KR20050046510A - Cushion apparatus for recovering fatigue - Google Patents

Abstract

The present invention can wake up the user when the set time, and at the same time applying the vibration to the human body by driving the vibration motor at rest or at bedtime. Fatigue can be recovered by applying heat generated from heating wire to human body, vibration noise is not generated when driving vibration motor, and the production process can be simplified to improve production yield and reduce manufacturing cost. have.

Description

Fatigue recovery cushion device {CUSHION APPARATUS FOR RECOVERING FATIGUE}

The present invention relates to a cushion device for fatigue recovery, in particular, when the set time can wake the user from sleep, and at the same time applying to the human body by driving the vibration motor at rest or at bedtime. The present invention relates to a fatigue recovery cushion device capable of restoring fatigue by applying heat generated from a heating wire to a human body.

In general, when the user sits on a sofa or a chair to support fatigue or to correct posture, the user's waist is supported by a cushioning body. Such a cushioning body usually puts cotton inside of the sewn outer shell, sewn the outside to prevent the cotton from being exposed to the outside, and supports the waist or the like when sitting on a chair or sofa for a long time to recover fatigue or correct posture.

On the other hand, when sleeping for a long time in a rigid position using only a blanket and a pillow when sleeping, there are various problems such as not only recovering fatigue and not getting a good night's sleep for a long time as muscle pain such as shoulder or waist occurs. .

In order to solve this problem, the applicant filed a utility model registration application (Application No. 20-2002-00009591) filed on January 11, 2002, and registered in Korean Utility Model Registration Publication No. 20-0274179 dated April 22, 2002. There is a disclosed "cushion body incorporating a vibration motor" (hereinafter referred to as "cushion body"). The cushion body disclosed in Korean Utility Model Registration No. 20-0274179 has a plurality of vibration motors embedded in a cylindrical sponge having a predetermined length, and one side is opened to cover the sponge to have a sponge and a predetermined space. Endothelial cover, the cushioning material inserted into the space between the endothelial cover and the sponge, and one end of the longitudinal longitudinal direction of the sponge is composed of a plastic frame to form a cylindrical shape by inserting the open end of the endothelial cover. .

The frame includes a rechargeable battery having a rechargeable battery connected to each of the vibration motor and the wire, a slide plate having a plurality of holes and slidingly opened and closed, and a fragrance can be inserted into the frame under the perfume cover. One side is composed of an outer cover made of openable fabric.

The conventional cushioning body configured as described above has a rest or a good night's sleep while applying to the human body a vibration generated when the vibration motor is driven by putting it in the body at the bedtime, supporting the lower back, or placing a leg on the cushioning body.

In the conventional cushioning body configured as described above, in the process of inserting the vibration motor between the sponges, the operator manually forms the accommodation grooves of the vibration motor in the sponge and inserts the vibration motor in the accommodation grooves.

By the way, when the vibration motor is inserted in the process of inserting the vibration motor, the groove of the vibration motor is formed larger than the size of the vibration motor due to the operator's sub-circumference, and the vibration motor is accommodated in the accommodation groove, depending on the driving of the vibration motor during use There are various problems such as not only can not rest due to the vibration noise due to the vibration noise, can not take a deep sleep, and also the vibration motor is moved during the vibration to shorten the life of the vibration motor.

Accordingly, the present invention has been made to solve the above various problems, the object of the present invention is to drive the vibration motor at rest or at bedtime while applying vibration to the human body. The present invention provides a fatigue recovery cushion device capable of restoring fatigue by applying heat generated from a heating wire to a human body.

Still another object of the present invention is to provide a fatigue recovery cushion device that can wake the user from the set time.

It is another object of the present invention to provide a fatigue recovery cushion device in which vibration noise is not generated when the vibration motor is driven.

Still another object of the present invention is to provide a fatigue recovery cushion device which can simplify the manufacturing process and improve the production yield.

Still another object of the present invention is to provide a fatigue recovery cushion device that can reduce the manufacturing cost.

