CN204091146U - Deformable human foot model - Google Patents
Deformable human foot model Download PDFInfo
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- CN204091146U CN204091146U CN201420228374.4U CN201420228374U CN204091146U CN 204091146 U CN204091146 U CN 204091146U CN 201420228374 U CN201420228374 U CN 201420228374U CN 204091146 U CN204091146 U CN 204091146U
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- hollow shaft
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- 229920001971 elastomer Polymers 0.000 claims abstract description 10
- 238000007789 sealing Methods 0.000 claims abstract description 4
- 238000012360 testing method Methods 0.000 claims description 16
- 238000003801 milling Methods 0.000 claims description 4
- 239000011159 matrix material Substances 0.000 abstract description 11
- 238000004088 simulation Methods 0.000 abstract description 4
- 238000007664 blowing Methods 0.000 abstract description 3
- 210000002683 foot Anatomy 0.000 description 62
- 238000000034 method Methods 0.000 description 34
- 230000008901 benefit Effects 0.000 description 23
- 238000004458 analytical method Methods 0.000 description 8
- 230000000694 effects Effects 0.000 description 7
- 210000002105 tongue Anatomy 0.000 description 7
- 238000013519 translation Methods 0.000 description 6
- 230000002452 interceptive effect Effects 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 4
- 238000012423 maintenance Methods 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 238000003860 storage Methods 0.000 description 4
- 241000251468 Actinopterygii Species 0.000 description 3
- 230000008859 change Effects 0.000 description 3
- 230000001186 cumulative effect Effects 0.000 description 3
- 238000005520 cutting process Methods 0.000 description 3
- 239000004744 fabric Substances 0.000 description 3
- 230000037237 body shape Effects 0.000 description 2
- 238000010276 construction Methods 0.000 description 2
- 238000013480 data collection Methods 0.000 description 2
- 238000013461 design Methods 0.000 description 2
- 230000036541 health Effects 0.000 description 2
- 230000007246 mechanism Effects 0.000 description 2
- 241001269238 Data Species 0.000 description 1
- 206010020880 Hypertrophy Diseases 0.000 description 1
- 210000001015 abdomen Anatomy 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 210000000988 bone and bone Anatomy 0.000 description 1
- 210000000459 calcaneus Anatomy 0.000 description 1
- 230000008602 contraction Effects 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 230000000474 nursing effect Effects 0.000 description 1
- 230000000750 progressive effect Effects 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 229920002379 silicone rubber Polymers 0.000 description 1
- 239000004945 silicone rubber Substances 0.000 description 1
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- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
A kind of deformable human foot model, it is characterized in that: comprise pin shape framework and covering, pin shape framework is pin shape, covering is on pin shape framework surface, it is the rubber layer of the inflatable of sealing, covering at least the top of pin shape framework, covering has intensive line with the surface of contiguous pin shape framework, and line can by the axle of driven by motor or capstan winch folding and unfolding.Rubber layer forms a balloon, blowing greatly and can simulate more fat large pin, in order to embody concavo-convex position, retracting with the position of line by undue swell.Because can pointwise retract, and the distance retracted can lean on the Electric Machine Control of circuit drives, so the various pin shape of simulation that can be more accurate.In addition, rubber layer makes when same dot matrix scale, and model surface is smoother; Or when same smoothness, dot matrix scale can be reduced.
Description
Technical field
The invention belongs to garment industry technology, especially relate to deformable human foot model technology.
Background technology
In the industry such as producing and selling of footwear, use human foot model, that such as embodies footwear wears effect.But people's pin has dividing of the size girth of a garment, and this just needs model also to have respective change, if with fixed model, can only realize object with the model of a large amount of different size, with high costs, takies large quantity space, changes, operation can be very loaded down with trivial details.So need deformable human foot model.
A kind of pedopathy reason is shown and nursing model-201220579508.8 ", be fixing model.
Chinese patent " interactive shoehorn modeling method-200810121132.4 based on human foot characteristic size ", gives a kind of method of customized shoe-last, but shoe tree is also fixing.
Chinese patent " the transformable technology about manikin also has:
Chinese patent " adjustable type clothes cutting cloth manikin 201220138974.2 ", disclose a kind of adjustable type clothes cutting cloth manikin, comprise support frame and tighten the Silicone Rubber on support frame, described support frame comprises the adjustable bracing ring of diameter, extend by bracing ring periphery, shorten and come adjusting ring footpath, realize fat or thin adjustment.
