CN105931551A - Human body posture simulator - Google Patents
Human body posture simulator Download PDFInfo
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- CN105931551A CN105931551A CN201610463883.9A CN201610463883A CN105931551A CN 105931551 A CN105931551 A CN 105931551A CN 201610463883 A CN201610463883 A CN 201610463883A CN 105931551 A CN105931551 A CN 105931551A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B25/00—Models for purposes not provided for in G09B23/00, e.g. full-sized devices for demonstration purposes
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Abstract
The invention specifically discloses a human body posture simulator. The human body posture simulator comprises a first flip body and a second flip body orthogonal to the first flip body. Both ends of the central shaft of the first flip body are respectively arranged on a support bracket of a fixation bracket. The second flip body comprises a fixation unit which is used for mounting a device with the function of human body posture detection. The first flip body and the second flip body are in axis connection. According to the invention, quantified simulation of single and multiple postures is realized, and the accuracy of posture detection is effectively improved.
Description
Technical field
The invention belongs to position detection technique field, especially relate to a kind of human body position analogue means.
Background technology
The vital sign monitoring of multi-parameter at present is increasingly paid close attention to by people, such as: multichannel sleep
Respiration monitor, and then the monitoring of human body position be also result in the interest of people.And the manifold on market
The sleep breath monitoring instrument in road, is mostly aided with position and detects as one of criterion.General position monitoring
Can only be rough reflect five kinds of figures, particularly as follows: lie on the left side, right side crouch, prostrate, lie on the back, stand up；
But figure during sleep can not completely be described, such as: right side body is lain on the back prostrate with left side body.And for height
The body of precision moves monitoring can identify up to nine kinds sleep figures, particularly as follows: lie on the back in left side, lie on the back in right side,
Lying on the back, left side is prostrate, and right side is prostrate, prostrate, lies on the left side, and crouching in right side, stands up, for multichannel sleep
Breast rail provides favourable support such as: time prostrate, chest and abdomen motion amplitude can be reduced because oppressing.
" determination of threshold value during research " is supported and " as during volume production currently without corresponding frock or equipment
The detecting tool of body movement signal ".
Through investigation display, current dyssomnias, sleep-disorder are the most universal phenomenons, and a lot of people are suffering from sleeping
Obstacle in terms of dormancy or the disease relevant with sleep, adult occurs that the ratio of sleep-disorder is up to 30%.Cause
This, need to be monitored sleep quality, as such as heart rate, respiratory rate are the same with life parameterses such as blood oxygen,
In this type of is measured, human body position is also critically important parameter.
Summary of the invention
The deficiency existed for above-mentioned prior art, it is an object of the invention to provide a kind of quantifiable body
Position analogue means, can realize the single and quantization simulation of various body positions, be effectively increased the accurate of position detection
Property.
To achieve these goals, the technical solution adopted in the present invention is as follows:
A kind of human body position analogue means, including the first flip body and with the described first orthogonal setting of flip body
Second flip body, described first flip body central shaft two ends are respectively arranged on the bracing frame of fixed mount；Described
Second flip body includes for installing the fixed cell with detection human body position functional device, and described second
Flip body is connected with described first flip body axle.
Preferably, described first flip body includes the first turning frame and the first rotating shaft, described first turning frame phase
To the first central shaft and/or substantially symmetrical about its central axis with the second of described first central axis, in wherein said first
Mandrel and described first turning frame intersection are respectively equipped with the first rotating shaft, described second central shaft and described first
Turning frame intersection is respectively equipped with installing hole and the second rotary damper being arranged in described installing hole.
It is further preferred that support frame as described above includes support column and is arranged at the fixing hole above described support column,
And in described fixing hole, it is provided with the first rotary damper；The side being connected with described first turning frame one
First rotating shaft is turned over through the first rotary damper in described fixing hole and with being used for regulating described first turning frame
First turning frame adjusting means of gyration connects, its opposite side first rotating shaft and the first turning frame angle instruction
Device connects.