In order to achieve the above object, the present invention provides a controller for controlling an operation and outputs an alarm sound (alarm) through a speaker by a control signal output from the controller to wake the user from a predetermined time. A second input means for setting an alarm time to wake up the user by outputting a vibration control signal to the motor driving means, counting the set alarm time, and outputting the counted alarm time to the controller; When the first input means for inputting the control command and the vibration control command of the user input from the first input means are input, and the time set by the alarm time setting button of the second input means has elapsed, The first to third vibration motors and the first to third vibration motors disposed at a predetermined interval from each other to apply vibrations Semi-cylindrical upper and lower cushions each having a plurality of receiving grooves are formed along the center to accommodate at regular intervals, and cut portions formed at regular intervals on the left and right sides of the receiving groove to reduce their own weight. Adapter which is formed in the cylindrical cushion body consisting of the sieve 20a, 20b and the receiving groove formed on one side of the cylindrical cushion body in the longitudinal direction, receives AC power, converts it into DC voltage, and applies it to the controller as an operating power source. And a heating plate which receives a DC voltage from the adapter and heats the human body under the control of the controller, and emits light at the time of switching on the on / off switch of the first input means and the switching on of the vibration on / off switch. An inner cover covering the heating means fixed to the outer circumferential surface of the cylindrical cushioning body, And an outer cover covering the inner cover, a fragrance bag detachably fixed to a rope bundling one side opening of the outer cover and emitting fragrance, and preventing breakage and malfunction when the first to third vibration motors are driven. At the same time, it is characterized in that it is provided with a case for accommodating the first to third vibration motor in order to improve durability.

Hereinafter, the fatigue recovery cushion according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view schematically showing a cushion for fatigue recovery apparatus according to an embodiment of the present invention, Figure 2 is a perspective view schematically showing a cylindrical cushion body consisting of the upper and lower cushion in Figure 1, Figure 3 2 is an exploded perspective view showing a cylindrical cushioning body in FIG. 2, and FIG. 4 is a disassembled case for accommodating a vibration motor built into the upper and lower cushioning bodies of the fatigue recovery cushion apparatus according to an exemplary embodiment of the present invention. 5 is a longitudinal sectional view taken along the line AA in FIG. 1, and FIG. 6 is a front view schematically showing a first input means in a cushion for fatigue recovery according to an embodiment of the present invention. 7 is a front view schematically showing a second input means in a cushion for fatigue recovery according to an embodiment of the present invention, and FIG. 8 is a fatigue recovery according to an embodiment of the present invention. A circuit diagram of a controller for controlling the cushioning device.

1 to 8, the fatigue recovery cushion apparatus according to an embodiment of the present invention is a controller 30 for controlling the operation, and when the predetermined time at the controller 30 to wake the user from sleep Output the alarm sound (alarm) through the speaker 230 by the output control signal, and output the vibration control signal to the motor drive means 33 to set the alarm time to wake the user from sleep, the set alarm Second input means 210 for counting a time and outputting it to the controller 30, first input means 60 for inputting a thermal control command and a vibration control command of the user to the controller 200, and the first input means. 1 when the vibration control command of the user input from the input means 60 and the time set by the alarm time setting button 213 of the second input means 210 has elapsed, to apply vibration to the human body Between each other A plurality of accommodating grooves for accommodating the first to third vibration motors 10a, 10b, 10c and the first to third vibration motors 10a, 10b, 10c spaced apart from each other at regular intervals ( The upper and lower cushion bodies having semi-cylindrical shapes each having a cutting portion 24 formed at regular intervals on the left and right sides of the accommodating groove 22, respectively, are formed along the center and at the same time reducing the weight thereof. A cylindrical cushion body consisting of 20a and 20b and a receiving groove 28a, 28b; 28 formed on one side in the longitudinal direction of the cylindrical cushion body 20 to receive an AC power source. An adapter 40 for converting the voltage into the controller 30 and supplying the operating power to the controller 30, and a heating plate 50 for applying heat to the human body by receiving a DC voltage from the adapter 40 under the control of the controller 30. , The switching on and the vibration on / off of the thermal on / off switch 62 of the first input means 60. A display means 70 which emits light when the position 64 is switched on, and displays an inner cover 80 which covers the heating plate 50 fixed to the outer circumferential surface of the cylindrical cushioning body 20, and the inner cover. An outer cover 90 covering the 80 and a fragrance bag 100 that is detachably fixed to a rope 92 that binds one side opening of the outer cover 90 to emit fragrance, and the first to third The case 110 accommodates the first to the third vibration motor (10a, 10b, 10c) to prevent damage and malfunction while driving the vibration motor (10a, 10b, 10c) of the drive, and to improve durability Consists of

The first to third vibration motors (10a, 10b, 10c) are eccentric in each of the circular weights 14 having a through hole (14a) formed in the center of the rotation axis 12 extending to both sides to generate vibrations during rotation It is installed.

