A well feature data acquisition system and acquisition method thereof

Abstract

The present invention discloses a well point characteristic data acquisition system and an acquisition method thereof, wherein the acquisition system includes an equipment cabinet, a seat, a display screen, a bottom plate, a button panel, a control box, a hand acquisition mechanism and a foot acquisition mechanism; the hand acquisition mechanism includes a hand support platform and two hand acquisition units, each of which includes two sets of finger well point acquisition components; the foot acquisition mechanism includes a foot support platform and two foot acquisition units, each of which includes two sets of toe well point acquisition components. The well point characteristic data acquisition system uses hand electrode units of two sets of finger well point acquisition components and foot electrode units of two sets of toe well point acquisition components to respectively acquire electrical signals from the well points of both hands and feet of the person being measured, thereby being able to realize rapid measurement of the resistance of the twelve well points, which is highly efficient compared to manual measurement, and the measurement synchronization is effectively enhanced.

Description

Technical Field

[0001] The invention relates to a data acquisition system and a data acquisition method, in particular to a well feature data acquisition system and a data acquisition method. Background Art

[0002] The twelve Jing points are composed of the Jing points of the twelve meridians, all located at the ends of the limbs, namely Shaoshang (lung meridian), Zhongchong (pericardium meridian), Shaochong (heart meridian), Shangyang (large intestine meridian), Guanchong (triple burner meridian), Shaoze (small intestine meridian), Yinbai (spleen meridian), Dadun (liver meridian), Yongquan (kidney meridian), Lidui (stomach meridian), Zuqiaoyin (gallbladder meridian), and Zhiyin (bladder meridian).

[0003] Acupoint diagnosis is a new method of TCM diagnosis that combines TCM meridian theory with modern electronic technology. It is one of the important ways to modernize TCM diagnosis. Collecting the resistance characteristics of the twelve acupoints can help analyze the functional status of related meridians. However, the existing meridian resistance measurement is performed manually on each acupoint in turn, which has low measurement efficiency and a large measurement time interval between each acupoint, which will cause certain delay errors in the evaluation of the current state of the meridian. Summary of the invention

[0004] The purpose of the invention is to provide a well point characteristic data acquisition system that can quickly collect the resistance characteristics of the twelve well points of the human body, so as to facilitate the subsequent well point characteristic research and provide data support for the evaluation of human functional status and the patency of meridian circulation.

[0005] Technical solution: The acupoint feature data acquisition system described in the present invention includes an equipment cabinet, a seat, a display screen, a bottom plate, a button panel, a control box, a hand acquisition mechanism and a foot acquisition mechanism; the hand acquisition mechanism includes a hand support platform and two hand acquisition units, each of which includes two sets of finger acupoint acquisition components; the foot acquisition mechanism includes a foot support platform and two foot acquisition units, each of which includes two sets of toe acupoint acquisition components; the equipment cabinet and the seat are installed on the bottom plate, the display screen is installed on the upper front side of the equipment cabinet, and the control box is installed in the equipment cabinet; an upper window and a lower window are respectively provided on the upper and lower parts of the front side of the equipment cabinet, the hand support platform is installed through the upper window, and the foot support platform is installed through the lower window; the two hand acquisition units are rotatably installed on the left and right sides of the hand support platform, so that the two sets of finger acupoint acquisition components of the hand acquisition unit take turns entering the upper window; two foot collection units are rotatably installed on the left and right sides of the foot support platform, so that the two sets of toe well acupoint collection components of the foot collection unit take turns entering the lower window; two ultraviolet disinfection units are arranged in the equipment cabinet, and the two ultraviolet disinfection units are respectively located above the hand support platform and the foot support platform, for respectively performing ultraviolet disinfection on the finger well acupoint collection components and the toe well acupoint collection components located in the equipment cabinet; the control box is electrically connected to the display screen and the key panel respectively; the finger well acupoint collection component is provided with a hand electrode unit for conductive contact with the six finger well acupoints, and the toe well acupoint collection component is provided with a foot electrode unit for conductive contact with the six foot well acupoints; the control box collects electrical signals from the well acupoints of both hands and the well acupoints of both feet of the measured person through the hand electrode units of the two sets of finger well acupoint collection components located outside the equipment cabinet and the foot electrode units of the two sets of toe well acupoint collection components.

[0006] Furthermore, the hand support platform includes a hand platform and two upper rotation switching mechanisms; the upper rotation switching mechanism includes an upper switching motor, an upper worm and an upper worm wheel; an upper circular groove is provided on both sides of the upper side surface of the hand platform, and an upper main shaft is rotatably installed at the center of the upper circular groove; the upper worm wheels of the two upper rotation switching mechanisms are respectively fixedly installed on the two upper main shafts, and the upper worm is rotatably installed on the bottom of the upper circular groove, and the upper worm wheel is meshed with the upper worm; the upper switching motor is used to rotationally drive the upper worm, and the upper switching motor is driven and controlled by the control box.

[0007] Furthermore, the hand collection unit also includes a hand switching disc and multiple upper supporting rollers; the center of the lower side surface of the hand switching disc is fixed on the upper end of the upper main shaft; the upper supporting roller is installed at the edge of the lower side surface of the hand switching disc, and is used to support walking in the upper circular groove; the upper side surface of the hand switching disc is at the same height as the upper side surface of the hand platform; two sets of finger well point collection components are centrally symmetrically arranged on the hand switching disc.

[0008] Furthermore, the finger acupoint collection component also includes a synchronous puller and five finger collectors; the finger collector includes a finger sleeve, a flexible belt-shaped airbag, a connecting column, a push sliding seat, a push spring, a push sliding rod, an inner support frame and an outer support frame; the hand electrode unit includes six finger collection branches, each of which includes a flexible base film, a hand electrical connection cable and various flexible electrode sheets; five push strip holes are arranged in parallel on the hand switching disk and at the installation position of each set of finger acupoint collection components; the outer support frame is arranged at the corresponding push The hand switch disc is on the lower side of the pressure strip hole, and the length side frame of the outer support frame is parallel to the pushing strip hole, and the inner support frame is slidably installed in the outer support frame; pushing support slide grooves are arranged on the opposite sides of the two length side frames of the outer support frame, and a pushing support slide bar slidably embedded in the corresponding side pushing support slide groove is arranged on the outer side of the frame of the inner support frame; one end of the finger sleeve is set to be an open end for easy insertion of fingers, and the other end is set to be an arc-shaped closed end; the upper end of the connecting column is fixed to the lower outer wall of the finger sleeve, and the lower end passes through the pushing strip hole to The inner support frame is rotatably mounted on the push sliding seat, and the connecting column is close to the inner walls of the two length frames of the inner support frame; the push sliding rod is mounted on the lower side of the inner support frame and is parallel to the length frame of the inner support frame; the push sliding rod slides through the support sliding hole on the push sliding seat; the push spring is sleeved on the push sliding rod, and elastically pushes the push sliding seat to slide toward the open end of the finger sleeve; the flexible belt-shaped airbag is mounted on the inner wall of the finger sleeve, and the expansion surface of the flexible belt-shaped airbag faces the well hole of the corresponding finger; the flexible base membrane is arranged on the expansion surface of the flexible belt-shaped airbag On the surface, and corresponding to the well holes at the corresponding positions, the flexible electrode sheets are arranged in a row on the flexible base membrane at intervals; the finger sleeves are penetrated with air inlet and outlet pipes connected to the flexible belt-shaped air bags, and the air inlet and outlet pipes are used to connect with the air supply components in the equipment cabinet; each flexible electrode sheet on each flexible base membrane is electrically connected to the control box through the hand electrical connection cable; the synchronous puller is installed on the lower side of the hand switching disc, and is used to synchronously pull the inner support frames of the five finger collectors to move along the pushing strip holes; the air supply components and the synchronous puller are driven and controlled by the control box.

[0009] Furthermore, the synchronous pulling device includes a pulling drive motor, a synchronous rotating shaft, a pulling drive worm, a pulling drive worm wheel, five winding drums, five pulling ropes and five pulling rebound compression springs; the synchronous rotating shaft is rotatably mounted on the lower side of the hand switching disc through a rotating shaft support, the pulling drive worm is rotatably mounted on the rotating shaft support, the pulling drive worm wheel is fixedly mounted on the synchronous rotating shaft, the pulling drive worm is meshed with the pulling drive worm wheel, and the pulling drive motor is used to drive the pulling drive worm to rotate; the five winding drums are all fixed on the synchronous rotating shaft; one end of the five pulling ropes is respectively fixed on the five winding drums, and the other ends of the five pulling ropes are respectively passed through the outer support frames of the five finger collectors and then fixed on the corresponding inner support frames, so as to pull the inner support frames to slide in the outer support frames; the five pulling rebound compression springs are respectively mounted on the five pulling ropes, and are elastically supported between the inner support frame and the outer support frame; the pulling drive motor is driven and controlled by the control box.

