CN107296312A - A kind of multifunctional human scanning means - Google Patents
A kind of multifunctional human scanning means Download PDFInfo
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- CN107296312A CN107296312A CN201710475857.2A CN201710475857A CN107296312A CN 107296312 A CN107296312 A CN 107296312A CN 201710475857 A CN201710475857 A CN 201710475857A CN 107296312 A CN107296312 A CN 107296312A
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- module
- gear
- track module
- scanning means
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
- A41H1/00—Measuring aids or methods
- A41H1/02—Devices for taking measurements on the human body
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
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Abstract
The invention discloses a kind of multifunctional human scanning means, including fixed mechanism and rotating mechanism, wherein fixed mechanism includes base assembly, panel and central shaft, and base assembly and panel are connected to the bottom and top of central shaft, and panel is used to stand for the measured；Rotating mechanism can be rotated by rotary shaft of central shaft, including annulus component and bracket component, and annulus component fit on center shaft and is arranged between base assembly and panel, and the first accommodation space for being used for putting bracket component is provided with annulus component；Bracket component includes being provided with the second accommodation space for being used for putting rack module in track module and rack module, track module；Rack module includes telescoping shoring column and clamping part, and clamping part is used to clamp the scanning device for being scanned the measured.Multifunctional human scanning means proposed by the present invention, is being not required on the basis of human body rotates and just realize body scans, is substantially reducing area occupied, can on a large scale be promoted in domestic. applications.
Description
Technical field
The present invention relates to three-dimensional measurement technical field, more particularly to a kind of multifunctional human scanning means.
Background technology
With the development of modern science and technology, the living standard of people is gradually stepped up, people for clothes requirement also increasingly
Height, many people may can not often be gone window-shopping due to the reason such as busy to fit and selects net purchase, and for net purchase clothes, Zhi Nenggen
The size and style of clothes are selected according to manual measurement method, it is impossible to which whether the size of accurate perception selection clothes is suitable, style
Whether suitable stature of oneself etc..
Because manual measurement method has many deficiencies, scanner measurement has obtained relatively broad application in human body, led to
Overscanning instrument is measured to the stature of human body, and modeling is re-started to human body by the data of scanning, so as to structure
Build out with human body stature identical model, be worn over by the way that clothes is tried on model, people can visually see the clothing for wanting to buy
Whether clothes are through effect on one's body, be further able to preferably to buying corresponding clothes and making decision.Prior art is disclosed
Some body-scanners, such as A of CN 104287262 disclose a kind of human body three-dimensional scanner, set one scan space, scanning
Point four groups of infrared cameras are provided with everywhere, pass through matching somebody with somebody between the layout orientation and angle of four groups of infrared cameras in space
Close so that the camera in human body three-dimensional scanner can fully scan all positions into space, so as to obtain height
The human parameters of precision, and the space-consuming of the body-scanner is especially big, the requirement to space environment is high, measures the survey of human body
Measure cost also higher, be unfavorable for promoting the use of on a large scale, and the stature of human body is privacy for individual, it is this large-scale to set
It is standby unlikely to come into huge numbers of families, it is that every household carries out private services.In order to reduce space-consuming, in CN 105326129
A discloses human body scanning device and its control method, at least including photomoduel, in addition to the rotation for being stood for the measured
Turn platform, be arranged at the interior rotating mechanism for being used to drive rotation platform rotation of rotation platform and for control rotation platform operation shape
Control module component, column and the connection component being connected between rotation platform and column of state；Rotating platform can be relative to
Connection component rotates；Sliding block is provided with column, photomoduel is arranged on sliding block and can be relative with sliding block
Moved up and down in column；Although the device is reduced relative to foregoing device area occupied, on the one hand, the device needs
Human body carries out 360 ° of rotations, and experience effect is not good；On the other hand, if by the device application in the family, room rate increasingly on
Rise, in the city of an inch of land is an inch of gold, it is still desirable to vacate a bulk of space to put, therefore by very big limit in family promotes
System.
The disclosure of background above technology contents is only used for design and the technical scheme that auxiliary understands the present invention, and it is not necessarily
Belong to the prior art of present patent application, without tangible proof show the above present patent application the applying date
In the case of disclosed, above-mentioned background technology should not be taken to evaluate the novelty and creativeness of the application.
The content of the invention
In order to solve the above-mentioned technical problem, the present invention proposes a kind of multifunctional human scanning means, is rotated being not required to human body
Just realize on the basis of body scans, substantially reduce area occupied, can on a large scale be promoted in domestic. applications.
In order to achieve the above object, the present invention uses following technical scheme：
The invention discloses a kind of multifunctional human scanning means, including fixed mechanism and rotating mechanism, wherein：
The fixed mechanism includes base assembly, panel and central shaft, and the base assembly and the panel are connected respectively
In the bottom and top of the central shaft, the panel is used to stand for the measured；
The rotating mechanism can be rotated by rotary shaft of the central shaft, including annulus component and bracket component, wherein：
The annulus component is linked on the central shaft and is arranged between the base assembly and the panel, described
The first accommodation space for being used for putting the bracket component is provided with annulus component；
The bracket component includes being provided with track module and rack module, the track module and is used to put the support
Second accommodation space of module；
The track module slidable connection on the annulus component with formed the track module first state and
Second state, in the first state, the track module connection is arranged on the described first accommodating sky of the annulus component
In, in second state, the first end of the track module is stretched out outside the annulus component；
The rack module is rotatably connected in the first end of the track module form the rack module
The third state and the 4th state, in the third state, the rack module folds and is placed on the described of the track module
In second accommodation space, in four state, the rack module and the track module are in vertical state；It is wherein described
Rack module includes telescoping shoring column and clamping part, and the clamping part is connected on the telescoping shoring column, and the clamping part is used
The scanning device being scanned in clamping to the measured.
In a further embodiment, the base assembly includes the first drive mechanism and first gear, in the annulus
The bottom of component is provided with the first internal gear, and first drive mechanism connects and drives the first gear, first internal tooth
Ring is intermeshed to enable first drive mechanism to drive the annulus component to rotate with the first gear.
In a further embodiment, the base assembly includes ball module, and the ball module is arranged on the bottom
Between holder assembly and the annulus component；Wherein described ball module includes ball support ring and multiple balls, multiple rollings
Pearl, which is respectively separated, to be arranged in the ball support ring.
In a further embodiment, the bottom of the base assembly is provided with weight induction device, is provided with the panel
Display, the display connects the weight induction device.
In a further embodiment, the second drive mechanism and the second tooth are provided with the first end of the track module
Wheel, second drive mechanism connects and drives the second gear, and the rack module is provided with the 3rd gear, the described 3rd
Gear is intermeshed to enable second drive mechanism to drive the rack module to rotate with the second gear.
In a further embodiment, the 3rd drive mechanism, the 3rd driving machine are additionally provided with the rack module
Structure connects the telescoping shoring column to drive the telescoping shoring column to elongate or shorten.
In a further embodiment, the 4th drive mechanism and the 4th tooth are provided with the second end of the track module
Wheel, the 4th drive mechanism connects and drives the 4th gear, along the track module in the annulus component
Length direction is provided with the first tooth form slide rail, and the 4th gear and residing first tooth form slide rail are intermeshed to cause described the
Four drive mechanisms can drive the track module to be slided along the first tooth form slide rail.