The case 110 includes a main body 92 each having a pair of inner flanges 92a formed at regular intervals on an inner circumferential surface to receive and fix the first to third vibration motors 10a, 10b and 10c, respectively, Protrusions corresponding to each other on the outer flange 93a so as to be coupled in one touch to a pair of through holes 92c respectively formed in correspondence with the outer flange 92b extending outward from the upper edge of the main body 92. 93b is formed, respectively, and is comprised by the cover 93 in which the annular dome 93c (dome) was formed in the center along the longitudinal direction.

In order to prevent the main body 92 and the cover 93 from being separated from each other by vibration when the first to third vibration motors 10a, 10b and 10c are driven, the outer flange 92b of the main body 92. The pair of through-holes 92d respectively formed in the side wall) and the pair of through-holes 93d formed in the outer flange 93a of the lid 93 are firmly fastened by bolts 94.

It is preferable to use the sponge in which the said foam body 20 foam-molded polyurethane.

As illustrated in FIG. 8, the controller 30 includes a microprocessor 31 for controlling the overall operation, and the microprocessor at the time of switching on the on / off switch 62 of the first input unit 60. 31 is applied to the heating wire 52 of the heating plate 52 from the direct current power source DC for 60 minutes by a control signal outputted from 31), and the cycle of interrupting the application of power for 1 minute is repeated 10 times. When the vibration control command of the user input from the relay 32 and the first input means 60 is input or the time set by the alarm time setting button 213 of the second input means 210 has elapsed. When the strong vibration switch 66 is switched on when the vibration on / off switch 64 of the first input unit 60 is switched on, the first to third vibration motors under the control of the microprocessor 31 10a, 10b, 10c) sequentially in strong vibration When the vibration control command of the user input from the first input means 60 or the time set by the second input means 210 has elapsed, the first input means 60 of the first input means 60 When the weak vibration switch 68 is switched on when the vibration on / off switch 64 is switched on, the first to third vibration motors 10a and 10b may be controlled by a vibration control signal output from the microprocessor 31. And an EEPROM (Electrically Erasable Programmable Read Only Memory) 34, which stores the execution program for executing the microprocessor 31, and the motor driving means 33 for sequentially driving 10c) at low vibration.

The relay 32 is a relay coil L1 that is excited while bypassing a control signal output from the microprocessor 31 to ground, and a heating wire of the heating plate 62 when the relay coil L1 is excited. It consists of the movable and fixed contact (a, b) which interrupts so that dC current may flow to 52.

The heating plate 50 is disposed on the adhesive layer 51 adhered to the outer circumferential surface of the cylindrical cushioning body 20, and is disposed on the adhesive layer 51 and is controlled by the controller 30. Heat radiating wire 52 for radiating heat for 1 hour and 10 cycles of not radiating heat for 1 minute, and being connected to the middle of the heating wire 52 to radiate heat from the heating wire 52. Is a predetermined temperature (for example, 60 ℃ or more, bimetal 53 to cut off the DC power (DC) applied to the heating wire 52 and the heating wire 52 is disposed adjacent to the heating wire 52 of the An insulating layer covering the temperature detection sensor 54 which detects the heating temperature and inputs it to the microprocessor 31 of the controller 30, and the heating wire 52, the bimetal 53, and the temperature detection sensor 54 ( 55 and a cover 56 covering the insulating layer 55.

The first input means 60 is a thermal on / off switch 62 for inputting a command for applying a direct current power DC to the heating wire 52 of the heating plate 50 to the microprocessor 31 of the controller 30. ) And a vibration on / off for inputting a vibration control command of a user to sequentially drive the first to third vibration motors 10a, 10b, and 10c for a predetermined time period to the microprocessor 31 of the controller 30. A switch 64, a strong vibration switch 66 for inputting a strong vibration control command of the user to drive the driving of the first to third vibration motors 10a, 10b, and 10c with strong vibration, and the first to third vibration It consists of a weak vibration switch 68 for inputting a vibration control command of the user to drive the drive of the motor (10a, 10b, 10c) with weak vibration.

The display means 70 includes a first light emitting diode LED1 that emits light when the on / off switch 62 of the first input means 60 is switched on and a vibration on of the first input means 60. And a second light emitting diode LED2 which emits light upon switching on / off switch 64.

