CN207784464U - A kind of shoe cavity dimension measuring apparatus - Google Patents
A kind of shoe cavity dimension measuring apparatus Download PDFInfo
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- CN207784464U CN207784464U CN201820166627.8U CN201820166627U CN207784464U CN 207784464 U CN207784464 U CN 207784464U CN 201820166627 U CN201820166627 U CN 201820166627U CN 207784464 U CN207784464 U CN 207784464U
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Abstract
The utility model is related to a kind of shoe cavity dimension measuring apparatus, including measure main body, a plurality of measuring devices and driving device, measure main body for being put into inside shoe cavity during shoe cavity dimensional measurement, a plurality of measuring devices are set to above-mentioned measurement main body outer.Each above-mentioned measuring device includes top-pressure mechanism and measuring mechanism, and the top pressure end of top-pressure mechanism, which can protrude, measures the setting of main body outer, and the distance for measuring main body outer is protruded at the top pressure end that measuring mechanism is used to measure top-pressure mechanism.Above-mentioned driving device is actuating device of atmospheric pressure or fluid pressure drive device, and the output pipe of driving device is interconnected with each above-mentioned top-pressure mechanism to be arranged.The top-pressure mechanism protrusion that the utility model measures main body outer by unified pneumatic/hydraulic driving device driving measures main body outer and is measured by measuring mechanism, so that the shoe cavity size measured fully considers the deformation nature of the use state of shoes so that measurement data is scientific and reasonable, accurate and have more reference value.
Description
Technical field
The utility model is related to the measuring devices of the production of shoes industry, research and development, and in particular to a kind of shoe cavity dimension measuring apparatus.
Background technology
There are many index that the comfort of shoes is related to, and have foot-suitability, damping performance, energy rebound performance, hot wet migration, branch
Support stability, pressure sensitivity comfort, bending performance, lightweight etc..And foot-suitability is most important finger in all comfort indexs
One of mark determines the snugness of fit of sport footwear by direct whether shoes fit, or even wears safety.
With the continuous improvement of consumers living and to the increasingly specialized of sports, the requirement to sport footwear
Also higher and higher, harsher requirement is especially proposed in terms of comfort.Currently, home and abroad is easypro to fitting for sport footwear
Adaptive has certain research, but temporarily can not direct applied test method and evaluation criterion.Foot-suitability is the head of footwear comfort
Index is wanted, the shape and size of foot are met for the global shape and size of sport footwear.Footwear foot-suitability comfort directly affects
Factor is the deformation performance of shoe cavity size and upper material, and the deformation performance of shoe cavity size and upper material is by shoe tree
The influence of size, upper selection, accessory and shoe-making process etc..Existing measuring apparatus and method, it is difficult to what is developed or produce
Initial stage just fast and accurately measures the size of shoe cavity, fails the problem on deformation for effectively finding shoe cavity size, less
Accurate version type, material modification guidance can be provided for version teacher, production.Part of the manufacturer is using the measurement of simple shoes length, standard subscript
Try on, others are exactly to come into the market, and are tried on and are chosen by consumer, cause many consumers may need to choose it is bigger
Or small one yard of shoes.
Application No. is 201510580321.8 Chinese patent applications to disclose a kind of three-dimensional dimension of shoe body internal capacity
Measuring system comprising a socks formula shoe tree, it is multiple set on the metal detection element on socks formula shoe tree surface, an x-ray scanning device and
One device for clamping and rotating, internal capacity and expansion by the way that socks formula shoe tree made of elastic material to be placed in shoe body to be measured, makes to set
It sets and is sticked in shoe body inner face to be measured on socks formula shoe tree surface to define the metal detection element of shoe body three-dimensional inner face position to be measured
On；Shoe body to be measured is placed in the scanning room of x-ray scanning device using the device for clamping and rotating, is exported after x-ray scanning
A series of X-ray image a to computer is analyzed, and three are carried out by each metal detection position of components to each X-ray image
Angular measurement and then is able to measure chosen metal and visit to obtain each metal detection element in the position message of three-dimensional inner face
Distance between survey element, obtains the three-dimensional dimension measurement result of the accurate and full-automatic shoe body internal capacity of measurement structure.It should
Scenario-frame is complicated and is not convenient to use, and is related to the prices such as X-ray image, computer height and needs certain know-how that could use
The manufacturing cost of equipment, measuring system is high with use cost, is unfavorable for the use of measuring system, promotes.