Chinese patent " adjustable design model 200910304780.8 " discloses a kind of tooth bar and regulates fat or thin model, and it is divided into four pieces human body, tooth bar promote they away from or close, tooth bar controls flexible by central gear, realizes fat or thin adjustment.
Chinese patent " people's platform 200520030749.7 of adjustable body shape parameter " feature is, arranges cushion block at the high spot such as chest abdomen stern of model.
Chinese patent " for the custom tailoring of clothing and the method and system 200880015954.2 of retail " discloses a kind of adjustable shoulder model, wherein has controlled extensible member.
Chinese patent " contributing to the system and method 201080014148.0 of online purchase clothes " discloses a kind of manikin, there is dot matrix telescopic unit, with flexible expansion or the contraction realizing whole body surface of a large amount of body surface Minisize pillar, stretching in conjunction with bone, realizes the fat or thin change of model's height.
In sum, these inventions roughly can be divided into two classes, one class is that " lower-mobility " regulates, namely only have minority regulating parameter, the adjustment of each parameter has influence on changing compared with large regions, more manifold relevance of model, or model surface characteristics is divided into a few region, in region can only correlation regulate, adjusted in concert, attainable adjustment can only be coarse adjustment, cannot the diversity of change of realistic simulation real human body, as escribed above:
" adjustable type clothes cutting cloth manikin 201220138974.2 "
" adjustable design model 200910304780.8 "
" people's platform 200520030749.7 of adjustable body shape parameter "
" for the custom tailoring of clothing and the method and system 200880015954.2 of retail "
Another kind of is that " multiple degrees of freedom " regulates--dot matrix regulates, as escribed above " contributing to the system and method 201080014148.0 of online purchase clothes ", can pointwise mediator body profile three-dimensional surface, the client of the various stature of simulate.But there is following shortcoming in it:
Dot matrix at most cost is high, and dot matrix at least surface is continuous not or level and smooth;
The structure forming each " point "--adjustable minimum " pixel--is bar, column reciprocating member; if comprise its power, variable transmission mechanism; when simulating less body part, the contradiction of Existential Space, cost: made cost little and risen rapidly, has done large to put not go inside progressive die type.
Utility model content
Goal of the invention: in order to solve the problem, provides a smooth surface to dot matrix model, and allows dot structure diminish or easily put into model inside, provides following technical scheme.
" scheme 1 " a kind of deformable human foot model, it is characterized in that: comprise pin shape framework and covering, pin shape framework is pin shape, covering is on pin shape framework surface, it is the rubber layer of the inflatable of sealing, covering at least trunk, covering has intensive line with the surface of contiguous pin shape framework, and line can by the axle of driven by motor or capstan winch folding and unfolding.
" benefit ", rubber layer forms a balloon, blowing greatly and can simulate more fat large foot, in order to embody concavo-convex position, retracting with the position of line by undue swell.Because can pointwise retract, and the distance retracted can lean on the Electric Machine Control of circuit drives, thus simulation that can be more accurate various pin shape, fat or thin foot.In addition, rubber layer makes when same dot matrix scale, and model surface is smoother; Or when same smoothness, dot matrix scale can be reduced.
" scheme 2 " a kind of deformable human foot model as described in scheme 1, is characterized in that: described line changes direction through pulley or fulcrum.
The drive unit of " benefit " bracing wire can be placed on the position away from the point on involved covering, for example when arm is thinner, certain point on arm covering to be retracted, generally drive unit will be arranged on the pin shape framework of this point corresponding, but this locational space is narrow, possibly cannot install, or be difficult to install, so through the break-in of pulley or fulcrum, drive unit can be arranged on other positions in human foot model, have the position of larger space.
" scheme 3 " a kind of deformable human foot model as described in scheme 1, comprises pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that one end that pillar stretches out foot is provided with scale.
" benefit " scale can allow the surface ratio of human foot model comparatively continuous, reduces the quantity of pillar, lower cost.
" scheme 4 " a kind of deformable human foot model as described in " scheme 3 ", is characterized in that scale arrangement mode is: adjacent scale height is straggly.
When " benefit " column shrinks, adjacent scale distance is drawn close, can be stacked on top of each other to avoid interfering.