The second input means 210 includes a DC jack 211 into which a plug (not shown) of the adapter 40 is inserted, a current time setting button 212 for setting a current time, and an alarm for waking the user from sleep. The time for varying the time to set the current time or the alarm time when one of the alarm time setting button 213 for setting the time and the current time setting button 212 or the alarm time setting button 213 is pressed When the variable button 214 and either the current time setting button 212 or the alarm time setting button 213 are pressed, a minute variable button for changing the minute to set the minute of the current time or the minute of the alarm time. 215, time display means 216 for displaying the hours and minutes set by either the current time setting button 212 or the alarm time setting button 213, and the alarm time setting button 213. A timer that counts the time set by 217, a switch SW20 for controlling the output of the time counted by the timer 217 to the controller 30, and the current time setting button 212 or the alarm time setting button 213 at the time of power failure. And a reset button 218 for clearing the current time and the alarm time set by.

In the above description, the time display means 216 may use any of the display elements for displaying hours and minutes, but it is preferable to use a 7-segment display element.

The current time setting button 212, the alarm time setting button 213, the time variable button 214, the minute variable button 215, and the reset button 218 are time setting button portions (2) of the second input means 210. It is installed in A).

In the drawings, reference numerals 26a, 26b; 26 are accommodating grooves formed on one side in the longitudinal direction of the cylindrical cushioning body 20, and the accommodating grooves 26a, 26b; 26 are the first to third vibration motors. (10a, 10b, 10c) are implied.

Referring to the fatigue recovery cushion manufacturing method according to an embodiment of the present invention, first, the receiving formed in the semi-cylindrical upper and lower cushion body (20a, 20b) constituting the cylindrical cushion body 20, respectively After inserting the case 110 having the first to third vibration motors 10a, 10b, and 10c into the grooves 22, respectively, as shown in FIG. 5, one side of the cushion body 20 is provided. Lead wires of any one of two strands of ± lead wires 27 (27a, 27b) electrically connected to one side of the adapter 40, which are installed in the receiving grooves 28a, 28b; The third vibration motors 10a, 10b and 10c are connected in parallel to the connection terminals, respectively.

Next, the other one of the ± lead wires 27; 27a, 27b is connected to the microprocessor 31 of the controller 30, and the motor driving means electrically connected to the microprocessor 31. Reference numeral 33 denotes the connection terminals of the first to third vibration motors 10a, 10b, and 10c to be electrically connected in parallel.

In other words, the first to third inside the receiving groove 22 formed at regular intervals in the center of the cylindrical cushion body 20, that is, the semi-cylindrical upper and lower cushion bodies 20a, 20b. The second input means 210 in the receiving grooves (28a, 28b; 28) formed in the one end of the cushioning body 20 is inserted into the case 110, the vibration motor (10a, 10b, 10c) are respectively embedded The first input means 60 in which the controller 30 is embedded in the receiving grooves 26a, 26b; 26 formed on one side in the longitudinal direction of the cylindrical cushioning body 20, respectively. These first to third vibration motors 10a, 10b, 10c, the first and second input means 60, 210 and the controller 30 are electrically connected, and then the upper and lower cushion bodies having the semi-cylindrical shape. Applying an adhesive to the flat surface of (20a, 20b) to adhere the semi-cylindrical upper and lower cushion body (20a, 20b) of the cylindrical shape The cushion body 20 is manufactured.

Thereafter, the heating plate 50 is adhered to the outer circumferential surface of the cylindrical cushioning body 20 via the adhesive layer 51 of the heating plate 50, and the outer circumferential surface of the cylindrical cushioning body 20. When the heating plate 50 is firmly fixed, the adhesive layer 51, the insulating layer 55, the heating wire 52, and the cover 56 may be positioned on the outer circumferential surface of the cylindrical cushioning body 20. do.

As described above, the cylindrical cushioning body 20 in which the heating plate 50 is firmly fixed to the outer circumferential surface thereof is opened by sewing a slide fastener (not shown) fixed in the longitudinal direction of the inner cover 80. After enclosing in the inner cover 80, the outer cover 90 is covered with the cylindrical cushioning body 20 in which the heating plate 50 coated with the inner cover 80 is firmly fixed and then the outer cover 90. By tightening the ropes 92 (or strings) respectively inserted into the edges of both sides of the cover 90, the controller 30 inserted into the receiving grooves 26; 26a and 26b of the cylindrical cushioning body 20 is attached. The first input means 60 and the display means 70 are exposed to the outside to operate the first input means 60, and at the same time the display means 70 can be seen to recover the fatigue of the present invention The operation state of the cushion device can be seen, and at one end of the cushioning body 20 The second input means 210 is inserted into the formed receiving grooves 28a, 28b; 28 so that the second input means 210 can be easily operated, and the time display means 216 is displayed. You can check the current time or alarm setting time.

