CN203087759U - Testing machine for testing ventilation performance of breathing shoes - Google Patents
Testing machine for testing ventilation performance of breathing shoes Download PDFInfo
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- CN203087759U CN203087759U CN 201320069654 CN201320069654U CN203087759U CN 203087759 U CN203087759 U CN 203087759U CN 201320069654 CN201320069654 CN 201320069654 CN 201320069654 U CN201320069654 U CN 201320069654U CN 203087759 U CN203087759 U CN 203087759U
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Abstract
The utility model relates to a testing machine for testing ventilation performance of breathing shoes. The testing machine for testing the ventilation performance of the breathing shoes comprises a rack. A driving device, a left shoe testing device, a right shoe testing device and a testing system used for testing ventilation performance of breathing shoe air bags are arranged on the rack, the left shoe testing device comprises a left stepping device used for stepping a left foot prototypical shoe air bag and a left prototypical shoe fixing device used for fixing a left foot prototypical shoe, the right shoe testing device comprises a right stepping device used for stepping a right foot prototypical shoe air bag and a right prototypical shoe fixing device used for fixing a right foot prototypical shoe, and the driving device is connected with the left stepping device and the right stepping device in a driving mode to drive the left stepping device and the right stepping device to conduct alternately stepping motion. Compared with the prior art, the testing machine for testing the ventilation performance of the breathing shoes has the advantages that ventilation performance testing of the breathing shoes is in accordance with actual situations, and testing result is true and reliable.
Description
Technical field
The utility model relates to the footwear quality detection apparatus, and definite saying so is used for detecting breathes footwear under rated condition, the testing machine of air discharge capacity performance in the unit interval.
Background technology
Along with the raising of people's living standard, increasing consumer is to basic demands such as the demand of footwear are attractive in appearance head and shoulders above, endurable.Shoes manufacturing enterprise recognizes need increase scientific and technological content to cater to people's growing demand on the footwear that originally are the labour intensive product, can increase added value of product simultaneously, realizes the transition from the manufacturing low-end product to high-end product.Improve the footwear wearing comfortableness and just become the target that each big shoes manufacturing enterprise competitively chases.Single function or multiple function combination footwear of planting such as antibiotic, ventilative, damping had appearred on the market in recent years; Wherein merge the airing function footwear of principles such as body mechanics, aerodynamics because of the deodorizing of excellence, hydrofuge, advantage such as dry and comfortable are pursued by most in market, all belong to the airing function footwear such as breathing footwear, healthy shoe or air conditioning shoe etc.
A lot of in the market enterprises competitively drop into breathes footwear production, and the relevant detection equipment and technology is almost nil on the market, causes testing result accuracy, reliability low, and to breathe the footwear quality on the market very different thereby cause, and can not get guaranteeing.Though for example part is breathed footwear and can be realized air circulation but far do not reach effects such as the dehumidifying of being propagated, deodorizing, reason mainly be breathe the too little or gas pipeline of footwear air bag decrement when producing by the glue obstruction etc.; The footwear that have then are that check valve is off quality, can occur the phenomenon that rainwater refluxes when wearing in the rainy day.
Summary of the invention
Deficiency at the prior art existence, the purpose of this utility model is the actual air bag of trampling when being to provide a kind of anthropomorphic dummy to walk, breathe the testing machine that is used to detect breathing footwear scavenging performance of footwear amount of air circulation test, have true, the reliable advantage of testing result.
For achieving the above object, the utility model provides following technical scheme: a kind of testing machine that is used to detect breathing footwear scavenging performance, include frame, it is characterized in that: on the described frame drive unit is installed, left side footwear experimental rig, right footwear experimental rig and the detection system that is used to detect breathing footwear air bag scavenging performance, left side footwear experimental rig includes the left sample footwear fixture that a left side that is used for trampling left foot sample footwear air bag is trampled device and is used for fixing left foot sample footwear, right footwear experimental rig includes the right sample footwear fixture that the right side that is used for trampling right crus of diaphragm sample footwear air bag is trampled device and is used for fixing right crus of diaphragm sample footwear, a described drive unit and a left side, the right side is trampled device and is driven connection, and drive unit drives a left side, the right side is trampled device and is alternately trampling campaign.
By adopting technique scheme, the testing machine that is used to detect breathing footwear scavenging performance of the present utility model, the actual air bag of trampling when but the anthropomorphic dummy walks, breathe the test of footwear amount of air circulation, can really reflect the scavenging performance of breathing footwear, testing result accurately and reliably, this testing machine also can detect the air bag service life of breathing footwear simultaneously.
