CN108451099A - A kind of sole skid resistance detection device - Google Patents
A kind of sole skid resistance detection device Download PDFInfo
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- CN108451099A CN108451099A CN201810158098.1A CN201810158098A CN108451099A CN 108451099 A CN108451099 A CN 108451099A CN 201810158098 A CN201810158098 A CN 201810158098A CN 108451099 A CN108451099 A CN 108451099A
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- runner
- bearing seat
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43D—MACHINES, TOOLS, EQUIPMENT OR METHODS FOR MANUFACTURING OR REPAIRING FOOTWEAR
- A43D1/00—Foot or last measuring devices; Measuring devices for shoe parts
- A43D1/08—Measuring devices for shoe parts
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N19/00—Investigating materials by mechanical methods
- G01N19/02—Measuring coefficient of friction between materials
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- General Health & Medical Sciences (AREA)
- General Physics & Mathematics (AREA)
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- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
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Abstract
The present invention relates to a kind of sole detection device more particularly to a kind of sole skid resistance detection devices.It can intuitively indicate that the result measured makes the sole skid resistance detection device that testing precision is high, detection process is time saving and energy saving the technical problem to be solved in the present invention is to provide a kind of.In order to solve the above technical problem, the present invention provides such a sole skid resistance detection devices, include bottom plate, supporting rod, first bearing seat, the first bull stick, mounting disc, the first sliding rail, the first sliding block, the first spring, friction plate, support plate etc.；The left and right sides is connected with supporting rod on bottom plate, and upside is respectively connected with first bearing seat in supporting rod, and the first bull stick is respectively connected in first bearing seat, mounting disc is respectively connected on the inside of the first bull stick.Invention achieves the effects that can intuitively indicate that the result measured keeps testing precision height, detection process time saving and energy saving to make shoes be rotated on friction plate by using then mode that shoes sleeve is rotated to shoes on shoe-shaped block.
Description
Technical field
The present invention relates to a kind of sole detection device more particularly to a kind of sole skid resistance detection devices.
Background technology
The construction of sole is considerably complicated, just in the broadest sense, it may include all materials for constituting bottom such as outer bottom, midsole and heel
Material.For narrow sense, then for only referring to outer bottom, the common characteristic of general material for sole of shoe should have it is wear-resisting, water-fast, oil resistant, it is heat-resisting,
Pressure resistance, impact resistance, elasticity is good, is easy after suitable foot type, sizing not flexible type, heat preservation, easily absorption moisture etc., while more to coordinate
Midsole has braking action to be not the stop Deng terms and conditions that slip and be easy in the change of feet on foot.There are many type of sole materials,
Two kinds of natural class bottom material and synthesis class bottom material can be divided into.Natural class bottom material includes natural bottom leather, bamboo and wood material etc., synthesizes class bottom material
Including rubber, plastics, rubber and plastic suitable materials, regenerated leather, elastic hardboard etc..
At present when testing shoes, especially when being detected to sole skid resistance, have
Be then walked on different ground using putting on shoes, but in this way there are the shortcomings that make to be difficult intuitive to indicate to survey
Amount as a result, cause the accuracy of test very poor, and need to go to different ground environments and sole could be detected, it is non-
Normal is time-consuming and laborious.
Therefore there is an urgent need for research and develop a kind of can intuitively indicate that the result measured makes that testing precision is high, the time saving province of detection process
The sole skid resistance detection device of power exists when carrying out skid resistance detection to sole it is difficult to intuitive table at present to overcome
Show that the result of measurement leads to the disadvantage that testing precision is very poor, detection process is time-consuming and laborious.
Invention content
（1）Technical problems to be solved
The present invention is in order to overcome at present when carrying out skid resistance detection to sole in the presence of being difficult the intuitive knot for indicating to measure
Tab phenolphthaleinum causes the disadvantage that testing precision is very poor, detection process is time-consuming and laborious, and the technical problem to be solved in the present invention is to provide one kind
It can intuitively indicate that the result measured makes the sole skid resistance detection device that testing precision is high, detection process is time saving and energy saving.
（2）Technical solution
In order to solve the above technical problem, the present invention provides such a sole skid resistance detection devices, include bottom plate, branch
Strut, first bearing seat, the first bull stick, mounting disc, the first sliding rail, the first sliding block, the first spring, friction plate, support plate, fixation
Plate, mounting rod, Electric Motor Wheel, turntable, the first guide rail, the first guide sleeve, second spring and shoe-shaped block, the left and right sides is connected on bottom plate
Supporting rod, upside is respectively connected with first bearing seat in supporting rod, is respectively connected with the first bull stick in first bearing seat, in the first bull stick
Side is respectively connected with mounting disc, on the inside of mounting disc between connection there are four the first sliding rail, 90 degree each other between the first sliding rail, the first cunning
Equal slidingtype is connected with the first sliding block in rail, and the first sliding block right end is respectively connected with the first spring, and the first spring right end is connected to
Right side in one sliding rail, the first sliding block outside are respectively connected with friction plate, and the friction coefficient of each friction plate differs, for imitating difference
Ground environment friction coefficient, bottom plate upper left side is connected with support plate, and top is connected with fixed plate, fixed plate on the right side of support plate
Right end is connected with mounting rod, and lower section is connected with Electric Motor Wheel on front side of mounting rod, and turntable is connected on front side of Electric Motor Wheel, is connected on the outside of turntable
There are three the first guide rail, 90 degree each other between three the first guide rails, 180 degree each other between the first guide rail of upside two, first leads
Equal slidingtype is connected with the first guide sleeve on rail, is connected with second spring on the inside of the first guide sleeve, second spring upper end is connected to turntable
On, shoe-shaped block is connected on the first guide sleeve.