Invention content
The utility model provides a kind of shoe cavity dimension measuring apparatus, cannot be complete to solve existing shoe cavity dimension measuring apparatus
Whole measurement shoe cavity size, complicated, the problems such as being not convenient to use.
The utility model adopts the following technical solution：
A kind of shoe cavity dimension measuring apparatus, including main body, a plurality of measuring devices and driving device are measured, measure main body
For being put into inside shoe cavity during shoe cavity dimensional measurement, a plurality of measuring devices are set to above-mentioned measurement main body outer.It is each
Above-mentioned measuring device includes top-pressure mechanism and measuring mechanism, and the top pressure end of top-pressure mechanism can protrude measurement main body outer and set
It sets, measuring mechanism is used to measure the distance of the top pressure end protrusion measurement main body outer of top-pressure mechanism.Above-mentioned driving device is air pressure
Driving device or fluid pressure drive device, the output pipe of driving device is interconnected with each above-mentioned top-pressure mechanism to be arranged.
Further：
Above-mentioned measurement main body is that sufficient type measures main body.
Above-mentioned measurement main body includes preceding measurement portion, middle measurement portion, with last carving portion and bottom plate, and preceding measurement portion is distinguished with last carving portion
Both ends on the length direction of bottom plate, middle measurement portion can movably be assemblied in plate top surface along floor length direction.
Above-mentioned plate top surface is equipped with an at least guide groove, and guide groove is extended along floor length direction.It measures among the above
Portion bottom surface is equipped with ways, and ways is equipped with above-mentioned guide groove, and ways is for can be along leading by middle measurement portion
It is movably assemblied in plate top surface to slot.
Above-mentioned guide groove is attached to lockable mechanism, and lockable mechanism is for adjusting with fixed measuring point among the above in above-mentioned bottom
The position of plate top surface.
Above-mentioned preceding measurement portion front end is equipped with 5 above-mentioned measuring devices.Among the above measurement portion top surface and middle measuring point in
The both sides side in above-mentioned measurement body width direction is equipped with the measuring device.
Above-mentioned driving device is attached to a pressure control mechanism, the efferent duct that pressure control mechanism is used to control the driving device
Gas in road or fluid pressure.
Above-mentioned pressure control mechanism includes frame body, pressure detection mechanism, pressure sensor and control valve, pressure detecting machine
Structure both ends are respectively arranged on the opposite two side walls of frame body, and pressure sensor is set to frame body side wall and pressure detection mechanism either end
Between, pressure detection mechanism accesses the driving output pipe setting of above-mentioned driving device.Above-mentioned control valve is set to the driving device
Drive output, control valve is connected with above-mentioned pressure sensor.
By the above-mentioned description to the utility model structure it is found that compared to the prior art, the utility model has following excellent
Point：
First, the utility model measures the top-pressure mechanism of main body outer by unified pneumatic/hydraulic driving device driving
Protrusion measures main body outer and is measured by measuring mechanism, to simplify structure of the measuring apparatus at top-pressure mechanism,
And balance the top pressure pressure of each top-pressure mechanism so that the shoe cavity size measured can fully consider that the true of shoes uses shape
Deformation nature under state so that measurement data is more scientific and reasonable, accurate and have more reference value.In addition, the structure can
Ensure the accuracy measured every time and validity, while by the method for multimetering, to the parameter of the key position of foot into
Row is disposable to be measured, simple and convenient, is beneficial to molding shoe cavity and is fitted the research and control of comfort.
Second, the sufficient type of the utility model measures the foot anatomy that main body simulates people, can be set according to foot key position
Determine simulated measurement point, disposably can accurately measure shoes length, the shape of toe-cap, the parameters such as shoes are wide, plantar encloses, can effectively find shoe cavity ruler
Very little problem on deformation, and then provide accurate version type, material modification guidance for version teacher, the producer.
The measurement main body of third, the utility model is arranged to one by preceding measurement portion, middle measurement portion, with last carving portion and bottom plate
Sufficient type structure, 5 measuring devices simulation 5 toe of foot of preceding measurement portion, thickness, the width of middle measurement portion simulation foot, and middle measurement
The moveable structure in portion can adjust width and girth meaurement position according to different type bodies, and then can measure simulation and normally wear
Shoe cavity size in the case of wearing, to it is disposable accurate measure shoes length, the shape of toe-cap, the parameters such as shoes are wide, plantar encloses.