" scheme 5 " a kind of deformable human foot model as described in " scheme 3 ", is characterized in that adjacent scale slightly tilts towards a direction.
When " benefit " column shrinks, adjacent scale distance is drawn close, can be stacked on top of each other to avoid interfering.
" scheme 6 " a kind of deformable human foot model as described in scheme 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, has line springy between the external terminal that it is characterized in that adjacent struts.
" benefit " line can form the surface of human foot model, allows surface continuously, reduces the quantity of pillar.
" scheme 7 " a kind of deformable human foot model as described in scheme 1, comprises pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that having batten to be connected between contiguous pillar.
" benefit " batten can the above smoothed curve of matching secondary, makes human foot model body surface more level and smooth.
" scheme 8 " a kind of deformable human foot model as described in scheme 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is flat screw rod, in the hollow shaft of hollow shaft motor, have screw thread, flat screw rod is the screw rod that a side milling becomes plane, with the threaded engagement in hollow shaft, hollow shaft motor and a flat mouth axle sleeve affixed, flat screw rod is through flat mouth axle sleeve.
" benefit " flat screw rod can axial stretching under the rotation of hollow shaft motor, and flat mouth axle sleeve can limit the rotation of flat screw rod, thus the rotation of motor can only be become axial translation, this gear shift mode is simple for structure, no-load voltage ratio is large, saves space, can be arranged in less space.
" scheme 9 " a kind of deformable human foot model as described in scheme 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod cylinder having axial groove, in the hollow shaft of hollow shaft motor, have screw thread, the threaded engagement in screw rod and hollow shaft, hollow shaft motor and a spacing tongue affixed, spacing tongue 18 coordinates with the axial groove 17 on screw rod.
" benefit " this screw rod can axial stretching under the rotation of hollow shaft motor, and spacing tongue can limit the rotation of screw rod, thus the rotation of motor can only be become axial translation, this gear shift mode is simple for structure, no-load voltage ratio is large, saves space, can be arranged in less space.
" scheme 10 " a kind of deformable human foot model as described in scheme 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod, have screw thread in the hollow shaft of hollow shaft motor, the cylinder of screw rod machines away a part, coordinate with the affixed limited block of motor in case spline is moved, the threaded engagement in screw rod and hollow shaft.
" benefit " screw rod can axial stretching under the rotation of hollow shaft motor, and limited block can limit the rotation of flat screw rod, thus the rotation of motor can only be become axial translation, this gear shift mode is simple for structure, no-load voltage ratio is large, saves space, can be arranged in less space.
The use charging way of model in the method for serverless backup, system, System Utilization Procedure, the product made by this system, system
Method
" scheme of the invention 11 " one tries shoes method on the net, it is characterized in that: the method for network buyer IMAQ obtains buyer, i.e. user foot three-dimensional surface coordinate data, network seller is sent to by network, seller is according to these data customizations or after have selected footwear, according to these data, deformable human foot model is adjusted to the size of this user applicable, with these footwear of this model test, and result of the test is fed back to client.
" scheme of the invention benefit " can realize the online customization to user's footwear.
System
" scheme of the invention 12 " one tries shoe system on the net, it is characterized in that: comprise buyer's end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module.
" scheme of the invention benefit " is with scheme 11.
System Utilization Procedure:
The using method of " scheme of the invention 13 " a kind of online examination shoe system, is characterized in that: comprise buyer's end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module;
When using, at buyer's end, 3 d image data collection is carried out to buyer's health, obtain physical size, by network destined, seller holds, seller makes according to these sizes or selects shoes, fat or thin according to the height of these size modulation deformable human foot models, then on this model, try footwear on, and the effect of trying on, image or video feed to the buyer.
" scheme of the invention benefit " is with scheme 11.
The footwear of the product made in this way--making
" scheme of the invention 14 " a kind of footwear of assisting lower making at online examination shoes method, is characterized in that:
Described online examination shoes method is as described in " scheme of the invention 11 ", and footwear are tried on, to user feedback fitting effects after making on described model;
If user is unsatisfied with, revises footwear, again try on model, until user is satisfied, then pay to user.
" scheme of the invention benefit " as the corresponding scheme quoted.
The footwear of the product made in this way--selection
" scheme of the invention 15 " a kind of footwear of assisting lower selection at online examination shoes method, is characterized in that:
Described online examination shoes method, as described in " scheme of the invention 11 ", tentatively for after buyer selects footwear from stock's finished shoe, described model is tried on, to user feedback fitting effects;
If user is unsatisfied with, then selects footwear, again try on model, until user is satisfied, then pay to user.