Further preferred, the anglec of rotation of described first turning frame angle indicating device is α, works as the anglec of rotation
Degree α6≤ α ＜ α0Or α0≤α<α1Time, represent that human body position is modeled as lying low；When anglec of rotation α1
≤ α ＜ α2Time, represent that human body position is modeled as a left side and lies on the back；When anglec of rotation α2≤ α ＜ α3Time, represent
Human body position is modeled as lying on the left side；When anglec of rotation α3≤ α ＜ α4Time, represent that human body position is modeled as a left side and bows
Sleeping；When anglec of rotation α4≤ α ＜ α5Time, represent that human body position is modeled as prostrate；When anglec of rotation α5≤
α ＜ α6Time, represent that human body position is modeled as right prostrate；When anglec of rotation α6≤ α ＜ α7Time, represent people
It is sleeping that body position is modeled as right side；When anglec of rotation α7≤ α ＜ α8Time, represent that human body position is modeled as the right side and lies on the back.
Preferably, described second flip body includes the second turning frame, fixed cell and the second rotating shaft, described
Two turning frames are relative to the 3rd central shaft and/or substantially symmetrical about its central axis with the 4th of described 3rd central axis the, wherein
Described 3rd central shaft is respectively equipped with one-body molded with described second turning frame with described second turning frame intersection
The second rotating shaft, described fixed cell be arranged at described 3rd central shaft and described 4th central shaft intersection and
It is connected with described second turning frame by connecting rod.
It is further preferred that described second rotating shaft through the second rotary damper in described installing hole and makes institute
The axle stating the first flip body and described second flip body connects；Wherein the side of the second rotating shaft is provided with for regulating
Second turning frame adjusting means of described second turning frame flip angle, the opposite side of the second rotating shaft is provided with second
Turning frame angle indicating device.
Further preferred, the anglec of rotation of described vertical rotary angle indicating equipment is β, when anglec of rotation β6
≤ β ＜ β0Or β0≤ β ＜ β1Time, represent that human body position is modeled as lying low；When anglec of rotation β1≤ β ＜
β2Time, represent that human body position is modeled as layback；When anglec of rotation β2≤ β ＜ β3Time, represent human body position
It is modeled as standing upside down or lower waist；When anglec of rotation β3≤ β ＜ β4Time, represent that human body position is modeled as prostrate；When
Anglec of rotation β4≤ β ＜ β5Time, represent that human body position is modeled as leaning forward；When anglec of rotation β5≤ β ＜ β6
Time, represent that human body position is modeled as standing up.
It is further preferred that the spacing of the two-end-point of the first central shaft of described first turning frame is more than described
The spacing of the two-end-point of the 4th central shaft of the second turning frame；Second central shaft of described first turning frame
The spacing of two-end-point 1/2nd and second the distance sum of the second turning frame adjusting means of turning frame little
Height in support frame as described above；Two points of the spacing of the two-end-point of the 4th central shaft of described second turning frame
One of less than the height of support frame as described above.
Preferably, described fixed mount also includes that base plate, described base plate include the first level measurement device and institute
State the second vertical level measurement device of the first level measurement device and be arranged at the tune of dress below described base plate
Flat bed.
It is further preferred that the shape of the shape of described first turning frame and described second turning frame is the most ellipse
Circle, rectangle, rhombus or circle.
Use after technique scheme, the present invention the most advantageously: this position mould
Intend device and by the first flip body and the orthogonal setting of the second flip body and manually regulate the various positions of simulation, no
Address only prior art and cannot carry out position analogue measurement by accurate quantitative analysis, and all positions can also be simulated,
Thus realize all postural and overturn analog detection without dead angle.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of human body position analogue means described in the embodiment of the present invention one；
Fig. 2 is the structural representation of the first flip body described in the embodiment of the present invention one；
Fig. 3 is the structural representation of the second flip body described in the embodiment of the present invention one；
Fig. 4 is the structural representation of fixed mount described in the embodiment of the present invention one；
Fig. 5 is that the scale zone of the first turning frame angle indicating device described in the embodiment of the present invention one is with relative
The human body position identification schematic diagram answered；
Fig. 6 is that the scale zone of the second turning frame angle indicating device described in the embodiment of the present invention one is with relative
The human body position identification schematic diagram answered；
Fig. 7 is the structural representation of human body position analogue means described in the embodiment of the present invention two.
Reference:
11-fixed mount, 111-base plate, 1111-the first level measurement device, 1112-the second level measurement device,
1113-leveling base, 112-bracing frame, 1121-support column, 1122-fixing hole, 12-the first flip body, 121-
First turning frame, 1211-installing hole, 122-the first rotating shaft, 13-the second flip body, 131-the second turning frame,
132-fixed cell, 133-the second rotating shaft, 14-the first turning frame angle indicating device, 15-the second turning frame angle
Degree instruction device, 16-the first turning frame adjusting means, 17-the second turning frame adjusting means, 18-has detection
Human body position functional device, O1O1'-the first central shaft, O2O2'-the second central shaft, O3O3'-the three central shaft,
O4O4'-the four central shaft.