4th, the pressure control mechanism of the utility model is simple in structure, by adding a top-pressure mechanism and pressure sensing
Device obtains the top pressure pressure at the top-pressure mechanism top pressure end in the detection device in same driving device output pipe, and then passes through
Control valve realizes that the output to driving device controls, and may be implemented to measure under different top pressure pressure demand, the automation of pressure
It adjusts.And coordinate the cooperation of the testing agencies such as displacement sensor again, the distance of top-pressure mechanism protrusion is directly acquired, from
And realize the completion automatic measurement process of measuring apparatus, and have suffered measurement process and be easily understood, it does not need too many profession and knows
Knowledge can be operated, and easy to use, the manufacture of measuring apparatus, use cost are low, and can effectively reduce due to measuring
The error that journey operation error, subjective reading deviation etc. are brought.
Description of the drawings
Fig. 1 is the structural schematic diagram of the measuring apparatus of the utility model in embodiment one.
Fig. 2 is the structural schematic diagram of the measuring apparatus of the utility model in embodiment two.
Specific implementation mode
Illustrate specific embodiment of the present utility model with reference to the accompanying drawings.
Embodiment one：
With reference to figure 1, a kind of shoe cavity dimension measuring apparatus, including measure main body, a plurality of measuring devices 2 and driving dress
It sets, measures main body for being put into inside shoe cavity during shoe cavity dimensional measurement, a plurality of measuring devices 2 are set to above-mentioned measurement master
External edge.Each above-mentioned measuring device 2 includes top-pressure mechanism and measuring mechanism, and the top pressure end of top-pressure mechanism can protrude measurement
Main body outer is arranged, and measuring mechanism is used to measure the distance of the top pressure end protrusion measurement main body outer of top-pressure mechanism.Above-mentioned driving
Device is actuating device of atmospheric pressure or fluid pressure drive device, and the output pipe of driving device is mutually interconnected with each above-mentioned top-pressure mechanism
Logical setting.For ease of description, being preferably described using actuating device of atmospheric pressure in the present embodiment, i.e., driving device drives for air pressure
Device, and practical application can select actuating device of atmospheric pressure or fluid pressure drive device to complete the technology of the utility model according to demand
The realization of scheme.The output pipe of driving device is gas-guide pipeline 4.Top-pressure mechanism is air cylinder structure, the top pressure end of top-pressure mechanism
It is attached to the measurement end of above-mentioned measuring mechanism, measuring mechanism is displacement sensor, preferably linear displacement transducer and/or bracing wire
Displacement sensor.
It continues to refer to figure 1, the structures such as the parameter setting that above-mentioned measurement main body can measure according to actual needs is in the form of a column are excellent
Choosing measures the bionics structure of main body using sufficient type.The measurement main body include preceding measurement portion 11, middle measurement portion 12, with last carving portion 13 with
And bottom plate 14, preceding measurement portion 11 and the both ends being respectively arranged on last carving portion 13 on the length direction of bottom plate 14, middle measurement portion 12 can edge
14 length direction of bottom plate is movably assemblied in 14 top surface of bottom plate.With the heel of 13 rear end simulating shape people of last carving portion, increases and survey
The goodness of fit between test agent.Measurement portion 12 can pass through guiding mechanism and lock along the structure that 14 length direction of bottom plate moves among the above
The cooperation of locking mechanism realizes, guiding mechanism can by such as guide groove 141, be oriented to the structures such as rib, and lockable mechanism can be by common bullet
The similar structures such as spring bolt are realized.The present embodiment is equipped with 2 guide grooves 141 using 14 top surface of bottom plate, and guide groove 141 is along bottom plate
14 length directions are extended.12 bottom surface of measurement portion is equipped with ways among the above, and ways coordinates with above-mentioned guide groove 141
Setting, ways use such as T fonts ways structure, and ways is used for can be along guide groove 141 by middle measurement portion 12
Movably it is assemblied in 14 top surface of bottom plate.Guide groove 141 is attached to lockable mechanism, and lockable mechanism is surveyed for adjusting with fixation among the above
Amount portion 12 is located at the position of 14 top surface of above-mentioned bottom plate.Lockable mechanism controls above-mentioned adjustment and fixation by a lockup switch 142
Process.To avoid lockup switch 142 from opening by mistake pass by vamp top pressure in use, preferably lockup switch 142 is set to above-mentioned
With last carving portion 13 adjacent to the side side of above-mentioned preceding measurement portion 11.