The utility model further is set to: described detection system includes control module, data analysis unit and mass air flow sensor, described control module is connected with the drive unit communication, the time parameter and the frequency parameter that are used for accessory drive, described mass air flow sensor is used for detecting breathing footwear air bag air mass flow, described data analysis unit is connected with the mass air flow sensor communication, and according to air mass flow data and the control parameter analysis meter unit's of the calculating number of times of control module and the air discharge capacity in the unit interval of described mass air flow sensor.
By adopting technique scheme, control module can be set as required to trample in required detection time and the testing process and breathe footwear air bag frequency, can simulate the normal person's pressure of pushing, frequency to sole when walking, be easy to study the influence of the structure, material, size etc. of air bag ventilatory.
The utility model further is set to: described drive unit includes drive motors, main shaft and eccentric wheel, described drive motors is connected with main shaft drives, eccentric wheel is installed on the main shaft, described eccentric wheel includes and is used to drive a left side and tramples the left eccentric wheel of device and be used to drive the right eccentric wheel that device is trampled on the right side, and described left eccentric wheel and right eccentric wheel eccentric position are provided with on the contrary and constitute described drive unit and drive the left and right device of trampling and be alternately trampling campaign.
By adopting technique scheme, driving device structure is simple, drives reliable and stable.
The utility model further is set to: but a described left side is trampled device and is included the left push rod that is fixedly mounted on the left bracing frame on the frame and is assemblied in axial slip on the frame, described left push rod bottom and left eccentric wheel are connected and constitute left avertence heart wheel drive left side push rod and fluctuate, described left push rod top braces has left trampling assembly, described left trampling assembly is positioned at directly over the left sample footwear fixture, but the described right side is trampled device and is included the right push rod that is fixedly mounted on the right bracing frame on the frame and is assemblied in axial slip on the frame, described right push rod bottom and right eccentric wheel are connected and constitute the right push rod of right avertence heart wheel drive and fluctuate, described right push rod top braces has right trampling assembly, and described right trampling assembly is positioned at directly over the right sample footwear fixture.
By adopting technique scheme, left and right eccentric wheel drives left and right push rod and alternately floats one on the other, the left and right trampling assembly that is supported in left and right push rod top also is the sample footwear that replace on the left and right sample footwear of the trampling fixture, and structure is simple in structure, is provided with conveniently.
The utility model further is set to: described left trampling assembly includes left pressing plate and left weight tray, left side weight tray is fixed on the left pressing plate, left pressing plate is supported in left push rod top, the left pressing plate activity is assemblied on the left bracing frame and slippage up and down, be fixed with left depression bar on the left pressing plate, depression bar top, a left side is fixed on the left pressing plate, depression bar bottom, a left side is installed with the left application of force piece that the footwear air bag is breathed in trampling, described right trampling assembly includes right pressing plate and right weight tray, right weight tray is fixed on the right pressing plate, right pressing plate is supported in right push rod top, right pressing plate activity is assemblied on the right bracing frame and slippage up and down, be fixed with right depression bar on the right pressing plate, right depression bar top is fixed on the right pressing plate, and right depression bar bottom is installed with the right application of force piece that the footwear air bag is breathed in trampling.
By adopting technique scheme, left and right trampling modular construction is simple, and when operation, can in left and right scale pan, add corresponding counterweight as required, when walking with the anthropomorphic dummy to the pressing force of sole, that guarantee to detect is true, and convenient analysis to data is easy to study the influence to ventilatory of the structure, material, size etc. of air bag.
The utility model further is set to: described left and right sample footwear fixture bottom is provided with power value sensor.
By adopting technique scheme, convenient adjusting to the trampling dynamics.
The utility model further is set to: the elevating mechanism that described left and right sample footwear fixture comprises sample footwear fixed station and regulates sample footwear fixed station height.
By adopting technique scheme, left and right sample footwear fixture is the adjustable height setting, and convenient different size according to the shoe pattern adjusts suitable trampling height, improves the test effect.
The utility model further is set to: described elevating mechanism includes the holder that is fixed on the frame, cover for seat is installed on the holder, be equipped with the upgrading nut that can rotate freely in the cover for seat, handwheel is installed on the lifting nut, be installed with screw rod in the lifting nut screwed hole, sample footwear fixed station is installed at the screw rod top.
