RU98917U1 - MULTI-FUNCTIONAL AEROBIC HEALTH VIBRATION HEALTH UNIT - Google Patents

Abstract

 Multifunctional aerobic health-improving vibration apparatus of intermittent action, including a mechanical transmission with rigid and flexible elements, a physiotherapeutic stand for massage of hands and feet and an electronic control circuit of intermittent mode with adjustable intervals, characterized in that said mechanical transmission with rigid and flexible elements contains a shoe (1 ), housing (2), base (3), two holders (4) of elastic plates, two elastic plates (5), two first bearings (6), lining (7), engine (8), two second ones a bearing (9), two cylindrical axles (10), an arm (11), a physiotherapeutic stand (12) for massage of arms and legs, a third bearing (13), a crankshaft (14), two connecting rods (15) and two rocker arms ( 16); moreover, the shoe (1) is located outside the housing (2) in its lower part, the base (3) is installed inside the housing (2) in its lower part, two holders (4) of elastic plates are located on both sides above the base (3), on two holders (4) vertically mounted two elastic plates (5), respectively, the first two bearings (6) are mounted on the base (3), respectively, providing the connection of the two rocker arms (16), the lining (7) is located on the base (3) under the motor (8), the electric motor (8) is mounted on the lining (7), two second under the rose bush (9) is mounted on two link arms (16), respectively, using two cylindrical axes (10), two connecting rods (15) are connected, the bracket (11) is connected to the link arm (16) using two second bearings (9) ) and two cylindrical axes (10), the connection of a physiotherapeutic stand (12) for massage ru

Description

Technical field

This utility model relates to the field of health-improving apparatuses, in particular, to a multifunctional aerobic health-improving vibrating apparatus of discontinuous action.

State of the art

Multifunctional aerobic health-improving vibrating apparatus of intermittent action is a modified and improved version of traditional aerobic health-improving apparatus, which has such common disadvantages as irrational design, poor functional characteristics, small number of functions, low efficiency, low wear resistance, oil stains, high noise levels, high rate of return of products to repair, etc.

Utility Model Disclosure

The objective of this utility model is to provide a wide range of consumers with a new multifunctional aerobic recreational vibration apparatus of continuous operation with excellent functional characteristics, full functionality and high efficiency.

The multifunctional aerobic health-improving vibrating apparatus of discontinuous action proposed by the utility model includes a mechanical transmission with rigid and flexible elements, a physiotherapeutic stand for massage of arms and legs and an electronic intermittent control circuit with adjustable intervals. The utility model is characterized in that the mechanical transmission with rigid and flexible elements comprises a shoe 1, a housing 2, a base 3, two holders 4 of elastic plates, two elastic plates 5, two first bearings 6, a lining 7, an engine 8, two second bearings 9, two cylindrical axes 10, an arm 11, a physiotherapeutic stand 12 for massage of arms and legs, a third bearing 13, a crankshaft 14, two connecting rods 15, two rocker arms 16.

The shoe 1 is located outside the housing 2 in its lower part. The base 3 is installed in the lower part inside the housing 2. Two holders 4 of elastic plates are located on both sides above the base 3. Two elastic plates 5 are respectively mounted vertically on two holders 4. The first two bearings 6 are mounted on the base 3, respectively, providing the connection of the two rocker arms 16. The lining 7 is located on the base 3 under the electric motor 8. The electric motor 8 is mounted on the lining 7. Two second bearings 9 are mounted on the two rocker arms 16, respectively. With the help of two cylindrical axes 10, two connecting rods 15 are connected. The bracket 11 is connected to the rocker arm 16 using two second bearings 9 and two cylindrical axes 10. The connection of the physiotherapeutic support 12 for massage of arms and legs with the bracket 11 is detachable. The crankshaft 14 through the third bearing 13 is connected to the connecting rod 15. The connection of the shaft of the engine 8 with the crankshaft 14 is made using a tight fit.