[0010] Furthermore, the foot support platform includes a foot platform and a lower rotation drive mechanism; the lower rotation drive mechanism includes a lower switching motor, a lower worm and a lower worm wheel; a lower circular groove is provided on both sides of the upper side of the foot platform, and a lower main shaft is rotatably installed at the center of the lower circular groove; the lower worm wheels of the two lower rotation switching mechanisms are respectively fixedly installed on the two lower main shafts, the lower worm is rotatably installed on the bottom of the groove of the lower circular groove, and the lower worm wheel is meshed with the lower worm; the lower switching motor is used to rotationally drive the lower worm, and the lower switching motor is driven and controlled by the control box.

[0011] Furthermore, the foot collection unit also includes a foot switching disc and multiple lower support rollers; the center of the lower side surface of the foot switching disc is fixed on the upper end of the lower main shaft; the lower support roller is installed at the edge of the lower side surface of the foot switching disc, and is used to support walking in the lower circular groove; the upper side surface of the foot switching disc is at the same height as the upper side surface of the foot platform; two sets of toe well collection components are centrally symmetrically arranged on the foot switching disc.

[0012] Furthermore, the toe well point collection assembly also includes a Yongquan collector and four toe collectors; the Yongquan collector includes a sliding electrode seat, two foot support rods and two electrode rebound compression springs; the toe collector includes an L-shaped lifting plate, a lifting cylinder, a rectangular sliding sleeve, two support rail rods, two reset springs and two pulling springs; the foot electrode unit includes a Yongquan collection branch and five toe collection branches; the Yongquan collection branch includes a hemispherical electrode and a foot electrical connection cable, and the five toe collection branches each include a flexible base membrane, a foot electrical connection cable and each flexible electrode sheet; a sole support rectangular hole is provided on the foot switching disk and at the installation position of each set of toe well point collection assemblies And four toe pressing strip holes; the end of the sole supporting rectangular hole is close to the edge of the foot switching disk, the four toe pressing strip holes are parallel to each other and the ends are close to the center of the foot switching disk; two foot supporting rods are installed in parallel in the sole supporting rectangular hole, and the sliding electrode seat is slidably installed on the two foot supporting rods; the hemispherical electrode is fixedly installed at the center of the upper side of the sliding electrode seat and protrudes out of the upper side of the foot switching disk; two electrode rebound compression springs are respectively mounted on the two foot supporting rods, and are used to elastically push the sliding electrode seat to move toward the edge of the foot switching disk; the vertical plates of the L-shaped lifting plates of the four toe collectors pass through the four toe pressing strip holes respectively, and the horizontal plates of the two L-shaped lifting plates The horizontal plates of the other two L-shaped lifting plates face one side and are used to press on the big toe and the second toe respectively, and the horizontal plates of the other two L-shaped lifting plates face the other side and are used to press on the second toe and the little toe respectively; a closed flat airbag is installed on the lower side of the horizontal plates of the four L-shaped lifting plates; the flexible base film is arranged on the lower expansion surface of the closed flat airbag, and corresponds to the well holes at the corresponding positions, and the flexible electrode sheets are arranged on the flexible base film in a row; the hemispherical electrodes and the flexible electrode sheets on each flexible base film are electrically connected to the control box through each foot electrical connection cable; the rectangular sliding sleeve is slidably mounted on the vertical plate of the L-shaped lifting plate, and a supporting convex strip is arranged on the outer walls of the two length sides of the rectangular sliding sleeve; two support rails The track rod is fixed in parallel on the lower side of the foot switching disc and is parallel to the toe pressing strip hole; the two supporting track rods slide through the two supporting convex strips respectively, and the two reset springs are respectively mounted on the two supporting track rods to push the rectangular sliding sleeve to move toward the edge of the foot switching disc; a rectangular pushing hole is provided at the lower part of the vertical plate of the L-shaped lifting plate, and a supporting block penetrating the rectangular pushing hole is provided at the lower end of the rectangular sliding sleeve; the lifting cylinder is connected between the lower side of the supporting block and the lower side of the rectangular pushing hole, and the two lifting springs are elastically pulled between the lower side of the supporting block and the lower side of the rectangular pushing hole; the lifting cylinder is used to connect with the air supply component in the equipment cabinet; the air supply component is driven and controlled by the control box.

[0013] Further, the control box is provided with a controller, an excitation current source, two groups of third signal acquisition circuits, ten groups of second signal acquisition circuits and twelve groups of first signal acquisition circuits; each group of first signal acquisition circuits includes a first left-side multi-way selection switch, a first right-side multi-way selection switch and a voltage acquisition circuit; each group of second signal acquisition circuits includes a second left-side multi-way selection switch, a second right-side multi-way selection switch and a voltage acquisition circuit; each group of third signal acquisition circuits includes a left-side electric-controlled switch, a right-side electric-controlled switch and a voltage acquisition circuit; the controller is electrically connected to the control end of the first left-side multi-way selection switch, the control end of the first right-side multi-way selection switch, the control end of the second left-side multi-way selection switch, the control end of the second right-side multi-way selection switch, the control end of the left-side electric-controlled switch, the control end of the right-side electric-controlled switch and the output end of each voltage acquisition circuit respectively;

[0014] The input end of the first left multi-way selection switch of each group of first signal acquisition circuits, the input end of the second left multi-way selection switch of each group of second signal acquisition circuits, and the input end of the left electric control switch of each group of third signal acquisition circuits are all electrically connected to the positive terminal of the excitation current source, and the input end of the first right multi-way selection switch of each group of first signal acquisition circuits, the input end of the second right multi-way selection switch of each group of second signal acquisition circuits, and the input end of the right electric control switch of each group of third signal acquisition circuits are all electrically connected to the negative terminal of the excitation current source;

[0015] The output ends of the first left-side multiplexer switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets of the twelve finger acquisition branches of the hand electrode units of the two sets of finger well acupoint acquisition components on the left side, and the output ends of each first left-side multiplexer switch are only electrically connected to a column of flexible electrode sheets on the same flexible base film; the output ends of the first right-side multiplexer switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets of the twelve finger acquisition branches of the hand electrode units of the two sets of finger well acupoint acquisition components on the right side, and the output ends of each first right-side multiplexer switch are only electrically connected to a column of flexible electrode sheets on the same flexible base film;

[0016] The output ends of the second left-side multiplexer switches of the ten groups of second signal acquisition circuits are respectively electrically connected to the flexible electrode sheets of the ten toe acquisition branches of the foot electrode units of the two sets of toe well acupoint acquisition assemblies on the left side, and the output ends of each second left-side multiplexer switch are only electrically connected to a column of flexible electrode sheets on the same flexible base film; the output ends of the second right-side multiplexer switches of the ten groups of second signal acquisition circuits are respectively electrically connected to the flexible electrode sheets of the ten toe acquisition branches of the foot electrode units of the two sets of toe well acupoint acquisition assemblies on the right side, and the output ends of each second right-side multiplexer switch are only electrically connected to a column of flexible electrode sheets on the same flexible base film;

[0017] The output ends of the left side electric control switches of the two sets of third signal acquisition circuits are respectively electrically connected to the hemispherical electrodes of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the left side, and the output ends of the right side electric control switches of the two sets of third signal acquisition circuits are respectively electrically connected to the hemispherical electrodes of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the right side;

[0018] The acquisition input end of the voltage acquisition circuit of each group of first signal acquisition circuits is electrically connected to the input end of the first left multi-way selection switch and the input end of the first right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of second signal acquisition circuits is electrically connected to the input end of the second left multi-way selection switch and the input end of the second right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of third signal acquisition circuits is electrically connected to the input end of the left electric control switch and the input end of the right electric control switch.

[0019] The present invention also provides a collection method of a well feature data collection system, comprising the following steps:

[0020] Step 1, place the hands of the person to be collected on two sets of finger well acupoint collection components on the left and right sides outside the equipment cabinet, and make each column of flexible electrode sheets of the twelve finger collection branches of the hand electrode units of the two sets of finger well acupoint collection components on the left and right sides achieve conductive contact with the twelve well acupoint positions of the hands, and then place the feet of the person to be collected on two sets of toe well acupoint collection components on the left and right sides outside the equipment cabinet, and make the hemispherical electrodes of the two Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection components on the left and right sides and each column of flexible electrode sheets of the ten toe collection branches achieve conductive contact with the twelve well acupoint positions of the feet;

[0021] Step 2, the controller controls the first left-side multi-way selection switches and the first right-side multi-way selection switches of the six groups of first signal acquisition circuits corresponding to the twelve finger acquisition branches outside the equipment cabinet, and the switch selection arrangement and combination of the first left-side multi-way selection switches and the first right-side multi-way selection switches of each group of first signal acquisition circuits is used as a control group, and the voltage acquisition circuit of the first signal acquisition circuit collects the voltage values ​​of the two flexible electrode sheets between the two columns of flexible electrode sheets corresponding to the same well points on the left and right sides of a control group, and the collected voltage values ​​are matched with the set effective value range to obtain each effective voltage value, and then the average value of each effective voltage value is calculated as the voltage value obtained by each group of first signal acquisition circuits, and the voltage value obtained by each group of first signal acquisition circuits corresponds to a finger well point;