In a further embodiment, the track module includes at least two-stage sliding block, and the sliding blocks at different levels are in layers
Successively by fit, it is linked in the interior sliding blocks at different levels and is provided with the 5th drive mechanism and the 5th gear, the 5th driving machine
Structure connects and drives the 5th gear, the bottom of the sliding blocks at different levels be provided with the second tooth form slide rail, the 5th gear with
Second tooth form slide rail intermeshing is to enable the 5th drive mechanism to drive the corresponding sliding block along corresponding
The second tooth form slide rail slide；Wherein it is used for the institute of the most interior one-level of the second accommodation space setting for placing the rack module
State in sliding block, and the first end of the track module is connected on the sliding block of most interior one-level.
In a further embodiment, the annulus component also includes rope module, and the rope module is arranged on described
Circumferential location beyond first accommodation space of annulus component, the rope module includes the 6th drive mechanism, screw thread
Wheel, rope, drive link and fixed riffled tube, the fixed riffled tube are fixedly connected on described the first of the annulus component
Circumferential location beyond accommodation space, the screw thread wheel fit is threaded in the fixed riffled tube, the transmission
The section of bar is non-circular structure, and the 6th drive mechanism is connected by the drive link and drives the screw thread wheel so that institute
State while screw thread wheel is relatively rotated with the fixed riffled tube and relatively move, the one ends wound of the rope is in the screw thread
On wheel, when the slide rail is in second state and is in four state in the rack module, the rope
The other end is fixed on the top of the telescoping shoring column.
In a further embodiment, the track module is U-shaped structure, wherein the connection end of the U-shaped structure is institute
State the first end of track module, and in the first state, the both sides at the separated end of the U-shaped structure be respectively placed in it is described in
The both sides of heart axle.
Compared with prior art, the beneficial effects of the present invention are：The multifunctional human scanning means of the present invention, by setting
The fixed mechanism and rotating mechanism being mutually matched are put, wherein being fixed mechanism for the panel that the measured is stood so that Yong Hu
When carrying out body scans using the device, it is not necessary to which body scans can be achieved in rotation, the Experience Degree of user is improved；In addition, right
The scanning device that the measured is scanned can be clamped on telescoping shoring column, and telescoping shoring column is indirectly coupled to annulus
So as to around central axis on component, further can by scanning device segmentation at various height position to quilt
Gauger carries out 360 ° of scannings, and data support is provided to build the model of the measured；And telescoping shoring column is rotatably connected to
On track module, and it can be seated in track module, further track module slidable connection is on annulus component, to slide
Rail module can be seated in annulus component, therefore, and human body scanning device of the invention is empty in the occupancy in the case of
Between it is minimum, a bottom or the bottom gap of other furniture can be placed in, be not required to additionally take floor space again, Ke Yi
Promoted on a large scale in domestic. applications.
In further scheme, base assembly also includes the ball mould being arranged between base assembly and annulus component
Block, can cause annulus component to be distributed in rotary course with the frictional force of base assembly in each ball, so that circle
The rotation of ring assemblies is more smooth；In addition, being additionally provided with weight induction device in base assembly so that the multifunctional human is scanned
Device is also used as electronic scale and used, and realizes multi-functional effect.
In further scheme, rope module is additionally provided with annulus component, can be swept in the multifunctional human
Imaging apparatus connects the top of annulus component and telescoping shoring column by the rope in rope module when being scanned to the measured
Hold, and the length of rope is adjusted according to the collapsing length of telescoping shoring column by the 6th drive mechanism, so as to well
Fixed rack module and rack module, keep resistance to overturning of the multifunctional human scanning means when carrying out body scans.
Further, track module can be set successively by the multistage sliding block of fit, and sliding blocks at different levels can correspondingly exist
Slided on outer one-level sliding block, in the case where realizing the equal extension elongation of track module, can further reduce annulus component
Diameter so that further reduce multifunctional human scanning means overall dimensions；In addition, track module is set to U-shaped
Structure, the both sides at the separated end of the U-shaped structure are respectively placed in the both sides of central shaft, on the one hand can make full use of annulus component two
The space of side, on the other hand can also increase the sliding distance design of track module, so as to substantially save many work(
The design space of energy human body scanning device.
Brief description of the drawings
Fig. 1 is the structural representation of the multifunctional human scanning means of the embodiment of the present invention one；
Fig. 2 is the structural representation of the fixed mechanism in Fig. 1；
Fig. 3 is Fig. 2 exploded perspective view；
Fig. 4 is the structural representation of the ball module in Fig. 3；
Fig. 5 is the structural representation of the rotating mechanism in Fig. 1；
Fig. 6 is the structural representation of the annulus component in Fig. 5；
Fig. 7 is the diagrammatic cross-section of rope module in Fig. 6；
Fig. 8 is the schematic diagram at the bottom surface visual angle of the annulus component in Fig. 6；
Fig. 9 is the structural representation of the bracket component in Fig. 5；
Figure 10 is the working state schematic representation of Fig. 9 bracket component；
Figure 11 is the internal structure schematic diagram of the rack module in Figure 10；
Figure 12 is one of working state schematic representation of multifunctional human scanning means of the embodiment of the present invention one；
Figure 13 is the two of the working state schematic representation of the multifunctional human scanning means of the embodiment of the present invention one；
Figure 14 is the structural representation of the rotating mechanism of the multifunctional human scanning means of the embodiment of the present invention two；
Figure 15 is the structural representation of the bracket component in Figure 14；
Figure 16 is the working state schematic representation of Figure 15 bracket component；
Figure 17 is the internal structure schematic diagram of Figure 16 rack module；
Figure 18 is one of working state schematic representation of multifunctional human scanning means of the embodiment of the present invention two；
Figure 19 is the two of the working state schematic representation of the multifunctional human scanning means of the embodiment of the present invention two；
Figure 20 is the structural representation of the rotating mechanism of the multifunctional human scanning means of the embodiment of the present invention three；
Figure 21 is the structural representation of the bracket component in Figure 20；
Figure 22 is the working state schematic representation of Figure 21 bracket component；
Figure 23 is the internal structure schematic diagram of Figure 22 rack module；
Figure 24 is the partial cutaway schematic of the telescoping shoring column in Figure 23；
Figure 25 is one of working state schematic representation of multifunctional human scanning means of the embodiment of the present invention three；
Figure 26 is the two of the working state schematic representation of the multifunctional human scanning means of the embodiment of the present invention three.
Embodiment
Below against accompanying drawing and with reference to preferred embodiment the invention will be further described.