Preferably, further include having linkage rotation device, linkage rotation device includes first gear, first rotating shaft, first
Runner, rack, the second sliding rail, the second sliding block, first movement bar, second bearing seat, the second bull stick, second gear, the first taper
Gear, link block, the second angular wheel, third gear, the second runner, transmission item and sector gear, Left-side support bar left are set
There are linkage rotation device, left side the first bull stick left end to be connected with first gear, two side rotaries are connected with up and down on support plate right side
First rotating shaft is respectively connected with the first runner in first rotating shaft, is connected with rack between the first runner, top on the left of Left-side support bar
It is connected with the second sliding rail, the second sliding rail inner sliding type is connected with the second sliding block, first movement bar is connected on the upside of the second sliding block, the
Upside is connected with second bearing seat in one mobile bar, the second bull stick is connected in second bearing seat, the second bull stick left end is connected with
Second gear, second gear are located above rack, and second gear is engaged with rack, and second gear is engaged with first gear, upside
First rotating shaft right end is connected with the first angular wheel, and left is connected with link block on the downside of fixed plate, and lower section rotates on front side of link block
Formula is connected with the second angular wheel, and the second angular wheel is engaged with the first angular wheel, rotating middle part formula connection on rear side of mounting rod
There is third gear, is respectively connected with the second runner on front side of third gear rear side and the second angular wheel, is connected between the second runner
It is driven item, is connected with sector gear on rear side of Electric Motor Wheel, sector gear is engaged with third gear.
Preferably, further include having scale plate, connecting rod and pointer, scale plate, mounting disc inside are connected on front side of friction plate
Between connection there are four connecting rod, four connecting rods are located on front side of scale plate, and right is connected with pointer on front side of connecting rod, refers to
Needle refers on scale plate.
Preferably, further include having automatic switching control equipment, automatic switching control equipment includes the second guide rail, the second guide sleeve, second
Shaft, idler wheel, convex block, the second mobile bar and third mobile bar, Left-side support bar top are equipped with automatic switching control equipment, Left-side support
Bar upper end is connected with the second guide rail, and slidingtype is connected with the second guide sleeve on the second guide rail, is rotatably connected on the right side of the second guide sleeve
Second shaft, the second shaft right end are connected with idler wheel, and there are four convex block, the angle of convex block and frictions for the connection of left side mounting disc upside
The angle of plate is consistent, and idler wheel is located above convex block, and top is connected with the second mobile bar, the second mobile bar upper end on the right side of the second guide sleeve
Right third mobile bar is connected, lower section is connected to first movement bar upper end on the left of third mobile bar.
Operation principle：When user needs to carry out the test of skid resistance to sole, user can rotate the first bull stick, and first
Bull stick drives installation disc spins, mounting disc to drive the rotation of the first sliding rail, to drive the first sliding block and friction plate rotation, works as friction
When plate is rotated in place below shoe-shaped block, user can stop rotating the first bull stick, and then shoes can be respectively fitted over by user
On shoe-shaped block, then user can start Electric Motor Wheel, and Electric Motor Wheel drives turntable to rotate counterclockwise, driven by rotary disc the first guide rail inverse time
Needle rotates, and the first guide rail drives the first guide sleeve and shoe-shaped block to rotate counterclockwise, to make shoes rotate, when shoes rotate to and rub
When wiping board contacts, shoe-shaped block will push the first guide sleeve to move up, and to compress the second spring at this, make second spring
Reaction force push down shoes, so that shoes is crushed on friction plate, shoes continue rotation by push friction plate moves right, rub
Plate is moved right by the first sliding block, will compress the first spring at this time, if the shoes skid resistance is good, that shoes will be with dynamic friction
Plate moves right more, if the shoes skid resistance is general, it is less that shoes will drive friction plate to move right, to make
User can judge the skid resistance of the shoes by length that friction plate moves right, not connect with friction plate when shoes rotate to
When touching, the first spring will push the first sliding block and friction plate to be moved to the left and set back, and second spring will push first to lead
Set and shoe-shaped block set back, and when the position between the shoe-shaped block for being separated by 180 degree is located at friction plate top, user can be at this time
90 degree of the first bull stick is rotated, so that next friction plate is located at below shoe-shaped block, to make the friction plate of different coefficients of friction be used for
Different ground is imitated, to increase the reliability of sole skid resistance test.After the completion of the test of shoes skid resistance, Yong Huke
To close Electric Motor Wheel, shoes are then removed.
Because further including having linkage rotation device, linkage rotation device include first gear, first rotating shaft, first turn
Wheel, rack, the second sliding rail, the second sliding block, first movement bar, second bearing seat, the second bull stick, second gear, the first conical tooth
Wheel, link block, the second angular wheel, third gear, the second runner, transmission item and sector gear, Left-side support bar left are equipped with
Linkage rotation device, left side the first bull stick left end are connected with first gear, and two side rotaries are connected with the up and down on the right side of support plate
One shaft is respectively connected with the first runner in first rotating shaft, and rack is connected between the first runner, and top connects on the left of Left-side support bar
It is connected to the second sliding rail, the second sliding rail inner sliding type is connected with the second sliding block, is connected with first movement bar on the upside of the second sliding block, and first
Upside is connected with second bearing seat in mobile bar, is connected with the second bull stick in second bearing seat, and the second bull stick left end is connected with the
Two gears, second gear are located above rack, and second gear is engaged with rack, and second gear is engaged with first gear, upside the
One shaft right end is connected with the first angular wheel, and left is connected with link block on the downside of fixed plate, and lower section is rotary on front side of link block
It is connected with the second angular wheel, the second angular wheel is engaged with the first angular wheel, and rotating middle part formula is connected on rear side of mounting rod
Third gear, third gear rear side are respectively connected with the second runner with the second angular wheel front side, biography are connected between the second runner
Dynamic item, Electric Motor Wheel rear side are connected with sector gear, and sector gear is engaged with third gear, when user needs quickly switching friction
When below plate to shoe-shaped block, it is separated by the position between the shoe-shaped block of 180 degree when Electric Motor Wheel rotate to drive counterclockwise and is located at friction plate
When top, sector gear will engage at this time with third gear, and sector gear drives third gear to rotate counterclockwise, third gear band
The the second runner rotation of dynamic right side, the second runner drive the second runner of left side to rotate by being driven item, the second driven by rotating wheel of left side the
Two angular wheels rotate counterclockwise, and the second angular wheel drives the first angular wheel to rotate clockwise, and the first angular wheel drives
Upside first rotating shaft rotates clockwise, and upper shaft drives the first runner of upside to rotate clockwise, and the first runner of upside passes through tooth
Item drives the first runner of downside to rotate clockwise, and rack drives second gear rotates counterclockwise, and second gear drives first gear
It rotates clockwise, first gear drives the first bull stick of left side to rotate clockwise, to drive friction plate to rotate, when friction plate rotates
After 90 degree, user can move up the second sliding block, and the second sliding block drives first movement bar to move up, and first movement bar drives
Second gear is rotating on rack and moves up counterclockwise, is engaged with first gear to make second gear be detached from, thus
First gear is set to stop rotating, to make friction plate stop rotating.