The proposed physiotherapeutic stand 12 for massage of the hands and feet includes an opening 121 for supplying water, a magnetic board 122, a medicine bag 123, an exhaust opening 124, a housing 125, an insulated recess 126, an electric heater 127, and a base 128.

The housing 125 has four depressions where a person’s hands or feet are placed, and these four depressions can be removed and mounted on the base 128. A water supply opening 121 is located at the top of the housing 125. An exhaust port 124 is located at the bottom of the cavity of the housing 125. Magnetic circuit board 122 is located in the upper part of the inner wall of the housing 125. A drug bag 123 is installed inside the housing 125. An electric heater 127 is installed on the inner base 128 of the housing 125. An insulated recess 126 is mounted above the electric heater 127 as bumps.

The proposed electronic intermittent control circuit with adjustable intervals includes a single-chip 8-bit EM78P156 microprocessor, a DC / DC converter, an electric motor, an electric motor control circuit, an intermittent control circuit, an electric motor, a mechanical transmission unit, a remote time control controller, a digital display unit, a timer, a switch start / stop and start / stop display unit.

By supplying AC 220 V through the inputs "L" and "N", a single-chip 8-bit EM78P156 8-chip microprocessor is connected to an electric motor and a DC converter, which is connected to the vdd, TCC and RS1 terminals. The electric motor is connected to the RA7 terminal of the single-chip 8-bit microprocessor EM78P156 through the motor control circuit and to the terminal RA0 of the single-chip 8-bit microprocessor EM78P156 through the intermittent control circuit. The electric motor is connected to a mechanical transmission installation. A remote time control controller is connected to the RB0 terminal of a single-chip 8-bit EM78P156 microprocessor. The digital indication unit is connected to the terminals RB2 ~ 3 and RA0 ~ 6 of the single-chip 8-bit EM78P156 microprocessor. The timer is connected to the digital display unit and to the output RB2 ~ 4 of a single-chip 8-bit microprocessor EM78P156. The start / stop switch is connected to the output of a single-chip 8-bit microprocessor EM78P156. The start / stop display unit is connected to terminal RB1 of a single-chip 8-bit microprocessor. The VSS pin of a single-chip 8-bit EM78P156 microprocessor is connected to a ground wire.

The principle of the control circuit: AC 220 V is supplied through "L" and "N", the voltage is reduced by means of a transformer TR1 and an output voltage of 5 V is obtained through the bridge circuit of the rectifier and 7805, supplying a single-chip microprocessor EM78P156 (PT07001). The motor output control and time control are carried out via the ON / OFF, Inc, Dec buttons and input using the remote controller with an infrared remote control.

The principle of operation of the controller circuit with an infrared remote control: it mainly consists of an NT6221 infrared emitting chip that issues infrared codes for the "ON", "OFF", "Inc" and "Dec" buttons, thereby controlling the main control circuit of the main control and telecontrol of the health apparatus is implemented.

The improving apparatus consists mainly of three parts: a mechanical transmission combining rigidity and elasticity; physiotherapeutic stands for massage of arms and legs; intermittent electronic control circuit with adjustable intervals. They jointly perform intermittent vibrating pumping massage movements of the arm and legs in combination with fumigation with medicinal substances and other methods of physiotherapy.

The mechanical design, which combines a rigid support, a crank drive mechanism and an elastic amplifier, allows the human body to feel vibrating pumping movements with double vibration and triple ascent. In this utility model, the leg stand of a traditional rocking chair is transformed into a multifunctional physiotherapy stand for massage of arms and legs, which shakes both legs and arms and at the same time has the functions of fumigation with drugs, magnetic therapy, therapy with far-infrared rays and anions. An electronic control circuit allows intermittent massage movements. This is a multifunctional medical device with full functions, high efficiency and excellent characteristics, it operates in intermittent mode and performs vibration massage movements with touching hands and feet in combination with drug treatment and other physiotherapeutic methods of treatment.

Mechanical transmission design, see attached FIG. 4. With each rotation cycle of this unit, the human body will carry out such vibrational and pumping movements as vibration 2 times, falling down 2 times and floating up 1 time.