Embodiment one：
Fig. 1 to Figure 13 is the schematic diagram of the multifunctional human scanning means of the embodiment of the present invention one.As shown in figure 1, many work(
Energy human body scanning device includes fixed mechanism 100 and rotating mechanism 200；With reference to Fig. 2 and Fig. 3, fixed mechanism 100 includes base group
Part 1, panel 2 and central shaft 3, base assembly 1 and panel 2 are connected to the bottom and top of central shaft 3, and panel 2 is to be used for
For gauger stand, wherein the top of central shaft 3 be provided with lug boss, panel 2 be fixed on lug boss position sentence prevent with
Rotating mechanism 200 contacts and produces friction；With reference to Fig. 5 to Figure 11, rotating mechanism 200 can be rotated with central shaft 3 for rotary shaft,
Including annulus component 4 and bracket component 5, wherein：Annulus component 4 is linked on central shaft 3 and is arranged on base assembly 1 and panel
The first accommodation space 40 for being used for putting bracket component 5 is provided between 3, in annulus component 4, bracket component 5 includes track module
The second accommodation space 510 for being used for putting rack module A-52, slide rail mould are provided with 51 and rack module A-52, track module 51
The slidable connection of block 51 is on annulus component 4, to form the first state and the second state of track module 51, in first state
When, as shown in figure 5, the connection of track module 51 is arranged in the first accommodation space 40 of annulus component 4, in the second state, such as
Shown in Figure 12 and Figure 13, the first end of track module 51 is stretched out outside annulus component 4；Rack module A-52 is rotatably connected to
To form rack module the A-52 third state and the 4th state, in the third state, such as Fig. 9 in the first end of track module 51
Shown, rack module A-52 is folded and is placed in the second accommodation space 510 of track module, in four states, such as Figure 10 institutes
Show, rack module A-52 and track module 51 are in vertical state；Wherein rack module A-52 includes telescoping shoring column A-521 and folder
Portion A-522 is held, clamping part A-522 is connected on telescoping shoring column A-521, clamping part A-522 is to be used to carry out the measured
The scanning device 300 of scanning.
As shown in figure 3, base assembly 1 includes base 11, bedplate 12, ball module 13, the first motor 14, conveyer belt
15th, first gear 16, weight induction device 17 and battery component 18, wherein bedplate 12 is arranged on the bottom of base 11, in base
Battery cover (not shown) can be set on plate 12, can easily be filled bedplate 12 need not be unloaded by battery cover
Match somebody with somebody or change battery；Ball module 13 is arranged between base 11 and annulus component 4, with reference to shown in Fig. 4, and ball module 13 includes
Upper ball ring 131, lower ball ring 132, ball support ring 133 and multiple balls 134, multiple balls 134, which are respectively separated, to be arranged on
In ball support ring 133, upper ball ring 131 and lower ball ring 132 are separately positioned on the top and bottom of multiple balls 134, its
In multiple balls 134 can be cylindrical-shaped structure or spherical structure；Fixed mechanism can be greatly reduced by ball module 13
Contact friction force between 100 and rotating mechanism 200.With reference to Fig. 8, the first internal gear 414 is provided with the bottom of annulus component 4,
To save the space of base assembly 1 in the centrally disposed axle 3 of first motor 14, the first motor 14 is connected by the first roller and transmitted
Band 15 drives the second roller, and the second roller coaxially couples first gear 16, and first gear 16 is arranged at the outer ring of base 11, with
First internal gear 414 is intermeshed, and to cause the first motor 14 by driving the first roller to drive conveyer belt 15, conveyer belt 15 drives
Dynamic second roller is further to drive first gear 16 that annulus component 4 can be driven to rotate, wherein be driven by transmission belt 15, can
To be run into rotation process cushioning effect is played during barrier；Weight induction device 17 is arranged on the bottom of base 11, to cause
Multifunctional human scanning means be placed on ground or other planes on when, each weight induction device 17 can with it is smooth with ground or its
His plane contact, to cause the multifunctional human scanning means similarly to be measured to the weight of the measured, in face
Plate 2 is provided with display screen 21, and the weight of the measured can be shown；In certain embodiments, on weight induction device 17
It can also be combined with the grade of body fat inductor 22, to cause the multifunctional human scanning means to measure the body fat of the measured
Etc. body data, these data equally may be displayed on display screen 21, and the present invention is not to be limited.Battery component 18 is many work(
Each motor of energy human body scanning device provides electric power, can be placed in central shaft 3, to save the space of base assembly 1.
As shown in fig. 6, annulus component 4 includes annulus main body 41 and annulus cover plate 42, annulus cover plate 42 is covered in annulus master
The first accommodation space 40 for being used for putting bracket component 5 is provided with body 41, in annulus component 4, annulus main body 41 is provided with first
Tooth form slide rail 411, axle sleeve 412 and rope module 413, wherein the first tooth form slide rail 411 is along the length side of track module 51
To setting to be supplied to the track that bracket component 5 is slided, axle sleeve 412 is linked on central shaft 3, to cause annulus component 4
It can be rotated with the bracket component 5 being arranged in annulus component 4 around central shaft 3.
With reference to shown in Fig. 9 to Figure 11, bracket component 5 is included in track module 51 and rack module A-52, track module 51
Provided with the second accommodation space 510 for putting rack module A-52, track module 51 includes one-level sliding block 511, two grades of sliding blocks
512 and slide rail termination 513, the 4th motor 5111, the 4th gear 5112 and the second tooth form slide rail are provided with one-level sliding block 511
5113, the 4th motor 5111 is connected and drives the 4th gear 5112, and the 4th gear 5112 is mutually nibbled with the first tooth form slide rail 411
Close, to enable the 4th motor 5111 to drive track module 51 to be slided along the first tooth form slide rail 411；In one-level sliding block 511
Inside also be arranged two grades of sliding blocks 512, two grades of sliding blocks 512 provided with the 5th motor 5121 and the 5th gear (do not show in figure, its position and
Size is similar to the 4th gear 5112), the 5th motor 5121 connects and drives the 5th gear, the 5th gear and the second tooth form slide rail
5113 are intermeshed to enable the 5th motor 5121 to drive two grades of sliding blocks 512 to slide along the second tooth form slide rail 5113；Its
In the second accommodation space 510 be arranged in two grades of sliding blocks 512, and the first end of track module 51 namely slide rail termination 513 are connected
On two grades of sliding blocks 512.Wherein, in other embodiment, the sliding block of three-level, level Four or more level can also be set, respectively
Level sliding block can set the 5th motor and the 5th gear successively by fit on sliding blocks at different levels, in sliding blocks at different levels (except most interior
Outside the sliding block of one-level) bottom be also correspondingly provided with the second tooth form slide rail, to allow sliding blocks at different levels respectively the corresponding 5th
Under the driving of motor, slided on the second tooth form slide rail in the sliding block of corresponding outer one-level, so as to more freely adjust
Track module 51 stretches out the length of annulus component 4, and track module 51 is adjusted with the measured according to different thin fat degree
Extension elongation, is applicable more extensively, and in the case where setting multistage sliding block, can further reduce the straight of annulus component
Footpath, further reduces the overall dimensions of multifunctional human scanning means.In the present embodiment, as described above, provided with two-stage
Sliding block, in addition, in some embodiments, it is also possible to the first tooth form slide rail 411 is not provided with annulus component 4, in one-level sliding block
On be also accordingly not provided with the 4th motor and the 4th gear, now, one-level sliding block can be stationarily connected to the annulus of annulus component 4
In main body 41, the extension elongation of track module 51 need to be only adjusted by two grades of sliding blocks and with the slip of the sliding block of higher level.
In the present embodiment, the track module 51 is U-shaped structure, and the two ends of wherein U-shaped structure are respectively connection end and separated end, and are somebody's turn to do
The connection end of the U-shaped structure of track module 51 is first end namely the slide rail termination 513 of track module 51, and sliding blocks at different levels are
U-shaped structure, and in the first state of track module 51, the both sides at the separated end of U-shaped structure are respectively placed in the two of central shaft 3
Side, and the both sides at the separated end of the U-shaped structure of pulley module 51 are symmetrical arranged, rack module A-52 each symmetrical configuration is set
In the U-shaped structure of pulley module 51, on the one hand the design can make full use of the space of the both sides of annulus component 4, on the other hand
Also the sliding distance design of track module 51 can be increased, so as to substantially save the multifunctional human scanning means
Design space.
