KR200172026Y1 - Vibration mats of control system - Google Patents

Abstract

The present invention relates to a control device of a vibration mat, and in particular, to provide a vibration mat control device that enables to drive a joint-adaptive vibration cushion body selectively, intermittently, continuously or cyclically. This invention is to arrange the vibration motor with the eccentric ring attached to the rotating shaft on the cushioning body in any number and to install it as a cover, so that the main joint distribution of the main body is distributed on the sponge 11 having the nonwoven fabrics 12 and 13 superposed on both sides. A joint-type vibration cushion 10 is formed by installing a capsule-type vibrator 14 having vibration motors m1 to m7 corresponding thereto; Distribution of the vibrator 14 of the joint-adaptive vibration cushion 10 is distributed in the head (v1), shoulder (v2), waist (v3), perineum (v4) and leg (v5), The vibrator 14 is configured to selectively drive the vibrator 14 by vibrator or part by control of the control unit 20 or circulately drive the vibration intensity of the strength by the designated part unit.

Description

Vibration mats of control system

The present invention relates to a vibration mats of control system, and in particular, to provide a vibrating mat capable of selectively, intermittently, continuously or cyclically driving an articulated vibration cushion body.

Arrange a number of vibrating bodies in a conventional sponge inside, put a heating wire with a general electric plate structure on it, make a bioceramic layer on the heating wire, lay it as an outer sheath, form a mattress, and connect a power supply and a regulator to massage and steam far-infrared. Vibration mattresses (utility model announcement 97-1178), which make it possible to vibrate, and vibrations such as acoustic vibration mats (utility model publication 98-522) that relieve boredom caused by repetitive vibrations by causing irregular vibrations according to sound Although mats have been proposed, these vibrating mats vibrate the entire mat at a time, and have low massage efficiency, and have limitations in use such as unstable user or causing pain (when the part of the body is affected).

This devise improves the above-mentioned shortcomings, constructs a joint-adaptive vibration cushion, and performs vibratory massage efficiency by selectively, intermittently, continuously or cyclically massaging the joints such as head, shoulder, waist, and leg. With devising to raise; The aim of the present invention is to provide a vibration mat control device that can be used in various ways for healthy life such as fatigue recovery, circulation circulation, and obesity relief.

1 is a cross-sectional view (A-A line) of the devised vibration mat

2 is a vibrator distribution diagram of the joint-adaptive vibration mat

3 is a key layout of the remote control

4 is a vibrator control block diagram of the subject innovation

* Explanation of major symbols in drawings *

DESCRIPTION OF SYMBOLS 10: Vibration cushion body 11: Sponge 12, 13: Nonwoven fabric 14: Vibrator V1: Head part V2: Shoulder part V3: Waist part V4: Perineum part V5: Leg part m1-m7: Vibration motor 20: Control part 21: Microcom 22: Remote control 27: Display part L1-L3: Lamp k1-k7: Selection key

This invention is to arrange the vibration motor with the eccentric ring attached to the rotating shaft on the cushioning body in any number and to install it as a cover.

Joint-type vibration cushioning body (10) by installing a capsule-type vibrator (14) with a built-in vibration motor (m1 ~ m7) to match the main distribution of the main body to the sponge 11, the non-woven fabric (12, 13) on both sides Construct; A far infrared ray heating sheet 15 and an outer shell 16 of the upper portion of the cushion body 10 are provided to constitute a vibration mattress.

The vibrator 14 distribution of the joint-adaptive vibration cushion 10 is as shown in Table 1 head (v1), shoulder (v2), waist (v3), perineum (v4) and leg (v5) The vibrator 14 is selectively driven for each vibrator or for each part by the control of the control unit 20, or circulatedly driven as the vibration intensity of the steel and the weak part for each designated part.

TABLE 1

Vibrator distribution of cushioning body part location Quantity Vibration Motor Number Part number head center One m1 v1 shoulder Shoulder left and right 2 m2 (left), m3 (right) v2 waist center One m4 v3 perineum center One m5 v4 Bridge Leg left and right 2 m6 (left), m7 (right) v5

The control unit 20 reads the state of the selection keys k1, k2, k3, k4, k5... Of the remote controller 22 and drives the opening and closing means 24 through the driving driver 23. The drive motors q1 to q7 control the vibration motors m1 to m7 for the selected time with the selected intensity, and the power supply lamp L1, the automatic mode lamp L2 and the manual mode lamp L3 and the liquid crystal. The display unit 27 is driven.

The vibration control of this design is as follows.