Be connected with scale plate because further including having scale plate, connecting rod and pointer, on front side of friction plate, on the inside of mounting disc between
There are four connecting rod, four connecting rods are located on front side of scale plate for connection, and right is connected with pointer on front side of connecting rod, and pointer refers to
On scale plate, when user needs the accurate anti-slippery for measuring shoes, when shoes drive friction plate to move right, friction
Plate will drive scale plate to move right, to make pointer refer on different scale Board positions, so as to accurately use number
Word determines the skid resistance of sole.
Because further including having automatic switching control equipment, automatic switching control equipment include the second guide rail, the second guide sleeve, second turn
Axis, idler wheel, convex block, the second mobile bar and third mobile bar, Left-side support bar top are equipped with automatic switching control equipment, Left-side support bar
Upper end is connected with the second guide rail, and slidingtype is connected with the second guide sleeve on the second guide rail, and the is rotatably connected on the right side of the second guide sleeve
Two shafts, the second shaft right end are connected with idler wheel, and there are four convex block, the angles and friction plate of convex block for the connection of left side mounting disc upside
Angle it is consistent, idler wheel is located above convex block, and top is connected with the second mobile bar on the right side of the second guide sleeve, and the second mobile bar upper end connects
Connect right third mobile bar, lower section is connected to first movement bar upper end on the left of third mobile bar, when user need to make second gear and
When first gear is automatically stopped after driving friction plate to be rotated by 90 °, when second gear drives first gear and friction plate rotates,
Also convex block rotation will be driven, idler wheel is rotated on convex block, and after mounting disc is rotated by 90 ° when left side, convex block also will rotate into drive rolling
Wheel moves up, and idler wheel drives the second guide sleeve to move up, and the second guide sleeve drives the second mobile bar and third mobile bar to moving up
It is dynamic, to drive first movement bar to move up, nibbled with first gear to make first movement bar that second gear be driven to be detached from
It closes, to make friction plate stop rotating, when user needs that friction plate is made to continue rotation, user can be to install on the left of manual rotation
Disk, to make convex block be detached from contact with idler wheel, to drive first movement bar to move down, to making second gear continue and
First gear engages.
（3）Advantageous effect
Invention achieves the effects that can intuitively indicate that the result measured keeps testing precision height, detection process time saving and energy saving
Fruit makes shoes be rotated on friction plate, passes through shoes by using then mode that shoes sleeve is rotated to shoes on shoe-shaped block
The distance that friction plate moves right is driven to indicate the mode of anti-slippery, can intuitively represent the skid resistance of shoes.
Description of the drawings
Fig. 1 is the main structure diagram of the present invention.
Fig. 2 is the main structure diagram of linkage rotation device of the present invention.
Fig. 3 is the main structure diagram of scale plate of the present invention.
Fig. 4 is the main structure diagram of automatic switching control equipment of the present invention.
Fig. 5 is the left structural schematic diagram of convex block of the present invention.
Label in attached drawing be：1- bottom plates, 2- supporting rods, 3- first bearing seats, the first bull sticks of 4-, 5- mounting discs, 6-
One sliding rail, the first sliding blocks of 7-, the first springs of 8-, 9- friction plates, 10- support plates, 11- fixed plates, 12- mounting rods, 13- are electronic
Wheel, 14- turntables, the first guide rails of 15-, the first guide sleeves of 16-, 17- second springs, 18- shoe-shaped blocks, 30- linkage rotation devices, 301-
First gear, 302- first rotating shafts, the first runners of 303-, 304- racks, the second sliding rails of 305-, the second sliding blocks of 306-, 307-
One mobile bar, 308- second bearing seats, the second bull sticks of 309-, 3010- second gears, the first angular wheels of 3011-, 3012- connect
Connecing block, the second angular wheels of 3013-, 3014- third gears, the second runners of 3015-, 3016- is driven item, 3017- sector gears,
3021- scale plates, 3022- connecting rods, 3023- pointers, 31- automatic switching control equipments, the second guide rails of 311-, the second guide sleeves of 312-,
The second shafts of 313-, 314- idler wheels, 315- convex blocks, the second mobile bars of 316-, 317- third mobile bars.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of sole skid resistance detection device includes as shown in Figs. 1-5 bottom plate 1, supporting rod 2,3, first turns of first bearing seat
Bar 4, mounting disc 5, the first sliding rail 6, the first sliding block 7, the first spring 8, friction plate 9, support plate 10, fixed plate 11, mounting rod 12,
Electric Motor Wheel 13, turntable 14, the first guide rail 15, the first guide sleeve 16, second spring 17 and shoe-shaped block 18, the left and right sides connects on bottom plate 1
It is connected to supporting rod 2, upside is respectively connected with first bearing seat 3 in supporting rod 2, and the first bull stick 4 is respectively connected in first bearing seat 3,
The inside of first bull stick 4 is respectively connected with mounting disc 5, and connection is there are four the first sliding rail 6 between 5 inside of mounting disc, between the first sliding rail 6
90 degree each other, slidingtype is connected with the first sliding block 7 in the first sliding rail 6, and 7 right end of the first sliding block is respectively connected with the first spring 8, the
One spring, 8 right end is connected to right side in the first sliding rail 6, and 7 outside of the first sliding block is respectively connected with friction plate 9, and each friction plate 9 rubs
It wipes coefficient to differ, for imitating the friction coefficient of different ground environments, 1 upper left side of bottom plate is connected with support plate 10, support plate
10 right sides top are connected with fixed plate 11, and 11 right end of fixed plate is connected with mounting rod 12, and 12 front side lower section of mounting rod is connected with electricity
Driving wheel 13,13 front side of Electric Motor Wheel are connected with turntable 14, and there are three the first guide rail 15, three the first guide rails 15 for 14 outside connection of turntable
Between 90 degree each other, 180 degree each other between the first guide rail 15 of upside two, slidingtype is connected with first and leads on the first guide rail 15
Set 16,16 inside of the first guide sleeve are connected with second spring 17, and 17 upper end of second spring is connected on turntable 14, on the first guide sleeve 16
It is connected with shoe-shaped block 18.