As shown in Figure 10, rack module A-52 includes telescoping shoring column A-521, clamping part A-522 and connecting portion A-523,
Telescoping shoring column A-521 is connected to by connecting portion A-523 in the first end of track module 51, and clamping part A-522 is connected to can
On telescope support A-521, similarly can together it be seated in telescoping shoring column A-521 and connecting portion A-523 by folding
In second accommodation space 510 of track module 51.Wherein, telescoping shoring column A-521 passes through two groups of more piece stand tube A-5211 groups
Into every group of each section stand tube A-5211 mutual fit connections successively, A-5211 points of the stand tube of two groups of mutual fit connection
Connecting portion A-523 both sides are not connected to；Clamping part A-522 include two clamper A-5221, two set head A-5222 and
Two folded piece A-5223, wherein setting one clamping of connection respectively on the stand tube A-5211 of every group of mutual fit connection
Device A-5221, an a set head A-5222 and folded piece A-5223, wherein set head A-5222 is fixedly connected in a group
Each section stand tube A-5211 in most interior one layer of stand tube A-5211 on, folded piece A-5223 is connected to pullover by rotating shaft
On part A-5222, and it can be rotated along rotating shaft to parallel with each section stand tube A-5211 or perpendicular two working positions, folder
Holder A-5221 is connected on folded piece A-5223 by sliding axle, and sliding axle make it that clamper A-5221 is inside provided with spring
Clamp；In four state of rack module, the folded piece A-5223 difference on two pack support pipe A-5211 of both sides top
The rotation extremely state perpendicular with stand tube A-5211 so that two folded piece A-5223 are mutually overlapped, and are connected to two
Two clamper A-5221 on folded piece A-5223 can by between the regulation both of the inside clamping force of spring away from
From clamping various sizes of scanning device (such as mobile phone).It is connecting portion A-523 and telescoping shoring column A- with reference to shown in Figure 11
The structure of 521 inside, is provided with the 3rd motor A-524, the 7th gear A -525 and rack A-526, tooth in connecting portion A-523
Article A-526 one end is in the 7th gear A -525, and the other end is withstood in most interior one layer of stand tube A-5211 top
Wall, the 3rd motor A-524 is connected and is driven the 7th gear A -525 to rotate further to drive rack A-526 to protrude upward or contract
It is short, its middle rack A-526 have certain deflection with can jack-up respectively save stand tube A-5211, further to pass through rack A-
526 extended length come control telescoping shoring column A-521 elongation height (i.e. by each section stand tube A-5211 head and the tail whether
Stretch and elongate or shorten the overall elongation height of telescoping shoring column A-521 to reach, shortened to most in telescoping shoring column A-521
During short status, each section stand tube A-521 head end and tail end difference is overlapping, and is elongated to most long shape in telescoping shoring column A-521
During state, head and the tail are connected each section stand tube A-521 successively), so as to adjust clamping part A-522 height.With reference to shown in Fig. 9,
The 3rd gear A -5231 are provided with connecting portion A-523, the second motor (not shown) and second are provided with slide rail termination 513
Gear 514, the second motor connection simultaneously drives second gear 514, the 3rd gear A -5231 be intermeshed with second gear 514 so that
Obtaining the second motor can be by driving second gear 514 to be rotated come driving arm modules A -52 is overall around slide rail termination 513；Separately
Outside, rotating shaft is provided with connecting portion A-523 both sides center, pearl is visited in rotating shaft side provided with activity, accordingly, in slide rail termination 513
Both sides be provided with shaft hole 5131, the first screens hole 5132 and the second screens hole 5132, wherein in rack module A-52 around cunning
When rail termination 513 is rotated, the rotating shafts of connecting portion A-523 both sides is rotated in shaft hole 5131, and the of rack module A-52
During three condition, the activity on connecting portion A-523 is visited pearl and is stuck in the first screens hole 5132, in rack module A-52 the 4th state
When, connecting portion A-523 activity is visited pearl and is stuck in the second screens hole 5133, to cause rack module A-52 in transition status
Position is more accurate.
As shown in Figure 12 and Figure 13, be the embodiment of the present invention one multifunctional human scanning means in track module 51 at
In the second state, rack module A-52 is in the 4th state, and Figure 12 and Figure 13 are that telescoping shoring column A-521 stretches most short respectively
Schematic diagram under length and extreme length, under the working condition, rotating mechanism 200 still can be rotated around central shaft 3, with
Scanning to 360 ° of the progress of the measured on panel 2 of standing.Wherein the measured is scanned in the present embodiment
Scanning device 300 includes mobile phone 6 and scanner 7, and mobile phone 6 and scanner 7 be also electrically connected with while being mutually permanently connected, can be with
The clamper A-5221 of left and right two mutually passed in data, clamping part A-522 is clamped respectively inwards under the force of a spring, is passed through
Inwardly force clamps mobile phone 6, wherein the inner surface in two clampers in left and right can set anti-slip material, so as to obtain mobile phone 6
Can more tightly it be clamped on clamping part A-522.Fig. 7, Figure 12 and Figure 13 are wherein combined, in the present embodiment, in annulus group
Rope module 413 is additionally provided with the circumference of the annulus main body 41 of part 4, rope module 413 includes the 6th motor 4131, screw thread wheel
4132nd, rope 4133, drive link 4134 and fixed riffled tube 4135, wherein fixed riffled tube 4135 is fixedly connected on annulus
Circumferential location beyond first accommodation space 40 of component 4, the fit of screw thread wheel 4132 is threaded in fixed riffled tube
In 4135, and rope 4133, on screw thread wheel 4132, the 6th motor 4131 is connected by drive link 4134 and drives screw thread
Wheel 4132 relatively moves while causing screw thread wheel 4132 with the fixed relative rotation of riffled tube 4135, wherein drive link 4134
Section is non-circular structure, in the present embodiment, can be square or D-shaped, and the pine of drive link 4134, which is matched somebody with somebody, is located in screw thread wheel
In 4132, also relative set is square or D-shaped to the centre bore of screw thread wheel 4132；6th motor 4131 is driven by drive link 4134
Dynamic screw thread wheel 4132 is rotated so that screw thread wheel 4132 is rotated along fixed riffled tube 4135, i.e., screw thread wheel 4132 is relative to interior
When screwed pipe 4135 is turned out, rope 4133 extends, and conversely then rope 4133 shortens；And can be real by the 6th motor 4131
Rope 4133 is now quantitatively elongated or shortened, in use, the first end of track module 51 is skidded off outside annulus component and incited somebody to action
Rack module A-52 is rotated to after vertical with track module 51, and one end of rope 4133 is connected into telescoping shoring column A-521's
Top, to fix telescoping shoring column A-521 and annulus component 4 by rope 4133, and can stretching with telescoping shoring column A-521
Long or shortening accordingly to adjust the length of rope 4133 by the 6th motor 4131, so as to fixed rack mould well
Block 51 and rack module A-52, keep resistance to overturning of the multifunctional human scanning means when carrying out body scans.