Physiotherapeutic stand for massage of hands and feet: A rubber massage plate is installed outside the case, inside the case there are magnetic boards, an electric heater, medicinal herbs of traditional Chinese medicine and bamboo charcoal. For use, it is necessary to pour water inside and heat it until hot vapors are released and then massage the arms and legs in pairs. The gases produced by medicinal herbs of traditional Chinese medicine, the anion emitted by bamboo charcoal and far infrared rays not only have a healing and healing effect on the human body, but also improve the indoor environment, purify the air, prevent environmental pollution, etc. This unit shakes both legs and arms . According to the theory of six channels connecting the branches in the area of the legs and six channels connecting the branches in the area of the hands in the theory of meridians and collaterals (Jinglo) and the point of view about the reflex zones of the hands and feet in bio-holography, the swing of the hands or feet has a uniform healing effect .

The circuit of the proposed electronic controller intermittent mode for controlling time, see Figure 5. It mainly includes: a power transformer, a single-chip microprocessor, an intermittent control switch, a phototyristor, a triac, a manual manipulator, a remote controller, etc. It differs in that the power circuit is divided into two parts: a variable and a constant. Firstly, a stabilized DC power supply, consisting of a power transformer, a rectifier bridge, a three-pin voltage stabilizer, a smoothing capacitor, etc., produces a +5 V DC voltage and powers a single-chip microprocessor. Secondly, an AC power source, consisting of a triac, photo-thyristor, motor starting capacitor, etc., is used to power the electric motor.

On the main control panel there is a single-chip microprocessor, an iconic glow discharge indicator, and peripheral ICs that perform the task of general control of the time control of a complex apparatus.

The time controller has two functions, such as telecontrol and manual control, to provide convenience to consumers. Its task is to transfer four commands to the single-chip microprocessor on the main control panel according to the user's needs: increasing time, reducing time, starting and stopping, and thus the precise operation of the medical device is carried out.

Figure 1 shows a block diagram of a system consisting of a mechanical transmission, a stabilized DC power supply, a time control controller (including a digital indicator, a remote controller and a manual manipulator), a discontinuous motor controller, an electric motor, and others. Below is a further description of all subsystems in combination with the attached figures.

A crankshaft 14 is mounted inside the housing 2, which connects the electric motor 8 to the motor shaft and which is connected to the rigid connecting rod 15 by a bearing 13. The other end of the connecting rod is attached to the rigid bracket 11 by a bearing. The bottom of the hard bracket is mounted on the base 3 with a bearing. Physiotherapy stand 12 for massage of the hands and feet can be mounted on a hard bracket if necessary. The principle of its operation: An electric motor in an operating mode drives the crankshaft in a circular motion, and also brings a rigid bracket and a physiotherapy stand for massage of arms and legs into a swinging motion by means of a connecting rod with bearings. Under the influence of “elastic plates” to oneself and from oneself, this movement to the left and to the right is represented by a wave-like vibrational rocking movement: vibrational movement 2 times, falling down 2 times and floating up 1 time.

5 is an electrical circuit diagram of an electronic automatic control system, which consists of three parts, such as a stabilized DC power supply, a timing control control system, and an intermittent control system.

A stabilized DC power supply consists of a power transformer, a rectifier bridge, a smoothing capacitor and a three-pin voltage stabilizer, etc. The principle of its operation: an alternating voltage of 220 V is reduced to 9 V by a power transformer, then rectified by a rectifier bridge, stabilized by a three-pin voltage stabilizer, smoothed by a capacitor and Finally, an alternating output voltage of +5 V is obtained, which feeds the electronic control system.

The time control system consists of three parts, such as a timer, a digital indicator and an electric motor control unit.

1) The timer consists of a single-chip microprocessor, an intermittent control circuit, a manual manipulator, an infrared emitting chip from a remote controller, etc.

2) The digital indicator consists of a single-chip microprocessor, an iconic glow discharge indicator, etc.

3) The motor control unit contains a single-chip microprocessor, a photo-thyristor, a triac, a starting capacitor of an electric motor and an electric motor.