Embodiment 2
A kind of sole skid resistance detection device includes as shown in Figs. 1-5 bottom plate 1, supporting rod 2,3, first turns of first bearing seat
Bar 4, mounting disc 5, the first sliding rail 6, the first sliding block 7, the first spring 8, friction plate 9, support plate 10, fixed plate 11, mounting rod 12,
Electric Motor Wheel 13, turntable 14, the first guide rail 15, the first guide sleeve 16, second spring 17 and shoe-shaped block 18, the left and right sides connects on bottom plate 1
It is connected to supporting rod 2, upside is respectively connected with first bearing seat 3 in supporting rod 2, and the first bull stick 4 is respectively connected in first bearing seat 3,
The inside of first bull stick 4 is respectively connected with mounting disc 5, and connection is there are four the first sliding rail 6 between 5 inside of mounting disc, between the first sliding rail 6
90 degree each other, slidingtype is connected with the first sliding block 7 in the first sliding rail 6, and 7 right end of the first sliding block is respectively connected with the first spring 8, the
One spring, 8 right end is connected to right side in the first sliding rail 6, and 7 outside of the first sliding block is respectively connected with friction plate 9, and each friction plate 9 rubs
It wipes coefficient to differ, for imitating the friction coefficient of different ground environments, 1 upper left side of bottom plate is connected with support plate 10, support plate
10 right sides top are connected with fixed plate 11, and 11 right end of fixed plate is connected with mounting rod 12, and 12 front side lower section of mounting rod is connected with electricity
Driving wheel 13,13 front side of Electric Motor Wheel are connected with turntable 14, and there are three the first guide rail 15, three the first guide rails 15 for 14 outside connection of turntable
Between 90 degree each other, 180 degree each other between the first guide rail 15 of upside two, slidingtype is connected with first and leads on the first guide rail 15
Set 16,16 inside of the first guide sleeve are connected with second spring 17, and 17 upper end of second spring is connected on turntable 14, on the first guide sleeve 16
It is connected with shoe-shaped block 18.
Further include having linkage rotation device 30, linkage rotation device 30 includes first gear 301, first rotating shaft 302,
One runner 303, rack 304, the second sliding rail 305, the second sliding block 306, first movement bar 307,308, second turns of second bearing seat
Bar 309, second gear 3010, the first angular wheel 3011, link block 3012, the second angular wheel 3013, third gear 3014,
Second runner 3015, transmission item 3016 and sector gear 3017,2 left of Left-side support bar are equipped with linkage rotation device 30, left side
First bull stick, 4 left end is connected with first gear 301, and two side rotaries are connected with first rotating shaft 302 up and down on support plate 10 right side, the
It is respectively connected with the first runner 303 in one shaft 302, is connected with rack 304 between the first runner 303, on 2 left side of Left-side support bar
Side is connected with the second sliding rail 305, and 305 inner sliding type of the second sliding rail is connected with the second sliding block 306, the 306 upside connection of the second sliding block
There are first movement bar 307, the interior upside of first movement bar 307 to be connected with second bearing seat 308, be connected in second bearing seat 308
Second bull stick 309,309 left end of the second bull stick are connected with second gear 3010, and second gear 3010 is located at 304 top of rack, the
Two gears 3010 are engaged with rack 304, and second gear 3010 is engaged with first gear 301, the connection of 302 right end of upside first rotating shaft
There are the first angular wheel 3011,11 downside left of fixed plate to be connected with link block 3012,3012 front side lower section of link block is rotary
It is connected with the second angular wheel 3013, the second angular wheel 3013 is engaged with the first angular wheel 3011, in 12 rear side of mounting rod
Portion is rotatably connected with third gear 3014, and 3014 rear side of third gear is respectively connected with second with 3013 front side of the second angular wheel
Runner 3015 is connected with transmission item 3016 between second runner 3015, and 13 rear side of Electric Motor Wheel is connected with sector gear 3017, fan-shaped
Gear 3017 is engaged with third gear 3014.
Embodiment 3
A kind of sole skid resistance detection device includes as shown in Figs. 1-5 bottom plate 1, supporting rod 2,3, first turns of first bearing seat
Bar 4, mounting disc 5, the first sliding rail 6, the first sliding block 7, the first spring 8, friction plate 9, support plate 10, fixed plate 11, mounting rod 12,
Electric Motor Wheel 13, turntable 14, the first guide rail 15, the first guide sleeve 16, second spring 17 and shoe-shaped block 18, the left and right sides connects on bottom plate 1
It is connected to supporting rod 2, upside is respectively connected with first bearing seat 3 in supporting rod 2, and the first bull stick 4 is respectively connected in first bearing seat 3,
The inside of first bull stick 4 is respectively connected with mounting disc 5, and connection is there are four the first sliding rail 6 between 5 inside of mounting disc, between the first sliding rail 6
90 degree each other, slidingtype is connected with the first sliding block 7 in the first sliding rail 6, and 7 right end of the first sliding block is respectively connected with the first spring 8, the
One spring, 8 right end is connected to right side in the first sliding rail 6, and 7 outside of the first sliding block is respectively connected with friction plate 9, and each friction plate 9 rubs
It wipes coefficient to differ, for imitating the friction coefficient of different ground environments, 1 upper left side of bottom plate is connected with support plate 10, support plate
10 right sides top are connected with fixed plate 11, and 11 right end of fixed plate is connected with mounting rod 12, and 12 front side lower section of mounting rod is connected with electricity
Driving wheel 13,13 front side of Electric Motor Wheel are connected with turntable 14, and there are three the first guide rail 15, three the first guide rails 15 for 14 outside connection of turntable
Between 90 degree each other, 180 degree each other between the first guide rail 15 of upside two, slidingtype is connected with first and leads on the first guide rail 15
Set 16,16 inside of the first guide sleeve are connected with second spring 17, and 17 upper end of second spring is connected on turntable 14, on the first guide sleeve 16
It is connected with shoe-shaped block 18.