Therefore, the fatigue recovery cushion device of the present invention can be firmly fixed to the heating plate 50 via the adhesive layer 51 on the outer peripheral surface of the cylindrical cushioning body 20, the manufacturing method is simple and manufacturing cost In addition to reducing the cost, the manufacturing cost can be improved by improving the manufacturing yield.

Then, the user's heat and vibration control command input from the first input means 60 is input or the time set by the alarm time setting button 213 of the second input means 210 has elapsed or the first input means. 1 When the vibration on / off switch 64 of the input means 60 is switched on, the user may recover fatigue by driving the first to third driving motors 10a, 10b, and 10c with strong or weak vibration. In addition, when a predetermined time is reached even in a deep sleep state, the user may wake from the alarm by the alarm sound output from the speaker 230 and may also vibrate the first to third drive motors 10a, 10b, and 10c. You can wake up from a deep sleep by driving on low vibration.

Next, the operation and effect of the fatigue recovery cushion device according to an embodiment of the present invention configured as described above will be described.

First, after inserting the plug of the adapter 40 into the DC jack 211 of the second input means 210, and then applying an AC voltage (AC) to the adapter 40, the AC voltage (AC) The signal is converted into a DC voltage DC and applied to the microprocessor 31 of the controller 30 as an operating power source.

At this time, when the user switches on the warm on / off switch 62 of the first input means 60, the microprocessor 31 performs arithmetic processing in accordance with the execution program stored in the EEPROM 34 and the microprocessor. The processor 31 outputs a control signal to the relay coil L1 of the relay 32 for 60 minutes (this time can be changed) and cuts off the cycle for 1 minute (this time can be changed). By repeating the number of times (the number of times can be changed), the movable contact a of the relay 32 is electrically contacted with the fixed contact b so that the heating wire 52 of the heating plate 50 is connected to the direct current power source DC. Since the cycle is output for 60 minutes and the cycle of blocking for 1 minute is applied 10 times, the heating wire 52 of the heating plate 50 may start to generate heat to warm the human body.

At this time, when the internal temperature of the heating plate 50 exceeds 60 ° C, the bimetal 53 connected to the middle of the heating wire 52 is turned off (opened) so that DC power is not applied to the heating wire 52. Therefore, it is possible to prevent excessive overheating, to prevent the occurrence of fire, and to detect the temperature by the temperature detection sensor 54 disposed in the heating plate 50 and to always apply the temperature to the microprocessor 31, thereby preventing the occurrence of the bimetal ( When the operation 53 is inoperable, occurrence of a fire or the like due to excessive overheating of the heating plate 50 can be prevented.

As described above, when a DC power is applied to the heating wire 52 of the heating plate 50 to generate heat to warm the human body, and when vibration is applied to the human body to restore fatigue, or a heating wire 52 of the heating plate 50 is applied to the heating wire 52. If you want to recover the fatigue by applying a strong vibration to the human body in the state that the power is not applied, press the vibration on / off switch 64 of the first input means 60 of the controller 30, the strong vibration switch 66 Press (), the microprocessor 31 of the controller 30 receives these signals and performs arithmetic processing according to an execution program stored in the EEPROM 34 to output a strong vibration control signal to the motor driving means 33. According to the driving signal output from the motor driving means 33, the first to third driving motors 10a, 10b, and 10c are for a predetermined time (for example, 10 minutes; this time may vary). Driven sequentially The strong vibration generated can be applied to the human body to recover from fatigue.

In the above description, when the driving time of the first to third driving motors 10a, 10b, and 10c is to be extended, the vibration on / off switch 64 and the strong vibration switch 66 are pressed again.

On the other hand, if you want to recover the fatigue by applying a weak vibration to the human body by pressing the vibration on / off switch 64 of the first input means 60, pressing the weak vibration switch 68, the controller 30 The microprocessor 31 receives these signals and performs arithmetic processing in accordance with an execution program stored in the EEPROM 34 to generate a weak vibration control signal to the motor driving means 33 for a predetermined time (for example, 10 minutes; This time can be changed), and the first to third drive motors 10a, 10b, 10c are driven for a predetermined time (for example, 10 minutes) according to the drive signal output from the motor driving means 33. (This time can vary), the fatigue can be recovered by applying the weak vibration to the human body, which is generated by sequentially driving the weak vibration.