[0022] At the same time, the controller controls the left electric control switch and the right electric control switch of a group of third signal acquisition circuits corresponding to the two Yongquan collection branches outside the equipment cabinet, and collects the voltage value between the two hemispherical electrodes through the voltage collection circuit of the third signal acquisition circuit. The voltage value collected by the third signal acquisition circuit corresponds to the Yongquan acupoint;

[0023] At the same time, the controller controls the second left-side multi-way selection switches and the second right-side multi-way selection switches of the five groups of second signal acquisition circuits corresponding to the ten toe acquisition branches outside the equipment cabinet. The switch selection arrangement and combination of the second left-side multi-way selection switches and the second right-side multi-way selection switches of each group of second signal acquisition circuits is used as a control group. The voltage acquisition circuit of the second signal acquisition circuit collects the voltage values ​​of the two flexible electrode sheets between the two columns of flexible electrode sheets corresponding to the same well points on the left and right sides of a control group, matches the collected voltage values ​​with the set effective value range, obtains each effective voltage value, and then calculates the average value of each effective voltage value as the voltage value obtained by each group of second signal acquisition circuits. The voltage value obtained by each group of second signal acquisition circuits corresponds to a toe well point;

[0024] Step 3, the controller calculates the resistance value of each well hole according to the obtained voltage value of each well hole and the current value of the excitation current source, thus completing the rapid measurement of the resistance of the twelve well holes of the person to be collected;

[0025] Step 4. After the hands of the person to be collected leave the two sets of finger well acupoint collection components and the feet leave the two sets of toe well acupoint collection components, the operator sends a rotation drive instruction to the controller through the key panel, and the controller controls the hand support platform and the foot support platform to rotate and switch the two Yongquan collection branches, twelve finger collection branches and ten toe collection branches outside the equipment cabinet into the equipment cabinet. The controller then controls the two ultraviolet disinfection units to perform ultraviolet disinfection on the two Yongquan collection branches, twelve finger collection branches and ten toe collection branches entering the equipment cabinet.

[0026] Compared with the prior art, the present invention has the following beneficial effects: the hand electrode units of two sets of finger well-point collection assemblies and the foot electrode units of two sets of toe well-point collection assemblies are used to collect electrical signals from the well-points of both hands and feet of the measured person respectively, so that the resistance of the twelve well-points can be quickly measured, which is efficient compared with manual measurement and the measurement synchronization is effectively enhanced; the two hand collection units and the two foot collection units are rotatably installed, so that after completing a person measurement, the used finger well-point collection assemblies and toe well-point collection assemblies are ultraviolet disinfected to ensure the safety and hygiene of the collection process. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1It is a right view structural schematic diagram of the system of the present invention;

[0028] Figure 2 It is a schematic diagram of the cross-sectional structure of the system of the present invention;

[0029] Figure 3 It is a schematic cross-sectional structural diagram of the foot collecting mechanism of the present invention;

[0030] Figure 4 It is a schematic cross-sectional structure diagram of the hand collection mechanism of the present invention;

[0031] Figure 5 It is a schematic diagram of the top view of the hand collection mechanism of the present invention;

[0032] Figure 6 It is a schematic diagram of the top view of the foot collecting mechanism of the present invention;

[0033] Figure 7 This is a schematic diagram of the distribution structure of the flexible electrode sheet of the present invention;

[0034] Figure 8 It is a schematic diagram of the limited rotation installation structure of the present invention;

[0035] Fig. 9 A schematic diagram of an installation position of the flexible belt-shaped airbag of the present invention;

[0036] Fig.10 It is a schematic diagram of another installation position of the flexible belt-shaped airbag of the present invention;

[0037] Fig.11 It is a schematic diagram of the circuit structure of the present invention. DETAILED DESCRIPTION

[0038] The technical solution of the present invention is described in detail below in conjunction with the accompanying drawings, but the protection scope of the present invention is not limited to the embodiments.

[0039] like Figure 1-11As shown, the acupoint feature data acquisition system disclosed in the present invention includes: an equipment cabinet 1, a seat 3, a display screen 2, a bottom plate 5, a button panel 10, a control box 11, a hand acquisition mechanism and a foot acquisition mechanism; the hand acquisition mechanism includes a hand support platform and two hand acquisition units, each of which includes two sets of finger acupoint acquisition components; the foot acquisition mechanism includes a foot support platform and two foot acquisition units, each of which includes two sets of toe acupoint acquisition components; the equipment cabinet 1 and the seat 3 are both installed on the bottom plate 5, and the seat 3 is located on the front side of the equipment cabinet 1, the display screen 2 is installed on the upper front side of the equipment cabinet 1, and the control box 11 is installed in the equipment cabinet 1; an upper window 23 and a lower window 22 are respectively provided at the upper and lower parts of the front side of the equipment cabinet 1, the hand support platform is installed through the upper window 23, and the foot support platform is installed through the lower window 22; the two hand acquisition units are respectively rotatably installed on the left and right sides of the hand support platform, so that the two sets of finger acupoint acquisition components of the hand acquisition unit can be connected to the acupoint collection device of the hand support platform. The components enter the upper window 23 in turn; the two foot collection units are rotatably installed on the left and right sides of the foot support platform, so that the two sets of toe well point collection components of the foot collection unit enter the lower window 22 in turn; two ultraviolet disinfection units are arranged in the equipment cabinet 1, and the two ultraviolet disinfection units are respectively located above the hand support platform and the foot support platform, for respectively performing ultraviolet disinfection on the finger well point collection components and the toe well point collection components located in the equipment cabinet 1; the key panel 10 is installed on the front side of the hand support platform; the control box 11 is electrically connected to the display screen 2 and the key panel 10 respectively; the finger well point collection component is provided with a hand electrode unit for conductive contact with the six finger well points, and the toe well point collection component is provided with a foot electrode unit for conductive contact with the six foot well points; the control box 11 collects electrical signals from the well points of both hands and the well points of both feet of the measured person through the hand electrode units of the two sets of finger well point collection components and the foot electrode units of the two sets of toe well point collection components located outside the equipment cabinet 1.

[0040] The hand electrode units of two sets of finger well-point collection assemblies and the foot electrode units of two sets of toe well-point collection assemblies are used to collect electrical signals from the well-points of both hands and feet of the measured person respectively, so that the resistance of the twelve well-points can be quickly measured. Compared with manual measurement, the efficiency is high and the measurement synchronization is effectively enhanced; two hand collection units and two foot collection units are rotatably installed, so after completing a person measurement, the used finger well-point collection assemblies and toe well-point collection assemblies are ultraviolet disinfected to ensure the safety and hygiene of the collection process.

[0041] Furthermore, a flexible seat cushion 4 is provided on the seat 3 to improve the comfort of the seat 3 .

[0042] Further, the hand support platform includes a hand platform 8 and two upper rotation switching mechanisms; the upper rotation switching mechanism includes an upper switching motor 60, an upper worm 61 and an upper worm wheel 62; an upper circular groove 56 is provided on both sides of the upper side of the hand platform 8, and an upper main shaft 59 is rotatably mounted at the center of the upper circular groove 56; the upper worm wheels 62 of the two upper rotation switching mechanisms are respectively fixedly mounted on the two upper main shafts 59, the upper worm 61 is rotatably mounted on the bottom of the groove of the upper circular groove 56, and the upper worm wheel 62 is meshed with the upper worm 61; the upper switching motor 60 is used to rotationally drive the upper worm 61, and the upper switching motor 60 is driven and controlled by the control box 11. The cooperation of the upper worm 61 and the upper worm wheel 62 can realize the rotation drive and rotation locking of the upper main shaft 59.

[0043] Furthermore, the hand collection unit also includes a hand switching disc 50 and a plurality of upper support rollers 78; the center of the lower side of the hand switching disc 50 is fixed on the upper end of the upper main shaft 59; the upper support roller 78 is installed at the edge of the lower side of the hand switching disc 50, and is used to support walking in the upper circular groove 56; the upper side of the hand switching disc 50 is at the same height as the upper side of the hand platform 8; two sets of finger well point collection components are centrally symmetrically arranged on the hand switching disc 50. The use of a plurality of upper support rollers 78 can enhance the stability of the rotation of the hand switching disc 50.