Further include having linkage rotation device 30, linkage rotation device 30 includes first gear 301, first rotating shaft 302,
One runner 303, rack 304, the second sliding rail 305, the second sliding block 306, first movement bar 307,308, second turns of second bearing seat
Bar 309, second gear 3010, the first angular wheel 3011, link block 3012, the second angular wheel 3013, third gear 3014,
Second runner 3015, transmission item 3016 and sector gear 3017,2 left of Left-side support bar are equipped with linkage rotation device 30, left side
First bull stick, 4 left end is connected with first gear 301, and two side rotaries are connected with first rotating shaft 302 up and down on support plate 10 right side, the
It is respectively connected with the first runner 303 in one shaft 302, is connected with rack 304 between the first runner 303, on 2 left side of Left-side support bar
Side is connected with the second sliding rail 305, and 305 inner sliding type of the second sliding rail is connected with the second sliding block 306, the 306 upside connection of the second sliding block
There are first movement bar 307, the interior upside of first movement bar 307 to be connected with second bearing seat 308, be connected in second bearing seat 308
Second bull stick 309,309 left end of the second bull stick are connected with second gear 3010, and second gear 3010 is located at 304 top of rack, the
Two gears 3010 are engaged with rack 304, and second gear 3010 is engaged with first gear 301, the connection of 302 right end of upside first rotating shaft
There are the first angular wheel 3011,11 downside left of fixed plate to be connected with link block 3012,3012 front side lower section of link block is rotary
It is connected with the second angular wheel 3013, the second angular wheel 3013 is engaged with the first angular wheel 3011, in 12 rear side of mounting rod
Portion is rotatably connected with third gear 3014, and 3014 rear side of third gear is respectively connected with second with 3013 front side of the second angular wheel
Runner 3015 is connected with transmission item 3016 between second runner 3015, and 13 rear side of Electric Motor Wheel is connected with sector gear 3017, fan-shaped
Gear 3017 is engaged with third gear 3014.
Further include having scale plate 3021, connecting rod 3022 and pointer 3023,9 front side of friction plate is connected with scale plate 3021,
There are four connecting rod 3022, four connecting rods 3022 are located at 3021 front side of scale plate, connection for connection between 5 inside of mounting disc
3022 front side right of bar is connected with pointer 3023, and pointer 3023 refers on scale plate 3021.
Embodiment 4
A kind of sole skid resistance detection device includes as shown in Figs. 1-5 bottom plate 1, supporting rod 2,3, first turns of first bearing seat
Bar 4, mounting disc 5, the first sliding rail 6, the first sliding block 7, the first spring 8, friction plate 9, support plate 10, fixed plate 11, mounting rod 12,
Electric Motor Wheel 13, turntable 14, the first guide rail 15, the first guide sleeve 16, second spring 17 and shoe-shaped block 18, the left and right sides connects on bottom plate 1
It is connected to supporting rod 2, upside is respectively connected with first bearing seat 3 in supporting rod 2, and the first bull stick 4 is respectively connected in first bearing seat 3,
The inside of first bull stick 4 is respectively connected with mounting disc 5, and connection is there are four the first sliding rail 6 between 5 inside of mounting disc, between the first sliding rail 6
90 degree each other, slidingtype is connected with the first sliding block 7 in the first sliding rail 6, and 7 right end of the first sliding block is respectively connected with the first spring 8, the
One spring, 8 right end is connected to right side in the first sliding rail 6, and 7 outside of the first sliding block is respectively connected with friction plate 9, and each friction plate 9 rubs
It wipes coefficient to differ, for imitating the friction coefficient of different ground environments, 1 upper left side of bottom plate is connected with support plate 10, support plate
10 right sides top are connected with fixed plate 11, and 11 right end of fixed plate is connected with mounting rod 12, and 12 front side lower section of mounting rod is connected with electricity
Driving wheel 13,13 front side of Electric Motor Wheel are connected with turntable 14, and there are three the first guide rail 15, three the first guide rails 15 for 14 outside connection of turntable
Between 90 degree each other, 180 degree each other between the first guide rail 15 of upside two, slidingtype is connected with first and leads on the first guide rail 15
Set 16,16 inside of the first guide sleeve are connected with second spring 17, and 17 upper end of second spring is connected on turntable 14, on the first guide sleeve 16
It is connected with shoe-shaped block 18.
Further include having linkage rotation device 30, linkage rotation device 30 includes first gear 301, first rotating shaft 302,
One runner 303, rack 304, the second sliding rail 305, the second sliding block 306, first movement bar 307,308, second turns of second bearing seat
Bar 309, second gear 3010, the first angular wheel 3011, link block 3012, the second angular wheel 3013, third gear 3014,
Second runner 3015, transmission item 3016 and sector gear 3017,2 left of Left-side support bar are equipped with linkage rotation device 30, left side
First bull stick, 4 left end is connected with first gear 301, and two side rotaries are connected with first rotating shaft 302 up and down on support plate 10 right side, the
It is respectively connected with the first runner 303 in one shaft 302, is connected with rack 304 between the first runner 303, on 2 left side of Left-side support bar
Side is connected with the second sliding rail 305, and 305 inner sliding type of the second sliding rail is connected with the second sliding block 306, the 306 upside connection of the second sliding block
There are first movement bar 307, the interior upside of first movement bar 307 to be connected with second bearing seat 308, be connected in second bearing seat 308
Second bull stick 309,309 left end of the second bull stick are connected with second gear 3010, and second gear 3010 is located at 304 top of rack, the
Two gears 3010 are engaged with rack 304, and second gear 3010 is engaged with first gear 301, the connection of 302 right end of upside first rotating shaft
There are the first angular wheel 3011,11 downside left of fixed plate to be connected with link block 3012,3012 front side lower section of link block is rotary
It is connected with the second angular wheel 3013, the second angular wheel 3013 is engaged with the first angular wheel 3011, in 12 rear side of mounting rod
Portion is rotatably connected with third gear 3014, and 3014 rear side of third gear is respectively connected with second with 3013 front side of the second angular wheel
Runner 3015 is connected with transmission item 3016 between second runner 3015, and 13 rear side of Electric Motor Wheel is connected with sector gear 3017, fan-shaped
Gear 3017 is engaged with third gear 3014.