By adopting technique scheme, rotation hand wheel drive lifting nut and rotate, thereby the drive screw lifting finally drives the lifting of shoe pattern fixed station and finishes adjusting, and this elevating mechanism is simple in structure, regulates easy to operate.
Below in conjunction with accompanying drawing the utility model is further described.
Description of drawings
Fig. 1 is the utility model specific embodiment structural representation;
Fig. 2 is Figure 1A part partial enlarged drawing;
Fig. 3 is the utility model specific embodiment side view.
The specific embodiment
Referring to accompanying drawing 1, accompanying drawing 2 and accompanying drawing 3, the disclosed a kind of testing machine of breathing the footwear scavenging performance that is used to detect of the utility model, include frame 1, drive unit 2 is installed on the frame 1, left side footwear experimental rig 3, right footwear experimental rig 4 and the detection system that is used to detect breathing footwear air bag scavenging performance, left side footwear experimental rig 3 includes the left sample footwear fixture 31 that a left side that is used for trampling left foot sample footwear air bag is trampled device 30 and is used for fixing left foot sample footwear, right footwear experimental rig 4 includes the right sample footwear fixture 41 that the right side that is used for trampling right crus of diaphragm sample footwear air bag is trampled device 40 and is used for fixing right crus of diaphragm sample footwear, a described drive unit 2 and a left side, device 30 is trampled on the right side, 40 drive connection, and drive unit 2 drives a left side, device 30 is trampled on the right side, 40 are alternately trampling campaign; Detection system includes control module, data analysis unit and mass air flow sensor, described control module is connected with drive unit 2 communications, the time parameter and the frequency parameter that are used for accessory drive 2, described mass air flow sensor is used for detecting breathing footwear air bag air mass flow, described data analysis unit is connected with the mass air flow sensor communication, and according to air mass flow data and the control parameter analysis meter unit's of the calculating number of times of control module and the air discharge capacity in the unit interval of described mass air flow sensor.The integrated formation PC 5 of detection system, and carry out the demonstration of operations such as parameter setting and parameter, data by man machine operation interface.
Described drive unit 2 includes drive motors 20, main shaft 21 and eccentric wheel, described drive motors 20 drives with main shaft 21 and is connected, be balance drive motors 20 output speeds, usually the output at drive motors 20 connects a reductor 22, reductor 22 outputs drive with main shaft 21 and are connected (can carry out through belt or gear), main shaft 21 rotates through bearing and is assemblied on the frame 1, eccentric wheel is installed on the main shaft 21, described eccentric wheel includes and is used to drive a left side and tramples the left eccentric wheel 23 of device 30 and be used to drive the right eccentric wheel 24 that device 40 is trampled on the right side, for driving a stable left side usually, right eccentric wheel 23,24 respectively are provided with two, described left eccentric wheel 23 and right eccentric wheel 24 eccentric positions are provided with on the contrary, be that left eccentric wheel 23 is when being in the extreme higher position, right eccentric wheel 24 is in extreme lower position, constitutes described drive unit 2 like this and drives a left side, device 30 is trampled on the right side, 40 are alternately trampling campaign.
In the utility model, a left side, device 30 is trampled on the right side, 40 structures identical (being that parts are identical and matching relationship is identical), for avoiding being repeated in this description, in this specific embodiment, trampling device 30 with a left side is that example is described: but a described left side is trampled device 30 and is included the left push rod 302 that is fixedly mounted on the left bracing frame 301 on the frame 1 and is assemblied in axial slip on the frame 1, left side bracing frame 301 connects two guide posts 3011 by connecting plate 3010 and constitutes, a left push rod 302 is connected respectively on two left eccentric wheels 23, the wheel 303 of fitting is installed in push rod 302 bottoms, a left side, the wheel 303 of fitting drives two left push rods 302 with the left eccentric wheel 23 of the formation that is connected and fluctuates, in left push rod 302 top braces left trampling assembly 303 is arranged, left trampling assembly 303 is positioned at directly over the left sample footwear fixture 31.Described left trampling assembly 303 includes left pressing plate 3030, left weight tray 3031, left depression bar 3032 and left application of force piece 3033, left pressing plate 3030 two ends warp beam sleeves are slidedly assemblied on two guide posts 3011 of left bracing frame 301, and are supported on left push rod 302 tops; Depression bar 302 tops, a left side are fixed on the left pressing plate 3030, the left application of force piece 3033 of footwear air bag is breathed in the fixed installation trampling of depression bar 302 bottoms, a left side, left side application of force piece 3033 is fixed on left depression bar 3032 bottoms through copper sheathing 3034, and outside copper sheathing 3034, be with guide plate on the two left push rods 3033 that are slidingly located in, described left weight tray 3031 is fixed on the left pressing plate 3030, for ease of being provided with, left weight tray 3031 is fixed on left depression bar 3032 near being provided with on the end of left application of force piece 3033, like this when putting counterweight, the counterweight medium pore can be enclosed within on the left depression bar 3032, play positioning action.For ease of regulating the loaded weight of counterweight, so that the trampling power that the footwear air bag is breathed in the control trampling, described left and right sample footwear fixture 31 bottoms are provided with power value sensor 32, and power value sensor 32 is connected with PC 5, and with data record and being presented on the man machine operation interface of PC 5.