The maximum adjustable delay time for this timer is 99 minutes. During this time, users can choose how long the machine will work using the remote controller or the “Increase Time” and “Reduce Time” buttons on the manual control panel to fulfill their different needs.

The procedure of its operation: when connected to a power source, the glow-discharge indicator indicator lights up, which lights up the numbers 00, which confirms the normal operation of the electrical circuit. At the moment, you can select the desired time by pressing the “Increase time” and “Reduce time” buttons. After adjusting the time, press the start switch, a high level voltage is output from terminal 13 of the single-chip microprocessor, the photo-thyristor starts to work and leads to the connection of the triac, then the connected electric motor drives the entire device. At the same time, the counter and the symbolic indicator of the glow discharge also enter the countdown state of the set time. If 0 appears on the indicator, the adjustable time has expired. The high voltage level from pin 13 of the single-chip microprocessor becomes low, both the photo-thyristor and triac are stopped, the electric motor is turned off and the entire apparatus stops working. The whole operation procedure is automatically controlled by a single-chip microprocessor, in this regard, this timer has such advantages as accuracy, obviousness, safety and reliability, etc.

The control circuit for controlling the time of the continuous mode contains pin 6 of a single-chip microprocessor, a switch for choosing intermittent mode, and others. The principle of its operation: When working with a common adjustable time in the interaction of a timer, indicator, and electric motor control circuit, every minute the device stops for 30 seconds. The intermittent mode is controlled by a single-chip microprocessor. Intermittent signal (high level) is issued by pin 6 of a single-chip microprocessor. At each break, the high-level voltage from pin 6 of the single-chip microprocessor becomes low, both the photo-thyristor and triac are stopped, the electric motor is turned off and the entire apparatus stops working. At the end of the break from terminal 6 of the single-chip microprocessor, a high level voltage is again output and the device returns to operation. Thus, the above processes are repeated until they reach zero when counting the total set time. In order to satisfy the requirements of different groups of people, you can also not use this function, but simply switch the intermittent mode switch to the usual position.

Benefits of this utility model

(I) The latest mechanical design: that is, a transmission that combines a rigid support, transmission through a connecting rod and an elastic amplifier. Its advantages: No wear and oil pollution, low noise, long service life and no return to repair for 5-8 years, as well as a simple design, a small number of parts, easy mass production and low cost.

(II) The latest trajectory of movement: that is, with each working cycle, this device allows the human body to perform such vibrational and oscillating movements as vibration 2 times, falling down 2 times and floating up 1 time and helps to create a spiral air flow around a person, by which a whole body massage is performed, which has a similar effect on the body and has a uniform therapeutic effect, like acupuncture, and Qi Gong breathing exercises.

(III) The latest operating mode: Under the general control of the time control, the device can operate in intermittent mode: it stops for 30 seconds. every minute. Tests prove that this operating mode can increase the therapeutic effect by several times.

(IV) Full functionality and high efficiency: (1) This device shakes both legs and arms, simultaneously in combination with numerous physiotherapeutic methods, such as magnetic therapy, drug fumigation, therapy with far-infrared rays and anions, etc. (2) This the device has functions like oxygen increase, Qi tonification, detoxification, healing, elimination of diseases, weight loss, face care, anti-aging, anti-fatigue, disease prediction, etc., and also has an excellent therapeutic effect in the treatment of strechaemyh diseases such as diabetes, hemiplegia, hepatitis B (surface antigen of hepatitis Test Result turns from positive to negative) and pain from cancer.

Brief Description of the Drawings

The following is a specific description of this utility model in combination with the attached figures and embodiments.

Figure 1 presents the block diagram of all systems;

Figure 2 presents a local section of a therapeutic stand for massage of the arms and legs;

Figure 3 presents a General diagram of a therapeutic stand for massage of the arms and legs;

Figure 4 presents the transmission scheme;

Figure 5 presents a schematic diagram of a stabilized transformer intermittent control circuit with adjustable intervals.

