CN207383676U - Shoes with immersion detection function are mostly used detection device - Google Patents
Shoes with immersion detection function are mostly used detection device Download PDFInfo
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- CN207383676U CN207383676U CN201721245709.3U CN201721245709U CN207383676U CN 207383676 U CN207383676 U CN 207383676U CN 201721245709 U CN201721245709 U CN 201721245709U CN 207383676 U CN207383676 U CN 207383676U
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Abstract
The utility model discloses a kind of shoes with immersion detection function to be mostly used detection device, including rack, shoes positioner, shoes synthesis wear-resisting property detection device and shoes waterproof device for detecting performance；The shoes synthesis wear-resisting property detection device includes：Footwear half sole is resistant to bending with wear-resisting detection device, the wear-resisting detection device of heel of a shoe and the wear-resisting detection device of vamp.The shoes that the utility model has immersion detection function are mostly used detection device, can not only be carried out at the same time the bending performance detection of metacarpus, the wear-resisting property detection in half sole portion and the detection of vamp wear-resisting property before the wear-resisting detection of shoe heel, shoes；And shoes waterproof performance can also be detected simultaneously, shoes waterproof performance detection is realized during Walk Simulation, and detection accuracy is high.The reduction shoes detection device quantity and the quantity of testing staff that the utility model can be very big, while detection cycle can be shortened, save testing cost.
Description
Technical field
The utility model is related to technical field of shoe making, more particularly to a kind of detection device of shoes.
Background technology
Wear-resisting property, the bend-resistance performance of sole, the wear-resisting property of vamp, shoes non-skid property of sole etc. are to weigh
The important indicator of shoes quality., it is necessary to be detected to these performances of shoes in shoemaking production.
The wear-resisting property of sole, the bend-resistance performance of sole, the wear-resisting property of vamp, shoes waterproof performance etc. are all at present
Separate detection so as to shoes carry out complete detection cycle it is longer, required detection device is more, while but also need compared with
More detection staff.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of shoes with immersion detection function and is mostly used to detect dress
It puts, to solve the wear-resisting property of sole, the bend-resistance performance of sole, the wear-resisting property of vamp, shoes waterproof in the prior art
The problem of energy etc. is separate detection, and shoes detection cycle is long, required detection device is more, required detection staff is more.
The shoes that the utility model has immersion detection function are mostly used detection device, including rack, shoes positioner, footwear
The comprehensive wear-resisting property detection device of son and shoes waterproof device for detecting performance；
The shoes synthesis wear-resisting property detection device includes：Footwear half sole is resistant to bending resistance to wear-resisting detection device, heel of a shoe
Grind detection device and the wear-resisting detection device of vamp；
The rack include pedestal, the bearing for being fixed on the middle of the base, vertical the first stepper motor being fixed on bearing,
And it is fixed on the horizontal stand of the vertical shaft upper end of the first stepper motor；
The shoes positioner is two sets, and two sets of shoes positioners are arranged in the footpath of the armature spindle of the first stepper motor
To both sides, two sets of shoes positioners integrate wear-resisting property detection device and shoes waterproof device for detecting performance pair with shoes respectively
It should；
The shoes positioner includes the second stepper motor of band brake, and second stepper motor is fixed on level
On the bottom of stent；The shoes positioner include also being vertically fixed on sunpender in the second stepper motor horizontal rotor shaft,
The fixation bearing plate that is fixed on downrod lower end is hinged on the movable bearing plate of fixed pressure-bearing front edge of board, is separately positioned on fixation
The pressure sensor of bearing plate and movable bearing plate bottom and the angular adjustment bar for being connected activity bearing plate and sunpender, it is described
Movable bearing plate and fixed bearing plate composition and the shoes positioning plate of sole medial surface cooperation, the shape of the shoes positioning plate with
The shape of sole is approximate, and the length of movable bearing plate and the length ratio of fixed bearing plate are equal to 1:2；The angular adjustment bar
By sleeve, the loop bar for being arranged in sleeve and being slidably matched with it, be arranged in sleeve to loop bar apply thrust spring and
With loop bar thread fitting for limiting the stop nut that loop bar stretches into length sleeve, the end of the sleeve is hinged on sunpender,
The end of the loop bar is hinged on movable bearing plate；
The footwear half sole is resistant to bending to be included with wear-resisting detection device：Vertical the first driving cylinder being fixed on pedestal, fixation