⑴ Reset

When the plug 25 is connected to the power supply, the microcomputer turns off all lamps, performs initialization, and monitors the state of the keys (k1 to k5 ...). When the microcomputer 21 detects the power key k1 input signal, the microcomputer 21 grasps the current power state of the driver and operates the switching means 24 through the drive driver 23 when the current state is the power off state. After the power is turned on and the power lamp L1 is driven, if it is already selected or there is no information selected, the display shows the drive mode, drive set time, drive strength strength and weak information on the display according to the default value, 24) Turn off the power and monitor the key (k1 ~ k5) status.

Table 2 shows the display format, basic values and display range of the display.

TABLE 2

LCD display format, default value and display range Item division LCD (8 byte or 8 digit) Mode (2 digit) Set time (2 digits) Strong / weak (2 byre) Default value Automatic Manual 01/01 30 seconds / 15 minutes about Display range Automatic Manual 01 ~ 99/01 ~ 06 10 to 60 seconds / 2 to 30 minutes Strong / weak Variable Name Automatic Manual AM / UM AT / UT P

⑵ river, weak selection

When the microcomputer 21 detects the vibration intensity strength and weak selection key (k7) signals of the motor (detected when the key is pressed, the same as below), the value of the weak state variable (P) is reversed (strong (P = 1)). → weak (P = 0), weak (P = 0) → strong (P = 1), and then the display unit 27 displays the current status in the corresponding format. The change of the variable value is also performed during the vibration mode, and the variable value is immediately applied to the vibration mode.

⑵ Setting time adjustment

When the microcomputer 21 detects the timer key k4 signal and then detects the up key k5 or the down key k6, the existing setting time is changed as follows according to the automatic mode or the manual mode. In automatic mode, the variable AT is increased or decreased within 60 seconds in 10 seconds. In manual mode, increase or decrease the setting time by 2 minutes when the variable UT is within the 30 minute range. The changed set time is immediately displayed on the display unit 27 and applied to the vibration mode. In addition, the set time during the vibration mode is counted until the value reaches 00 and updated on the display every 5 seconds.

⑶ Automatic (vibration) mode

When the microcomputer 21 detects the signal of the automatic selection key k2, the vibration mode set in the variable AM is performed in the modes 01 to 99. When the microcomputer 21 detects the up key (k5) or down key (k6) signal during the vibration mode of the variable AM, the mode value set in the variable AM is increased or decreased by 1 within the range of 01 to 99. Press the automatic selection key (k2) to increment the mode value by 1 and drive the vibrators (m1 to m7) through the driving drivers (q1 to q7) as the strength set in the variable P for each period set in the variable AT. If the vibration mode set in the variable AM is changed, the vibration mode is changed. If the manual selection key (k3) signal is detected while the vibration is in progress, the mode shifts to the manual mode.

01 Automatic mode circulates the vibration motor from top to bottom (V1 → V2 → V3 → V4 → V5).

02 Automatic mode circulates the vibration motor from bottom to top (V5 → V4 → V3 → V2 → V1).

03 Automatic mode repeats the driving process of sequential (mode 01) and reverse (mode 02).

04 Automatic mode repeatedly vibrates up and down (V3 → V2, V4 → V1, V5) from the center.

05 Automatic mode vibrates repeatedly from the center up and down (V3 → V2, V4 → V1, V5) and from up and down (V1, V5 → V2, V4 → V3).

06 Automatic mode operates repeatedly from left to right (m2, m6, m3, m7 → m1, m4, m5).

07 Auto mode repeatedly drives from left to right (m2, m6, m3, m7 → m1, m4, m5) and from center to left and right (m1, m4, m5 → m2, m6, m3, m7).

08 The automatic mode is repeatedly driven in the left direction (m1, m2, m4, m5, m6, m7, m5, m4, m3, m1).

09 Automatic mode is operated by repeating circulation in the right direction (m1, m3, m4, m5, m7, m6, m5, m4, m2).

10 Auto mode repeats vibration mode from 01 to 09 two times.

In the auto mode 11 ~ 20, the vibration mode of mode 01 ~ 10 is carried out by the overlap relay method as shown in Table 3.

TABLE 3

mode Overlap run time 01-10 AT-1 AT-2 AT-2 ... 11-20 AT-1 AT-2 AT-3 ...

The required automatic mode can be assigned to modes 21 ~ 99, and if the execution subroutine is not linked to the mode code, the subroutine is called according to the code set as the default.