Detailed description of the invention
The following stated is only presently preferred embodiments of the present invention, the most therefore limits protection scope of the present invention.
Embodiment one
As shown in Figure 1 to Figure 3, the structure embodiments providing a kind of human body position analogue means is shown
It is intended to.The first turning frame described in the embodiment of the present invention is as a example by ellipse, and the second turning frame with ellipse is
Example.This human body position analogue means include the first flip body 12 and with the described first orthogonal setting of flip body 12
The second flip body 13, the first central shaft O of described first flip body 121O1' two ends are respectively arranged in fixing
On the bracing frame 112 of frame 11；Described second flip body 13 includes having detection human body position merit for installation
Can the fixed cell 132 of device, and described second flip body 13 is connected with described first flip body 12 axle.
In embodiments of the present invention, described first flip body 12 includes the first turning frame 121 and the first rotating shaft
122, the relative first central shaft O of described first turning frame 1211O1' or and with described first central shaft O1O1'
The second vertical central shaft O2O2' symmetrical, wherein said first central shaft O1O1' and described first turning frame 121
Intersection is respectively equipped with the first rotating shaft 122, described second central shaft O2O2' with described first turning frame 121 phase
Installing hole 1211 and the second rotary damper (figure being arranged in described installing hole 1212 it is respectively equipped with at friendship
Do not show).
As shown in Figure 4, embodiment of the present invention support frame as described above 112 includes support column 1121 and is arranged at described
Fixing hole 1122 above support column 1121, and it is provided with the first damping due to rotation in described fixing hole 1122
Device；Side the first rotating shaft 122 being connected with described first turning frame 121 one is through described fixing hole 1122
In the first rotary damper and with for regulating the first turning frame of described first turning frame 121 flip angle
Adjusting means 16 connects, and its opposite side first rotating shaft 122 is connected with the first turning frame angle indicating device 14.
Set damping device synergy in first rotating shaft 122 of the present invention and described fixing hole 1122, can protect
The card anglec of rotation is stable, and (namely the first flip body rotates to certain position and can be maintained at rotation for a long time and stop
This position), do not exist because angle change produces skew, thus reduce detection error.
In embodiments of the present invention, described second flip body 13 includes the second turning frame 131, fixed cell 132
With the second rotating shaft 133, the described second relative 3rd central shaft O of turning frame 1313O3' or and with the described 3rd in
Mandrel O3O3' vertical the 4th central shaft O4O4' symmetrical, wherein said 3rd central shaft O3O3' with described second
Turning frame 131 intersection is respectively equipped with the second rotating shaft 133, described 3rd central shaft O3O3' with the described 4th in
Mandrel O4O4' be provided with fixed cell 132 at perpendicular intersection, described fixed cell 132 by connecting rod with described
Second turning frame 131 Hard link.
Described second rotating shaft 133 through the second rotary damper in described installing hole 1211 and makes described in formation
The axle of the first flip body 12 and described second flip body 13 connects；Wherein one second rotating shaft 133 side is provided with
For regulating the second turning frame adjusting means 17 of described second turning frame 131 flip angle, another second turn
Axle 133 side is provided with the second turning frame angle indicating device 15.And the second rotating shaft 133 of the present invention
With set damping device synergy in described installing hole 1211, can guarantee that the anglec of rotation, stable (namely second turn over
Turn rotate to certain position can be maintained at for a long time rotate stop this position), do not exist because of angle change
Produce skew, thus reduce detection error.
In order to make embedded second flip body 13 of the first flip body 12 and rotate unaffected each other, at this
In inventive embodiments, the first central shaft O of described first turning frame 1211O1' the spacing of two-end-point be more than
4th central shaft O of described second turning frame 1314O4' the spacing of two-end-point；Described first turning frame
(121) the second central shaft ((O1O1') 1/2nd and second turning frame (131) of spacing of two-end-point
The distance sum of the second turning frame adjusting means (17) less than the height of support frame as described above (112).It addition,
4th central shaft O of described second turning frame 1314O4' two-end-point spacing 1/2nd less than described
The height of bracing frame 112.So can guarantee that the second flip body 13 will not rub bottom event, be conducive to detection
Perform smoothly.