In the above description, in order to extend the driving time of the first to third driving motors 10a, 10b, and 10c, the vibration on / off switch 64 and the weak vibration switch 68 are pressed again.

In the above description, when the thermal on / off switch 62 installed in the first input means 60 of the controller 30 is pressed, the first light emitting diode LED1 of the display means 70 emits light. When the vibration on / off switch 64 installed in the first input means 60 is pressed, the second light emitting diode LED1 of the display means 70 emits light.

Accordingly, the present invention drives the first to third drive motors (10a, 10b, 10c) while applying the fragrance radiated from the fragrance bag (100) at rest or at bedtime, while simultaneously applying vibration to the human body. Fatigue can be recovered by applying heat generated from heating wire to human body, vibration noise is not generated when driving vibration motor, and the production process can be simplified to improve production yield and reduce manufacturing cost. have.

In the above description, the AC power is converted into DC power by the adapter 40 and applied to the heating wires 52 of the first to third driving motors 10a, 10b, and 10c and the heating plate 50 to drive or generate heat. For example, the present invention is not limited thereto. For example, the power applied to the first to third driving motors 10a, 10b, and 10c and the heating wire 52 may be connected to the vehicle battery. Of course, the car's battery power (12Vdc) can also be connected to the cigar jack.

On the other hand, when you sleep in the fatigue recovery cushion body according to an embodiment of the present invention to the chest or sandwiched between the thighs, when you want to wake up after a certain time, the alarm of the second input means 210 While holding down the time setting button 213, press the time variable button 214 for a predetermined time (for example, 3 hours, 6 hours 30 minutes or 8 hours) and press the minute variable button 215 for a predetermined time. (For example, 3 hours, 6 hours 30 minutes or 8 hours), the timer 217 of the second input means 210 counts the time so that the time set by the alarm time setting button 213 When the elapsed time, the time elapsed signal is outputted to the microprocessor 31 of the controller 30 through the switch SW20, so that the microprocessor 31 outputs an alarm (alarm) control signal to the speaker 230 and the speaker. Alarm scene from 230 (Or an alarm sound) is output so that the user who is sleeping can wake up at a set time, and the microprocessor 31 of the controller 30 outputs a vibration control signal to the motor driving means 33. When the first to third drive motors 10a, 10b, and 10c have the strength of vibration immediately before the weak vibration switch 68 is pressed, the first to third drive motors 10a, 10b, and 10c are pressed. The first to third drive motors 10a are applied to the human body for a predetermined time (for example, 10 minutes; this time can be varied) or the strong vibration switch 66 is pressed with a weak vibration. , 10b, 10c may be strongly driven to apply a strong vibration to the human body for a predetermined time (for example, 10 minutes; this time may vary) to wake up from a deep sleep.

The output of the alarm (alarm) signal and the vibration stop of the first to third driving motors 10a, 10b, and 10c may be turned off by switching off the switch SW20 of the second input means 210. Alarm signal (or alarm sound) output from the 230 and the vibration of the first to third drive motor (10a, 10b, 10c) can be stopped by pressing any button installed in the first or second input means (60,210) Of course you can.

Therefore, the present invention can wake the user from sleep when the set time elapses, and at the same time applying vibration to the human body by driving the vibration motor at rest or at bedtime. Fatigue can be recovered by applying heat generated from heating wire to human body, vibration noise is not generated when driving vibration motor, and the production process can be simplified to improve production yield and reduce manufacturing cost. have

In the above description, the specific embodiments have been shown and described, but the present invention is not limited thereto, for example, by those skilled in the art without departing from the concept of the present invention. Of course, the design can be changed in various ways.