Fixation pressure plate in the first driving cylinder telescopic rod end, the activity pressure plate below movable bearing plate are sleeved on activity
In pressure plate friction band, be arranged on the both ends of activity pressure plate for drive friction band driving wheel, rotate driving wheel
The 3rd stepper motor, positioned at the lower section of activity pressure plate for be tensioned friction band tensioning wheel, be fixed on activity pressure plate two
The hinged seat of side and it is fixed on the second driving cylinder that on pedestal and piston rod end is connected with hinged seat vertically；Described second
The quantity of driving cylinder is four, and four the second driving cylinders are arranged symmetrically in the both sides of activity pressure plate, the activity pressure plate
The shape of the preceding metacarpus bottom surface of top surface and sole matches；
The wear-resisting detection device of heel of a shoe includes the 3rd driving cylinder being fixed on vertically on pedestal, is fixed on the 3rd driving
Support plate on cylinder piston rod end, set the planar friction plate that is slidably matched on the supporting plate and with support plate level and
The 4th driving cylinder being horizontally fixed on support plate side, the piston rod of the 4th driving cylinder is fixed with planar friction plate to be connected
It connects；
The wear-resisting detection device of vamp includes the 5th driving cylinder being horizontally set on fixed bearing plate, is vertically fixed on
Flat top on the piston rod end of 5th driving cylinder, vertical the first connecting plate being fixed on horizontal stand are horizontally fixed on
The 3rd stepper motor on first connecting plate, the second connecting plate being vertically fixed on the 3rd stepping motor rotor axis are horizontally fixed on
The 4th stepper motor on second connecting plate lower end and the rotary friction wiping board being vertically fixed on the 4th stepping motor rotor axis；
When the second connecting plate is in vertical state, the rotary friction wiping board and flat top face；
The shoes waterproof device for detecting performance includes the 6th driving cylinder being fixed on vertically on pedestal, is fixed on the 6th drive
It moves the detection media storage slot in cylinder telescopic rod end, the pedal assembly being arranged in detection media storage slot and is sleeved on work
White cloth set on dynamic bearing plate, the pedal assembly include lower pedal, the idler wheel being arranged on lower pedal bottom, are arranged on down
Spring on pedal top plate and the upper pedal being arranged on spring.
The beneficial effects of the utility model：
1st, the shoes that the utility model has immersion detection function are mostly used detection device, after can not only being carried out at the same time sole
The bending performance detection of metacarpus, the wear-resisting property detection in half sole portion and vamp are wear-resisting before the wear-resisting detection of heel, shoes
Performance detection；And shoes waterproof performance can also be detected simultaneously, shoes waterproof performance detection is in Walk Simulation process
Middle realization, detection accuracy is high.The reduction shoes detection device quantity and the number of testing staff that the utility model can be very big
Amount, while detection cycle can be shortened, save testing cost.
2nd, the shoes that the utility model has immersion detection function are mostly used detection device, during work, are positioned by shoes
Plate positions shoes, and the shape of shoes positioning plate is similar to sole so that right after by shoes sleeve on shoes positioning plate
The reliability of positioning of shoes is good.It is living and since shoes positioning plate is formed by fixing the bearing plate movable bearing plate hinged with it
Dynamic bearing plate can be around hinged center rotating so that positioner can meet the needs detected to metacarpus bending performance before shoes.And
And the collapsing length of the angular adjustment bar in shoes positioner can be adjusted by changing the position of stop nut so that
The rotation angle of movable bearing plate can be adjusted easily, so as to better meet the requirement of different bending angle detections,
Versatility is good.
3rd, the shoes that the utility model has immersion detection function are mostly used detection device, and footwear half sole is resistant to bending with wear-resisting detection
Device, it is cleverly that half sole is wear-resisting integral with shoes bending resistance set so that assay device structures are compact.And
The shape of the top surface of activity pressure plate and the preceding metacarpus bottom surface of sole matches so that friction band can be good with half sole portion energy
Fitting, it is high to the wear-resisting property detection accuracy in half sole portion.
4th, the shoes that the utility model has immersion detection function are mostly used detection device, in the wear-resisting detection device of vamp
First stepper motor can drive the second connecting plate to rotate, and before by shoes on the shoes positioning plate, the first stepper motor is by the
Two connecting plates are rotated to horizontality so that the wear-resisting detection device of vamp will not impact installation shoes, and it is resistance to improve vamp
Grind detection device ease of use.