It continues to refer to figure 1, above-mentioned 11 front end of preceding measurement portion is equipped with 5 above-mentioned measuring devices, 2,5 measuring devices 2 towards survey
Amount body front end extends to simulate 5 toe structures of foot.12 top surface of measurement portion and middle measurement portion 12 are located at above-mentioned among the above
The both sides side for measuring body width direction is equipped with the measuring device 2.Preferably middle 12 top surface of measurement portion is equipped with 2 and measures dress
It sets 2,2 measuring devices 2,12 top of measurement portion in extend, to measure the shoe cavity thickness under shoes use state.Middle measurement
The both sides side that portion 12 is located at above-mentioned measurement body width direction is equipped with 1 measuring device 2, to measure under shoes use state
Shoe cavity width.
It continues to refer to figure 1, above-mentioned driving device is attached to a pressure control mechanism, and pressure control mechanism drives for controlling
The output pressure of the output end of device.The available air pressure detection cooperation control valve 34 by gas-guide pipeline 4 of pressure control mechanism
It realizes, but to obtain pressure not intuitive accurate enough for the program, it is preferable that the present embodiment uses following scheme：Pressure control machine
Structure includes frame body 31, pressure detection mechanism 32, pressure sensor 33 and control valve 34, and 32 both ends of pressure detection mechanism are set respectively
In the opposite two side walls of frame body 31, pressure sensor 33 be set to 31 side wall of frame body and 32 either end of pressure detection mechanism it
Between, the driving gas-guide pipeline 4 that pressure detection mechanism 32 accesses above-mentioned driving device is arranged；Above-mentioned control valve 34 is filled set on the driving
The drive output set, control valve 34 are connected with above-mentioned pressure sensor 33.Preferably, pressure detection mechanism 32 uses top pressure gas
Cylinder realizes that pressure sensor 33 is set between top pressure cylinder block and frame body 31 side wall.Due to the air pressure driving of pumping inflation
Device this field common technique means, therefore to draw in figure, directly access from control valve 34 and pick out gas-guide pipeline 4 and open
Begin.
The application process of shoe cavity dimension measuring apparatus in the present embodiment is：
Positions of the measurement portion 12 on bottom plate 14 in adjustment as needed I, and by lockable mechanism by its locking.Then
Measuring device 2 is attributed to initial position, the measured value of measuring mechanism returns 0, and records the related data for measuring main body.
II is put into shoe cavity by main body is measured, and adjusts the relative position of the two and the elasticity of shoes, such as adjusts shoes
Band and tie-down etc..
III is accessed main body is measured in the gas-guide pipeline 4 of actuating device of atmospheric pressure, then enables top-pressure mechanism by control valve 34
After under preset top pressure pressure, each measuring mechanism reading is read, required shoe cavity ruler is obtained in conjunction with the related data of step I
It is very little.
IV enables the top-pressure mechanism of measuring device 2 reset by actuating device of atmospheric pressure pumping, then takes out and measures main body.
Such as if necessary, can be by adjusting 12 position of middle measurement portion, and repeat the above process more complete to obtain
Shoe cavity dimension data.
Embodiment two：
With reference to figure 2, a kind of shoe cavity dimension measuring apparatus, including measure main body, a plurality of measuring devices 2 and driving dress
It sets, measures main body for being put into inside shoe cavity during shoe cavity dimensional measurement, a plurality of measuring devices 2 are set to above-mentioned measurement master
External edge.Each above-mentioned measuring device 2 includes top-pressure mechanism and measuring mechanism, and the top pressure end of top-pressure mechanism can protrude measurement
Main body outer is arranged, and measuring mechanism is used to measure the distance of the top pressure end protrusion measurement main body outer of top-pressure mechanism.Above-mentioned driving
Device is actuating device of atmospheric pressure or fluid pressure drive device, and the output pipe of driving device is mutually interconnected with each above-mentioned top-pressure mechanism
Logical setting.For ease of description, being preferably described using actuating device of atmospheric pressure in the present embodiment, i.e., driving device drives for air pressure
Device, and practical application can select actuating device of atmospheric pressure or fluid pressure drive device to complete the technology of the utility model according to demand
The realization of scheme.The output pipe of driving device is gas-guide pipeline 4.Top-pressure mechanism is air cylinder structure, the top pressure end of top-pressure mechanism
It is attached to the measurement end of above-mentioned measuring mechanism, measuring mechanism is displacement sensor, preferably linear displacement transducer and/or bracing wire
Displacement sensor.
