SM6510406-00_041.09 MB
Contents
1. judged Even if body position is deviated during massage the shoulder position is automatically corrected Sensor automated HEC DR21 TAIWAN Massage Sensor automated massage judges stiffness feeling by measuring changes of physiological amounts of perspiration pulses skin temperature during detection massage displays the degree of stiffness feeling in three colors and carries out massage suited for stiffness feeling Method and action of sensor automated massage 1 Place fingers at two places of sensor section of the remote controller 2 Press ON OFF operation button 3 Choose Relax or Recovery from fatigue and press button X LED lamp of the course chosen is lighted red Relax course Gently massages in such a manner as to relax the whole body Recovery from fatigue course Steadily massages with special emphasis placed on portions with stittness feeling Press the sensor section A with the forefinger Press the button of the course to be chosen Lightly press the sensor section B with the thumb 4 Detection massage begins about 3 minutes Neck shoulder back waist and legs are tapped massaged and tap massaged and stiffness feeling is judged in four stages and indicated in three colors leg sections are massaged with rollers only X IT fingers are released from sensor sections during detection massage no accurate measurement can be made When accurate judgment is unable to be made indicator l2. 6ulBesse W 1030 W IAOQ u31IMS dN YoUMS Deal 637 1030W Hululpay J wous Aejay dN YUMsS DIGOO D 1ulld Sau eg ou Gulley Lous JUNT D G Ka E DE E a a TEE EE i a Buddel 1olo eu fe I O O Li 0 ef rt AAAS L ECH d D 679 Jopeoy ute W pieoq Dau HEC DR21 TAIWAN ircuit Diagram C TOZMS EOZMS EZZMS SozMs BOZMS OTZMS SOZLMS vOZLMS SOZMS ZOZMS 60ZMS STZMS O S 1V9 1V NMOSNMG4S MOSd 0 LV LV 2 LY E 1V p LV dnSd d d de d FOCH EOZH DO ZH 8024 or Zu GO H roza BZ w DH 6044 g Josuas pueog paund g JOSUaS SON a ST Zk TTMS EFLMS STZMS ZTZMS STZMS 1 ZMS CH SEAN FRAN FS MS 8TZMS O2ZMS 22ZMS d3dS HLOM GOW HN dns dns DN 2 NW E NW7 NW G NN ENN Se E J 2ReEEIR 43 88 Bs V 833 46 0 098 99 87 eecht ae a ae ae ee e AS g amp erop vt Ze erzu Ap 8028 ozzy 22Zy YLT Ae g ELH STZH ST ZH beZy a V JOSU S 029y ee v vOosort e6Sy vosor gZ9ti Ionuo2 pieoq pagud uoneo3Ipul Pseog paund Operation of Stiffness HEC DR21 TAIWAN Detecting Sensor To the remote controller sensor section three kinds of sensors skin electric resistance photo sensor thermistor are assembled and measure three kinds of physiological amounts perspiration pulse skin temperature When stiff portions are subject to massage stimulus of detec
3. SANYO FILE No SERVICE MANUAL Massage chair HEC DR211 TAIWAN PRODUCT CODE NO 1 383 206 51 K Poe Higher speed 100 times min Lower speed 70 times min Timer Approx 13 min Automatic Sensor course Approx 12 min Automatic course Approx 15 min Manual course Dimensions W x D x H Approx 670 x 1 000 x 1 050 mm When footrest is stored Approx 670 x 1 550 x 550 mm When footrest is in horizontal position Approx 670 x 1 700 x 550 mm When footrest is fully opened Approx 55 kg j REFERENCE NO SM6510406 00 Block Diagrams HEC DR21 TAIWAN Back rest massage unit Remote control Foot rest massage unit Control unit Body contour detection coil Body contour detection Top end position detection of m back massage section microswitch Top end position detection Rotation detection of massaging motor Hall IC 1C 202 Massaging pulse detection Back rest massage unit Detection of massaging arm home m position Hall IC IC 201 Massaging home position detection Tapping motor Rotation detection of tapping motor Hall IC IC 301 Hl Tapping pulse detection SW for entering signals for instructing actions and LED for displaying the status Elevation motor Control unit Detection of perspiration rate Stiffness sensor section by electric resistance Perspiration rate detection Detection of number of pulses by light Detection of number of
4. amps for stiffness feeling judgment do not go on and standard massaging operation takes place 5 Upon completion of detection massage a buzzer comes on and massage of the course chosen takes place 6 Based on stiffness feeling judged in four stages by detection massage massage suited for stiffness feeling is carried out for about 10minutes by varying speed and time with respect to standard action of each course When Relax course is chosen Each massage at portions with stiffness feeling Is carried out at slower speed and in shorter time Each massage at relaxed portions Is carried out at standard speed and In longer time In the case of normal portions each massage takes place at standard speed and time When Recovery from fatigue course is chosen Each massage at portions with stiffness feeling is carried out at Standard speed and in longer time Each massage at relaxed portions is carried out at faster soeed and in shorter time n the case of normal portions each massage takes place at standard speed and time If Pains judgment is obtained by detection massage massage speed is decreased and time Is also decreased for both courses When it is judged that the back aches massage of the back is omitted X If courses are changed after detection massage massage is carried out trom the very beginning of the course changed Massage Motors HEC DR21 TAIWAN 1 ag 4 Leg massage motor 7 i roller 1 Tapping moto