The multifunctional human scanning means of the embodiment of the present invention one, by set be mutually matched and mutually linkage act on
Fixed mechanism 100 and rotating mechanism 200, after realizing on the panel of fixation of the human body station on multifunctional human scanning means just
Body scans process can be realized, specifically used method is：The multifunctional human scanning means is in the case of, support
Component 5 is seated in the first accommodation space 40 of annulus component 4, and now rack module 5 is in the third state, track module 51
In first state, now, the sizableness of the multifunctional human scanning means in one family electronic scale as shown in figure 1,
The bottom gap of other furniture such as any one corner or bed at home can be placed, the influence of space-consuming is minimum,
Promoted the use of so being very suitable for family；It is first when needing to use the multifunctional human scanning means to be scanned human body
First the multifunctional human scanning means is seated on vacant lot, then skidded off track module 51 (by from annulus component 4
Four motors 5111 drive the 4th gear 5112 to be slided along the first tooth form slide rail 411, and drive the 5th by the 5th motor 5121
Gear is slided along the second tooth form slide rail 5113) so that the first end of track module 51 is stretched out outside annulus component 4, i.e. slide rail mould
Second state of block 51, in actual use, extension elongation can be determined according to the stature of the measured, it is ensured that support mould
Block A-52 does not touch the measured；Track module 51 is slided reach annulus component 4 it is outer after, then by rack module
A-52 is rotated to vertical with track module 51 around the first end of track module 51 (drives second gear 514 by the second motor
Drive the 3rd gear A -5231 rotate), namely state perpendicular to the ground, i.e. rack module A-52 the 4th state, now may be used
One end of rope 4133 is fixed on to telescoping shoring column A-521 top；Then clamping part A-522 is merged to install and (is
Folded piece A-5223 is folded to vertical with stand tube A-5211 so that two folded piece A-5223 are mutually overlapped), then by mobile phone
6 and scanner 7 connect after be clamped at two clamper A-5221 position, pass through control the 3rd motor A-524 driving the 7th
Gear A -525 controls telescoping shoring column A-521 height (regulation telescoping shoring column to be elongated or shortened with carry-over bar A-526
While A-521 height, also adjust the length of rope 4133 to adapt to telescoping shoring column A-521's by the 6th motor 4131
Top is the distance between to annulus component 4), in control, the telescoping shoring column A-521 of both sides keeps highly consistent, can stretch
When contracting support A-521 is fixed on predetermined scanning height, the first motor 14 of control drives annulus component 4 and bracket component 5 whole
Body rotates together with 360 °, highly carries out comprehensive scanning to human body this, as shown in Figure 12 and Figure 13；The height scan is complete
Cheng Hou, then change telescoping shoring column A-521 height, to carrying out comprehensive sweep under human body each predetermined scanning height
Retouch, until completing the entire scan of human body, mobile phone 6 obtains the data of the scanning of human body, then is completed by subsequent treatment to human body
Modeling.Terminate use the multifunctional human scanning means when, first control the 3rd motor A-524 drive the 7th gear A-
525 control the second motor to drive so that telescoping shoring column A-521 length to be reduced to most short state with carry-over bar A-526, then
Second gear 514 drives the 3rd gear A -5231 to rotate the second accommodation space for being placed on track module 51 to rack module A-52
In 510, then the 5th motor 5121 is controlled to drive the 5th gear to be slided along the second tooth form track module 5113, the 4th motor 5111
The 4th gear 5112 is driven to be slided along the first tooth form slide rail 411, until track module 51 is completely into the of annulus component 4
In one accommodation space 40, the multifunctional human scanning means returns to size that ordinary electronic claims as shown in figure 1, this reality again
The multifunctional human scanning means of example is applied, when without body scans function, can also also be used as electronic scale, is realized
Multi-functional effect.
Embodiment two：
Figure 14 to Figure 19 is the schematic diagram of the multifunctional human scanning means of the embodiment of the present invention two, and embodiment two is with implementing
The difference part of example one is only that the structure of the rack module B-52 in bracket component 5, in the present embodiment rack module B-52
Including telescoping shoring column B-521, clamping part B-522 and connecting portion B-523, telescoping shoring column B-521 is connected by connecting portion B-523
In the first end for being connected on track module 51, clamping part B-522 is connected on telescoping shoring column B-521, can similarly pass through folding
Folded and telescoping shoring column B-521 and connecting portion B-523 is seated in the second accommodation space 510 of track module 51 together.Knot
Close shown in Figure 17, be the structure inside connecting portion B-523, the 3rd motor B-524, the 7th gear are provided with connecting portion B-523
B-525 and screwed pipe B-526, screwed pipe B-526 middle part provided with eighth gear B-5261, and screwed pipe B-526 the
The screw thread of octadentate wheel B-5261 both sides is symmetrically arranged, gear B -525 of the 3rd motor B-524 connections the 7th, eighth gear
B-5261 and the 7th gear B -525 are intermeshed to enable the 3rd motor B-524 to drive screwed pipe B-526 to rotate.And can
Telescope support B-521 includes many connection strap B-5211, multiple articulated joint B-5212, two thread slider B-5213 and multiple hinges
Joint B-5214, many connection strap B-5211 are divided to for two groups of quantity identical, each connection strap in two groups of connection strap B-5211
B-5211 respectively successively head and the tail be articulated and connected by articulated joint B-5212, then in two groups of connection strap B-5211 relevant position company
Narrow bars B-5211 centre is articulated and connected by articulated joint B-5214, and two groups of connection strap B-5211 top also by being hinged
Head B-5214 is hingedly connected together, and bottom connects a thread slider B-5213, two thread slider B-5213 difference respectively
It is connected on screwed pipe B-526 and respectively at eighth gear B-5261 both sides, to cause screwed pipe B-526 is rotated can band
Dynamic two thread slider B-5213 are outwardly or inwardly slided simultaneously, (i.e. to spiral shell when two thread slider B-5213 slide in and out
Slide at line pipe B-526 two ends), two groups of connection strap B-5211 are mutually folded, and are finally reached contraction state, as shown in figure 18；Two
(to screwed pipe B-526 middle slip) during individual thread slider B-5213 slid inwards, two groups of connection strap B-5211 are mutually propped up
Support, finally enables to telescoping shoring column B-521 to be elongated to highest state, as shown in figure 19；Wherein clamping part B-522 includes two
Sliding axle is provided with individual clamper B-5221 and frame piece B-5222, frame piece B-5222, sliding axle is adjusted provided with spring
The distance between two clamper B-5221 and inside clamping force is provided to two clamper B-5221, pedestal B-5222 is fixed
It is connected on the articulated joint B-5214 on two groups of connection strap B-5211 top so that scanning device 300 is clamped in that be connected to can
, can be by adjusting telescoping shoring column B-521's on telescope support B-521 clamping part B-522 two clamper B-5221
Height highly to adjust the scanning of scanning device 300.With reference to shown in Figure 15, on connecting portion B-523 provided with the 3rd gear B-
5231, the second motor (not shown) and second gear 514, the second motor connection second gear are provided with slide rail termination 513
514, the 3rd gear B -5231 is intermeshed to allow the second motor by driving second gear 514 with second gear 514
Carry out driving arm module B-52 integrally to rotate around slide rail termination 513；Turn in addition, being provided with connecting portion B-523 both sides center
Pearl is visited in axle, rotating shaft side provided with activity, accordingly, and shaft hole 5131, the first screens hole are provided with the both sides of slide rail termination 513
5132 and the second screens hole 5132, wherein when rack module B-52 is rotated around slide rail termination 513, connecting portion B-523 both sides
Rotating shaft rotate in the shaft hole 5131, and in the rack module B-52 third state, pearl is visited in the activity on connecting portion B-523
It is stuck in the first screens hole 5132, in rack module B-52 four state, connecting portion B-523 activity visits pearl and is stuck in second
In screens hole 5133, to cause positions of the rack module B-52 in transition status more accurate.