With continued reference to Fig. 2, the structures such as parameter setting that above-mentioned measurement main body can measure according to actual needs is in the form of a column are excellent
Choosing measures the bionics structure of main body using sufficient type.The measurement main body include preceding measurement portion 11, middle measurement portion 12, with last carving portion 13 with
And bottom plate 14, preceding measurement portion 11 and the both ends being respectively arranged on last carving portion 13 on the length direction of bottom plate 14, middle measurement portion 12 can edge
14 length direction of bottom plate is movably assemblied in 14 top surface of bottom plate.With the heel of 13 rear end simulating shape people of last carving portion, increases and survey
The goodness of fit between test agent.Measurement portion 12 can pass through guiding mechanism and lock along the structure that 14 length direction of bottom plate moves among the above
The cooperation of locking mechanism realizes, guiding mechanism can by such as guide groove 141, be oriented to the structures such as rib, and lockable mechanism can be by common bullet
The similar structures such as spring bolt are realized.The present embodiment is equipped with 2 guiding fins using 14 top surface of bottom plate and is described, and is oriented to fin
It is extended along 14 length direction of bottom plate.12 bottom surface of measurement portion, which is equipped with, among the above is oriented to groove, is oriented to groove and above-mentioned guiding is convex
Rib is equipped with, and being oriented to the perforation setting of groove both ends, being oriented to groove for can movably fill middle measurement portion 12 along guide groove 141
Assigned in 14 top surface of bottom plate.Preferably, be the shoe cavity dimensional measurement for adapting to different shoes length, preceding measurement portion 11 with last carving portion 13 at least
One is movably assemblied in bottom plate 14, to adjust the length for measuring main body.
With continued reference to Fig. 2, above-mentioned 11 front end of preceding measurement portion is equipped with 5 above-mentioned measuring devices, 2,5 measuring devices 2 towards survey
Amount body front end extends to simulate 5 toe structures of foot.12 top surface of measurement portion and middle measurement portion 12 are located at above-mentioned among the above
The both sides side for measuring body width direction is equipped with the measuring device 2.Preferably middle 12 top surface of measurement portion is equipped with 2 and measures dress
It sets 2,2 measuring devices 2,12 top of measurement portion in extend, to measure the shoe cavity thickness under shoes use state.Middle measurement
The both sides side that portion 12 is located at above-mentioned measurement body width direction is equipped with 1 measuring device 2, to measure under shoes use state
Shoe cavity width.Supplementary structure can be also arranged in measuring device 2 enables vamp more science deformation to increase top pressure, such as measuring device 2
Further include top pressure component 21, top pressure component 21 is removably assemblied in the ejection end of top-pressure mechanism, top pressure component 21 in shoe cavity
Along contact side can imitate foot the position structure setting.2 measuring devices 2 being such as equipped in 12 top surface of middle measurement portion
The top pressure component 21 of side with certain angle of inclination can be set, be located at above-mentioned measurement body width side in middle measurement portion 12
To both sides side be arranged top pressure component 21 can be semicolumn structure.
With continued reference to Fig. 2, above-mentioned driving device is attached to a pressure control mechanism, and pressure control mechanism drives for controlling
The output pressure of the output end of device.The available air pressure detection cooperation control valve 34 by gas-guide pipeline 4 of pressure control mechanism
It realizes, but to obtain pressure not intuitive accurate enough for the program, it is preferable that the present embodiment uses following scheme：Pressure control machine
Structure includes frame body 31, pressure detection mechanism 32, pressure sensor 33 and control valve 34, and 32 both ends of pressure detection mechanism are set respectively
In the opposite two side walls of frame body 31, pressure sensor 33 be set to 31 side wall of frame body and 32 either end of pressure detection mechanism it
Between, the driving gas-guide pipeline 4 that pressure detection mechanism 32 accesses above-mentioned driving device is arranged；Above-mentioned control valve 34 is filled set on the driving
The drive output set, control valve 34 are connected with above-mentioned pressure sensor 33.Preferably, pressure detection mechanism 32 uses top pressure gas
Cylinder realizes that pressure sensor 33 is set between top pressure cylinder block and frame body 31 side wall.Due to the air pressure driving of pumping inflation
Device this field common technique means, therefore to draw in figure, the gas-guide pipeline 4 for directly accessing and picking out from control valve 34 is opened
Begin.It is equipped with connection valve 41 in the gas-guide pipeline 4 of pressure control mechanism access measurement main body, connection valve 41 is used for the gas-guide pipeline 4
With the connection for measuring main body.Connection valve 41 is neighbouring to be arranged with last carving portion 13.The setting of connection valve 41, when measurement main body is before and after use
（Measure the process that main body is put into shoe cavity or is taken out from shoe cavity）Main body and gas-guide pipeline 4 can will be measured by connection valve 41
Separation, consequently facilitating operation.