[0044] Furthermore, the finger acupoint collection assembly also includes a synchronous puller and five finger collectors; the finger collector includes a finger sleeve 54, a flexible belt-shaped airbag 84, a connecting column 69, a push sliding seat 68, a push spring 67, a push sliding rod 66, an inner support frame 65 and an outer support frame 63; the hand electrode unit includes six finger collection branches, each of which includes a flexible base film 40, a hand electrical connection cable 85 and each flexible electrode sheet 41; five push strip holes 51 are arranged in parallel on the hand switching disk 50 and at the installation position of each set of finger acupoint collection assemblies; the outer support frame 63 is arranged at the corresponding push strip holes On the lower side of the hand switching disc 50 at the hole 51, the length side frame of the outer support frame 63 is parallel to the pushing strip hole 51, and the inner support frame 65 is slidably installed in the outer support frame 63; pushing support slide grooves 64 are arranged on the opposite sides of the two length side frames of the outer support frame 63, and a pushing support slide bar slidably embedded in the corresponding side pushing support slide groove 64 is arranged on the outer side of the frame of the inner support frame 65; one end of the finger sleeve 54 is arranged as an open end for easy insertion of fingers, and the other end is arranged as an arc-shaped closed end 55; the upper end of the connecting column 69 is fixed on the lower outer wall of the finger sleeve 54, and the lower end passes through the pushing strip hole 51 and the inner support The support frame 65 is rear-limitedly rotatably mounted on the push sliding seat 68, and the connecting column 69 is close to the inner walls of the two length frames of the inner support frame 65; the push sliding rod 66 is mounted on the lower side of the inner support frame 65 and is parallel to the length frames of the inner support frame 65; the push sliding rod 66 slides through the support sliding hole 79 on the push sliding seat 68; the push spring 67 is sleeved on the push sliding rod 66, and elastically pushes the push sliding seat 68 to slide toward the open end of the finger sleeve 54; the flexible belt-shaped airbag 84 is mounted on the inner wall of the finger sleeve 54, and the expansion surface of the flexible belt-shaped airbag 84 faces the well hole of the corresponding finger; the flexible base film 40 is arranged on the flexible belt-shaped airbag 84 On the expansion surface, and corresponding to the well holes at the corresponding positions, the flexible electrode sheets 41 are arranged in a row on the flexible base membrane 40; an air inlet and outlet pipe 58 connected to the flexible belt-shaped airbag 84 is provided through the finger sleeve 54, and the air inlet and outlet pipe 58 is used to connect with the air supply component in the equipment cabinet 1; each flexible electrode sheet 41 on each flexible base membrane 40 is electrically connected to the control box 11 through the hand electrical connection cable 85; the synchronous puller is installed on the lower side of the hand switching disc 50, and is used to synchronously pull the inner support frame 65 of the five finger collectors to move along the pushing strip hole 51; the air supply component and the synchronous puller are driven and controlled by the control box 11.The push spring 67 can be used to elastically push the push sliding seat 68, so that the finger sleeve 54 is firmly mounted on the finger, and the moving positions of each finger sleeve 54 are allowed to be different, so as to meet the mounting requirements of fingers of different lengths; the flexible belt-shaped airbag 84 can be inflated after the finger sleeve is completed, so that the flexible electrode sheet 41 on the flexible base film 40 is pressed to the corresponding position of the finger, so as to meet the conductive contact requirements; the flexible electrode sheet 41 is arranged to be distributed in a row at intervals, so that the voltage state of each flexible electrode sheet 41 is scanned during voltage collection, so as to realize multi-point measurement near the acupuncture points, and also to eliminate some invalid collection points pressed on the nail (non-conductive) according to the scanned voltage value, so as to ensure the accuracy of voltage collection.

[0045] Furthermore, after the flexible base membrane 40 is unfolded in a plane, the distance between two adjacent flexible electrode sheets 41 is 3 to 5 mm, thereby effectively enhancing the accuracy of the well point position judgment; the flexible base membrane 40 is made of a flexible film or a flexible cloth material, and a connecting narrow strip 42 for pasting and fixing the hand electrical connection cable 85 is provided at the end of the flexible base membrane 40; the flexible electrode sheets 41 are obtained by cutting metal braided flat wires, such as copper braided wires, and each flexible electrode sheet 41 on the same flexible base membrane 40 is electrically connected to each independent wire core of the same hand electrical connection cable 85.

[0046] Furthermore, the flexible belt-shaped airbag 84 in the finger sleeve 54 at the thumb insertion site is located on the inner wall of the side, so that the expansion surface faces the back of the thumb, and the flexible electrode sheet 41 on the flexible base film 40 here is arranged toward the outside of the back of the finger, so that the flexible belt-shaped airbag 84 can be pressed onto the Shaoshang acupoint after expansion; the flexible belt-shaped airbag 84 in the finger sleeve 54 at the index finger insertion site is located on the inner wall of the top, so that the expansion surface faces the back of the index finger, and the flexible electrode sheet 41 on the flexible base film 40 here is arranged on the side close to the thumb, so that the flexible belt-shaped airbag 84 can be pressed onto the Shangyang acupoint after expansion; the flexible belt-shaped airbag 84 in the finger sleeve 54 at the middle finger insertion site is located on the inner wall of the arc-shaped closed end 55, so that the expansion surface faces the fingertip of the middle finger, and the flexible electrode sheet 41 on the flexible base film 40 here is arranged on the side close to the thumb, so that the flexible belt-shaped airbag 84 can be pressed onto the Shangyang acupoint after expansion. The electrode sheet 41 is arranged in the middle of the fingertip so that it can be pressed onto the Zhongchong acupoint after the flexible belt-like airbag 84 is inflated; the flexible belt-like airbag 84 in the finger sleeve 54 at the ring finger insertion position is all located on the top inner wall so that the expanded surface faces the back of the ring finger, and the flexible electrode sheet 41 on the flexible base film 40 here is arranged on the side close to the little finger so that it can be pressed onto the Guanchong acupoint after the flexible belt-like airbag 84 is inflated; the flexible belt-like airbag 84 in the finger sleeve 54 at the little finger insertion position is all located on the top inner wall so that the expanded surface faces the back of the little finger, and two flexible base films 40 are arranged here, and the flexible electrode sheets 41 on the two flexible base films 40 are respectively close to the left and right sides of the little finger so that they can be pressed onto the Shaochong acupoint and the Shaoze acupoint after the flexible belt-like airbag 84 is inflated.

[0047] Furthermore, a disc inner cavity 80 is provided at the upper part of the push sliding seat 68, and a limited disc 81 is rotatably installed in the disc inner cavity 80; the lower end of the connecting column 69 extends into the disc inner cavity 80 and is fixed on the limited disc 81; a V-shaped notch 82 is provided on the edge of the limited disc 81, and a limiting convex column 83 extending into the V-shaped notch 82 is provided at the bottom of the disc inner cavity 80, so as to realize the limited rotation installation of the lower end of the connecting column 69. By using the cooperation of the V-shaped notch 82 and the limiting convex column 83, the limited rotation of the lower end of the connecting column 69 can be realized, so as to meet the small angle rotation of the finger sleeve 54, and facilitate the more comfortable insertion of the finger.

[0048] Furthermore, an air supply assembly is provided in the equipment cabinet 1; the air supply assembly includes an air pump 13, an air collecting box 14, an air pressure sensor 15 and two air outlet pipes 17; the air pump 13 is used to inflate the air collecting box 14, and the air pressure sensor 15 is installed on the air collecting box 14 for real-time monitoring of the air pressure in the air collecting box 14; the two air outlet pipes 17 are both connected to the air collecting box 14, and an air charging solenoid valve 18 is provided at the connection of the air outlet pipes 17; the two air outlet pipes 17 are both connected to an exhaust pipe 16, and an exhaust solenoid valve 19 is provided on the exhaust pipe 16; the air inlet and outlet pipes 58 on each finger sleeve 54 are connected to an air outlet pipe 17 through a gas delivery flexible pipe; the air pump 13, the air pressure sensor 15, the air charging solenoid valve 18 and the exhaust solenoid valve 19 are all electrically connected to the control box 11. The exhaust solenoid valve 19 is arranged on the exhaust pipe 16, so that the flexible belt-shaped airbag 84 and the lifting cylinder 37 are depressurized after the collection is completed.

[0049] Furthermore, the synchronous puller includes a pulling drive motor 76, a synchronous rotating shaft 72, a pulling drive worm 77, a pulling drive worm wheel 75, five winding reels 73, five pulling ropes 70 and five pulling rebound compression springs 71; the synchronous rotating shaft 72 is rotatably mounted on the lower side of the hand switching disc 50 through the rotating shaft support 74, the pulling drive worm 77 is rotatably mounted on the rotating shaft support 74, the pulling drive worm wheel 75 is fixedly mounted on the synchronous rotating shaft 72, the pulling drive worm 77 is meshed with the pulling drive worm wheel 75, and the pulling drive motor 76 is used to drive the pulling drive The movable worm 77 rotates; the five winding reels 73 are all fixed on the synchronous rotating shaft 72; one end of the five pull ropes 70 is fixed on the five winding reels 73 respectively, and the other ends of the five pull ropes 70 are respectively passed through the outer support frames 63 of the five finger collectors and then fixed on the corresponding inner support frames 65, which are used to pull the inner support frames 65 to slide in the outer support frames 63; the five pull-out rebound compression springs 71 are respectively set on the five pull ropes 70, and elastically supported between the inner support frame 65 and the outer support frame 63; the pull-out drive motor 76 is driven and controlled by the control box 11. The five winding reels 73 can realize the synchronous reeling and unreeling of the five pull ropes 70, thereby realizing the synchronous movement of the five finger sleeves 54; the pull-out rebound compression springs 71 can push the inner support frame 65 to move to the initial position through the unreeling operation after the detection is completed.

