CN105879363A - Walking shoes provided with single row or double rows of rotating rollers - Google Patents

Walking shoes provided with single row or double rows of rotating rollers Download PDF

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Publication number
CN105879363A
CN105879363A CN201510051287.5A CN201510051287A CN105879363A CN 105879363 A CN105879363 A CN 105879363A CN 201510051287 A CN201510051287 A CN 201510051287A CN 105879363 A CN105879363 A CN 105879363A
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China
Prior art keywords
wheel
sole
eccentric shaft
double
axial section
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CN201510051287.5A
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Chinese (zh)
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陈仁麟
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Individual
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Individual
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Priority to CN201510051287.5A priority Critical patent/CN105879363A/en
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Abstract

The invention provides a pair of walking shoes provided with single row or double rows of rotating rollers. The pair of walking shoes is characterized in that in each walking shoe, the side face of a shoe sole is at least provided with a front hole and a rear hole in a transverse direction; cranks are arranged in the shoe sole; mandrels of the cranks are in clearance fit with the cranks; bearings and the rollers are connected to eccentric shafts of the cranks; torsion, generated as rotating shafts at the ends of the cranks or the rollers, can drive the eccentric shafts or act on the mandrels, and by virtue of transmission devices, the various eccentric shafts are driven and limited to reciprocally rotate between upper axial sections and lower axial sections by an included angle alpha; when the eccentric shafts are tangent to the upper axial sections, the rollers are higher than the lower surface of the shoe sole, so that the shoe is used for walking, and when the eccentric shafts are tangent to the lower axial sections, the rollers are lower than the lower surface of the shoe sole, so that the shoe is used for skating; lifting bolts are also connected to the lower axial sections for regulating and controlling the lower axial sections; the cranks are locked by virtue of locking devices; and a brake is arranged below the shoe sole. The modes of walking and skating can be conveniently and rapidly converted just by lifting feet and controlling in a rotating manner for several seconds; when single row of the rollers are adopted, the walking shoes are high in speed, and when double rows of the rollers, namely four rollers, are loaded, the walking shoes are stable; since the inner sides of the rollers can be greater than the width of the shoes, large-diameter rollers can be adopted, so that the shoes are stable and are slight in vibration; since the faces of the shoe soles are just 2cm away from the ground, the shoes, which roll nearly in a mode of getting contact with the ground, are safe; the shoes are applicable to broad juvenile, youth, adult and middle-aged people in trips and exercises; and the walking shoes can certainly create a new age of human in skating walking.