Further include having scale plate 3021, connecting rod 3022 and pointer 3023,9 front side of friction plate is connected with scale plate 3021,
There are four connecting rod 3022, four connecting rods 3022 are located at 3021 front side of scale plate, connection for connection between 5 inside of mounting disc
3022 front side right of bar is connected with pointer 3023, and pointer 3023 refers on scale plate 3021.
Further include having automatic switching control equipment 31, automatic switching control equipment 31 includes the second guide rail 311, the second guide sleeve 312,
Two shafts 313, idler wheel 314, convex block 315, the second mobile bar 316 and third mobile bar 317,2 top of Left-side support bar are equipped with certainly
Dynamic switching device 31,2 upper end of Left-side support bar are connected with the second guide rail 311, and slidingtype is connected with second and leads on the second guide rail 311
Set 312,312 right side of the second guide sleeve are rotatably connected with the second shaft 313, and 313 right end of the second shaft is connected with idler wheel 314, left
There are four convex blocks 315 for 5 upside connection of side mounting disc, and the angle of convex block 315 is consistent with the angle of friction plate 9, and idler wheel 314 is located at convex
315 top of block, 312 right side top of the second guide sleeve are connected with the second mobile bar 316, and 316 upper end of the second mobile bar connects right third
Mobile bar 317,317 left side lower section of third mobile bar are connected to 307 upper end of first movement bar.
Operation principle：When user needs to carry out the test of skid resistance to sole, user can rotate the first bull stick 4, the
One bull stick 4 drives mounting disc 5 to rotate, and mounting disc 5 drives the rotation of the first sliding rail 6, to drive the first sliding block 7 and friction plate 9 to revolve
Turn, when friction plate 9 is rotated in place in shoe-shaped 18 lower section of block, user can stop rotating the first bull stick 4, and then user can will
Shoes are respectively fitted on shoe-shaped block 18, and then user can start Electric Motor Wheel 13, and Electric Motor Wheel 13 drives turntable 14 to rotate counterclockwise,
Turntable 14 drives the first rotation counterclockwise of guide rail 15, the first guide rail 15 that the first guide sleeve 16 and shoe-shaped block 18 is driven to rotate counterclockwise,
To make shoes rotate, when shoes, which are rotated to, to be contacted with friction plate 9, shoe-shaped block 18 will push the first guide sleeve 16 to moving up
It is dynamic, to compress the second spring 17 at this, so that the reaction force of second spring 17 is pushed down shoes, shoes is made to be crushed on friction plate
On 9, shoes, which continue rotation, will push friction plate 9 to move right, and friction plate 9 is moved right by the first sliding block 7, at this time will compression
First spring 8, if the shoes skid resistance is good, it is more that shoes will drive friction plate 9 to move right, if the shoes are anti-skidding
Property it is general, that shoes will drive friction plate 9 to move right less, can be moved right by friction plate 9 thereby using family
Length judges the skid resistance of the shoes, and when shoes, which are rotated to, not to be contacted with friction plate 9, the first spring 8 will push
One sliding block 7 and friction plate 9 are moved to the left and set back, and second spring 17 will push the first guide sleeve 16 and shoe-shaped block 18 to restore former
Position, when the position between the shoe-shaped block 18 for being separated by 180 degree is located at 9 top of friction plate, user can rotate the first bull stick at this time
490 degree, next friction plate 9 is made to be located at 18 lower section of shoe-shaped block, to make the friction plate 9 of different coefficients of friction be used for imitating difference
Ground, to increase the sole skid resistance test reliability.After the completion of the test of shoes skid resistance, user can close electricity
Driving wheel 13, then removes shoes.
Because further including having linkage rotation device 30, linkage rotation device 30 includes first gear 301, first rotating shaft
302, the first runner 303, rack 304, the second sliding rail 305, the second sliding block 306, first movement bar 307, second bearing seat 308,
Second bull stick 309, second gear 3010, the first angular wheel 3011, link block 3012, the second angular wheel 3013, third tooth
The 3014, second runner 3015, transmission item 3016 and sector gear 3017 are taken turns, 2 left of Left-side support bar is equipped with linkage rotation device
30,4 left end of the first bull stick of left side is connected with first gear 301, and two side rotaries are connected with first turn up and down on support plate 10 right side
Axis 302 is respectively connected with the first runner 303 in first rotating shaft 302, rack 304, Left-side support is connected between the first runner 303
2 left side top of bar is connected with the second sliding rail 305, and 305 inner sliding type of the second sliding rail is connected with the second sliding block 306, the second sliding block 306
Upside is connected with first movement bar 307, and upside is connected with second bearing seat 308, second bearing seat 308 in first movement bar 307
It is inside connected with the second bull stick 309,309 left end of the second bull stick is connected with second gear 3010, and second gear 3010 is located at rack 304
Top, second gear 3010 are engaged with rack 304, and second gear 3010 is engaged with first gear 301, upside first rotating shaft 302
Right end is connected with the first angular wheel 3011, and 11 downside left of fixed plate is connected with link block 3012, under 3012 front side of link block
Side is rotatably connected with the second angular wheel 3013, and the second angular wheel 3013 is engaged with the first angular wheel 3011, mounting rod
12 rear side rotating middle part formulas are connected with third gear 3014, and 3014 rear side of third gear connects with 3013 front side of the second angular wheel
It is connected to the second runner 3015, transmission item 3016 is connected between the second runner 3015,13 rear side of Electric Motor Wheel is connected with sector gear
3017, sector gear 3017 is engaged with third gear 3014, when user needs below quickly switching friction plate 9 to shoe-shaped block 18
When, when rotation drives the position being separated by between the shoe-shaped block 18 of 180 degree to be located at 9 top of friction plate to Electric Motor Wheel 13 counterclockwise, fan
Shape gear 3017 will engage at this time with third gear 3014, and sector gear 3017 drives the rotation counterclockwise of third gear 3014, the
Three gears 3014 drive right side the second runner 3015 rotation, the second runner 3015 to drive the second runner of left side by being driven item 3016
3015 rotations, the second runner of left side 3015 drive the second rotation counterclockwise of angular wheel 3013, the second angular wheel 3013 to drive
First angular wheel 3011 rotates clockwise, and the first angular wheel 3011 drives upside first rotating shaft 302 to rotate clockwise, upside
Shaft drives the first runner 303 of upside to rotate clockwise, and the first runner of upside 303 drives the first runner of downside by rack 304
303 rotate clockwise, and rack 304 drives second gear 3010 to rotate counterclockwise, and second gear 3010 drives first gear 301 suitable
Hour hands rotate, and first gear 301 drives the first bull stick 4 of left side to rotate clockwise, to drive friction plate 9 to rotate, when friction plate 9
After being rotated by 90 °, user can move up the second sliding block 306, and the second sliding block 306 drives first movement bar 307 to move up,
First movement bar 307 drives second gear 3010 to be rotating counterclockwise on rack 304 and moves up, to make second gear
3010 disengagings are engaged with first gear 301, to make first gear 301 stop rotating, to make friction plate 9 stop rotating.