As described above, according to the fatigue recovery cushion device of the present invention, the controller for controlling the operation, and the alarm sound (alarm) by the control signal output from the controller to wake up the user when a predetermined time comes through the speaker A second input means for outputting a vibration control signal to the motor driving means to set an alarm time to wake the user, and counting and outputting the set alarm time to the controller; When the first input means for inputting the control command and the vibration control command and the vibration control command of the user input from the first input means are input, and the time set by the alarm time setting button of the second input means has elapsed. In the case, the first to third vibration motors disposed at a predetermined interval from each other to apply vibration to the human body, and the first A plurality of accommodating grooves are formed along the center to accommodate the third to third vibration motors at regular intervals, and at the same time, cutting sections respectively formed at regular intervals on the left and right sides of the accommodating grooves to reduce their own weight. It is installed in a cylindrical cushion body consisting of a cylindrical upper and lower cushion body, and a receiving groove formed on one side of the cylindrical cushion body in the longitudinal direction to receive AC power and convert it into a DC voltage to be applied to the controller as an operating power source. An adapter, a heating plate that receives DC voltage from the adapter and heats the human body under the control of the controller, and at the time of switching on the on / off switch of the first input unit and the switching on of the vibration on / off switch, respectively. A display means for emitting light and displaying a heating plate fixed to an outer circumferential surface of the cylindrical cushioning body; An inner cover, an outer cover covering the inner cover, a fragrance bag detachably fixed to a rope that binds an opening of one side of the outer cover to emit fragrance, and breakage when the first to third vibration motors are driven; In order to prevent malfunction and at the same time to improve durability, the case is provided with the first to third vibration motors, so that theft can be prevented during bedtime, and the user can wake up from the set time. At the same time, the vibration motor is applied to the human body at rest or at bedtime. Fatigue can be recovered by applying heat generated from heating wire to human body, vibration noise is not generated when driving vibration motor, and the production process can be simplified to improve production yield and reduce manufacturing cost. It has a very good effect.

1 is a perspective view schematically showing a cushion for fatigue recovery apparatus according to an embodiment of the present invention,

FIG. 2 is a perspective view schematically illustrating a cylindrical cushion body formed of an upper and lower cushion bodies in FIG. 1;

3 is an exploded perspective view of the cylindrical cushioning body in FIG. 2, FIG.

4 is an exploded perspective view illustrating a case accommodating a vibration motor built into upper and lower cushion bodies in a cushion for fatigue recovery according to an embodiment of the present invention;

5 is a longitudinal cross-sectional view taken along the arrow A-A line in FIG.

6 is a front view schematically showing a first input means in the cushion for fatigue recovery according to an embodiment of the present invention;

7 is a front view schematically showing the second input means in the fatigue recovery cushion device according to an embodiment of the present invention;

8 is a circuit diagram of a controller for controlling a cushion cushion for fatigue recovery according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10a: 1st vibration motor 10b 2nd vibration motor

10c: third vibration motor 12: rotating shaft

14a: Through-hole 14: Weight

20: cushion body 20a: upper cushion body

20b: lower cushion body 22: receiving groove

24: cutting part 26a, 26b, 26: receiving groove

28a, 28b, 28: receiving groove 30: controller

40: adapter 50: heating plate

51: adhesive layer 52: heating wire

53: bimetal 54: temperature detection sensor

55: insulating layer 56: cover

60: first input means 62: thermal on / off switch

64: vibration on / off switch 66: strong vibration switch

68: weak vibration switch 70: display means

80: inner cover 90: outer cover

92: body 92a: inner flange

92b: Outside flange 92c: Through hole

92d: Through-hole 93: Cover

93a: outer flange 93b: protrusion

93c: Dome 94: Bolt

100: Scented bag 110: Case

210: second input means 211: DC jack

212: Current time setting button 213: Alarm time setting button

214: time variable button 215: minute variable button

216: time display means 217: timer

218: Reset button

Claims (5)