" scheme of the invention benefit " as the corresponding scheme quoted.
System uses charge system
The use charge system of " scheme of the invention 16 " a kind of online examination shoe system, is characterized in that: described online examination shoe system, as described in " scheme of the invention 12 ", comprises buyer's end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module;
Use a model at every turn and produce primary charging information, can pay to the owner of the deformable human foot model described in this or system service supplier business by buyer or seller's single or regularly after cumulative.
" scheme of the invention benefit " facilitates collection system and or the usage charges of model.
The use charging way of model in the product have the method for server, system, System Utilization Procedure, making by this system, system
Method
" scheme of the invention 17 " one tries shoes method on the net, it is characterized in that: the server provided by third party provides network both parties transaction platform,
Network buyer logs in transaction platform, obtains foot's three-dimensional data of buyer or the parameter about pin shape, send to transaction platform by network with the image capturing system of this locality;
These data can be received at transaction platform after network seller logs in;
Deformable human foot model, according to these data customizations or after have selected footwear, is adjusted to the size of this user applicable, with these footwear of this model test, and result of the test is sent to transaction platform by network seller according to these data;
Network buyer obtains these data from transaction platform again.
" scheme of the invention benefit " introduces third party's service, by the construction cost reducing both parties' system, can reduce the entry threshold of user, expand this method range of application.
System
" scheme of the invention 18 " one tries shoe system on the net, it is characterized in that: comprise buyer's end, server end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Server end comprises trading platform system, User database system, background management system, payment system, trading platform system provides both parties' login page support, User database system provides the storage support to user data, process of exchange, and background management system is used for the maintenance management of platform self, and payment system is for supporting the pay-charge of both parties;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module.
" scheme of the invention benefit " is as scheme 17.
System Utilization Procedure:
The using method of " scheme of the invention 19 " a kind of online examination shoe system, is characterized in that: comprise buyer's end, server end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Server end comprises trading platform system, User database system, background management system, payment system, trading platform system provides both parties' login page support, User database system provides the storage support to user data, process of exchange, and background management system is used for the maintenance management of platform self, and payment system is for supporting the pay-charge of both parties;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module;
When using, at buyer's end, 3 d image data collection is carried out to buyer's health, obtain physical size, by network destined server end, seller's end collects these sized datas from server end, and seller makes according to these sizes or selects shoes, fat or thin according to the height of these size modulation deformable human foot models, then on this model, try footwear on, and the effect of trying on, image or video are issued server end, the buyer collects these data from server end.
" scheme of the invention benefit " is as scheme 17.
The footwear of the product made in this way--making
" scheme of the invention 20 " a kind of footwear of assisting lower making at online examination shoes method, is characterized in that:
Described online examination shoes method is as described in " scheme of the invention 17 ", and after footwear make, described model is tried on, and fitting effects issues server, buyer, and namely user receives these data from server;
If user is unsatisfied with, seller revises footwear, again tries on model, until user is satisfied, then pays to user.
" scheme of the invention benefit " is as scheme 17.
The footwear of the product made in this way--selection
" scheme of the invention 21 " a kind of footwear of assisting lower selection at online examination shoes method, is characterized in that:
Described online examination shoes method is as described in " scheme of the invention 18 ", and tentatively for after buyer selects footwear from stock's finished shoe, described model is tried on, and fitting effects issues server, buyer, and namely user receives these data from server;
If user is unsatisfied with, then selects footwear, again try on model, until user is satisfied, then pay to user.
" scheme of the invention benefit " is as scheme 17.
System uses charge system
The use charge system of " scheme of the invention 22 " a kind of online examination shoe system, is characterized in that: described online examination shoe system, as described in " scheme of the invention 18 ", comprises buyer's end, server end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Server end comprises trading platform system, User database system, background management system, payment system, trading platform system provides both parties' login page support, User database system provides the storage support to user data, process of exchange, and background management system is used for the maintenance management of platform self, and payment system is for supporting the pay-charge of both parties;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module;
Use a model at every turn and produce primary charging information, can pay to the owner of described deformable human foot model or system service supplier business by buyer or seller's single or regularly after cumulative.
" scheme of the invention benefit " is as scheme 17.