As shown in Figure 18 and Figure 19, be the embodiment of the present invention two multifunctional human scanning means in track module 51 at
In the second state, rack module B-52 is in the 4th state, and Figure 18 and Figure 19 are that telescoping shoring column B-521 stretches most short respectively
Schematic diagram under length and extreme length.
The multifunctional human scanning means of the embodiment of the present invention two, by set be mutually matched and mutually linkage act on
Fixed mechanism 100 and rotating mechanism 200, after realizing on the panel of fixation of the human body station on multifunctional human scanning means just
Body scans process can be realized, specifically used method is：The multifunctional human scanning means is in the case of, support
Component 5 is seated in the first accommodation space 40 of annulus component 4, and now rack module 5 is in the third state, track module 51
In first state, now, the sizableness of the multifunctional human scanning means in one family electronic scale as shown in figure 1,
The bottom gap of other furniture such as any one corner or bed at home can be placed, the influence of space-consuming is minimum,
Promoted the use of so being very suitable for family；It is first when needing to use the multifunctional human scanning means to be scanned human body
First the multifunctional human scanning means is seated on vacant lot, then skidded off track module 51 (by from annulus component 4
Four motors 5111 drive the 4th gear 5112 to be slided along the first tooth form slide rail 411, and drive the 5th by the 5th motor 5121
Gear is slided along the second tooth form slide rail 5113) so that the first end of track module 51 is stretched out outside annulus component 4, i.e. slide rail mould
Second state of block 51, in actual use, extension elongation can be determined according to the stature of the measured, it is ensured that support mould
Block B-52 does not touch the measured；Track module 51 is slided reach annulus component 4 it is outer after, then by rack module
B-52 is rotated to vertical with track module 51 around the first end of track module 51 (drives second gear 514 by the second motor
Drive the 3rd gear B -5231 rotate), namely state perpendicular to the ground, i.e. rack module B-52 the 4th state, now may be used
The top that one end of rope 4133 is fixed on into telescoping shoring column B-521 (or is fixed on clamping part B-522 end position
Place)；Then it is clamped in after connecting mobile phone 6 and scanner 7 at clamping part B-522 position, by controlling the 3rd motor B-524
The 7th gear B -525 is driven to drive screwed pipe B-526 to rotate, further such that two thread slider B-5213 slid inwards,
Allow many connection strap B-5211 mutually to support to cause telescoping shoring column B-521 rises (regulation telescoping shoring column B-521 height
While, also adjust the length of rope 4133 to adapt to telescoping shoring column B-521 top to annulus by the 6th motor 4131
The distance between component 4), when telescoping shoring column B-521 is fixed on into predetermined scanning height, the first motor 14 of control drives circle
Ring assemblies 4 and bracket component 5 is overall rotates together with 360 °, highly carry out comprehensive scanning, such as Figure 18 to human body this
With shown in Figure 19；After the completion of the height scan, then change telescoping shoring column B-521 height and (controlled by the 3rd motor B-524
System), to carrying out comprehensive scanning under human body each predetermined scanning height, until completing the entire scan of human body, mobile phone 6
The data of the scanning of human body are obtained, then the modeling to human body is completed by subsequent treatment.Terminating to sweep using the multifunctional human
During imaging apparatus, control the 3rd motor B-524 to drive the 7th gear B -525 to drive screwed pipe B-526 to rotate first, further make
Obtain two thread slider B-5213 to slide in and out, allow many connection strap B-5211 mutually to support to cause telescoping shoring column B-521
Decrease up to completely fold be reduced to most short state, then control the second motor drive second gear 514 drive the 3rd gear B-
5231 rotations are placed in the second accommodation space 510 of track module 51 to rack module B-52, then control the 5th motor 5121
The 5th gear is driven to be slided along the second tooth form track module 5113, the 4th motor 5111 drives the 4th gear 5112 along first
Tooth form slide rail 411 is slided, until track module 51, completely into the first accommodation space 40 to annulus component 4, this is multi-functional
Human body scanning device returns to the size that ordinary electronic claims again as shown in figure 1, the multifunctional human scanning dress of the present embodiment
Put, when without body scans function, can also also be used as electronic scale, realize multi-functional effect.
Embodiment three：
Figure 20 to Figure 26 is the schematic diagram of the multifunctional human scanning means of the embodiment of the present invention three, and embodiment three is with implementing
The difference part of example one is only that the structure of the rack module C-52 in bracket component 5, in the present embodiment rack module C-52
Including telescoping shoring column C-521, clamping part C-522 and connecting portion C-523, telescoping shoring column C-521 is connected by connecting portion C-523
In the first end for being connected on track module 51, clamping part C-522 is connected on telescoping shoring column C-521, can similarly pass through folding
Folded and telescoping shoring column C-521 and connecting portion C-523 is seated in the second accommodation space 510 of track module 51 together.Knot
Close shown in Figure 23, be the structure inside connecting portion C-523, the 3rd motor C-524 and reel C- is provided with connecting portion C-523
525, the 3rd motor C-524 are connected and are driven reel C-525；With reference to Figure 24, telescoping shoring column C-521 includes connecting in the middle of polylith
Fishplate bar C-5211, multiple roller C-5212, rope C-5213, connection plate inside C-5214 and outer side connecting plate C-5215, polylith
Middle connecting plate C-5211 is arranged in order from outside to inside respectively is arranged on outer side connecting plate C-5215 and connection plate inside C-5214
Between, wherein outer side connecting plate C-5215 is fixedly connected on connecting portion C-523, every piece of middle connecting plate C-5211, inner side connect
Fishplate bar C-5214 and outer side connecting plate C-5215 top and bottom are respectively equipped with a roller C-5212, the one of rope C-5213
End is fixed on the roller C-5212 of connection plate inside C-5214 upper end, and the other end is initially passed through under connection plate inside C-5214
After the roller C-5212 at end, then pass through close to one piece of middle connecting plate C-5211 upper end roller C-5212 after around
The roller C-5212 of road middle connecting plate C-5211 lower end, each piece of middle connecting plate C- is sequentially passed through according still further to order
The roller C-5212 of 5211 top and bottom, from connecting portion after being passed from the roller of outer side connecting plate C-5215 lower end
The hole that C-523 upper ends are provided with penetrates within connecting portion C-523 and is connected on reel C-525, passes through the 3rd motor C-524
Reel C-525 is driven to rotate, to be further wrapped in rope C-5213 on reel C-525 or payout C-5213.