Utility Model Implementation

Embodiment 1

The proposed utility model, a multifunctional aerobic health-improving vibratory apparatus of discontinuous action, is distinguished by its mechanical transmission design with rigid and flexible elements, which, more specifically, includes: shoe 1, body 2, base 3, two holders 4 of elastic plates, two elastic plates 5 , two first bearings 6, lining 7, engine 8, two second bearings 9, two cylindrical axes 10, bracket 11, physiotherapy stand 12 for massage of arms and legs, third bearing 13, crankshaft 14, two connectors GOVERNMENTAL shaft 15, two rocker lever 16.

The shoe 1 is located outside the housing 2 in its lower part. The base 3 is installed in the lower part inside the housing 2. Two holders 4 of elastic plates are located on both sides above the base 3. Two elastic plates 5 are respectively mounted vertically on two holders 4. The first two bearings 6 are mounted on the base 3, respectively, providing the connection of the two rocker arms 16. The lining 7 is located on the base 3 under the electric motor 8. The electric motor 8 is mounted on the lining 7. Two second bearings 9 are mounted on the two rocker arms 16, respectively. With the help of two cylindrical axes 10, two connecting rods 15 are connected. The bracket 11 is connected to the rocker arm 16 using two second bearings 9 and two cylindrical axes 10. The connection of the physiotherapeutic stand 12 for massage of arms and legs with the bracket 11 is detachable. The crankshaft 14 through the third bearing 13 is connected to the connecting rod 15. The connection of the shaft of the engine 8 with the crankshaft 14 is made by interference fit.

The proposed physiotherapeutic stand 12 for massage of the hands and feet includes an opening 121 for supplying water, a magnetic board 122, a medicine bag 123, an exhaust opening 124, a housing 125, an insulated recess 126, an electric heater 127, and a base 128.

The housing 125 has four depressions where a person’s hands or feet are placed, and these four depressions can be removed and mounted on the base 128. A water supply opening 121 is located at the top of the housing 125. An exhaust port 124 is located at the bottom of the cavity of the housing 125. Magnetic circuit board 122 is located in the upper part of the inner wall of the housing 125. A drug bag 123 is installed inside the housing 125. An electric heater 127 is installed on the inner base 128 of the housing 125. An insulated recess 126 is mounted above the electric heater 127 as bumps.

The proposed multifunctional aerobic recreational vibrating apparatus of discontinuous operation includes an electronic intermittent-mode control circuit with adjustable intervals, including a single-chip 8-bit EM78P156 microprocessor, a direct current converter, an electric motor, an electric motor control circuit, an intermittent control circuit, an electric motor, and a mechanical transmission unit , a remote time controller, a digital display unit, a timer, a start / stop switch and lock indicating start / stop.

By supplying AC 220 V through the inputs "L" and "N", a single-chip 8-bit EM78P156 8-chip microprocessor is connected to an electric motor and a DC converter, which is connected to the vdd, TCC and RS1 terminals. The electric motor is connected to the RA7 terminal of the single-chip 8-bit microprocessor EM78P156 through the motor control circuit and to the terminal RA0 of the single-chip 8-bit microprocessor EM78P156 through the intermittent control circuit. The electric motor is connected to a mechanical transmission installation. A remote time control controller is connected to the RB0 terminal of a single-chip 8-bit EM78P156 microprocessor. The digital indication unit is connected to the terminals RB2 ~ 3 and RA0 ~ 6 of the single-chip 8-bit EM78P156 microprocessor. The timer is connected to the digital display unit and to the output RB2 ~ 4 of a single-chip 8-bit microprocessor EM78P156. The start / stop switch is connected to the output of a single-chip 8-bit microprocessor EM78P156. The start / stop display unit is connected to terminal RB1 of a single-chip 8-bit microprocessor. The VSS pin of a single-chip 8-bit EM78P156 microprocessor is connected to a ground wire.

The principle of the control circuit: AC 220 V is supplied through "L" and "N", the voltage is reduced by means of a transformer TR1 and an output voltage of 5 V is obtained through the bridge circuit of the rectifier and 7805, supplying a single-chip microprocessor EM78P156 (PT07001). The motor output and time control are controlled via the ON / OFF, Inc, Dec buttons and input using a remote controller with an infrared remote control.