5. ation 4 Leg massage motor The leg motor rotation is transmitted to the outside roller through gear box Motor rotating speed is changed over between normal reverse In addition the rotating speed is adjusted in two stages and changed over to about 100 or 70 revolutions min
6. pulses Skin temperature detection by thermistor Skin temperature detection Reclining motor Back rest Detection of rotation and rotating direction of elevating motor Detection of elevating motor rotation Hall IC Cl 401 402 Top and bottom reclining end Sp detection of backrest section Reclining backrest limit detection microswitch Reclining motor Foot rest Top and bottom reclining end detection of footrest section Reclining footrest limit detection microswitch Load detection of leg massaging motor CT1 Leg motor load detection HEC DR21 TAIWAN iagram D iring W S Y 6371 4010 W Bulullp u 49 0Y 6 T 4o1oe u 9S Nd pueog payulid HH Ugen S Y 3004 pueog Dol slnd MOd dN Dieoq p 1ulid 47 9T LOVNI UN TT J suSpuo gt TT uoneA 3 Hames JOON pieoq payuud ZOVND vOvND 104 697 L Jow P uone3ipul pieoq pajud LOZLYNO COLYNO g JOSUaS g Josuas pueog pagunid V JOSUaS pieoq paud EIN LOON JO 4UOD WEN EEN DUU HEC DR21 TAIWAN ircuit Diagram C adeys pieoq paud Deal 3004 pieoq p luud J su puoo Joyo BululpD t Deal jeg Ss asind Mod an pieog pajud Josuas adeyus Gen UNMS a le uc SH AV1 SIH ER SN y s nd pieoq payulid D Sgr isau eg 100w Bululp y
7. r 3 Elevation motor Screw bar 1 Tapping motor This motor rotates to move the massage balls upward and downward alternately via the driving belt coupled to the motor The motor revolutions is adjustable in three steps so that the patting frequency can be changed over to approximately 360 480 and 600 cycles minute 2 Massage motor This motor rotates to move the massage balls crosswise via the driving belt and gear box coupled to the motor The motor revolutions is adjustable in three steps so that the massaging frequency can be changed over to approximately 20 25 and 30 cycles minute When patting and stretching the backbone line the massage ball position ball moving range can be changed over in three steps after starting the patting motor 3 Elevation motor This motor rotates to transmit its rotating torque to the threaded rod via the driving belt whereby the massage unit is moved upward and downward This motor rotates clockwise and counterclockwise to thereby move the massage unit upward and downward Tapping massaging You can enjoy the good comfort that you can not do by hand tapping massage by starting both the tapping motor and the massage motor simultaneously l shaped tapping Z shaped massaging Massaging same portion can be prevented by moving minutely the massage balls upward and downward by starting the elevation motor while running the tapping motor for tapping operation or the massage motor for massaging oper
8. tion massage changes are observed in the perspiration rate number of pulses and skin temperature These three kinds of displacements are measured Perspiration Pulse Skin temperature sensor section If your body receives stimulus and feels stiffness Use massaging Use rollers for legs balls for neck shoulder Perspiration Pulses Skin temperature back and waste increases accelerate lowers Stiffness feeling is judged by combinations of perspiration rate number of pulses and skin temperature and are classified into four stages relax normal stiffness feeling pains 1 In the case of relax perspiration rate tends to lower 2 In the case of normal change of each physiological amount is small 3 In the case of stiffness feeling perspiration rate and number of pulses tend to increase 4 In the case of pains perspiration rate greatly increases and number of pulses tends to increase Stiffness feeling is indicated by three colors green relax orange normal red stiffness feeling pains Operation of Body Contour Sensor The body contour sensor judges the body contour shoulder position by changes of angles of massage arms Sensors consist of coils and tron cores detect displacement of reactance and convert into angular changes Arm angle that varies in accord with body curves Is detected and human body build and shoulder position are
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