The above is only the specific embodiments of the present invention, but the design concept of the present invention is not limited thereto,
All non-essential modifications to the present invention made by this concept should all belong to the row for invading scope of protection of the utility model
For.
Claims (8)
1. a kind of shoe cavity dimension measuring apparatus, including main body is measured, main body is measured for being put into during shoe cavity dimensional measurement
Inside shoe cavity, it is characterised in that：Further include a plurality of measuring devices and driving device, a plurality of measuring devices are set to the survey
Measure main body outer；Each measuring device includes top-pressure mechanism and measuring mechanism, and the top pressure end of top-pressure mechanism can protrude
The setting of main body outer is measured, measuring mechanism is used to measure the distance of the top pressure end protrusion measurement main body outer of top-pressure mechanism；It is described
Driving device is actuating device of atmospheric pressure or fluid pressure drive device, the output pipe of driving device and each top-pressure mechanism phase
Intercommunicated setting.
2. a kind of shoe cavity dimension measuring apparatus according to claim 1, it is characterised in that：The measurement main body is that sufficient type is surveyed
Measure main body.
3. a kind of shoe cavity dimension measuring apparatus according to claim 2, it is characterised in that：The measurement main body includes preceding survey
Amount portion, middle measurement portion are respectively arranged on the both ends on the length direction of bottom plate with last carving portion and bottom plate, preceding measurement portion and with last carving portion,
Middle measurement portion can movably be assemblied in plate top surface along floor length direction.
4. a kind of shoe cavity dimension measuring apparatus according to claim 3, it is characterised in that：The plate top surface is equipped at least
One guide groove, guide groove are extended along floor length direction；The middle measurement portion bottom surface be equipped with ways, ways with
The guide groove is equipped with, and ways is used to middle measurement portion can movably be assemblied in plate top surface along guide groove.
5. a kind of shoe cavity dimension measuring apparatus according to claim 4, it is characterised in that：The guide groove is attached to locking
Mechanism, lockable mechanism is for adjusting with the fixed middle measuring point in the position of the plate top surface.
6. a kind of shoe cavity dimension measuring apparatus according to claim 3, it is characterised in that：The preceding measurement portion front end is equipped with
5 measuring devices；The middle measurement portion top surface and middle measuring point are in the both sides side in the measurement body width direction
Face is equipped with the measuring device.
7. a kind of shoe cavity dimension measuring apparatus according to claim 1, it is characterised in that：The driving device is attached to one
Pressure control mechanism, the gas or fluid pressure in output pipe that pressure control mechanism is used to control the driving device.
8. a kind of shoe cavity dimension measuring apparatus according to claim 7, it is characterised in that：The pressure control mechanism includes
Frame body, pressure detection mechanism, pressure sensor and control valve, pressure detection mechanism both ends are respectively arranged on opposite two of frame body
Side wall, pressure sensor are set between frame body side wall and pressure detection mechanism either end, and pressure detection mechanism accesses the drive
The driving output pipe setting of dynamic device；The control valve is set to the drive output of the driving device, control valve and the pressure
Force snesor is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820166627.8U CN207784464U (en) | 2018-01-31 | 2018-01-31 | A kind of shoe cavity dimension measuring apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820166627.8U CN207784464U (en) | 2018-01-31 | 2018-01-31 | A kind of shoe cavity dimension measuring apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207784464U true CN207784464U (en) | 2018-08-31 |
Family
ID=63267596
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820166627.8U Expired - Fee Related CN207784464U (en) | 2018-01-31 | 2018-01-31 | A kind of shoe cavity dimension measuring apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111657630A (en) * | 2020-07-08 | 2020-09-15 | 中国皮革制鞋研究院有限公司 | Method and device for quickly taking out mold of shoe inner cavity |
-
2018
- 2018-01-31 CN CN201820166627.8U patent/CN207784464U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111657630A (en) * | 2020-07-08 | 2020-09-15 | 中国皮革制鞋研究院有限公司 | Method and device for quickly taking out mold of shoe inner cavity |
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