The principle of operation of the controller circuit with an infrared remote control: it mainly consists of an NT6221 infrared emitting chip that issues infrared codes for the "ON", "OFF", "Inc" and "Dec" buttons, thereby controlling the main control circuit of the main control and telecontrol of the health apparatus is implemented.

The improving apparatus consists mainly of three parts: a mechanical transmission combining rigidity and elasticity; physiotherapeutic stands for massage of arms and legs; intermittent electronic control circuit with adjustable intervals. They jointly perform intermittent vibrating pumping massage movements of the arms and legs in combination with fumigation with medicinal substances and other physiotherapy methods.

The mechanical design, which combines a rigid support, a crank drive mechanism and an elastic amplifier, allows the human body to feel vibrating pumping movements with double vibration and triple ascent. In this utility model, the leg stand of a traditional rocking chair is transformed into a multifunctional physiotherapy stand for massage of arms and legs, which shakes both legs and arms and at the same time has the functions of fumigation with drugs, magnetic therapy, therapy with far-infrared rays and anions. An electronic control circuit allows intermittent massage movements. This is a multifunctional medical device with full functions, high efficiency and excellent characteristics, it operates in intermittent mode and performs vibration massage movements with touching hands and feet in combination with drug treatment and other physiotherapeutic methods of treatment.

Mechanical transmission design, see attached FIG. 4. With each rotation cycle of this apparatus, the human body will perform such vibrational and pumping movements as vibration 2 times, fall down 2 times and ascend upward 1 time.

Physiotherapeutic stand for massage of hands and feet: A rubber massage plate is installed outside the case, inside the case there are magnetic boards, an electric heater, medicinal herbs of traditional Chinese medicine and bamboo charcoal. For use, it is necessary to pour water inside and heat it until hot vapors are released and then massage the arms and legs in pairs. The gases produced by medicinal herbs of traditional Chinese medicine, the anion emitted by bamboo charcoal and far infrared rays not only have a healing and healing effect on the human body, but also improve the indoor environment, purify the air, prevent environmental pollution, etc. This unit shakes both legs and arms . According to the theory of six channels of connecting branches in the area of the legs and six channels of connecting branches in the area of the hands in the theory of meridians and collaterals (Jinglo) and the point of view about the reflex zones of hands and feet in bioholography, swinging of hands or feet has a uniform healing effect.

The circuit of the proposed electronic controller intermittent mode for controlling time, see Figure 5. It mainly includes: a power transformer, a single-chip microprocessor, an intermittent control switch, a photo thyristor, a triac, a manual manipulator, a remote controller, etc. It differs in that:

1) The power circuit is divided into two parts: variable and constant. Firstly, a stabilized DC power supply, consisting of a power transformer, a rectifier bridge, a three-pin voltage stabilizer, a smoothing capacitor, etc., produces a +5 V DC voltage and powers a single-chip microprocessor. Secondly, an AC power source, consisting of a triac, photo-thyristor, motor starting capacitor, etc., is used to power the electric motor.

2) On the main control panel there is a single-chip microprocessor, an iconic glow discharge indicator and peripheral ICs that perform the task of general control of the time control of a complex device.

3) The time control controller has two functions as remote control and manual control to provide convenience to consumers. Its task is to transfer to the single-chip microprocessor on the main control panel four commands according to the user's needs: increasing time, reducing time, starting and stopping, and thus the precise operation of the medical device is carried out.

Figure 1 shows a block diagram of a system consisting of a mechanical transmission, a stabilized DC power supply, a time control controller (including a digital indicator, a remote controller and a manual manipulator), a discontinuous motor controller, an electric motor, and others. Below is a further description of all subsystems in combination with the attached figures.