Because further including having scale plate 3021, connecting rod 3022 and pointer 3023,9 front side of friction plate is connected with scale plate
3021, there are four connecting rods 3022 for connection between the inside of mounting disc 5, before four connecting rods 3022 are located at scale plate 3021
Side, 3022 front side right of connecting rod are connected with pointer 3023, and pointer 3023 refers on scale plate 3021, when user needs accurately
When measuring the anti-slippery of shoes, when shoes drive friction plate 9 to move right, friction plate 9 will drive scale plate 3021 to move right
It is dynamic, to make pointer 3023 refer on different 3021 positions of scale plate, so as to accurately determine sole using number
Skid resistance.
Because further including having automatic switching control equipment 31, automatic switching control equipment 31 includes the second guide rail 311, the second guide sleeve
312, the second shaft 313, idler wheel 314, convex block 315, the second mobile bar 316 and third mobile bar 317,2 top of Left-side support bar
Equipped with automatic switching control equipment 31,2 upper end of Left-side support bar is connected with the second guide rail 311, and slidingtype is connected on the second guide rail 311
Second guide sleeve 312,312 right side of the second guide sleeve are rotatably connected with the second shaft 313, and 313 right end of the second shaft is connected with idler wheel
314, there are four convex blocks 315 for 5 upside connection of left side mounting disc, and the angle of convex block 315 is consistent with the angle of friction plate 9, idler wheel 314
Above convex block 315,312 right side top of the second guide sleeve is connected with the second mobile bar 316, the connection of 316 upper end of the second mobile bar
Right third mobile bar 317,317 left side lower section of third mobile bar is connected to 307 upper end of first movement bar, when user needs to make second
When gear 3010 and first gear 301 are automatically stopped after driving friction plate 9 to be rotated by 90 °, when second gear 3010 drives the first tooth
When wheel 301 and friction plate 9 rotate, also convex block 315 will be driven to rotate, idler wheel 314 is rotated on convex block 315, when left side mounting disc 5
After being rotated by 90 °, convex block 315, which also will rotate into, drives idler wheel 314 to move up, and idler wheel 314 drives the second guide sleeve 312 to moving up
Dynamic, the second guide sleeve 312 drives the second mobile bar 316 and third mobile bar 317 to move up, to drive first movement bar 307
It moves up, is engaged with first gear 301 to make first movement bar 307 that second gear 3010 be driven to be detached from, to making to rub
Wiping board 9 stops rotating, when user needs to make friction plate 9 to continue rotation, user can with mounting disc 5 on the left of manual rotation, to
Make the disengaging of convex block 315 and the contact of idler wheel 314, to drive first movement bar 307 to move down, to make second gear 3010
Continuation is engaged with first gear 301.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (4)
1. a kind of sole skid resistance detection device, which is characterized in that include bottom plate（1）, supporting rod（2）, first bearing seat
（3）, the first bull stick（4）, mounting disc（5）, the first sliding rail（6）, the first sliding block（7）, the first spring（8）, friction plate（9）, support
Plate（10）, fixed plate（11）, mounting rod（12）, Electric Motor Wheel（13）, turntable（14）, the first guide rail（15）, the first guide sleeve（16）,
Two springs（17）With shoe-shaped block（18）, bottom plate（1）The upper left and right sides is connected with supporting rod（2）, supporting rod（2）Interior upside is all connected with
There is first bearing seat（3）, first bearing seat（3）Inside it is respectively connected with the first bull stick（4）, the first bull stick（4）Inside is respectively connected with peace
Sabot（5）, mounting disc（5）There are four the first sliding rails for connection between inside（6）, the first sliding rail（6）Between 90 degree each other, first slide
Rail（6）Interior equal slidingtype is connected with the first sliding block（7）, the first sliding block（7）Right end is respectively connected with the first spring（8）, the first spring
（8）Right end is connected to the first sliding rail（6）Interior right side, the first sliding block（7）Outside is respectively connected with friction plate（9）, each friction plate（9）
Friction coefficient differ, for imitating the friction coefficient of different ground environments, bottom plate（1）Upper left side is connected with support plate
（10）, support plate（10）It is connected with fixed plate above right side（11）, fixed plate（11）Right end is connected with mounting rod（12）, mounting rod
（12）It is connected with Electric Motor Wheel below front side（13）, Electric Motor Wheel（13）Front side is connected with turntable（14）, turntable（14）Outside is connected with
Three the first guide rails（15）, three the first guide rails（15）Between 90 degree each other, the first guide rail of upside two（15）Between each other 180
Degree, the first guide rail（15）Upper equal slidingtype is connected with the first guide sleeve（16）, the first guide sleeve（16）Inside is connected with second spring
（17）, second spring（17）Upper end is connected to turntable（14）On, the first guide sleeve（16）On be connected with shoe-shaped block（18）.