In the utility model, left and right sample footwear fixture 31,41 structures identical (being that parts are identical and matching relationship is identical), for avoiding being repeated in this description, it in this specific embodiment, is that example is described: the elevating mechanism that described left sample footwear fixture 31 comprises sample footwear fixed station 310 and regulates sample footwear fixed station 310 height with left sample footwear fixture 31.Described elevating mechanism includes the holder 311 that is fixed on the frame 1, cover for seat 312 is installed on the holder 311, be equipped with the upgrading nut 313 that can rotate freely in the cover for seat 312, handwheel 314 is installed on the lifting nut 313, be installed with screw rod 315 in lifting nut spiral shell 313 pits, sample footwear fixed station 310 is installed at screw rod 315 tops.Installing power value sensor 32 in the holder 311, cover for seat 312 bottoms are placed on the power value sensor 32.
Of the present utility model when being used to detect the testing machine of breathing the footwear scavenging performance and using: as 1) to configure test parameters value (as test number (TN)) through PC earlier, 2) configure a left side again, the weight counterweight of right footwear experimental rig (realizing) by the counterweight on the scale pan of the increase and decrease left and right sides, 3) rotation hand wheel is regulated elevating mechanism again, make sample footwear fixed station be in extreme lower position, on sample footwear fixed station, fixedly mount as requested and test the shoe pattern (having installed the shoe tree of test requirements document in the footwear body in advance), 4) set with lower frequency startup through PC again, 5) restart testing machine, testing machine is slowly operation just, rotation hand wheel is regulated elevating mechanism, make elevating mechanism slowly rise, make shoe tree applying application of force piece (when application of force piece is in highest order, this moment, application of force piece should separate shoe tree fully, when eccentric wheel is in lowest order, application of force piece can force on the shoe tree, push rod separates with pressing plate simultaneously), 6) treat after all normal operations, through PC set so that the frequency when starting frequency and walking or run for the simulation human body (as 120 times/min), and can observe real-time running frequency by the touch screen interface of PC.The actual air bag of trampling when this test function anthropomorphic dummy walks is breathed the test of footwear amount of air circulation, and this instrument can really reflect the scavenging performance of breathing footwear.This instrument operates steadily rationally, the operating process intellectuality, and labour intensity when reducing operation is increased work efficiency.
Claims (8)
1. one kind is used to detect the testing machine of breathing the footwear scavenging performance, include frame, it is characterized in that: on the described frame drive unit is installed, left side footwear experimental rig, right footwear experimental rig and the detection system that is used to detect breathing footwear air bag scavenging performance, left side footwear experimental rig includes the left sample footwear fixture that a left side that is used for trampling left foot sample footwear air bag is trampled device and is used for fixing left foot sample footwear, right footwear experimental rig includes the right sample footwear fixture that the right side that is used for trampling right crus of diaphragm sample footwear air bag is trampled device and is used for fixing right crus of diaphragm sample footwear, a described drive unit and a left side, the right side is trampled device and is driven connection, and drive unit drives a left side, the right side is trampled device and is alternately trampling campaign.
2. the testing machine that is used to detect breathing footwear scavenging performance according to claim 1, it is characterized in that: described detection system includes control module, data analysis unit and mass air flow sensor, described control module is connected with the drive unit communication, the time parameter and the frequency parameter that are used for accessory drive, described mass air flow sensor is used for detecting breathing footwear air bag air mass flow, described data analysis unit is connected with the mass air flow sensor communication, and according to air mass flow data and the control parameter analysis meter unit's of the calculating number of times of control module and the air discharge capacity in the unit interval of described mass air flow sensor.