A crankshaft 14 is mounted inside the housing 2, which connects the electric motor 8 to the motor shaft and which is connected to the rigid connecting rod 15 by a bearing 13. The other end of the connecting rod is attached to the rigid bracket 11 by a bearing. The lower part of the hard bracket is mounted on the base 3 with a bearing. Physiotherapy stand 12 for massage of the hands and feet can be mounted on a hard bracket if necessary. The principle of its operation: An electric motor in an operating mode drives the crankshaft in a circular motion, and also brings a rigid bracket and a physiotherapy stand for massage of arms and legs into a swinging motion by means of a connecting rod with bearings. Under the influence of “elastic plates” to oneself and from oneself, this movement to the left and to the right is represented by a wave-like vibrational rocking movement: vibrational movement 2 times, falling down 2 times and floating up 1 time.

5 is an electrical circuit diagram of an electronic automatic control system, which consists of three parts, such as a stabilized DC power supply, a timing control control system, and an intermittent control system.

1. A stabilized DC power supply consists of a power transformer, a rectifier bridge, a smoothing capacitor and a three-pin voltage stabilizer, etc. The principle of its operation: an alternating voltage of 220 V is reduced to 9 V by a power transformer, then rectified by a rectifier bridge, stabilized by a three-pin voltage stabilizer, smoothed capacitor and finally we get an alternating output voltage of +5 V, which feeds the electronic control system.

2. Time management system: consists of three parts, such as a timer, a digital indicator and an electric motor control unit.

1) The timer consists of a single-chip microprocessor, an intermittent control circuit, a manual manipulator, an infrared emitting chip from a remote controller, etc.

2) The digital indicator consists of a single-chip microprocessor, an iconic glow discharge indicator, etc.

3) The motor control unit contains a single-chip microprocessor, a photo-thyristor, a triac, a starting capacitor of an electric motor and an electric motor.

The maximum adjustable delay time for this timer is 99 minutes. During this time, users can choose how long the machine will work using the remote controller or the “Increase Time” and “Reduce Time” buttons on the manual control panel to fulfill their different needs.

The procedure of its operation: when connected to a power source, the glow-discharge indicator indicator lights up, which lights up the numbers 00, which confirms the normal operation of the electrical circuit. At the moment, you can select the desired time by pressing the “Increase time” and “Reduce time” buttons. After adjusting the time, press the start switch, a high level voltage is output from terminal 13 of the single-chip microprocessor, the photo-thyristor starts to work and leads to the connection of the triac, then the connected electric motor drives the entire device. At the same time, the counter and the symbolic indicator of the glow discharge also enter the countdown state of the set time. If 0 appears on the indicator, the adjustable time has expired. The high voltage level from pin 13 of the single-chip microprocessor becomes low, both the photo-thyristor and triac are stopped, the electric motor is turned off and the entire apparatus stops working. The whole operation procedure is automatically controlled by a single-chip microprocessor, in this regard, this timer has such advantages as accuracy, obviousness, safety and reliability, etc.

3. The control circuit for controlling the time of the continuous mode: It consists of output 6 of a single-chip microprocessor, a switch for intermittent mode selection, etc. The principle of its operation: When working with a common adjustable time in the interaction of a timer, indicator, and an electric motor control circuit, every minute the device stops for 30 sec. The intermittent mode is controlled by a single-chip microprocessor. Intermittent signal (high level) is issued by pin 6 of a single-chip microprocessor. At each break, the high-level voltage from pin 6 of the single-chip microprocessor becomes low, both the photo-thyristor and triac are stopped, the electric motor is turned off and the entire apparatus stops working. At the end of the break from terminal 6 of the single-chip microprocessor, a high level voltage is again output and the device returns to operation. Thus, the above processes are repeated until they reach zero when counting the total set time. In order to satisfy the requirements of different groups of people, you can also not use this function, but simply switch the intermittent mode switch to the usual position.

Industrial applicability

This utility model can be used for a traditional aerobic fitness apparatus. The advantages of this utility model: with each working cycle, this unit allows hands and feet to perform such vibrational and oscillating movements as vibration 2 times, fall down 2 times and ascend upward 1 time, and there are also advantages such as full functionality, high efficiency, no wear and oil pollution, low noise, long service life, simple design, small number of parts, easy mass production and low cost.