5th, the shoes that the utility model has immersion detection function are mostly used detection device, can be not only used for examining product shoes
It surveys, it can also be used to individual sole is detected, versatility is good.
Description of the drawings
Fig. 1 is mostly used the structure diagram of detection device for the shoes with immersion detection function in embodiment；
Fig. 2 is the left view structural representation of Fig. 1；
Fig. 3 is the footwear half sole enlarged diagram resistant to bending with wear-resisting detection device portion in Fig. 1；
Fig. 4 is the footwear half sole local overlooking structure chart resistant to bending with wear-resisting detection device；
Fig. 5 is the schematic cross-sectional view of angular adjustment bar.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples.
As shown in the figure, the shoes that the present embodiment has immersion detection function are mostly used detection device, positioned including rack, shoes
Device, shoes synthesis wear-resisting property detection device and shoes waterproof device for detecting performance.
The shoes synthesis wear-resisting property detection device includes：Footwear half sole is resistant to bending resistance to wear-resisting detection device, heel of a shoe
Grind detection device and the wear-resisting detection device of vamp.
The rack includes pedestal 1, the bearing 2 for being fixed on the middle of the base, vertical the first stepping electricity being fixed on bearing
Machine 3 and be fixed on the first stepper motor vertical shaft upper end horizontal stand 4.
The shoes positioner is two sets, and two sets of shoes positioners are arranged in the footpath of the armature spindle of the first stepper motor
To both sides, two sets of shoes positioners integrate wear-resisting property detection device and shoes waterproof device for detecting performance pair with shoes respectively
It should.
The shoes positioner includes the second stepper motor 30 of band brake, and second stepper motor is fixed on water
On the bottom of flat stent；The shoes positioner includes the sunpender being also vertically fixed in the second stepper motor horizontal rotor shaft
5th, the fixation bearing plate 6 that is fixed on downrod lower end is hinged on the movable bearing plate 7 of fixed pressure-bearing front edge of board, is separately positioned on
It fixes the pressure sensor 8 of bearing plate and movable bearing plate bottom and is connected the angular adjustment bar of activity bearing plate and sunpender
9, the shoes positioning plate that the activity bearing plate and fixed bearing plate composition coordinate with sole medial surface, the shoes positioning plate
Shape is approximate with the shape of sole, and the length of movable bearing plate and the length ratio of fixed bearing plate are equal to 1:2；The angle
Adjusting rod by sleeve 91, the loop bar for being arranged in sleeve and being slidably matched with it 92, be arranged in sleeve to loop bar apply thrust
Spring 93 and be used to limit the stop nut 94 that loop bar stretches into length sleeve, the end of the sleeve with loop bar thread fitting
Portion is hinged on sunpender, and the end of the loop bar is hinged on movable bearing plate.
The footwear half sole is resistant to bending to be included with wear-resisting detection device：Vertical the first driving cylinder 10 being fixed on pedestal is consolidated
It is scheduled on the fixation pressure plate 11 in the first driving cylinder telescopic rod end, the activity pressure plate 12 below movable bearing plate, set
Friction band 13 in activity pressure plate is arranged on the both ends of activity pressure plate to drive the driving wheel 14 of friction band, make
3rd stepper motor 15 of driving wheel rotation is used to be tensioned the tensioning wheel 16 of friction band, fix positioned at the lower section of activity pressure plate
Activity pressure plate both sides hinged seat 17 and it is vertical be fixed on pedestal and piston rod end it is hinged with hinged seat second
Driving cylinder 18；The quantity of second driving cylinder is four, and four the second driving cylinders are arranged symmetrically in the both sides of activity pressure plate,
The shape of the top surface of the activity pressure plate and the preceding metacarpus bottom surface of sole matches.The 3rd stepping electricity of driving wheel in the present embodiment
Machine 15 is mounted in activity pressure plate, and the power output shaft of the 3rd stepper motor and the wheel shaft of driving wheel pass through belt wheel and transmission belt
The transmission mechanism 31 of composition connects.
Before work is detected, the loop bar of angular adjustment bar is first adjusted according to shoes bending angle will stretch into set tube length
Degree.Then by shoes sleeve on shoes positioning plate, since the shape of shoes positioning plate is approximate with the shape of shoes bottom so that footwear
Son can be by shoes positioning plate good location.After shoes are loaded onto, by the first driving cylinder 7 fixed pressure plate is driven to rise, made solid
Determine pressure plate to be pressed in the middle part of shoe sole bottom, be fixed so as to fulfill the reliable location to shoes.