3. the testing machine that is used to detect breathing footwear scavenging performance according to claim 1 and 2, it is characterized in that: described drive unit includes drive motors, main shaft and eccentric wheel, described drive motors is connected with main shaft drives, eccentric wheel is installed on the main shaft, described eccentric wheel includes and is used to drive a left side and tramples the left eccentric wheel of device and be used to drive the right eccentric wheel that device is trampled on the right side, and described left eccentric wheel and right eccentric wheel eccentric position are provided with on the contrary and constitute described drive unit and drive the left and right device of trampling and be alternately trampling campaign.
4. the testing machine that is used to detect breathing footwear scavenging performance according to claim 3, it is characterized in that: but a described left side is trampled device and is included the left push rod that is fixedly mounted on the left bracing frame on the frame and is assemblied in axial slip on the frame, described left push rod bottom and left eccentric wheel are connected and constitute left avertence heart wheel drive left side push rod and fluctuate, described left push rod top braces has left trampling assembly, described left trampling assembly is positioned at directly over the left sample footwear fixture, but the described right side is trampled device and is included the right push rod that is fixedly mounted on the right bracing frame on the frame and is assemblied in axial slip on the frame, described right push rod bottom and right eccentric wheel are connected and constitute the right push rod of right avertence heart wheel drive and fluctuate, described right push rod top braces has right trampling assembly, and described right trampling assembly is positioned at directly over the right sample footwear fixture.
5. the testing machine that is used to detect breathing footwear scavenging performance according to claim 4, it is characterized in that: described left trampling assembly includes left pressing plate and left weight tray, left side weight tray is fixed on the left pressing plate, left pressing plate is supported in left push rod top, the left pressing plate activity is assemblied on the left bracing frame and slippage up and down, be fixed with left depression bar on the left pressing plate, depression bar top, a left side is fixed on the left pressing plate, depression bar bottom, a left side is installed with the left application of force piece that the footwear air bag is breathed in trampling, described right trampling assembly includes right pressing plate and right weight tray, right weight tray is fixed on the right pressing plate, right pressing plate is supported in right push rod top, right pressing plate activity is assemblied on the right bracing frame and slippage up and down, be fixed with right depression bar on the right pressing plate, right depression bar top is fixed on the right pressing plate, and right depression bar bottom is installed with the right application of force piece that the footwear air bag is breathed in trampling.
6. according to claim 5 being used to detected the testing machine of breathing the footwear scavenging performance, it is characterized in that: described left and right sample footwear fixture bottom is provided with power value sensor.
7. according to claim 1 being used to detected the testing machine of breathing the footwear scavenging performance, it is characterized in that: the elevating mechanism that described left and right sample footwear fixture comprises sample footwear fixed station and regulates sample footwear fixed station height.
8. the testing machine that is used to detect breathing footwear scavenging performance according to claim 7, it is characterized in that: described elevating mechanism includes the holder that is fixed on the frame, cover for seat is installed on the holder, be equipped with the upgrading nut that can rotate freely in the cover for seat, handwheel is installed on the lifting nut, be installed with screw rod in the lifting nut screwed hole, sample footwear fixed station is installed at the screw rod top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320069654 CN203087759U (en) | 2013-02-03 | 2013-02-03 | Testing machine for testing ventilation performance of breathing shoes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320069654 CN203087759U (en) | 2013-02-03 | 2013-02-03 | Testing machine for testing ventilation performance of breathing shoes |
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| Publication Number | Publication Date |
|---|---|
| CN203087759U true CN203087759U (en) | 2013-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320069654 Expired - Fee Related CN203087759U (en) | 2013-02-03 | 2013-02-03 | Testing machine for testing ventilation performance of breathing shoes |
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| CN (1) | CN203087759U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115349691A (en) * | 2022-08-23 | 2022-11-18 | 温州市朵丫头鞋业有限公司 | Automatic quality detection system for women's shoes |
-
2013
- 2013-02-03 CN CN 201320069654 patent/CN203087759U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115349691A (en) * | 2022-08-23 | 2022-11-18 | 温州市朵丫头鞋业有限公司 | Automatic quality detection system for women's shoes |
| CN115349691B (en) * | 2022-08-23 | 2024-01-23 | 温州市朵丫头鞋业有限公司 | Automatic quality detection system of woman's shoe |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130731 Termination date: 20160203 |
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| CF01 | Termination of patent right due to non-payment of annual fee |