Continue as it is shown in figure 1, in order to ensure the steady of the human body position analogue means described in the embodiment of the present invention
Qualitative, the most described fixed mount 11 also includes base plate 111, solid above described base plate 111
Dingan County is equipped with support frame as described above 112.
Human body position analogue means described in the embodiment of the present invention can manually operate with, below with
Described first flip body 12 simulates human body position chanP in the horizontal direction and described second flip body 13 is simulated
Human body is as a example by the position chanP of vertical direction.Therefore, the embodiment of the present invention is by the first turning frame regulation dress
Put 16 realizations regulation to first flip body 12 anglec of rotation α, according to the first turning frame angle indicating device
14 values reading anglec of rotation α；The second turning frame adjusting means 17 can be coordinated to regulate the second flip body simultaneously
Anglec of rotation β of 13, reads the value of anglec of rotation β according to the second turning frame angle indicating device 15.
Human body position analogue means as described in Fig. 1 and Fig. 3 will have detection human body position functional device 18 and install
On described fixed cell 132, and described in have detection human body position functional device 18 on " arrow "
The shown direction of arrow is modeled as upper half of human body, and arrow tail direction is modeled as the human body lower part of the body, namely in figure
The shown direction of arrow and the 4th central shaft O of described second turning frame 1314O4' parallel.It addition, the anglec of rotation
Degree α and anglec of rotation β rotate to be positive direction the most in a clockwise direction, rotate in a counter-clockwise direction as losing side
To.Wherein as it is shown in figure 1, due to the first flip body 12 place plane and the second flip body 13 place plane
Be in vertical relation, thus described in have detection human body position functional device 18 be in standing state for human body.
As shown in fig. 5, it is assumed that the first flip body 12 be in the second flip body 13 face, face parallel time, human body
Lie low and be set to lie on the back, be original state (the pointer indication of ordinary circumstance the first turning frame angle indicating device
Position is α0, α under normal circumstances0Initial value is 0), now anglec of rotation α8≤ α ＜ α0Or α0≤α
<α1And second the pointer of turning frame angle indicating device 15 be in β6To β1Scale value between；Work as rotation
Angle [alpha]1≤ α ＜ α2Time, represent that human body position is modeled as a left side and lies on the back, now the first turning frame angle instruction dress
The pointer putting 14 is in α1To α2Scale value between；When anglec of rotation α2≤ α ＜ α3Time, represent people
Body position is modeled as lying on the left side, and now the pointer of the first turning frame angle indicating device 14 is in α2To α3's
Between scale value；When anglec of rotation α3≤ α ＜ α4Time, represent that human body position is modeled as left prostrate, now the
The pointer of one turning frame angle indicating device 14 is in α3To α4Scale value between；When anglec of rotation α4
≤ α ＜ α5Time, represent that human body position is modeled as prostrate, the now first turning frame angle indicating device 14
Pointer is in α4To α5Scale value between；When anglec of rotation α5≤ α ＜ α6Time, represent human body position mould
Being intended to be right prostrate, now the pointer of the first turning frame angle indicating device 14 is in α5To α5Scale value it
Between；When anglec of rotation α6≤ α ＜ α7Time, represent that human body position is modeled as right side sleeping, now the first turning frame
The pointer of angle indicating device 14 is in α6To α7Scale value between；When anglec of rotation α7≤ α ＜ α8
Time, represent that human body position is modeled as the right side and lies on the back, now the pointer of the first turning frame angle indicating device 14 is in
α7To α8Scale value between.
As shown in Figure 6, it is assumed that the first flip body 12 be in the second flip body 13 face, face parallel time, human body
Lie low and be set to lie on the back, be original state (the pointer indication of ordinary circumstance the second turning frame angle indicating device
Position is β0), now anglec of rotation β6≤ β ＜ β0Or β0≤β<β1And first turning frame angle instruction
The pointer of device 14 is in α8To α1Scale value between；When anglec of rotation β1≤ β ＜ β2Time, represent
Human body position is modeled as layback, and now the pointer of the second turning frame angle indicating device 15 is in β1To β2's
Between scale value；When anglec of rotation β2≤ β ＜ β3Time, represent that human body position is modeled as standing upside down or lower waist, this
Time the second turning frame angle indicating device 15 pointer be in β2To β3Scale value between；Work as the anglec of rotation
β3≤ β ＜ β4Time, represent that human body position is modeled as prostrate, now the second turning frame angle indicating device 15
Pointer be in β3To β4Scale value between；When anglec of rotation β4≤ β ＜ β5Time, represent human body position
Being modeled as leaning forward, the pointer of the second turning frame angle indicating device 15 is in β4To β5Scale value between；
When anglec of rotation β5≤ β ＜ β6Time, represent that human body position is modeled as standing up, now the second turning frame angle refers to
The pointer of showing device 15 is in β5To β6Scale value between.