Carry out footwear half sole it is resistant to bending with wear-resisting detection the step of it is as follows：
The first step：Second driving cylinder driving activity pressure plate moves up, and bends shoes forepart, so as to be carried out to shoes
Once bend；Activity bearing plate is also rotated around articulated shaft while shoes are bent, when turning to the end that makes stop nut and sleeve
When portion contacts, shoes are bent in place, and the second driving cylinder stops driving activity pressure plate and moves up.
Second step：The work of 3rd stepper motor rotates driving wheel, and driving wheel rotation moves friction band, friction band movement
It is once rubbed to half sole；Rub band to sole carry out once rub operation time span can according to actual requirement into
Row setting.Due to the top surface and sole of activity pressure plate preceding metacarpus bottom surface shape match so that friction band can with before sole
The good fitting of metacarpus energy, it is high to the wear-resisting property detection accuracy in half sole portion.
3rd step：After sole friction end of job, the decline of the second driving cylinder driving activity pressure plate makes its return.
4th step：Step 1 is repeated to three, until completing the bending number detection of examination criteria requirement and Rubbing number inspection
It surveys.
The wear-resisting detection device of heel of a shoe includes the 3rd driving cylinder 19 being fixed on vertically on pedestal, is fixed on the 3rd drive
The planar friction plate that support plate 20, setting on dynamic cylinder piston rod end are slidably matched on the supporting plate and with support plate level
21 and the 4th driving cylinder 22 that is horizontally fixed on support plate side, the piston rod and planar friction of the 4th driving cylinder
Plate is fixedly connected.
The step of carrying out heel of a shoe wear-resisting detection is as follows：
The first step：3rd driving cylinder driving support plate rises, and contacts planar friction plate and the bottom surface of spring heel section.
Second step：The driving planar friction plate level movement of 4th driving cylinder, makes planar friction plate be carried out with heel of a shoe bottom surface
Once rub.
3rd step：Step 2 is repeated, until completing the Rubbing number of examination criteria requirement.
4th step：3rd driving cylinder driving support plate is lowered back to place.
The wear-resisting detection device of vamp includes the 5th driving cylinder 23 being horizontally set on fixed bearing plate, vertically fixes
Flat top 24, vertical the first connecting plate 25 being fixed on horizontal stand, level on the piston rod end of the 5th driving cylinder
The 3rd stepper motor 26 that is fixed on the first connecting plate, the second connecting plate 27 being vertically fixed on the 3rd stepping motor rotor axis,
It the 4th stepper motor 28 that is horizontally fixed on the second connecting plate lower end and is vertically fixed on the 4th stepping motor rotor axis
Rotary friction wiping board 29；When the second connecting plate is in vertical state, the rotary friction wiping board and flat top face.
A set of shoes positioner corresponding with shoes synthesis wear-resisting property detection device, sunpender are fixed on level vertically
On stent.
The step of carrying out vamp wear-resisting detection device is as follows：
The first step：3rd the second connecting plate of driving stepper motor is rotated from horizontality to vertical state.
Second step：The telescopic rod of 5th driving cylinder stretches out, and promotes flat top that vamp is pressed on rotary friction wiping board.
3rd step：4th driving stepper motor rotary friction wiping board rotates, and friction detection is carried out to vamp, and fraction time reaches
During testing requirements setting time, terminate friction.
4th step：The telescopic rod retraction of 5th driving cylinder makes flat top return；3rd the second connecting plate of driving stepper motor
It is rotated from vertical state to horizontality.
In the present embodiment, pressure sensor 8, pressure sensing are both provided on the bottom surface of fixed bearing plate and movable bearing plate
Device can pressure and planar friction plate that accurately detection activity pressure plate applies half sole portion shoe heel is applied
The pressure added, so as to, to the pressure size of sole, improve footwear when more accurately can control friction testing in actually detected operation
Sub- crocking resistance accuracy in detection.
In the present embodiment, the shoes waterproof device for detecting performance includes the 6th driving cylinder being fixed on vertically on pedestal
32nd, the detection media storage slot 33 that is fixed in the 6th driving cylinder telescopic rod end is arranged on stepping in detection media storage slot
Plate component and the white cloth set 34 being sleeved on movable bearing plate, the pedal assembly include lower pedal 35, are arranged on lower pedal
Idler wheel 36, the spring 37 being arranged on lower pedal top plate and the upper pedal 38 being arranged on spring on bottom.