[0050] Furthermore, the foot support platform includes a foot platform 6 and a lower rotation drive mechanism; the lower rotation drive mechanism includes a lower switching motor 27, a lower worm 26 and a lower worm wheel 28; a lower circular groove 57 is provided on both sides of the upper side of the foot platform 6, and a lower main shaft 25 is rotatably mounted at the center of the lower circular groove 57; the lower worm wheels 28 of the two lower rotation switching mechanisms are respectively fixedly mounted on the two lower main shafts 25, the lower worm 26 is rotatably mounted on the bottom of the lower circular groove 57, and the lower worm wheel 28 is meshed with the lower worm 26; the lower switching motor 27 is used to rotationally drive the lower worm 26, and the lower switching motor 27 is driven and controlled by the control box 11. The rotation drive and locking of the foot platform 6 can be achieved by the cooperation of the lower worm wheel 28 and the lower worm 26.

[0051] Furthermore, the foot collection unit also includes a foot switching disc 24 and a plurality of lower support rollers 49; the center of the lower side of the foot switching disc 24 is fixed to the upper end of the lower main shaft 25; the lower support rollers 49 are installed at the edge of the lower side of the foot switching disc 24, and are used to support walking in the lower circular groove 57; the upper side of the foot switching disc 24 is at the same height as the upper side of the foot platform 6; two sets of toe well collection components are centrally symmetrically arranged on the foot switching disc 24. The use of multiple lower support rollers 49 can enhance the rotational stability of the foot platform 6.

[0052] Furthermore, the toe well point collection assembly also includes a Yongquan collector and four toe collectors; the Yongquan collector includes a sliding electrode seat 46, two foot support rods 44 and two electrode rebound compression springs 45; the toe collector includes an L-shaped lifting plate 34, a lifting cylinder 37, a rectangular sliding sleeve 30, two support rail rods 32, two reset springs 33 and two pulling springs 38; the foot electrode unit includes a Yongquan collection branch and five toe collection branches; the Yongquan collection branch includes a hemispherical electrode 48 and a foot electrical connection cable 86, and the five toe collection branches all include a flexible base film 40, a foot electrical connection cable 86 and each flexible electrode sheet 41; on the foot switching disk 24 and located in each set of toe well point collection assembly A foot support rectangular hole 43 and four toe pressing strip holes 29 are provided at the installation position of the component; the end of the foot support rectangular hole 43 is close to the edge of the foot switching disk 24, and the four toe pressing strip holes 29 are parallel to each other and the ends are close to the center of the foot switching disk 24; two foot support rods 44 are installed in parallel in the foot support rectangular hole 43, and the sliding electrode seat 46 is slidably installed on the two foot support rods 44; the hemispherical electrode 48 is fixedly installed at the center of the upper side surface of the sliding electrode seat 46 and protrudes out of the upper side surface of the foot switching disk 24; two electrode rebound compression springs 45 are respectively mounted on the two foot support rods 44, and are used to elastically push the sliding electrode seat 46 to move toward the edge of the foot switching disk 24 ; The vertical plates of the L-shaped lifting plates 34 of the four toe collectors pass through the four toe pressing strip holes 29 respectively, and the horizontal plates of the two L-shaped lifting plates 34 face one side, which are used to press on the big toe and the second toe respectively, and the horizontal plates of the other two L-shaped lifting plates 34 face the other side, which are used to press on the second toe and the little toe respectively; a closed flat air bag 39 is installed on the lower side of the horizontal plates of the four L-shaped lifting plates 34; the flexible base film 40 is arranged on the lower expansion surface of the closed flat air bag 39, and corresponds to the well points at the corresponding positions, and the flexible electrode sheets 41 are arranged on the flexible base film 40 in a row at intervals; the hemispherical electrodes 48 and the flexible electrode sheets 41 on each flexible base film 40 are connected to each foot through the electrical connection line The cable 86 is electrically connected to the control box 11; the rectangular sleeve 30 is slidably mounted on the vertical plate of the L-shaped lifting plate 34, and a supporting ridge 31 is provided on the outer walls of the two length sides of the rectangular sleeve 30; two supporting rail rods 32 are parallelly fixed on the lower side of the foot switching disc 24 and are parallel to the toe pressing strip hole 29; the two supporting rail rods 32 respectively slide through the two supporting ridges 31, and two return springs 33 are respectively mounted on the two supporting rail rods 32 to push the rectangular sleeve 30 to move toward the edge of the foot switching disc 24; a rectangular pushing hole 35 is provided at the lower part of the vertical plate of the L-shaped lifting plate 34, and a supporting stopper 36 penetrating the rectangular pushing hole 35 is provided at the lower end of the rectangular sleeve 30;The lifting cylinder 37 is connected between the lower side of the support block 36 and the lower side of the rectangular push hole 35, and two lifting springs 38 are elastically pulled between the lower side of the support block 36 and the lower side of the rectangular push hole 35; the lifting cylinder 37 is used to connect with the air supply component in the equipment cabinet 1; the air supply component is driven and controlled by the control box 11. Two electrode rebound compression springs 45 are used to elastically push the sliding electrode seat 46, thereby pushing the hemispherical electrode 48 back to the initial position after the measurement of the Yongquan acupoint is completed; two foot support rods 44 are used to slide and support the sliding electrode seat 46, so that when collecting, the hemispherical electrode 48 is first aligned with the Yongquan acupoint, and then the foot is manually pushed to move to the L-shaped lifting plate 34, so that the four toes to be collected are respectively located under the horizontal plates of the four L-shaped lifting plates 34, and the vertical plates of the L-shaped lifting plates 34 can also isolate each toe to avoid erroneous collection; the closed flat airbag 39 can be used to flexibly press the flexible base film 40 when moving downward, so that the flexible electrode sheets 41 arranged in a row and spaced apart are pressed to the well points on the toes, realizing multi-point measurement, and can also exclude some invalid collection points pressed on the nails (non-conductive) according to the scanning voltage value, to ensure the accuracy of voltage collection; two pulling springs 38 can be used to pull the L-shaped lifting plate 34 upward after the lifting cylinder 37 is depressurized, so as to facilitate the removal of the toes. ;

[0053] Furthermore, an annular friction pad 47 is provided on the sliding electrode seat 46, and a hemispherical electrode 48 is located inside the annular friction pad 47, thereby enhancing the friction force when the sole of the foot pushes.

[0054] Furthermore, a lower extension plate 7 is provided on the front side of the foot platform 6 to increase the support surface of the front side of the foot platform 6; an upper extension plate 9 is provided on the front side of the hand platform 8 to increase the support surface of the front side of the hand platform 8, and a button panel 10 is installed in the middle of the upper extension plate 9.

[0055] Furthermore, the ultraviolet disinfection unit includes a support rod 20 and an ultraviolet lamp 21; the ultraviolet lamp 21 is suspended in the equipment cabinet 1 through the support rod 20, and the ultraviolet lamp 21 is located above the internal hand support platform and the foot support platform, thereby performing ultraviolet disinfection on the finger well point collection components and the toe well point collection components.

[0056] Furthermore, two flexible base films 40 are provided on the sealed flat air bag 39 for pressing on the big toe, and the flexible electrode sheets 41 on the two flexible base films 40 are respectively close to the left and right sides of the big toe, so that they can press on the Yinbai point and the Dadun point after the sealed flat air bag 39 moves downward; the flexible electrode sheet 41 on the flexible base film 40 for pressing on the second toe is arranged on the side close to the third toe, so that they can press on the Lidui point after the sealed flat air bag 39 moves downward; the flexible electrode sheet 41 on the flexible base film 40 for pressing on the second little toe is arranged on the side close to the little toe, so that they can press on the Zuqiaoyin point after the sealed flat air bag 39 moves downward; the flexible electrode sheet 41 on the flexible base film 40 for pressing on the little toe is arranged on the outside of the little toe, so that they can press on the Zhiyin point after the sealed flat air bag 39 moves downward.

[0057] Furthermore, the control box (11) is provided with a controller, an excitation current source, two groups of third signal acquisition circuits, ten groups of second signal acquisition circuits, and twelve groups of first signal acquisition circuits; each group of first signal acquisition circuits includes a first left-side multi-way selection switch, a first right-side multi-way selection switch, and a voltage acquisition circuit; each group of second signal acquisition circuits includes a second left-side multi-way selection switch, a second right-side multi-way selection switch, and a voltage acquisition circuit; each group of third signal acquisition circuits includes a left-side electric-controlled switch, a right-side electric-controlled switch, and a voltage acquisition circuit; the controller is electrically connected to the control end of the first left-side multi-way selection switch, the control end of the first right-side multi-way selection switch, the control end of the second left-side multi-way selection switch, the control end of the second right-side multi-way selection switch, the control end of the left-side electric-controlled switch, the control end of the right-side electric-controlled switch, and the output end of each voltage acquisition circuit respectively;

[0058] The input end of the first left multi-way selection switch of each group of first signal acquisition circuits, the input end of the second left multi-way selection switch of each group of second signal acquisition circuits, and the input end of the left electric control switch of each group of third signal acquisition circuits are all electrically connected to the positive end of the excitation current source, and the input end of the first right multi-way selection switch of each group of first signal acquisition circuits, the input end of the second right multi-way selection switch of each group of second signal acquisition circuits, and the input end of the right electric control switch of each group of third signal acquisition circuits are all electrically connected to the negative end of the excitation current source, and the excitation current source provides a constant current source, and the current size is generally 25 to 45 microamperes, preferably 30 microamperes;