Therefore, 12 kinds of sleeping positions of human body can be simulated by the embodiment of the present invention, and preset debugging accurately
After can serve as detect body appearance frock, the most easily and accurately determine each position threshold values, Er Qieneng
Realize the simulation of the human body position after volume production, for Product checking.
Embodiment two
As it is shown in fig. 7, embodiments provide the structural representation of a kind of human body position analogue means.
Human body position analogue means of the present invention difference of maximum compared with above-described embodiment one is: described
First turning frame is rectangle, and the second turning frame is oval.Other structures are basic with the embodiment of the present invention two
Identical, do not repeat them here.
In embodiments of the present invention, in order to ensure the human body position analogue means described in the embodiment of the present invention
Stability, the most described fixed mount 11 also includes that base plate 111, described base plate 111 include
The second horizontal survey dress that first level measurement device 1111 is vertical with described first level measurement device 1112
Put 1112 and be arranged at the leveling base 1113 of dress below described base plate 111.When ground residing for equipment is uneven
Or time uneven, described leveling base 1111 is for base plate leveling, it is ensured that human body position analogue means is measured
Original state consistent.Take this, in embodiments of the present invention, described first level measurement device 1111 and institute
State the second level measurement device 1112 adjust equipment holding level respectively and keep vertical.
Foregoing is only presently preferred embodiments of the present invention, for those of ordinary skill in the art, according to this
The thought of invention, the most all will change, and this specification content is not
It is interpreted as limitation of the present invention.Such as: first described in human body position analogue means of the present invention
When turning frame is rectangle, the second turning frame is rectangle, square, oval or circular, or institute of the present invention
Stating the first turning frame described in human body position analogue means for the second turning frame during square is rectangle, just
Square, oval or circular, or the first turning frame described in human body position analogue means of the present invention is for round
During shape, the second turning frame is oval, etc..
Claims (10)
1. a human body position analogue means, including the first flip body (12) and with described first flip body (12)
Second flip body (13) of orthogonal setting, described first flip body (12) central shaft two ends are respectively arranged in solid
Determine on the bracing frame (112) of frame (11)；Described second flip body (13) includes having detection for installation
The fixed cell (132) of human body position functional device, and described second flip body (13) turns over described first
(12) axle of turning connects.
Human body position analogue means the most according to claim 1, it is characterised in that described first upset
Body (12) includes the first turning frame (121) and the first rotating shaft (122), described first turning frame (121)
Relative first central shaft (O1O1') and/or with described first central shaft (O1O1') vertical the second central shaft
(O2O2') symmetrical, wherein said first central shaft (O1O1') intersect with described first turning frame (121)
Place is respectively equipped with the first rotating shaft (122), described second central shaft (O2O2') and described first turning frame (121)
Intersection is respectively equipped with installing hole (1212) and the second rotation resistance being arranged in described installing hole (1211)
Buddhist nun's device.
Human body position analogue means the most according to claim 2, it is characterised in that support frame as described above (112)
Including support column (1121) and be arranged at described support column (1121) top fixing hole (1122), and
Described fixing hole is provided with the first rotary damper in (1122)；With described first turning frame (121) integrally
The side the first rotating shaft (122) connected through the first rotary damper in described fixing hole (1122) and with
Connect for regulating the first turning frame adjusting means (16) of described first turning frame (121) flip angle,
Its opposite side the first rotating shaft (122) is connected with the first turning frame angle indicating device (14).
Human body position analogue means the most according to claim 3, it is characterised in that described first upset
The anglec of rotation of frame angle indicating device (14) is α, as anglec of rotation α 6≤α ＜ α 0 or α, 0≤α < α
When 1, represent that human body position is modeled as lying low；As anglec of rotation α 1≤α ＜ α 2, represent human body position
It is modeled as a left side to lie on the back；As anglec of rotation α 2≤α ＜ α 3, represent that human body position is modeled as lying on the left side；When
During anglec of rotation α 3≤α ＜ α 4, represent that human body position is modeled as left prostrate；As anglec of rotation α 4≤α ＜
During α 5, represent that human body position is modeled as prostrate；As anglec of rotation α 5≤α ＜ α 6, represent body
Position is modeled as right prostrate；As anglec of rotation α 6≤α ＜ α 7, represent that human body position is modeled as right side sleeping；
As anglec of rotation α 7≤α ＜ α 8, represent that human body position is modeled as the right side and lies on the back.