In the present embodiment, the water equipped with color for red in media storage slot is detected.
The step of shoes waterproof performance detection, is as follows：
The first step：After the completion of shoes synthesis wear-resisting property detection device detection, the first driving stepper motor horizontal stand
180 ° of rotation makes tested shoes turn to above shoes waterproof performance detection.
Second step：6th driving cylinder driving detection media storage slot rises, and is contacted with soles the upper pedal of pedal assembly,
Under this state, it is more than sole and upper of a shoe cemented side seam 2-3mm to detect the red water in media storage slot.
3rd step：First driving stepper motor sunpender reciprocally swinging, shoes are reciprocal simultaneously during sunpender reciprocally swinging
Pedal is jammed on, and promotes pedal assembly front-rear reciprocation movement simultaneously, walks motion state, and is simulating so as to fulfill simulation people
On foot in motion process, the dynamic water-proof performance detection to shoes is realized.
4th step：After the waterproof detection time of setting is reached, the second driving stepper motor sunpender return, the 6th driving cylinder
Driving detection media storage slot is lowered back to place.
5th step：Testing staff removes shoes from shoes positioner, and observe be sleeved on it is white on movable bearing plate
The color of painting cloth set if white cloth set reddens, shows that shoes waterproof performance is unqualified, if white cloth set is discoloration, shows
Shoes waterproof performance is qualified.
The shoes that the present embodiment has immersion detection function are mostly used detection device, can not only be carried out at the same time shoe heel
Wear-resisting detection, the bending performance detection of metacarpus, the wear-resisting property detection in half sole portion and vamp wear-resisting property before shoes
Detection；And shoes waterproof performance can also be detected simultaneously, shoes waterproof performance detection is real during Walk Simulation
Existing, detection accuracy is high.The reduction shoes detection device quantity and the quantity of testing staff that the utility model can be very big,
Detection cycle can be shortened simultaneously, save testing cost.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover among the right of the utility model.
Claims (1)
1. a kind of shoes with immersion detection function are mostly used detection device, it is characterised in that：Including rack, shoes positioning dress
It puts, shoes integrate wear-resisting property detection device and shoes waterproof device for detecting performance；
The shoes synthesis wear-resisting property detection device includes：Footwear half sole is resistant to bending with wear-resisting detection device, the wear-resisting inspection of heel of a shoe
Survey device and the wear-resisting detection device of vamp；
The rack include pedestal, the bearing for being fixed on the middle of the base, vertical the first stepper motor being fixed on bearing and
It is fixed on the horizontal stand of the vertical shaft upper end of the first stepper motor；
The shoes positioner is two sets, and two sets of shoes positioners are arranged in the radial direction two of the armature spindle of the first stepper motor
Side, two sets of shoes positioners integrate wear-resisting property detection device with shoes respectively and shoes waterproof device for detecting performance is corresponding；
The shoes positioner includes the second stepper motor of band brake, and second stepper motor is fixed on horizontal stand
Bottom on；The shoes positioner includes the sunpender being also vertically fixed in the second stepper motor horizontal rotor shaft, fixation
Fixation bearing plate on downrod lower end is hinged on the movable bearing plate of fixed pressure-bearing front edge of board, is separately positioned on fixed pressure-bearing
The pressure sensor of plate and movable bearing plate bottom and the angular adjustment bar for being connected activity bearing plate and sunpender, the activity
Bearing plate and fixed bearing plate composition and the shoes positioning plate of sole medial surface cooperation, the shape and sole of the shoes positioning plate
Shape it is approximate, and the length of movable bearing plate and the length ratio of fixed bearing plate are equal to 1:2；The angular adjustment bar is by covering
Cylinder, the loop bar for being arranged in sleeve and being slidably matched with it, be arranged on the spring that applies thrust in sleeve to loop bar and with set
For limiting the stop nut that loop bar stretches into length sleeve, the end of the sleeve is hinged on sunpender bar thread fitting, described
The end of loop bar is hinged on movable bearing plate；