[0059] The output ends of the first left-side multiplexer switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets 41 of the twelve finger acquisition branches of the hand electrode units of the two sets of finger well acupoint acquisition components on the left side, and the output ends of each first left-side multiplexer switch are only electrically connected to a column of flexible electrode sheets 41 on the same flexible base film 40; the output ends of the first right-side multiplexer switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets 41 of the twelve finger acquisition branches of the hand electrode units of the two sets of finger well acupoint acquisition components on the right side, and the output ends of each first right-side multiplexer switch are only electrically connected to a column of flexible electrode sheets 41 on the same flexible base film 40;

[0060] The output ends of the second left-side multiplexer switches of the ten groups of second signal acquisition circuits are respectively electrically connected to the flexible electrode sheets 41 of the ten toe acquisition branches of the foot electrode units of the two sets of toe well acupoint acquisition assemblies on the left side, and the output ends of each second left-side multiplexer switch are only electrically connected to a column of flexible electrode sheets 41 on the same flexible base film 40; the output ends of the second right-side multiplexer switches of the ten groups of second signal acquisition circuits are respectively electrically connected to the flexible electrode sheets 41 of the ten toe acquisition branches of the foot electrode units of the two sets of toe well acupoint acquisition assemblies on the right side, and the output ends of each second right-side multiplexer switch are only electrically connected to a column of flexible electrode sheets 41 on the same flexible base film 40;

[0061] The output ends of the left side electric control switches of the two sets of third signal acquisition circuits are respectively electrically connected to the hemispherical electrodes 48 of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the left side, and the output ends of the right side electric control switches of the two sets of third signal acquisition circuits are respectively electrically connected to the hemispherical electrodes 48 of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the right side;

[0062] The acquisition input end of the voltage acquisition circuit of each group of first signal acquisition circuits is electrically connected to the input end of the first left multi-way selection switch and the input end of the first right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of second signal acquisition circuits is electrically connected to the input end of the second left multi-way selection switch and the input end of the second right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of third signal acquisition circuits is electrically connected to the input end of the left electric control switch and the input end of the right electric control switch.

[0063] By using the cooperation of the first left multi-way selection switch and the first right multi-way selection switch, the two columns of flexible electrode sheets 41 corresponding to the finger well points on the left and right sides can be arranged and combined for voltage collection. By using the cooperation of the second left multi-way selection switch and the second right multi-way selection switch, the two columns of flexible electrode sheets 41 corresponding to the toe well points on the left and right sides can be arranged and combined for voltage collection. For example, the combined voltage of the first flexible electrode sheet 41 in the left column and the first flexible electrode sheet 41 in the right column is V11, and the combined voltage of the third flexible electrode sheet 41 in the left column and the second flexible electrode sheet 41 in the right column is V32. These two columns of flexible electrode sheets 41 have a total of 8 flexible electrode sheets 41 and a total of 16 permutations and combinations, that is, 16 voltage values ​​are collected for each finger well point or toe well point, and then invalid voltage values ​​are eliminated according to the effective value range of the voltage (generally between 3.5 and 5V). For example, if a flexible electrode sheet 41 is pressed on a nail (insulated), then all the voltage values ​​of the permutations and combinations in which the flexible electrode sheet 41 participates will be invalid voltage values; by utilizing the cooperation of the left-side electric-controlled switch and the right-side electric-controlled switch, the power supply switching of the excitation current source to the hemispherical electrode 48 can be realized, thereby facilitating the voltage value collection of the Yongquan acupoint on the foot.

[0064] Furthermore, the power acquisition circuit includes a signal amplifying circuit and an AD acquisition circuit. The signal amplifying circuit amplifies the signal, and the AD acquisition circuit acquires the amplified signal.

[0065] Furthermore, the left multi-way selection switch and the right multi-way selection switch are both four-to-one multi-way selection switches; the left electric control switch and the right electric control switch are both single-way electric control switches to achieve power on and off control.

[0066] Furthermore, the control box 11 is also provided with a memory, a communication module, an electric control switch, an upper switching circuit, a lower switching circuit, a pump drive circuit and a pull-out drive circuit. The controller is electrically connected to the air pressure sensor 15, the inflation solenoid valve 18, the exhaust solenoid valve 19, the display screen 2, the key panel 10, the memory, the communication module, the electric control switch, the upper switching circuit, the lower switching circuit, the pump drive circuit and the pull-out drive circuit respectively; the upper switching circuit is electrically connected to the upper switching motor 60; the lower switching circuit is electrically connected to the lower switching motor 27; the pump drive circuit is electrically connected to the air pump 13; the pull-out drive circuit is electrically connected to the pull-out drive motor 76; the electric control switch is connected in series between the ultraviolet lamp 21 and the power supply; the controller controls the ultraviolet lamp 21, the upper switching motor 60, the lower switching motor 27 and the air pump 13 respectively through the electric control switch, the upper switching circuit, the lower switching circuit, the pump drive circuit and the pull-out drive circuit.

[0067] Furthermore, each circuit structure provided in the control box 11 is located on the circuit board 12 in the control box 11, so as to realize the integrated installation of the circuit.

[0068] The collection method of the well feature data collection system disclosed in the present invention comprises the following steps:

[0069] Step 1: Place both hands of the person to be collected on two sets of finger well acupoint collection components on the left and right sides outside the equipment cabinet 1. The operator sends a set control instruction to the controller through the key panel 10, and the controller drives and controls the pull-out drive motor 76, and slowly pulls the corresponding finger sleeves 54 to move toward the ends of the fingers through each pull rope 70. During the process, the collector aligns the corresponding finger sleeves 54 by moving his fingers, and finally makes the ten finger sleeves 54 of the two sets of finger well acupoint collection components on the left and right sides are respectively set on the ten fingers;

[0070] Then place the feet of the person to be collected on the two sets of toe well acupoint collection components on the left and right sides outside the equipment cabinet 1, and align the Yongquan acupoints of the two feet with the hemispherical electrodes 48 of the two Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection components on the left and right sides, and then push the feet to move to the L-shaped lifting plate 34, so that the vertical plate of the L-shaped lifting plate 34 is inserted into the toe gap at the corresponding position;

[0071] Then the operator sends a clamping control command to the controller through the key panel 10, and the controller drives and controls the air pump 13 and the inflation solenoid valve 18. The controller performs feedback control on the air pump 13 according to the air pressure value collected by the air pressure sensor 15, so that the air pressure in the air collecting box 14 is maintained within the set range. After the flexible belt-shaped airbag 84 is inflated, the columns of flexible electrode sheets 41 of the twelve finger collection branches of the hand electrode unit are in conductive contact with the twelve well acupoints of both hands; at the same time, the lifting cylinder 37 extends and moves, pushing the L-shaped lifting plate 34 downward, and the columns of flexible electrode sheets 41 of the ten toe collection branches are in conductive contact with the ten well acupoints on the toes of both feet;

[0072] Step 2, the controller controls the first left multi-way selection switches and the first right multi-way selection switches of the six groups of first signal acquisition circuits corresponding to the twelve finger acquisition branches outside the equipment cabinet 1, and the switch selection arrangement and combination of the first left multi-way selection switches and the first right multi-way selection switches of each group of first signal acquisition circuits is used as a control group, and the voltage acquisition circuit of the first signal acquisition circuit collects the voltage values ​​of the two flexible electrode sheets 41 between the two columns of flexible electrode sheets 41 corresponding to the same well points on the left and right sides of a control group, and matches the collected voltage values ​​with the set effective value range to obtain each effective voltage value, and then calculates the average value of each effective voltage value as the voltage value obtained by each group of first signal acquisition circuits, and the voltage value obtained by each group of first signal acquisition circuits corresponds to a finger well point, and the finger well points include Shaoshang point, Shangyang point, Zhongchong point, Guanchong point, Shaochong point and Shaoze point. In the above steps, the six groups of first signal acquisition circuits perform acquisition synchronously, and complete the voltage value acquisition of all finger well points at one time;

[0073] At the same time, the controller controls the left electric control switch and the right electric control switch of a group of third signal acquisition circuits corresponding to the two Yongquan collection branches outside the equipment cabinet 1, and collects the voltage value between the two hemispherical electrodes 48 through the voltage collection circuit of the third signal collection circuit. The voltage value collected by the third signal collection circuit corresponds to the Yongquan acupoint;

[0074] At the same time, the controller controls the second left-side multi-way selection switches and the second right-side multi-way selection switches of the five groups of second signal acquisition circuits corresponding to the ten toe acquisition branches outside the equipment cabinet 1. The switch selection arrangement and combination of the second left-side multi-way selection switches and the second right-side multi-way selection switches of each group of second signal acquisition circuits is used as a control group. The voltage value of each flexible electrode sheet 41 between two columns of flexible electrode sheets 41 corresponding to the same well points on the left and right sides of a control group is collected through the voltage acquisition circuit of the second signal acquisition circuit, and the collected voltage value is matched with the set effective value range to obtain each effective voltage value, and then the average value of each effective voltage value is calculated as the voltage value obtained by each group of second signal acquisition circuits. The voltage value obtained by each group of second signal acquisition circuits corresponds to a toe well point. The toe well points include Yinbai point, Dadun point, Lidui point, Zuqiaoyin point and Zhiyin point. In the above steps, the five groups of second signal acquisition circuits perform acquisition synchronously, and the voltage value acquisition of all toe well points is completed at one time;