Human body position analogue means the most according to claim 1, it is characterised in that described second upset
Body (13) includes the second turning frame (131), fixed cell (132) and the second rotating shaft (133), described
The relative 3rd central shaft (O of two turning frames (131)3O3') and/or with described 3rd central shaft (O3O3') hang down
The 4th straight central shaft (O4O4') symmetrical, wherein said 3rd central shaft (O3O3') overturn with described second
Frame (131) intersection is respectively equipped with and described integrated second rotating shaft of second turning frame (131) (133),
Described fixed cell (132) is arranged at described 3rd central shaft (O3O3') and described 4th central shaft (O4O4')
Intersection and being connected with described second turning frame (131) by connecting rod.
Human body position analogue means the most according to claim 5, it is characterised in that described second rotating shaft
(133) pass the second rotary damper in described installing hole (1211) and make described first flip body (12)
Connect with the axle of described second flip body (13)；Wherein the side of the second rotating shaft (133) is provided with for regulating
Second turning frame adjusting means (17) of described second turning frame (131) flip angle, the second rotating shaft (133)
Opposite side be provided with the second turning frame angle indicating device (15).
Human body position analogue means the most according to claim 6, it is characterised in that described vertical rotary
The anglec of rotation of angle indicating equipment (15) is β, as anglec of rotation β 6≤β ＜ β 0 or β, 0≤β ＜ β 1,
Represent that human body position is modeled as lying low；As anglec of rotation β 1≤β ＜ β 2, represent that human body position is modeled as
Layback；As anglec of rotation β 2≤β ＜ β 3, represent that human body position is modeled as standing upside down or lower waist；Work as rotation
During angle beta 3≤β ＜ β 4, represent that human body position is modeled as prostrate；As anglec of rotation β 4≤β ＜ β 5,
Represent that human body position is modeled as leaning forward；As anglec of rotation β 5≤β ＜ β 6, represent that human body position is modeled as
Stand up.
8. according to the human body position analogue means described in claim 2 or 5, it is characterised in that described first
First central shaft (O of turning frame (121)1O1') the spacing of two-end-point more than described second turning frame (131)
The 4th central shaft (O4O4') the spacing of two-end-point；Second center of described first turning frame (121)
Axle ((O1O1') 1/2nd and second second turning frame of turning frame (131) of spacing of two-end-point
The distance sum of adjusting means (17) is less than the height of support frame as described above (112)；Described second turning frame (131)
The 4th central shaft (O4O4') two-end-point spacing 1/2nd less than support frame as described above (112)
Highly.
Human body position analogue means the most according to claim 1, it is characterised in that described fixed mount (11)
Also include that base plate (111), described base plate (111) include the first level measurement device (1111) and described
The second level measurement device (1112) that one level measurement device (1112) is vertical and be arranged at described base plate
(111) leveling base (1113) of lower section dress.
Human body position analogue means the most according to claim 1 and 2, it is characterised in that described
The shape of one turning frame (121) and the shape of described second turning frame (131) be respectively ellipse, rectangle,
Rhombus or circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610463883.9A CN105931551A (en) | 2016-06-23 | 2016-06-23 | Human body posture simulator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610463883.9A CN105931551A (en) | 2016-06-23 | 2016-06-23 | Human body posture simulator |
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| CN105931551A true CN105931551A (en) | 2016-09-07 |
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ID=56831688
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| CN201610463883.9A Pending CN105931551A (en) | 2016-06-23 | 2016-06-23 | Human body posture simulator |
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| CN202122801U (en) * | 2011-04-15 | 2012-01-25 | 宋宝华 | Rotation exerciser capable of freely adjusting angle |
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| CN2044884U (en) * | 1988-12-07 | 1989-09-27 | 张子斌 | Apparatus for training human body rotating in three dimensions |
| CN2185623Y (en) * | 1994-03-30 | 1994-12-21 | 李玉龙 | Ball type body building apparatus |
| CN202122801U (en) * | 2011-04-15 | 2012-01-25 | 宋宝华 | Rotation exerciser capable of freely adjusting angle |
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Application publication date: 20160907 |