When needing to extend telescoping shoring column C-521, the 3rd motor C-524 need to be only set to drive reel C-525, and by rope C-
5213 are further would around reel C-525, and rope C-5213 is pulled so that each piece of middle connecting plate C-5211 and inner side
Connecting plate C-5214 rises in layer progressively, up to each piece of middle connecting plate C-5211, connection plate inside C-5214 and outside
Side connecting plate C-5215 joins end to end, and reaches telescoping shoring column C-521 highest state, as shown in figure 26；And need to stretch
When contracting support C-521 shortens, the 3rd motor C-524 need to be only set to drive reel C-525, and rope C-5213 is loosened so that
Each piece of middle connecting plate C-5211 and connection plate inside C-5214 decline at leisure in layer under gravity, unnecessary rope
Rope C-5213 is connected between each piece of connecting plate, until each piece of middle connecting plate C-5211, connection plate inside C-5214 and outside
Connecting plate C-5215 overlapping terminal ends, now telescoping shoring column C-521 shorten to most short status, as shown in figure 25.Wherein each
Buckle-shaped assembling track C-5216 is respectively equipped with block middle connecting plate C-5211 two sides, in the outer of connection plate inside C-5214
Side is provided with buckle-shaped assembling track C-5216, provided with buckle-shaped assembling track C- on outer side connecting plate C-5215 medial surface
5216 so that pass through respectively between each piece of middle connecting plate C-5211, connection plate inside C-5214 and outer side connecting plate C-5215
Buckle-shaped assembling track C-5216, which is mutually fastened and slided, to be risen or fallen；And in each piece of middle connecting plate C-5211 upper and lower ends
Limiting section C-5217 is respectively equipped with, limiting section C-5217 is provided with connection plate inside C-5214 lower end, in outer side connecting plate C-
5215 upper end is provided with limiting section C-5217 so that each piece of middle connecting plate C-5211, connection plate inside C-5214 and outside connect
Fishplate bar C-5215 will not be released when joining end to end.Wherein clamping part C-522 includes two clamper C-5221 and frame piece C-
Be provided with sliding axle in 5222, frame piece C-5222, sliding axle adjusted provided with spring between two clamper C-5221 away from
Inside clamping force is provided from and to two clamper C-5221, pedestal C-5222 is fixedly connected on connection plate inside C-5214
On so that scanning device 300 is clamped in the two clamper B- for the clamping part C-522 for being connected to telescoping shoring column C-521
On 5221, the height of the scanning of scanning device 300 can be adjusted by adjusting telescoping shoring column C-521 height.With reference to Figure 21
It is shown, the 3rd gear C -5231 are provided with connecting portion C-523, the second motor (not shown) is provided with slide rail termination 513
With second gear 514, the second motor connection second gear 514, the 3rd gear C -5231 be intermeshed with second gear 514 so that
Obtaining the second motor can be by driving second gear 514 integrally to be rotated come driving arm module C-52 around slide rail termination 513；Separately
Outside, rotating shaft is provided with connecting portion C-523 both sides center, pearl is visited in rotating shaft side provided with activity, accordingly, in slide rail termination 513
Both sides be provided with shaft hole 5131, the first screens hole 5132 and the second screens hole 5132, wherein in rack module C-52 around cunning
When rail termination 513 is rotated, the rotating shafts of connecting portion C-523 both sides is rotated in shaft hole 5131, and the of rack module C-52
During three condition, the activity on connecting portion C-523 is visited pearl and is stuck in the first screens hole 5132, in rack module C-52 the 4th state
When, connecting portion C-523 activity is visited pearl and is stuck in the second screens hole 5133, to cause rack module C-52 in transition status
Position is more accurate.
As illustrated in figs. 25 and 26, be the embodiment of the present invention three multifunctional human scanning means in track module 51 at
In the second state, rack module C-52 is in the 4th state, and Figure 18 and Figure 19 are that telescoping shoring column C-521 stretches most short respectively
Schematic diagram under length and extreme length.
The multifunctional human scanning means of the embodiment of the present invention three, by set be mutually matched and mutually linkage act on
Fixed mechanism 100 and rotating mechanism 200, after realizing on the panel of fixation of the human body station on multifunctional human scanning means just
Body scans process can be realized, specifically used method is：The multifunctional human scanning means is in the case of, support
Component 5 is seated in the first accommodation space 40 of annulus component 4, and now rack module 5 is in the third state, track module 51
In first state, now, the sizableness of the multifunctional human scanning means in one family electronic scale as shown in figure 1,
The bottom gap of other furniture such as any one corner or bed at home can be placed, the influence of space-consuming is minimum,
Promoted the use of so being very suitable for family；It is first when needing to use the multifunctional human scanning means to be scanned human body
First the multifunctional human scanning means is seated on vacant lot, then skidded off track module 51 (by from annulus component 4
Four motors 5111 drive the 4th gear 5112 to be slided along the first tooth form slide rail 411, and drive the 5th by the 5th motor 5121
Gear is slided along the second tooth form slide rail 5113) so that the first end of track module 51 is stretched out outside annulus component 4, i.e. slide rail mould
Second state of block 51, in actual use, extension elongation can be determined according to the stature of the measured, it is ensured that support mould
Block C-52 does not touch the measured；Track module 51 is slided reach annulus component 4 it is outer after, then by rack module
C-52 is rotated to vertical with track module 51 around the first end of track module 51 (drives second gear 514 by the second motor
Drive the 3rd gear C -5231 rotate), namely state perpendicular to the ground, i.e. rack module C-52 the 4th state, now may be used
The top that one end of rope 4133 is fixed on into telescoping shoring column C-521 (in the present embodiment, is integrally fixed at connection plate inside C-
5214 bottom end)；Then it is clamped in after connecting mobile phone 6 and scanner 7 at clamping part C-522 position, passes through the 3rd electricity
Machine C-524 drives reel C-526 to tense and wind rope C-5213 so that polylith middle connecting plate C-5211 and inner side connect
Fishplate bar C-5214 rises in layer progressively (while regulation telescoping shoring column C-521 height, also passes through the 6th motor
The length of 4131 regulation ropes 4133 is to adapt to telescoping shoring column C-521 top the distance between to annulus component 4), can
When telescope support C-521 is fixed on predetermined scanning height, the first motor 14 of control drives annulus component 4 and bracket component 5
Entirety rotates together with 360 °, highly carries out comprehensive scanning to human body this, as illustrated in figs. 25 and 26；The height scan
After the completion of, then change telescoping shoring column C-521 height (being controlled by the 3rd motor C-524), human body each is made a reservation for
Scanning height under carry out comprehensive scanning, until complete human body entire scan, mobile phone 6 obtain human body scanning number
According to, then the modeling by subsequent treatment completion to human body.When terminating to use the multifunctional human scanning means, the is controlled first
Three motor C-524 drive reel C-526 with payout C-5213 so that each piece of middle connecting plate C-5211 and inner side connection
Plate C-5214 declines at leisure in layer under gravity, and unnecessary rope C-5213 is connected between each piece of connecting plate,
Until each piece of middle connecting plate C-5211 and connection plate inside C-5214 overlapping terminal ends, now telescoping shoring column C-521 shortenings
To most short status, the second motor is then controlled to drive second gear 514 to drive the rotation of the 3rd gear C -5231 to rack module C-
52 are placed in the second accommodation space 510 of track module 51, then control the 5th motor 5121 to drive the 5th gear along second
Tooth form track module 5113 is slided, and the 4th motor 5111 drives the 4th gear 5112 to be slided along the first tooth form slide rail 411, until
Track module 51 is completely into the first accommodation space 40 to annulus component 4, and the multifunctional human scanning means is extensive again
Size that ordinary electronic claims is arrived again as shown in figure 1, the multifunctional human scanning means of the present embodiment, without body scans function
When, it can also also be used as electronic scale, realize multi-functional effect.