In addition to the controller 30 for controlling the operation, and outputs an alarm sound (alarm) through the speaker 230 by a control signal output from the controller 30 to wake the user from a predetermined time, A second input means 210 for outputting a vibration control signal to the motor driving means 33 to wake up the user from sleep, counting the set alarm time and outputting it to the controller 30, and the controller A first input means 60 for inputting a user's warm control command and a vibration control command to the user 200 and a vibration control command of the user inputted from the first input means 60 and the second input; When the time set by the alarm time setting button 213 of the means 210 has elapsed, the first to third vibration motors (10a, 10b, 10c) disposed at regular intervals to apply vibration to the human body and , The first to third vibration motor (1) A plurality of receiving grooves 22 are formed along the center to accommodate 0a, 10b, 10c at regular intervals, and are formed at regular intervals on the left and right sides of the receiving groove 22 to reduce their own weight. Cylindrical cushion body 20 consisting of semi-cylindrical upper and lower cushion bodies 20a and 20b each having a cutting portion 24 formed thereon, and formed in one longitudinal direction of the cylindrical cushion body 20. An adapter 40 installed in the receiving grooves 28a, 28b; 28 to receive an AC power, convert it into a DC voltage, and apply it to the controller 30 as an operating power, and the adapter 40 under the control of the controller 30. Heating plate 50 for applying heat to the human body by applying a DC voltage and switching on / off switch 64 of the thermal on / off switch 62 of the first input means 60. And display means 70 for emitting and displaying the light at the time of turning on, respectively. An inner cover 80 covering the heating plate 50 fixed to the outer circumferential surface of the cushioning body 20, an outer cover 90 covering the inner cover 80, and a rope connecting one opening of the outer cover 90. The fragrance bag 100 is detachably fixed to 92 to emit fragrance, and damage and malfunction are prevented while driving the first to third vibration motors 10a, 10b, and 10c. In order to improve the cushioning device for fatigue recovery characterized in that it comprises a case 110 for receiving the first to third vibration motor (10a, 10b, 10c). The microprocessor (31) of claim 1, wherein the controller (30) controls the microprocessor (31) for controlling the overall operation, and the microprocessor (31) at the time of switching on the on / off switch (62) of the first input means (60). Relay for applying power to the heating wire 52 of the heating plate 52 from the direct current power source DC for 60 minutes by the control signal outputted from (32) and when the vibration control command of the user input from the first input means 60 is input or the time set by the alarm time setting button 213 of the second input means 210 has elapsed. When the strong vibration switch 66 is switched on when the vibration on / off switch 64 of the first input unit 60 is switched on, the first to third vibration motors 10a are controlled under the control of the microprocessor 31. , 10b, 10c are driven sequentially with strong vibration When the vibration control command of the user input from the first input means 60 is input or the time set by the second input means 210 has elapsed, the vibration on of the first input means 60 is turned on. When the weak vibration switch 68 is switched on when the on / off switch 64 is switched on, the first to third vibration motors 10a, 10b, and 10c are generated by a vibration control signal output from the microprocessor 31. The fatigue recovery cushion device, characterized in that consisting of the EEPROM (34) stored in the motor drive means (33) for sequentially driving in a weak vibration, and the execution program for executing the microprocessor (31). The heating plate (50) according to claim 1, wherein the heating plate (50) is disposed on the adhesive layer (51) adhered to the outer circumferential surface of the cylindrical cushioning body (20) and the adhesive layer (51) to control the controller (30). The heating wire 52 is connected to the middle of the heating wire 52 and the heating wire 52 that radiates heat for 1 hour and receives 10 times of heat radiating heat for 1 minute. 52 is disposed adjacent to the heating wire 52 and the bimetal 53 for blocking the DC power (DC) applied to the heating wire 52 when the temperature radiated from the predetermined temperature (for example, 60 ℃ or more) A temperature detecting sensor 54 which detects a heating temperature of the heating wire 52 and inputs it to the microprocessor 31 of the controller 30, the heating wire 52, a bimetal 53, and a temperature detecting sensor 54. And an insulating layer 55 covering the insulating film 55 and a cover 56 covering the insulating layer 55. Is a cushion for fatigue recovery. The heating method of claim 1, wherein the first input unit 60 inputs a command for applying a DC power source DC to the heating wire 52 of the heating plate 50 to the microprocessor 31 of the controller 30. The vibration control command of the user is sequentially driven to the on / off switch 62 and the microprocessor 31 of the controller 30 to sequentially drive the first to third vibration motors 10a, 10b and 10c. A vibration vibration switch 66 for inputting a vibration vibration control command of a user to drive the vibration on / off switch 64 to be input and the driving of the first to third vibration motors 10a, 10b, and 10c into strong vibrations; A cushion for fatigue recovery, characterized in that it is composed of a weak vibration switch (68) for inputting a vibration control command of a user to drive the driving of the first to third vibration motors (10a, 10b, 10c) in weak vibration. According to claim 1, wherein the second input means 210 is a DC jack 211 is inserted into the plug of the adapter 40, the current time setting button 212 for setting the current time, and wakes the user from sleep When one of the alarm time setting button 213 for setting an alarm time and the current time setting button 212 or the alarm time setting button 213 is pressed, changing the time to set the current time or the alarm time If any one of the time variable button 214 and the current time setting button 212 or the alarm time setting button 213 is pressed, the minute variable for varying the minute to set the minute of the current time or the minute of the alarm time Time display means 216 for displaying the hours and minutes set by any one of the button 215, the current time setting button 212 or the alarm time setting button 213, and the alarm time setting button 213. A timer that counts the time set by 217, a switch SW20 for controlling the output of the time counted by the timer 217 to the controller 30, and the current time setting button 212 or the alarm time setting button 213 at the time of power failure. Fatigue recovery cushion device, characterized in that consisting of a reset button 218 for clearing the current time and the alarm time set by.