are configured to be applied.

On the other hand, the lower portion of the support 500 to which the control panel 400 is coupled is fixed to the other side to the other side opposite to the body 200, 700, the height adjustment knob 710 at the lower end of the support (700) It is configured to be screwed together.

The aerobic combined exercise device for dissolving body fat, abdomen, visceral fat and strengthening muscles having such a configuration, first, turns on the main switch 803 of the power input unit 800 while the user is on the footrest 300. At the same time, power is applied to the first SMPS 811 of the inverter unit 810 and the second SMPS 821 of the control panel 400, respectively, and the power of the first SMPS 811 is the first MCU 812 and the second SMPS 821. ) Is applied to the second MCU 822.

Next, the current state is displayed through the LCD 823 and the LED 824 connected to the output side of the second MCU 822 of the control circuit 820, and the user touch key 826 installed in the control circuit 820. Or the input key 827, the signal is transmitted to the second MCU 822, the value of the second MCU 812 through the second communication port 828, the value of the first communication port 814 Via the first MCU (812) via.

At this time, whether the communication, temperature, speed, torque, and overcurrent are generated is self-tested according to the program sequence.When the main switch 803 is turned on while pressing a specific key or pressing a specific key in the process of self-test, the speed and torque Can be adjusted and the adjusted value is stored in memory.

Next, as power is supplied to the driving motor 111 through the IGBT 813 connected to the output side of the first MCU 812, the motor shaft 112 of the driving motor 111 is rotated at a set speed and torque. do. As the motor shaft 112 rotates, the eccentric shaft 113 starts to rotate at the lower left side as shown in 7a and rotates to the upper right side to repeat the operation. That is, as the motor shaft 112 rotates up and down by the amount of eccentricity of the eccentric shaft 113, the first bearing 120 and the plate 130 coupled to the step 114 are linked together. As the stepped shaft 160 coupled to the bearing 140 is moved together, the bracket 190 coupled to the hinge shaft 170 to the connector 150 is operated.

Next, as shown in FIGS. 9A and 9B, the scaffolding frame 350 coupled to the upper portion of the hinge 190 is moved from the upper side to the lower side as shown in FIGS. 9A and 9B. Left and right up and down reciprocating movement with respect to the axis (330).

At this time, a slight twist occurs between the connector 150 and the second fixing plate 380, but as the hinge shaft 170 is supported by the third bearing 180 coupled to the first fixing plate 183, The torsion is minimized to prevent the fatigue limit in the driving part, so that it can be used for a long time.

The impact force generated in the process of changing the direction of the footrest 300 including the vibration plate 340 when the user stands on the top of the footrest 300 is directly transmitted to the user, but at this time, the memory foam 360 and the rubber It is buffered by the pad 370.

On the other hand, where the upper part of the body 200 is open, when the footrest 300 is exposed to the top and is operated by the seesaw at the same time, the child's fingers are caught, etc., but at this time, one side of the footrest 300 is completely lowered. When descending, the protective rim 220 formed to be higher than the upper portion prevents a finger from being pinched, thereby preventing a safety accident.

As described above, the present invention converts the rotational force generated from the motor into a linear reciprocating motion so that vibration is generated by reciprocating the vibration plate coupled to the central axis of the hinge bracket up and down, thereby artificially lifting the user's body on the upper part. By repeatedly moving or shaking to minimize the number of joints while maximizing calorie consumption, the body fat, abdomen, visceral fat, such as to smoothly decompose and at the same time to strengthen the muscles to achieve the effect.

In addition, by forming a protective border on the upper portion of the body to prevent the safety accident caused by pinching the children's fingers.

Claims (6)

The footrest 300 is configured to be exposed on the upper portion of the body 200 in which the vibration generating unit 100 is installed, and a support 500 in which the control panel 400 is coupled to the rear of the body 200 is installed. In the aerobic complex exercise mechanism that is coupled to the lower end of the handle 600 on both sides of the body 200 and the upper end is configured to be fixed to the support 500, body fat, abdomen, visceral fat decomposition and muscle strength enhancement , The vibration generating unit 100 forms the stepped 114 on the eccentric shaft 113 coupled to the motor shaft 112 of the drive motor 111, the inner ring 121 of the first bearing 120 is fitted and The outer ring 122 of the first bearing 120 is coupled to the first insertion groove 131 formed in the plate 130, and the second insertion groove 132 is disposed on the first insertion groove 131 of the plate 130. The outer ring 141 of the second bearing 140 is inserted into the inner ring 142 of the second bearing 140 is coupled to the stepped shaft 160 coupled to the lower portion of the connector 150, The hinge shaft 170 is coupled to the upper portion of the connector 150 by interference fit, the inner ring 181 of the third bearing 180 is fitted to both sides of the hinge shaft 170 and the outer ring 182 is It is coupled to the third insertion groove 184 formed in each of the first fixing plate 183, the bracket 190 is interposed between the first fixing plate 183 is coupled by bolting, the bracket 190 Scaffolding frame 310 on top of the ) Is a combined aerobic exercise equipment for body fat, abdomen, visceral fat decomposition and strengthening muscles, characterized in that coupled to the bolting. The method of claim 1, The connector 150 is formed such that the hinge grooves 151 and 151 'are symmetrically formed on both sides bent in the form of a dip and extend in a predetermined length toward the bottom of the center where the hinge grooves 151 and 151' are formed. The aerobic combined exercise device for body fat, abdomen, visceral fat decomposition and strengthening muscle strength, characterized in that the through groove 152 is formed integrally. The method of claim 1, The scaffold 300 is a vibration plate 340 is coupled to the central axis 330 of the hinge bracket 320 and the scaffold frame 350 having a frame 351 formed on top of the vibration plate 340 is coupled Comprehensive aerobic exercise for body fat, abdomen, visceral fat decomposition and strengthening muscles, characterized in that the memory foam 360 and the rubber pad 370 is laminated to the inside of the rim 351 of the scaffold frame 350 Instrument. The method of claim 3, The central axis 330 is the aerobic complex for body fat, abdominal, visceral fat decomposition and muscle strength, characterized in that coupled by bolting by the second fixing plate 380 fitted with a fourth bearing 381 at each side end, respectively. Fitness equipment. The method of claim 1, The support 500 is a body fat, characterized in that the fixing 700 is coupled to the other side facing the body 200, the height adjustment knob 710 is screwed to the bottom of the fixing 700, Aerobic complex exercise device that improves abdominal, visceral fat decomposition and muscle strength. The method of claim 1, The drive motor 111 of the vibration generating unit 100 is electrically connected to the inverter unit 810 connected to the output side of the power input unit 800, the inverter unit 810 is a control circuit 820 It is configured to transmit and receive to the communication port, the power input unit 800 is the power supply via the fuse 801, the emergency switch 802 and the main switch 803, the first SMPS of the inverter unit 810 ( 811 and the second SMPS 821 of the control circuit 820, and the control circuit 820 is supplied with the power of the second SMPS 821 to the second SMCU 822, the second MCU 822. An LCD 823, an LED 824, and a buzzer 825 are connected to an output terminal of the second terminal, and a touch key 826 and an input key 827 are connected to an input terminal of the second MCU 822. A second communication port 828 is provided at 822, and the inverter unit 810 is supplied with power of the first SMPS 811 to the first MCU 812 and the IGBT 813, and the first MCU 812. The first communication font 814 of the second barrel The IGBT 813 is connected to the new port 828 so that communication is possible, and the IGBT 813 is connected to the first MPU 812 through a protection circuit 815 to enhance body fat, abdomen, visceral fat, and muscle strength. Aerobic complex exercise equipment.

Images