" scheme of the invention 23 " a kind of deformable human foot model as described in scheme 1, is characterized in that: there is pressure sensor on its surface, for testing the pressure of footwear to model; There is the sensor of test wide looseness on its surface, and for testing the loose degree between footwear and model, this sensor comprises push rod and pressure sensor, when push rod releases distance x, the pressure sensor of end touches footwear, and create default pressure N, then wide looseness is x.
" scheme of the invention benefit " to measure the degree that footwear are through degree of tightness on pin, can measure the degree of the girth of a garment of footwear.
Accompanying drawing explanation
Fig. 1, deformable human foot model front view.
1 pin shape framework; 2 coverings: represented by dashed line in figure, in order to distinguish mutually with the outline line of neighbouring pin shape framework.
Fig. 2, deformable human foot model side view.
Fig. 3, deformable human foot model shank top plan view, ratio Fig. 1, Fig. 2 are large.
3 motors, 4 lines, 5 axles or capstan winch.
Fig. 4, to illustrate for foot's side view, line connects the structure of covering after turning to, because there is steering structure, motor can be arranged on the place away from covering on pin shape framework, thus affecting the covering of narrow positions, these positions are difficult to fill in the actuating units such as motor.
6 pulleys or fulcrum (slide commutation block, bar), pin shape framework does not draw.
Scale is installed on Fig. 5, pillar top, forms fish scale-shaped top layer, and represent a region in figure, pillar, under scale, is connected with scale intermediate vertical, does not draw.
7 scales.
Fig. 6, fish scale-shaped top layer: covering expands, when scale is sparse.
Fig. 7, fish scale-shaped top layer: covering shrinks, when scale is intensive.
The model of Fig. 8, scheme 6, shank top plan view, pillar outer end connects line springy.
8 pillars, 9 actuating units, 10 lines springy.
The model of Fig. 9, scheme 7, shank top plan view, pillar outer end connects batten.
11 battens.
Figure 10, hollow shaft motor, elevation cross-sectional view.Pillar is flat screw rod, has screw thread in the hollow shaft of hollow shaft motor, and flat screw rod is the screw rod that a side milling becomes plane, with the threaded engagement in hollow shaft, hollow shaft motor and a flat mouth axle sleeve affixed, flat screw rod is through flat mouth axle sleeve
12 pillars: flat screw rod, 13 rotors and hollow shaft, 14 screw threads, 15 motor housings and stator, 16 flat mouthfuls of axle sleeves.
Figure 11, hollow shaft motor, top view, pillar is flat screw rod.
Figure 12, hollow shaft motor, elevation cross-sectional view, pillar is screw rod cylinder having axial groove.
Figure 13, hollow shaft motor, top view, pillar is screw rod cylinder having axial groove.
17 axial grooves, 18 spacing tongues.
Figure 14, hollow shaft motor, elevation cross-sectional view, cylinder machines away a part.
Figure 15, hollow shaft motor, top view, cylinder machines away a part.
19 cylinders machine away a part, 20 limited blocks.
Figure 16, a kind of deformable human foot model, there is pressure sensor on its surface, shank top plan view.
21 push rods, 22 push rod tops (pressure sensor does not draw), 23 push rod associated power mechanisms, 24 footwear, represent with chain-dotted line.
Push rod and actuating unit thereof, can by calcaneus branches post and the similar structure of actuating unit thereof.
Detailed description of the invention
As shown in Figures 1 to 3: deformable human foot model, comprise pin shape framework 1 and covering 2, pin shape framework is pin shape, covering is on pin shape framework surface, it is the rubber layer of the inflatable of sealing, covering at least trunk, covering has intensive line 4, the axle that line can be driven by motor 3 or capstan winch 5 folding and unfolding with the surface of contiguous pin shape framework.
Rubber layer forms a balloon, blowing greatly and can simulate more fat large foot, in order to embody concavo-convex position, retracting with the position of line by undue swell.Because can pointwise retract, and the distance retracted can lean on the Electric Machine Control of circuit drives, thus simulation that can be more accurate various pin shape, fat or thin foot.In addition, rubber layer makes when same dot matrix scale, and model surface is smoother; Or when same smoothness, dot matrix scale can be reduced.
Further, described line changes direction through pulley or fulcrum 6.