[0075] Step 3, the controller calculates the resistance value of each well point according to the voltage value of each well point and the current value of the excitation current source, thus completing the rapid measurement of the resistance of the twelve well points of the person to be collected, and sends the twelve well point resistances obtained by the collection and calculation to the host computer through the communication module for the doctor to view;

[0076] Step 4, the operator sends a release control instruction to the controller through the key panel 10, and the controller controls the exhaust solenoid valve 19 to release the pressure of the flexible belt airbag 84 and the lifting cylinder 37, and then drives and controls the pulling drive motor 76 to return the ten finger sleeves 54 to the initial position and wait for the next installation. After the hands of the collection personnel leave the two sets of finger well acupoint collection components and the feet leave the two sets of toe well acupoint collection components, the operator sends a rotation drive instruction to the controller through the key panel 10, and the controller controls the upper switching motor 60 of the hand support platform and the lower switching motor 27 of the foot support platform, so that the two Yongquan collection branches, twelve finger collection branches and ten toe collection branches outside the equipment cabinet 1 are rotated and switched to enter the equipment cabinet 1, and then the controller controls the two ultraviolet disinfection units to perform ultraviolet disinfection on the two Yongquan collection branches, twelve finger collection branches and ten toe collection branches entering the equipment cabinet 1.

[0077] During the execution of the above steps, the controller plays the instruction video stored in the memory in real time through the display screen 2, so as to facilitate the learning and use of the personnel to be collected.

[0078] As described above, although the present invention has been shown and described with reference to specific preferred embodiments, it should not be construed as limiting the present invention itself. Various changes in form and details may be made without departing from the spirit and scope of the present invention as defined in the appended claims.

Claims

1. A well feature data acquisition system, characterized in that: The invention comprises an equipment cabinet (1), a seat (3), a display screen (2), a bottom plate (5), a key panel (10), a control box (11), a hand collection mechanism and a foot collection mechanism; the hand collection mechanism comprises a hand support platform and two hand collection units, each of which comprises two sets of finger well acupoint collection components; the foot collection mechanism comprises a foot support platform and two foot collection units, each of which comprises two sets of toe well acupoint collection components; the equipment cabinet (1) and the seat (3) are both mounted on the bottom plate (5), the display screen (2) is mounted on the upper front side of the equipment cabinet (1), and the control box (11) is mounted in the equipment cabinet (1); an upper window (23) and a lower window (22) are respectively arranged at the upper and lower parts of the front side of the equipment cabinet (1), the hand support platform is installed through the upper window (23), and the foot support platform is installed through the lower window (22); the two hand collection units are respectively rotatably mounted on the left and right sides of the hand support platform, so that the two sets of finger well acupoints of the hand collection unit are The collection components enter the upper window (23) in turn; the two foot collection units are rotatably mounted on the left and right sides of the foot support platform, respectively, so that the two sets of toe well acupoint collection components of the foot collection unit enter the lower window (22) in turn; two ultraviolet disinfection units are arranged in the equipment cabinet (1), and the two ultraviolet disinfection units are respectively located above the hand support platform and the foot support platform, and are used to respectively perform ultraviolet disinfection on the finger well acupoint collection components and the toe well acupoint collection components located in the equipment cabinet (1); the control box (11) is electrically connected to the display screen (2) and the key panel (10) respectively; the finger well acupoint collection components are provided with a hand electrode unit for conductive contact with the six finger well acupoints, and the toe well acupoint collection components are provided with a foot electrode unit for conductive contact with the six foot well acupoints; the control box (11) respectively performs electrical signal collection on the well acupoints of both hands and the well acupoints of both feet of the person being tested through the hand electrode units of the two sets of finger well acupoint collection components and the foot electrode units of the two sets of toe well acupoint collection components located outside the equipment cabinet (1); The finger acupuncture point collection assembly also includes a synchronous puller and five finger collectors; the finger collectors include a finger sleeve (54), a flexible belt-shaped airbag (84), a connecting column (69), a push sliding seat (68), a push spring (67), a push sliding rod (66), an inner support frame (65) and an outer support frame (63); the hand electrode unit includes six finger collection branches, each of which includes a flexible base film (40), a hand electrical connection cable (85) and each flexible electrode sheet (41); One end of the finger sleeve (54) is configured as an open end for easy insertion of a finger, and the other end is configured as an arc-shaped closed end (55); the upper end of the connecting column (69) is fixed to the lower outer wall of the finger sleeve (54), and the lower end passes through the pushing strip hole (51) and the inner support frame (65) and is then limitedly rotatably mounted on the pushing sliding seat (68), and the connecting column (69) is close to the inner walls of the two length frames of the inner support frame (65); The push spring (67) is sleeved on the push slide rod (66) and elastically pushes the push slide seat (68) to slide toward the open end of the finger sleeve (54); the flexible belt-shaped airbag (84) is installed on the inner wall of the finger sleeve (54), and the expansion surface of the flexible belt-shaped airbag (84) faces the well hole of the corresponding finger; the flexible base film (40) is arranged on the expansion surface of the flexible belt-shaped airbag (84) and corresponds to the well hole at the corresponding position.

2. The well feature data acquisition system according to claim 1, characterized in that: The hand support platform comprises a hand platform (8) and two upper rotation switching mechanisms; the upper rotation switching mechanisms comprise an upper switching motor (60), an upper worm (61) and an upper worm wheel (62); an upper circular groove (56) is provided on both left and right sides of the upper side surface of the hand platform (8), and an upper main shaft (59) is rotatably mounted at the center of the upper circular groove (56); the upper worm wheels (62) of the two upper rotation switching mechanisms are respectively fixedly mounted on the two upper main shafts (59), the upper worm (61) is rotatably mounted on the bottom of the upper circular groove (56), and the upper worm wheel (62) is meshed with the upper worm (61); the upper switching motor (60) is used to rotationally drive the upper worm (61), and the upper switching motor (60) is driven and controlled by a control box (11).

3. The well feature data acquisition system according to claim 2, characterized in that: The hand collection unit further comprises a hand switching disc (50) and a plurality of upper support rollers (78); the center of the lower side surface of the hand switching disc (50) is fixed to the upper end of the upper main shaft (59); the upper support roller (78) is mounted at the edge of the lower side surface of the hand switching disc (50) and is used for supporting walking in the upper circular groove (56); the upper side surface of the hand switching disc (50) is at the same height as the upper side surface of the hand platform (8); and two sets of finger well point collection components are centrally symmetrically arranged on the hand switching disc (50).

4. The well feature data acquisition system according to claim 3, characterized in that: Five push bar holes (51) are arranged in parallel on the hand switching disc (50) and at the installation position of each set of finger well acupoint collection components; the outer support frame (63) is arranged on the lower side of the hand switching disc (50) at the corresponding push bar holes (51), and the length side frame of the outer support frame (63) is parallel to the push bar holes (51), and the inner support frame (65) is slidably installed in the outer support frame (63); push support slide grooves (64) are arranged on the opposite sides of the two length side frames of the outer support frame (63), and a push support slide bar slidably embedded in the corresponding side push support slide groove (64) is arranged on the outer side of the frame of the inner support frame (65); the push slide bar (66) is installed on the lower side of the inner support frame (65) and is connected to the length side frame of the inner support frame (65). The finger sleeve (54) is parallel to the frame; the push slide rod (66) slides through the support slide hole (79) on the push slide seat (68); the flexible electrode sheets (41) are arranged in a row on the flexible base film (40) at intervals; an air inlet and outlet pipe (58) connected to the flexible belt-shaped air bag (84) is arranged on the finger sleeve (54), and the air inlet and outlet pipe (58) is used to connect with the air supply component in the equipment cabinet (1); each flexible electrode sheet (41) on each flexible base film (40) is electrically connected to the control box (11) through the hand electrical connection cable (85); the synchronous puller is installed on the lower side of the hand switching disk (50) and is used to synchronously pull the inner support frame (65) of the five finger collectors to move along the push strip hole (51); the air supply component and the synchronous puller are driven and controlled by the control box (11).

5. The well feature data acquisition system according to claim 4, characterized in that: The synchronous puller comprises a pulling drive motor (76), a synchronous rotating shaft (72), a pulling drive worm (77), a pulling drive worm wheel (75), five winding reels (73), five pulling ropes (70) and five pulling rebound compression springs (71); the synchronous rotating shaft (72) is rotatably mounted on the lower side of the hand switching disc (50) through a rotating shaft support (74); the pulling drive worm (77) is rotatably mounted on the rotating shaft support (74); the pulling drive worm wheel (75) is fixedly mounted on the synchronous rotating shaft (72); the pulling drive worm (77) is meshed with the pulling drive worm wheel (75); and the pulling drive motor (76) is used to drive the pulling drive The worm (77) rotates; the five winding reels (73) are all fixed on the synchronous rotating shaft (72); one end of the five pulling ropes (70) is respectively fixed on the five winding reels (73), and the other ends of the five pulling ropes (70) respectively penetrate the outer support frames (63) of the five finger collectors and are then fixed on the corresponding inner support frames (65), so as to pull the inner support frames (65) to slide inside the outer support frames (63); five pulling rebound compression springs (71) are respectively mounted on the five pulling ropes (70) and elastically supported between the inner support frames (65) and the outer support frames (63); the pulling drive motor (76) is driven and controlled by the control box (11).