2. a kind of sole skid resistance detection device according to claim 1, which is characterized in that further include having linkage rotation dress
It sets（30）, linkage rotation device（30）It include first gear（301）, first rotating shaft（302）, the first runner（303）, rack
（304）, the second sliding rail（305）, the second sliding block（306）, first movement bar（307）, second bearing seat（308）, the second bull stick
（309）, second gear（3010）, the first angular wheel（3011）, link block（3012）, the second angular wheel（3013）, third
Gear（3014）, the second runner（3015）, transmission item（3016）And sector gear（3017）, Left-side support bar（2）Left is equipped with
Linkage rotation device（30）, the first bull stick of left side（4）Left end is connected with first gear（301）, support plate（10）Two above and below right side
Side rotary is connected with first rotating shaft（302）, first rotating shaft（302）On be respectively connected with the first runner（303）, the first runner
（303）Between be connected with rack（304）, Left-side support bar（2）It is connected with the second sliding rail above left side（305）, the second sliding rail
（305）Inner sliding type is connected with the second sliding block（306）, the second sliding block（306）Upside is connected with first movement bar（307）, first
Mobile bar（307）Interior upside is connected with second bearing seat（308）, second bearing seat（308）Inside it is connected with the second bull stick（309）,
Second bull stick（309）Left end is connected with second gear（3010）, second gear（3010）Positioned at rack（304）Top, the second tooth
Wheel（3010）With rack（304）Engagement, second gear（3010）With first gear（301）Engagement, upside first rotating shaft（302）It is right
End is connected with the first angular wheel（3011）, fixed plate（11）Downside left is connected with link block（3012）, link block（3012）
Rotatably it is connected with the second angular wheel below front side（3013）, the second angular wheel（3013）With the first angular wheel（3011）
Engagement, mounting rod（12）Rear side rotating middle part formula is connected with third gear（3014）, third gear（3014）Rear side and the second cone
Shape gear（3013）Front side is respectively connected with the second runner（3015）, the second runner（3015）Between be connected with transmission item（3016）,
Electric Motor Wheel（13）Rear side is connected with sector gear（3017）, sector gear（3017）With third gear（3014）Engagement.
3. a kind of sole skid resistance detection device according to claim 2, which is characterized in that further include having scale plate
（3021）, connecting rod（3022）And pointer（3023）, friction plate（9）Front side is connected with scale plate（3021）, mounting disc（5）Inside
Between connection there are four connecting rod（3022）, four connecting rods（3022）It is located at scale plate（3021）Front side, connecting rod
（3022）Front side right is connected with pointer（3023）, pointer（3023）Refer in scale plate（3021）On.
4. a kind of sole skid resistance detection device according to claim 3, which is characterized in that further include thering is automatic switchover to fill
It sets（31）, automatic switching control equipment（31）It include the second guide rail（311）, the second guide sleeve（312）, the second shaft（313）, idler wheel
（314）, convex block（315）, the second mobile bar（316）With third mobile bar（317）, Left-side support bar（2）Top is equipped with and cuts automatically
Changing device（31）, Left-side support bar（2）Upper end is connected with the second guide rail（311）, the second guide rail（311）Upper slidingtype is connected with
Two guide sleeves（312）, the second guide sleeve（312）Right side is rotatably connected with the second shaft（313）, the second shaft（313）Right end connects
There is idler wheel（314）, left side mounting disc（5）There are four convex blocks for upside connection（315）, convex block（315）Angle and friction plate（9）'s
Angle is consistent, idler wheel（314）Positioned at convex block（315）Top, the second guide sleeve（312）It is connected with the second mobile bar above right side
（316）, the second mobile bar（316）Upper end connects right third mobile bar（317）, third mobile bar（317）It is connected to below left side
First movement bar（307）Upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810158098.1A CN108451099B (en) | 2018-02-25 | 2018-02-25 | Sole antiskid nature check out test set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810158098.1A CN108451099B (en) | 2018-02-25 | 2018-02-25 | Sole antiskid nature check out test set |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108451099A true CN108451099A (en) | 2018-08-28 |
| CN108451099B CN108451099B (en) | 2020-05-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810158098.1A Active CN108451099B (en) | 2018-02-25 | 2018-02-25 | Sole antiskid nature check out test set |
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| Country | Link |
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| CN (1) | CN108451099B (en) |
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| CN110631946A (en) * | 2019-10-30 | 2019-12-31 | 林琪 | Sole rubber material friction performance test equipment |
| CN111855562A (en) * | 2020-08-17 | 2020-10-30 | 朱桂英 | Sole antiskid nature check out test set |
| CN111993320A (en) * | 2020-09-27 | 2020-11-27 | 广州篮海贸易有限公司 | Device for detecting ground gripping force of sole to ground by utilizing piezoelectric effect |
| CN112167774A (en) * | 2020-09-28 | 2021-01-05 | 孙国花 | Sole antiskid nature testing arrangement is used in shoes detection |
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| US6122846A (en) * | 1999-08-30 | 2000-09-26 | Frank B. Gray | Force monitoring shoe |
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| CN106073028A (en) * | 2016-06-03 | 2016-11-09 | 镇江日英鞋业有限公司 | A kind of mechanism simulating footwear walking |
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| CN110631946A (en) * | 2019-10-30 | 2019-12-31 | 林琪 | Sole rubber material friction performance test equipment |
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| CN111855562A (en) * | 2020-08-17 | 2020-10-30 | 朱桂英 | Sole antiskid nature check out test set |
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| CN111993320A (en) * | 2020-09-27 | 2020-11-27 | 广州篮海贸易有限公司 | Device for detecting ground gripping force of sole to ground by utilizing piezoelectric effect |
| CN112167774A (en) * | 2020-09-28 | 2021-01-05 | 孙国花 | Sole antiskid nature testing arrangement is used in shoes detection |
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|---|---|
| CN108451099B (en) | 2020-05-05 |
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Effective date of registration: 20200401 Address after: 526000 Building 5 and 6, No.3, Xinglong 1st Street, Linjiang Industrial Park, Zhaoqing high tech Zone, Guangdong Province (Zhongjing industry) Applicant after: Guangdong Pengjun New Materials Technology Co.,Ltd. Address before: Room 135, Unit 9, Yayuan, Jintang, Sanguangtian Community, Meiling Street, Jinjiang City, Quanzhou City, Fujian Province Applicant before: JINJIANG NUOYAN MACHINERY DESIGN Co.,Ltd. |
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Denomination of invention: A device for detecting the slip resistance of shoe soles Effective date of registration: 20230918 Granted publication date: 20200505 Pledgee: Bank of China Limited Zhaoqing branch Pledgor: Guangdong Pengjun New Materials Technology Co.,Ltd. Registration number: Y2023980057095 |
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