The footwear half sole is resistant to bending to be included with wear-resisting detection device：Vertical the first driving cylinder being fixed on pedestal is fixed on the
Fixation pressure plate in one driving cylinder telescopic rod end, the activity pressure plate below movable bearing plate are sleeved on movable pressure
Friction band on plate, be arranged on the both ends of activity pressure plate for drive the driving wheel of friction band, make that driving wheel rotates the
Three stepper motors are used to be tensioned the tensioning wheel of friction band, are fixed on activity pressure plate both sides positioned at the lower section of activity pressure plate
Hinged seat and it is fixed on the second driving cylinder that on pedestal and piston rod end is connected with hinged seat vertically；Second driving
The quantity of cylinder is four, and four the second driving cylinders are arranged symmetrically in the both sides of activity pressure plate, the top surface of the activity pressure plate
Match with the shape of the preceding metacarpus bottom surface of sole；
The wear-resisting detection device of heel of a shoe includes the 3rd driving cylinder being fixed on vertically on pedestal, is fixed on the work of the 3rd driving cylinder
The planar friction plate and level that support plate, setting on stopper rod end are slidably matched on the supporting plate and with support plate level
The 4th driving cylinder being fixed on support plate side, the piston rod of the 4th driving cylinder are fixedly connected with planar friction plate；
The wear-resisting detection device of vamp includes the 5th driving cylinder being horizontally set on fixed bearing plate, is vertically fixed on the 5th
Flat top on the piston rod end of driving cylinder, vertical the first connecting plate being fixed on horizontal stand are horizontally fixed on first
The 3rd stepper motor on connecting plate, the second connecting plate being vertically fixed on the 3rd stepping motor rotor axis are horizontally fixed on second
The 4th stepper motor on connecting plate lower end and the rotary friction wiping board being vertically fixed on the 4th stepping motor rotor axis；
When two connecting plates are in vertical state, the rotary friction wiping board and flat top face；
The shoes waterproof device for detecting performance includes the 6th driving cylinder being fixed on vertically on pedestal, is fixed on the 6th driving cylinder
It detection media storage slot in telescopic rod end, the pedal assembly being arranged in detection media storage slot and is sleeved on activity and holds
White cloth set on pressing plate, the pedal assembly include lower pedal, the idler wheel being arranged on lower pedal bottom, are arranged on lower pedal
Spring on top plate and the upper pedal being arranged on spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721245709.3U CN207383676U (en) | 2017-09-27 | 2017-09-27 | Shoes with immersion detection function are mostly used detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721245709.3U CN207383676U (en) | 2017-09-27 | 2017-09-27 | Shoes with immersion detection function are mostly used detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207383676U true CN207383676U (en) | 2018-05-22 |
Family
ID=62404085
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721245709.3U Expired - Fee Related CN207383676U (en) | 2017-09-27 | 2017-09-27 | Shoes with immersion detection function are mostly used detection device |
Country Status (1)
| Country | Link |
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| CN (1) | CN207383676U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107581714A (en) * | 2017-09-27 | 2018-01-16 | 重庆沛利鞋业有限公司 | Multipurpose shoes detecting machine with immersion detecting function |
| CN112515285A (en) * | 2020-11-30 | 2021-03-19 | 台州宝利特鞋业有限公司 | Antistatic shoe and production process thereof |
| CN115251535A (en) * | 2022-08-01 | 2022-11-01 | 吉安顶丰鞋业有限公司 | Antistatic shoe and production process thereof |
-
2017
- 2017-09-27 CN CN201721245709.3U patent/CN207383676U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107581714A (en) * | 2017-09-27 | 2018-01-16 | 重庆沛利鞋业有限公司 | Multipurpose shoes detecting machine with immersion detecting function |
| CN107581714B (en) * | 2017-09-27 | 2022-12-09 | 北京威克多制衣中心 | Multipurpose shoes detecting machine with immersion detecting function |
| CN112515285A (en) * | 2020-11-30 | 2021-03-19 | 台州宝利特鞋业有限公司 | Antistatic shoe and production process thereof |
| CN112515285B (en) * | 2020-11-30 | 2021-07-27 | 台州宝利特鞋业有限公司 | Antistatic shoe and production process thereof |
| CN115251535A (en) * | 2022-08-01 | 2022-11-01 | 吉安顶丰鞋业有限公司 | Antistatic shoe and production process thereof |
| CN115251535B (en) * | 2022-08-01 | 2023-06-09 | 吉安顶丰鞋业有限公司 | Antistatic shoe and production process thereof |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180522 Termination date: 20180927 |