The drive unit of bracing wire can be placed on the position away from the point on involved covering, for example when arm is thinner, certain point on arm covering to be retracted, generally drive unit will be arranged on the pin shape framework of this point corresponding, but this locational space is narrow, possibly cannot install, or be difficult to install, so through the break-in of pulley or fulcrum, drive unit can be arranged on other positions in human foot model, have the position of larger space.
Further, frame outer surface have intensive can the pillar 8 of protruding, inside retraction, and corresponding actuating unit 9, is characterized in that one end that pillar stretches out foot is provided with scale 7.
Scale can allow the surface ratio of human foot model comparatively continuous, reduces the quantity of pillar, lower cost.
Further, scale arrangement mode is: adjacent scale height is straggly.
When column shrinks, adjacent scale distance is drawn close, can be stacked on top of each other to avoid interfering.
Further, adjacent scale slightly tilts towards a direction.
When column shrinks, adjacent scale distance is drawn close, can be stacked on top of each other to avoid interfering.
Deformable human foot model also can realize like this: comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that there is line 10 springy between contiguous pillar.
Line can form the surface of human foot model, allows surface continuously, reduces the quantity of pillar.
Deformable human foot model also can realize like this: comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that having batten 11 to be connected between contiguous pillar.
Batten can the above smoothed curve of matching secondary, makes human foot model body surface more level and smooth.
Deformable human foot model also can realize like this: comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is flat screw rod 12, have screw thread 14 in the hollow shaft 13 of hollow shaft motor, flat screw rod is the screw rod that a side milling becomes plane, with the threaded engagement in hollow shaft, hollow shaft motor and a flat mouth axle sleeve 16 affixed, flat screw rod is through flat mouth axle sleeve 16.
Flat screw rod can axial stretching under the rotation of hollow shaft motor, and flat mouth axle sleeve can limit the rotation of flat screw rod, thus the rotation of motor can only be become axial translation, and this gear shift mode is simple for structure, and no-load voltage ratio is large, saves space, can be arranged in less space.
A kind of improvement project about pillar: frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod cylinder having axial groove 17, screw thread is had in the hollow shaft of hollow shaft motor, threaded engagement in screw rod and hollow shaft, hollow shaft motor and a spacing tongue 18 affixed, spacing tongue 18 coordinates with the axial groove 17 on screw rod.
This screw rod can axial stretching under the rotation of hollow shaft motor, and spacing tongue can limit the rotation of screw rod, thus the rotation of motor can only be become axial translation, and this gear shift mode is simple for structure, and no-load voltage ratio is large, saves space, can be arranged in less space.
Further, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod, have screw thread in the hollow shaft of hollow shaft motor, the cylinder of screw rod machines away a part 19, coordinate with the affixed limited block 20 of motor in case spline is moved, the threaded engagement in screw rod and hollow shaft.
Screw rod can axial stretching under the rotation of hollow shaft motor, and limited block can limit the rotation of flat screw rod, thus the rotation of motor can only be become axial translation, and this gear shift mode is simple for structure, and no-load voltage ratio is large, saves space, can be arranged in less space.
As whole system: the method for network buyer IMAQ obtains buyer, i.e. user foot three-dimensional surface coordinate data, network seller is sent to by network, seller is according to these data customizations or after have selected footwear, according to these data, deformable human foot model is adjusted to the size of this user applicable, with these footwear of this model test, and result of the test is fed back to client.
In order to carry out charging to this system, system uses charge system: described online examination shoe system is as comprised buyer's end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module;
Use a model at every turn and produce primary charging information, can pay to the owner of the deformable human foot model described in this or system service supplier business by buyer or seller's single or regularly after cumulative.Facilitate collection system and or the usage charges of model like this.
This system can introduce third party's service, namely builds a transaction platform by third party and concludes the business for both parties.By the construction cost reducing both parties' system, the entry threshold of user can be reduced, expands this method range of application like this.One tries shoe system on the net, comprises buyer's end, server end, Mai Jiaduan, and network each other;
Buyer's end comprises image capture module, data transmit-receive module, parametric analysis system;
Server end comprises trading platform system, User database system, background management system, payment system, trading platform system provides both parties' login page support, User database system provides the storage support to user data, process of exchange, and background management system is used for the maintenance management of platform self, and payment system is for supporting the pay-charge of both parties;
Seller's end comprises data transmit-receive module, deformable human foot model, image capture module.
This examination shoes method can as of a customized production link.