⑷ Manual (vibration) mode

When the microcomputer 21 detects the manual selection key k3, the vibration mode set in the variable UM is performed. When the microcomputer 21 detects the up key (k5) or down key (k6) signal during the vibration mode of the variable UM, the mode value set in the variable UM is increased or decreased by 1 within the range of 01 to 06. Press the manual selection key (k3) to increment the mode value by 1 and set the vibration motor (m1 ~ m7) through the drive drivers (q1 ~ q7) as the strength set in the variable P during the period set in the variable UT. If the vibration mode set in the variable UM is changed, the changed vibration mode is performed, and when the automatic selection key (k2) signal is detected during the vibration process, the automatic mode is shifted.

01 Manual mode drives all vibrators simultaneously.

02 Manual mode drives the head (V1) vibrator.

03 Manual mode drives the shoulder (V2) vibrator.

04 Manual mode drives the waist (V3) vibrator.

05 Manual mode drives the perineal (V4) vibrator.

06 Manual mode drives the vibrator of the legs (V5).

As described above, this design constitutes a joint-adaptive vibration cushion body, and improves the vibration massage efficiency by selectively, intermittently, continuously or cyclically massaging the joint parts such as the head part, the shoulder part, the waist part, and the leg part. ; It has an excellent effect on fatigue recovery, blood circulation circulation and obesity relief, so that the vibration mat control device can be used for various health life.

Claims (3)

This invention is to arrange the vibration motor with the eccentric ring attached to the rotating shaft on the cushioning body by arbitrary numbers and to install it as a cover. A vibrator 14 is installed on the sponge 11 overlapping the nonwoven fabrics 12 and 13 on both sides so as to conform to the distribution of the main joints of the body, thereby forming a joint-adaptive vibration cushion body 10; Control device of a vibrating mat, characterized in that configured to drive the vibrator (14) for each vibrator or for each part by the control of the control unit 20 or to circulate as a vibration intensity of the strength, weakness by the designated unit. According to claim 1, The joint-adaptive vibration cushion 10 is a vibrator 14 in the head (v1), shoulder (v2), waist (v3), perineum (v4) and leg (v5) To distribute; Vibrator 14 is a capsule-type vibrator containing a vibration motor (m1 ~ m7); The control unit 20 reads the states of the remote controller 22 selection keys k1, k2, k3, k4, k5 ... and drives the power source opening and closing means 24 through the driving driver 23. Control device for a vibration mat, characterized in that configured to drive the vibration motor (m1 ~ m7) for a predetermined time as a selected intensity through the drive drivers (q1 ~ q7). According to claim 1 or 2, when the microcomputer 21 detects the automatic selection key signal in the automatic mode, the vibration mode set in the modes (01 to nn) is progressed, and the raising key or When the microcomputer 21 detects the down key (k6) signal, the mode value set in the variable AM is increased or decreased by 1 within the range of 01 to 99, and driven as the intensity set in the variable P at each cycle set in the variable AT. Drive the vibration motor through the driver.If the vibration mode set in the variable AM is changed, proceed with the changed vibration mode.If the manual selection key (k3) signal is detected during the vibration process, the mode is changed to manual mode.01 Automatic mode is from top to bottom. The motor vibrates in a low speed, and the 02 automatic mode circulates the vibration motor from the bottom to the top, and the 03 automatic mode repeats the driving process of the sequential (mode 01) and reverse (mode 02), and the 04 automatic mode from the center. Repeat operation up and down 05 Automatic mode is repeatedly driven from the center to the top and bottom, up and down from the center, 06 Automatic mode is repeatedly driven from left to right and the center, 07 Automatic mode is repeatedly driven from the left and right to the center and from the center to the left and right, 08 Automatic The mode is repeatedly driven in the left direction, and the 09 automatic mode is repeatedly driven in the right direction, and the 10 automatic mode is repeatedly driven in two vibration modes from 01 to 09; In the manual mode, when the microcomputer 21 detects the manual selection key (k3) signal, the vibration mode set in the variable UM is performed in the modes (01 to 06), and the raising key (k5) is performed in the vibration mode of the variable UM. ) Or down key (k6) signal detected by the microcomputer 21 raises or lowers the mode value set in the variable UM by 1 within the range of 01 to 06, and sets the intensity set in the variable P during the period set in the variable UT. Drive the vibration motor through a drive driver, and if the vibration mode set in the variable UM is changed, proceed with the changed vibration mode, and when the automatic selection key (k2) signal is detected during the vibration process, the automatic mode is shifted; 01 Manual mode drives all vibrators simultaneously, 02 Manual mode drives head (V1) vibrators, 03 Manual mode drives shoulders (V2) vibrators, 04 Manual mode drives waist (V3) vibrators And 05 manual mode drives the perineal region (V4) vibrator, and 06 manual mode drives the vibrator of the leg portion (V5).