6. The well feature data acquisition system according to claim 1, characterized in that: The foot support platform comprises a foot platform (6) and a lower rotation drive mechanism; the lower rotation drive mechanism comprises a lower switching motor (27), a lower worm (26) and a lower worm wheel (28); a lower circular groove (57) is provided on both left and right sides of the upper side surface of the foot platform (6); a lower main shaft (25) is rotatably mounted at the center of the lower circular groove (57); the lower worm wheels (28) of the two lower rotation switching mechanisms are respectively fixedly mounted on the two lower main shafts (25); the lower worm (26) is rotatably mounted on the bottom of the groove of the lower circular groove (57), and the lower worm wheel (28) is meshed with the lower worm (26); the lower switching motor (27) is used to rotationally drive the lower worm (26), and the lower switching motor (27) is driven and controlled by the control box (11).

7. The well feature data acquisition system according to claim 6, characterized in that: The foot collection unit further comprises a foot switching disc (24) and a plurality of lower support rollers (49); the center of the lower side surface of the foot switching disc (24) is fixed to the upper end of the lower main shaft (25); the lower support rollers (49) are mounted at the edge of the lower side surface of the foot switching disc (24) and are used to support walking in the lower circular groove (57); the upper side surface of the foot switching disc (24) is at the same height as the upper side surface of the foot platform (6); and two sets of toe well point collection assemblies are centrally symmetrically arranged on the foot switching disc (24).

8. The well feature data acquisition system according to claim 7, characterized in that: The toe well point collection assembly also includes a Yongquan collector and four toe collectors; the Yongquan collector includes a sliding electrode seat (46), two foot support rods (44) and two electrode rebound compression springs (45); the toe collector includes an L-shaped lifting plate (34), a lifting cylinder (37), a rectangular sliding sleeve (30), two support track rods (32), two return springs (33) and two lifting springs (38); the foot electrode unit includes a Yongquan collection branch and five toe collection branches; the Yongquan collection branch includes a hemispherical electrode (48) and a foot electrical connection cable (86), and the five toe collection branches each include a flexible base film (40), a foot electrical connection cable (86) and each flexible electrode The electrode piece (41) is provided with a sole supporting rectangular hole (43) and four toe pressing strip holes (29) on the foot switching disc (24) and at the installation position of each set of toe well acupoint collection components; the end of the sole supporting rectangular hole (43) is close to the edge of the foot switching disc (24), and the four toe pressing strip holes (29) are parallel to each other and the ends are close to the center of the foot switching disc (24); two foot supporting rods (44) are installed in parallel in the sole supporting rectangular hole (43), and the sliding electrode seat (46) is slidably installed on the two foot supporting rods (44); the hemispherical electrode (48) is fixedly installed at the center of the upper side of the sliding electrode seat (46) and protrudes from the foot switching disc. The outer side of the upper side of the disk (24); two electrode rebound compression springs (45) are respectively mounted on the two foot support rods (44) for elastically pushing the sliding electrode seat (46) to move toward the edge of the foot switching disk (24); the vertical plates of the four L-shaped lifting plates (34) of the toe collectors respectively penetrate the four toe pressing strip holes (29), and the horizontal plates of the two L-shaped lifting plates (34) face one side for pressing on the big toe and the second toe respectively, and the horizontal plates of the other two L-shaped lifting plates (34) face the other side for pressing on the second toe and the little toe respectively; a closed flat air bag (39) is installed on the lower side of the horizontal plates of the four L-shaped lifting plates (34); the flexible base film (40) The flexible electrode sheets (41) are arranged on the lower expansion surface of the sealed flat airbag (39) and correspond to the well holes at the corresponding positions. The flexible electrode sheets (41) are arranged in a row and spaced apart on the flexible base film (40); the hemispherical electrodes (48) and the flexible electrode sheets (41) on the flexible base films (40) are electrically connected to the control box (11) through the foot electrical connection cables (86); the rectangular sliding sleeve (30) is slidably mounted on the vertical plate of the L-shaped lifting plate (34), and a supporting convex strip (31) is arranged on the outer walls of the two length sides of the rectangular sliding sleeve (30); two supporting track rods (32) are fixed in parallel on the lower side of the foot switching disc (24) and are parallel to the toe pressing strip hole (29);Two support rail rods (32) are respectively slidably penetrated through the two support convex strips (31); two return springs (33) are respectively sleeved on the two support rail rods (32) and are used to push the rectangular sliding sleeve (30) to move toward the edge of the foot switching disc (24); a rectangular pushing hole (35) is provided at the lower part of the vertical plate of the L-shaped lifting plate (34); a support block (36) penetrating the rectangular pushing hole (35) is provided at the lower end of the rectangular sliding sleeve (30); a lifting cylinder (37) is connected between the lower side of the support block (36) and the lower side of the rectangular pushing hole (35); two lifting springs (38) are elastically pulled between the lower side of the support block (36) and the lower side of the rectangular pushing hole (35); the lifting cylinder (37) is used to be connected to an air supply component in the equipment cabinet (1); the air supply component is driven and controlled by the control box (11). ; 9. The well feature data acquisition system according to claim 1, characterized in that: The control box (11) is provided with a controller, an excitation current source, two groups of third signal acquisition circuits, ten groups of second signal acquisition circuits, and twelve groups of first signal acquisition circuits; each group of first signal acquisition circuits comprises a first left-side multi-way selection switch, a first right-side multi-way selection switch, and a voltage acquisition circuit; each group of second signal acquisition circuits comprises a second left-side multi-way selection switch, a second right-side multi-way selection switch, and a voltage acquisition circuit; each group of third signal acquisition circuits comprises a left-side electric control switch, a right-side electric control switch, and a voltage acquisition circuit; the controller is respectively electrically connected to a control end of the first left-side multi-way selection switch, a control end of the first right-side multi-way selection switch, a control end of the second left-side multi-way selection switch, a control end of the second right-side multi-way selection switch, a control end of the left-side electric control switch, a control end of the right-side electric control switch, and an output end of each voltage acquisition circuit; The input end of the first left multi-way selection switch of each group of first signal acquisition circuits, the input end of the second left multi-way selection switch of each group of second signal acquisition circuits, and the input end of the left electric control switch of each group of third signal acquisition circuits are all electrically connected to the positive terminal of the excitation current source, and the input end of the first right multi-way selection switch of each group of first signal acquisition circuits, the input end of the second right multi-way selection switch of each group of second signal acquisition circuits, and the input end of the right electric control switch of each group of third signal acquisition circuits are all electrically connected to the negative terminal of the excitation current source; The output ends of the first left-side multi-way selection switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets (41) of the twelve finger acquisition branches of the hand electrode units of the two groups of finger well acupoint acquisition components on the left side, and the output ends of each first left-side multi-way selection switch are only electrically connected to a column of flexible electrode sheets (41) on the same flexible base film (40); the output ends of the first right-side multi-way selection switches of the twelve groups of first signal acquisition circuits are respectively electrically connected to the flexible electrode sheets (41) of the twelve finger acquisition branches of the hand electrode units of the two groups of finger well acupoint acquisition components on the right side, and the output ends of each first right-side multi-way selection switch are only electrically connected to a column of flexible electrode sheets (41) on the same flexible base film (40); The output ends of the second left-side multi-way selection switches of the ten groups of second signal collection circuits are respectively electrically connected to the flexible electrode sheets (41) of the ten toe collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the left side, and the output ends of each second left-side multi-way selection switch are only electrically connected to a column of flexible electrode sheets (41) on the same flexible base film (40); the output ends of the second right-side multi-way selection switches of the ten groups of second signal collection circuits are respectively electrically connected to the flexible electrode sheets (41) of the ten toe collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the right side, and the output ends of each second right-side multi-way selection switch are only electrically connected to a column of flexible electrode sheets (41) on the same flexible base film (40); The output ends of the left side electric control switches of the two sets of third signal collection circuits are respectively electrically connected to the hemispherical electrodes (48) of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the left side, and the output ends of the right side electric control switches of the two sets of third signal collection circuits are respectively electrically connected to the hemispherical electrodes (48) of the Yongquan collection branches of the foot electrode units of the two sets of toe well acupoint collection assemblies on the right side; The acquisition input end of the voltage acquisition circuit of each group of first signal acquisition circuits is electrically connected to the input end of the first left multi-way selection switch and the input end of the first right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of second signal acquisition circuits is electrically connected to the input end of the second left multi-way selection switch and the input end of the second right multi-way selection switch; the acquisition input end of the voltage acquisition circuit of each group of third signal acquisition circuits is electrically connected to the input end of the left electric control switch and the input end of the right electric control switch.

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