Claims (3)

A multifunctional aerobic health-improving vibrating apparatus of intermittent action, including a mechanical transmission with rigid and flexible elements, a physiotherapeutic stand for massage of hands and feet and an electronic control circuit of intermittent mode with adjustable intervals, characterized in that said mechanical transmission with rigid and flexible elements contains a shoe (1 ), housing (2), base (3), two holders (4) of elastic plates, two elastic plates (5), two first bearings (6), lining (7), engine (8), two second ones a bearing (9), two cylindrical axles (10), an arm (11), a physiotherapeutic stand (12) for massage of arms and legs, a third bearing (13), a crankshaft (14), two connecting rods (15) and two rocker arms ( 16); moreover, the shoe (1) is located outside the housing (2) in its lower part, the base (3) is installed inside the housing (2) in its lower part, two holders (4) of elastic plates are located on both sides above the base (3), on two holders (4) vertically mounted two elastic plates (5), respectively, the first two bearings (6) are mounted on the base (3), respectively, providing the connection of the two rocker arms (16), the lining (7) is located on the base (3) under the motor (8), the motor (8) is mounted on the lining (7), two second under the rose bush (9) is mounted on two link arms (16), respectively, using two cylindrical axes (10), two connecting rods (15) are connected, the bracket (11) is connected to the link arm (16) using two second bearings (9) ) and two cylindrical axes (10), the connection of the physiotherapeutic stand (12) for massage of the arms and legs with the bracket (11) is detachable, the crankshaft (14) is connected to the connecting rod (15) through the third bearing (13), and the motor shaft connection (8) with crankshaft (14) made by landing tightness. 2. Multifunctional aerobic health-improving vibration apparatus of intermittent action according to claim 1, characterized in that the physiotherapeutic stand (12) for massage of the hands and feet includes an opening (121) for supplying water, a magnetic board (122), a medicine bag (123), an exhaust opening (124), a housing (125), an insulated recess (126), an electric heater (127) and a base (128); moreover, the housing (125) has four depressions where the person’s arms or legs are placed, and these four depressions can be removed and installed on the base (128), an opening (121) for water supply is located in the upper part of the housing (125), an exhaust opening (124) ) is located in the lower part of the cavity of the case (125), the magnetic board (122) is located in the upper part of the inner wall of the case (125), the drug bag (123) is installed inside the case (125), the electric heater (127) is installed on the inner base (128) housing (125), and an isolated recess (126) is mounted above the electron revatelem (127) as a cover. 3. The intermittent multifunctional aerobic health improving vibrating apparatus according to claim 1 or 2, characterized in that the electronic intermittent control circuit with adjustable intervals includes a single-chip 8-bit EM78P156 microprocessor, a direct current converter, an electric motor, an electric motor control circuit, an intermittent control circuit , mechanical transmission unit, remote time controller, digital display unit, timer, start / stop switch and display unit start / stop, and by supplying 220 V AC through the inputs “L” and “N”, a single-chip 8-bit microprocessor EM78P156 is connected to the vdd, TCC and RS1 terminals, the motor is connected to the RA7 terminal single-chip 8-bit microprocessor EM78P156 through the motor control circuit and to the output of RAO single-chip 8-bit microprocessor EM78P156 through the control circuit of intermittent operation, the electric motor is connected to a mechanical transmissions, a remote time control controller is connected to the RBO terminal of the single-chip 8-bit microprocessor EM78P156, the digital indication unit is connected to the terminals RB2-3 and RAO-6 of the single-chip 8-bit microprocessor EM78P156, the timer is connected to the digital indication block and to the RB2-4 terminal of the single-chip 8-bit EM78P156 microprocessor, start / stop switch connected to the output of a single-chip 8-bit EM78P156 microprocessor, start / stop indication unit connected to the RB1 pin of a single-chip 8-bit microprocessor EM78P156, and the VSS pin of a single-chip 8-bit microprocessor EM78P156 is connected to the ground wire.