The multifunctional human scanning means of embodiments of the invention, by setting the fixed mechanism and whirler that are mutually matched
Structure, wherein being fixed mechanism for the panel that the measured is stood so that user is not required to when carrying out body scans using the device
Rotate and body scans can be achieved, improve the Experience Degree of user；In addition, the scanning device being scanned to the measured can be with
It is clamped on telescoping shoring column, and telescoping shoring column is indirectly coupled on annulus component, around central axis, enter
One step can be tested to build by carrying out 360 ° of scannings to the measured at scanning device segmentation at various height position
The model of amount person provides data and supported；And telescoping shoring column is rotatably connected on track module, and track module can be seated in
Interior, further track module slidable connection is on annulus component, to allow track module to be seated in annulus component, because
This, human body scanning device of the invention is minimum in the space-consuming in the case of, can be placed in a bottom or other families
The bottom gap of tool, is not required to additionally take floor space again, can on a large scale be promoted in domestic. applications.
Above content is to combine specific preferred embodiment further description made for the present invention, it is impossible to assert
The specific implementation of the present invention is confined to these explanations.For those skilled in the art, do not taking off
On the premise of from present inventive concept, some equivalent substitutes or obvious modification can also be made, and performance or purposes are identical, all should
When being considered as belonging to protection scope of the present invention.
Claims (10)
1. a kind of multifunctional human scanning means, it is characterised in that including fixed mechanism and rotating mechanism, wherein：
The fixed mechanism includes base assembly, panel and central shaft, and the base assembly and the panel are connected to institute
The bottom and top of central shaft are stated, the panel is used to stand for the measured；
The rotating mechanism can be rotated by rotary shaft of the central shaft, including annulus component and bracket component, wherein：
The annulus component is linked on the central shaft and is arranged between the base assembly and the panel, the annulus
The first accommodation space for being used for putting the bracket component is provided with component；
The bracket component includes being provided with track module and rack module, the track module and is used to put the rack module
The second accommodation space；
The track module slidable connection is on the annulus component to form the first state and second of the track module
State, in the first state, the track module connection is arranged in first accommodation space of the annulus component,
In second state, the first end of the track module is stretched out outside the annulus component；
The rack module is rotatably connected in the first end of the track module form the 3rd of the rack module the
State and the 4th state, in the third state, the rack module folds and is placed on described the second of the track module
In accommodation space, in four state, the rack module and the track module are in vertical state；Wherein described support
Module includes telescoping shoring column and clamping part, and the clamping part is connected on the telescoping shoring column, and the clamping part is used to press from both sides
Hold the scanning device being scanned to the measured.
2. multifunctional human scanning means according to claim 1, it is characterised in that the base assembly includes first and driven
Motivation structure and first gear, the first internal gear is provided with the bottom of the annulus component, and first drive mechanism is connected and driven
Move the first gear, first internal gear and the first gear are intermeshed to enable first drive mechanism
The annulus component is driven to rotate.
3. multifunctional human scanning means according to claim 1, it is characterised in that the base assembly includes ball mould
Block, the ball module is arranged between the base assembly and the annulus component；Wherein described ball module includes ball
Support ring and multiple balls, multiple balls, which are respectively separated, to be arranged in the ball support ring.
4. multifunctional human scanning means according to claim 1, it is characterised in that the bottom of the base assembly is provided with
Weight induction device, on the panel provided with display, the display connects the weight induction device.
5. multifunctional human scanning means according to claim 1, it is characterised in that in the first end of the track module
Place is provided with the second drive mechanism and second gear, and second drive mechanism connects and drives the second gear, the support
Module is provided with the 3rd gear, and the 3rd gear and the second gear are intermeshed to enable second drive mechanism
The rack module is enough driven to rotate.
6. multifunctional human scanning means according to claim 1, it is characterised in that be additionally provided with the rack module
3rd drive mechanism, the 3rd drive mechanism connects the telescoping shoring column to drive the telescoping shoring column to extend or contract
It is short.
7. multifunctional human scanning means according to claim 1, it is characterised in that at the second end of the track module
Place is provided with the 4th drive mechanism and the 4th gear, and the 4th drive mechanism connects and drives the 4th gear, in the circle
In ring assemblies the first tooth form slide rail, the 4th gear and residing first tooth are provided with along the length direction of the track module
Shape slide rail is intermeshed to enable the 4th drive mechanism to drive the track module along the first tooth form slide rail
Slide.
8. multifunctional human scanning means according to claim 1, it is characterised in that the track module includes at least two
Level sliding block, the sliding blocks at different levels successively by fit, are linked in the interior sliding blocks at different levels and are provided with the 5th driving machine in layers
Structure and the 5th gear, the 5th drive mechanism connect and drive the 5th gear, are provided with the bottom of the sliding blocks at different levels
Second tooth form slide rail, the 5th gear and the second tooth form slide rail are intermeshed to enable the 5th drive mechanism
The corresponding sliding block of driving is slided along the corresponding second tooth form slide rail；Wherein it is used to place the of the rack module
Two accommodation spaces are set in the sliding block of most interior one-level, and the first end of the track module is connected to the described of most interior one-level
On sliding block.
9. multifunctional human scanning means according to claim 1, it is characterised in that the annulus component also includes rope
Module, the rope module is arranged on the circumferential location beyond first accommodation space of the annulus component, the rope
Rope module includes the 6th drive mechanism, screw thread wheel, rope, drive link and fixed riffled tube, and the fixed riffled tube is fixed
The circumferential location beyond first accommodation space of the annulus component is connected to, the screw thread wheel fit is threaded in
In the fixed riffled tube, the section of the drive link is non-circular structure, and the 6th drive mechanism passes through the transmission
Bar connects and drives the screw thread wheel so as to be relatively moved while the screw thread wheel is with the fixed riffled tube relative rotation,
The one ends wound of the rope is in second state and at the rack module on the screw thread wheel in the slide rail
When four state, the other end of the rope is fixed on the top of the telescoping shoring column.
10. the multifunctional human scanning means according to any one of claim 1 to 9, it is characterised in that the track module
For U-shaped structure, wherein the connection end of the U-shaped structure is the first end of the track module, and in the first state, institute
The both sides for stating the separated end of U-shaped structure are respectively placed in the both sides of the central shaft.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710475857.2A CN107296312B (en) | 2017-06-21 | 2017-06-21 | A kind of multifunctional human scanning means |
| PCT/CN2017/094920 WO2018232833A1 (en) | 2017-06-21 | 2017-07-28 | Multi-functional human body scanning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107981864A (en) * | 2017-12-18 | 2018-05-04 | 西安蒜泥电子科技有限责任公司 | A kind of turntable applied to human body three-dimensional scanning device |
| CN107981865A (en) * | 2017-12-18 | 2018-05-04 | 西安蒜泥电子科技有限责任公司 | A kind of scalable handrail applied to human body three-dimensional scanning device |
| CN112220140A (en) * | 2020-09-18 | 2021-01-15 | 深圳市易尚展示股份有限公司 | Human body three-dimensional scanning equipment |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI744879B (en) * | 2019-05-02 | 2021-11-01 | 八豐盟有限公司 | Three-dimensional human body scanning device |
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Also Published As
| Publication number | Publication date |
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| CN107296312B (en) | 2018-11-09 |
| WO2018232833A1 (en) | 2018-12-27 |
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