Further, human foot model can be allowed can to test the degree of tightness of footwear fat or thin: pressure sensor to be set on human foot model surface, for testing the pressure of footwear to model; There is the sensor of test wide looseness on its surface, and for testing the loose degree between footwear and model, this sensor comprises push rod 21 and pressure sensor, when push rod releases distance x, the pressure sensor of end touches footwear, and create default pressure N, then wide looseness is x.
For pasting the footwear of pin, the pressure sensor of model surface can be tested footwear and be rolled in degree of tightness, pressure on pin.For loose footwear, sensor is released by push rod, until touch footwear and produce certain pressure, the distance that this time, push rod was released is exactly the degree of footwear " hypertrophy ".Such as, setting N is 1 newton, and obtaining x if measure is 1.5cm, then it is fat or thin suitable to illustrate.Like this, can be furnished with the footwear 24 of certain wide looseness to the human foot model of certain size, shoe lining will pad shoe-pad, and pin will wear socks, and summer in socks winter thickness is different, so footwear are looser than foot.Whether, for different situations, wide looseness can have different standards, suitable with these standard detection footwear.
Claims (11)
1. a deformable human foot model, it is characterized in that: comprise pin shape framework and covering, pin shape framework is pin shape, covering is on pin shape framework surface, it is the rubber layer of the inflatable of sealing, covering at least trunk, covering has intensive line with the surface of contiguous pin shape framework, and line can by the axle of driven by motor or capstan winch folding and unfolding.
2. a deformable human foot model as claimed in claim 1, is characterized in that: described line changes direction through pulley or fulcrum.
3. a deformable human foot model as claimed in claim 1, comprises pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that one end that pillar stretches out foot is provided with scale.
4. a deformable human foot model as claimed in claim 3, is characterized in that scale arrangement mode is: adjacent scale height is straggly.
5. a deformable human foot model as claimed in claim 3, is characterized in that adjacent scale slightly tilts towards a direction.
6. a deformable human foot model as claimed in claim 1, comprises pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, has line springy between the external terminal that it is characterized in that adjacent struts.
7. a deformable human foot model as claimed in claim 1, comprises pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, and corresponding actuating unit, is characterized in that having batten to be connected between contiguous pillar.
8. a deformable human foot model as claimed in claim 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is flat screw rod, in the hollow shaft of hollow shaft motor, have screw thread, flat screw rod is the screw rod that a side milling becomes plane, with the threaded engagement in hollow shaft, hollow shaft motor and a flat mouth axle sleeve affixed, flat screw rod is through flat mouth axle sleeve.
9. a deformable human foot model as claimed in claim 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod cylinder having axial groove, in the hollow shaft of hollow shaft motor, have screw thread, the threaded engagement in screw rod and hollow shaft, hollow shaft motor and a spacing tongue affixed, spacing tongue 18 coordinates with the axial groove 17 on screw rod.
10. a deformable human foot model as claimed in claim 1, comprise pin shape framework, frame outer surface have intensive can the pillar of protruding, inside retraction, with corresponding actuating unit, it is characterized in that actuating unit is hollow shaft motor, pillar is screw rod, have screw thread in the hollow shaft of hollow shaft motor, the cylinder of screw rod machines away a part, coordinate with the affixed limited block of motor in case spline is moved, the threaded engagement in screw rod and hollow shaft.
11. 1 kinds of deformable human foot models as claimed in claim 1, is characterized in that: there is pressure sensor on its surface, for testing the pressure of footwear to model; There is the sensor of test wide looseness on its surface, and for testing the loose degree between footwear and model, this sensor comprises push rod and pressure sensor, when push rod releases distance x, the pressure sensor of end touches footwear, and create default pressure N, then wide looseness is x.
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| CN201420228374.4U CN204091146U (en) | 2014-05-06 | 2014-05-06 | Deformable human foot model |
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| CN201420228374.4U CN204091146U (en) | 2014-05-06 | 2014-05-06 | Deformable human foot model |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103976513A (en) * | 2014-05-06 | 2014-08-13 | 湖北美尔雅集团有限公司 | Deformable foot model |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103976513A (en) * | 2014-05-06 | 2014-08-13 | 湖北美尔雅集团有限公司 | Deformable foot model |
| CN103976513B (en) * | 2014-05-06 | 2019-06-18 | 湖北美尔雅集团有限公司 | Deformable human foot model |
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