Description

Single double convolution Roller skate
Technical field
The present invention relates to a kind of can walking stand and can take turns quickly slide and can wink double time of list exchanging of speed Rotation Roller skate.
Background technology
Have in Modern Traffic under aircraft and have car and boat, but go out door in remote mountain villa, on the outskirts of a town, in community, at width In wide campus, on the pavement smooth without the few people of car, without bus subway and other vehicles, changing Before and after Cheng Che in 1,100 meters of short distances of not Portable belt bicycle motorcycle, the mankind can only lean on both feet step by step so far Jogging, wastes time and energy;And the current sports type double boots with straight row of rollers of fitness equipment list, roller skate can only slide with wheel, Can not walking stand, take turns narrow, to be positioned at sole high, crumbling down to make foot plate surface away from ten centimetres of ground for wheel, Only adapt to the teenager's body-building through special training on motion field boundary, but popular forbidding, and inconvenience is at numerous people Middle penetration and promotion;Cruelly walk and when footwear slide, require that user's heel lands, human body can not balance, the weight of crucial whole body Amount concentrates on after pin at root and ankle, easily causes the muscle damage at these positions.
Summary of the invention
It is an object of the invention to provide a kind of can walking stand and can take turns quickly slide and can wink speed exchange, suitable Prime of life trip in vast few green grass or young crops, the list double convolution Roller skate of body-building safety.
In order to achieve the above object, technical solution of the present invention provides a kind of single double convolution Roller skate, its Be characterised by: sole side laterally at least provided with front and back two hole, in be respectively provided with bent axle, its mandrel gap therewith is joined Closing, on crankshaft eccentric shaft, there are bearing, wheel each connection, rotate the torsion of crankshaft end spin axis or wheel drive eccentric shaft or Act on mandrel reciprocal between transmission device drives each eccentric shaft at the upper axial section, lower axial section angle α of restriction Convolution, when eccentric shaft is tangential on axial section, wheel exceed for walking below sole, eccentric shaft is tangential on lower axle During tangent plane, wheel less than being used for taking turns rolling below sole, lower axial section also connects lifting bolt regulation and control, bent axle is also To be connected to the locking of sole locking device, sole has brake.
Preferably, each hole horizontal of described sole, parallel, contour, longitudinal middle part or side lead to transmission device Road contact, each nose end upper left or upper right be provided with axial section under axial section, be respectively the most vertical with nose end circumference tangent, Under tangent plane or cambered surface, upper axial section, between axial section, 180 ° of < α < of angle 300 °, both sides are indulged with sole To Central Symmetry, the upper and lower axial section in each hole is positioned at upper left or upper right simultaneously and is room structure in the same direction, lays respectively at Upper left and upper right are symmetrical room structure, are provided with the wheel bore taking turns matched in clearance normal thereto below each hole.
Preferably, described crankshaft two end symmetry stage casing is protruded, when eccentric shaft, bearing, wheel are symmetrical in two ends, the heart It is Double-wheel crankshaft that axle is positioned at stage casing, when eccentric shaft, bearing, wheel be located at stage casing, to be symmetrical in two ends be single-wheel to mandrel Bent axle, mandrel and eccentric shaft parallel coplanar, every couple of sole each eccentricity of crankshaft e is equal, and each bent axle mandrel is also Connect with transmission device.
Preferably, described spin axis is button-headed screw, lays respectively at Double-wheel crankshaft footwear inboard bearing, the outer bias of wheel Inside axle head, single-wheel bent axle footwear, spindle end is contacted with connecting rod, be provided with the sole of transmission device also on a bent axle If a spin axis.
Preferably, the connecting rod copline vertical with mandrel eccentric shaft that described single-wheel bent axle connects, it is positioned at spin axis end Also set annular groove on connecting rod, inside Double-wheel crankshaft eccentric shaft upper bearing (metal), wheel, also set annular groove.
Preferably, described transmission device is according to sole room structure in the same direction, and corresponding two bent axles that are provided with circle round in the same direction Device: on sole, two mandrels make circumnutation in the same direction with ring-shaped synchronous belt or wire rope gearing, two mandrels: depend on According to the corresponding two bent axle symmetry revolving gears that are provided with of room structure symmetrical on sole: two mandrels synchronize with staggered form Band or wire rope gearing, two mandrels are opposed title circumnutation;Transmission is connected with steel wire rope, if mandrel rotation N turns, Respectively fix with screw around mandrel with institute respectively around more than or equal among 2N+1 circle, 2N+1 circle in the most each mandrel.
Preferably, described locking device is magnet or stretches spring or bullet card or bullet pin, and bullet is arranged with and eccentric shaft Interference fit large semicircle elastic arc sheet, outer in set bar, big path bullet pin sets with being positioned at Double-wheel crankshaft eccentric shaft Have larger-interior and smaller-exterior shaft hole correspondence matched in clearance, miner diameter end and handle to fix, interior in be provided with compression spring.
Preferably, described locking device is as being fixed between upper and lower axial section, as to draw with magnet locking, magnet Stretch at spring locking, its one end and Double-wheel crankshaft eccentric shaft annular groove matched in clearance on annular groove or single-wheel crankshaft-link rod, The other end is connected with being positioned at above upper and lower axial section intersection point bolt on angular bisector, as with the locking of bullet card, bullet Property arc sheet be positioned at eccentric shaft convolution direction, upper and lower axial section respectively connects with bar, as to play pin locked, bias Axle head lays respectively at and sets dead axle hole, bullet pin gap on the sole of upper and lower axial section corresponding position, single-wheel bent axle also with Its one end mandrel connects on connecting rod corresponding to setting locking device at axial section under upper axial section.
Preferably, described sole, bent axle, bearing, wheel combination after Double-wheel crankshaft on eccentric shaft, bearing, Wheel is symmetrical in inside sole both sides, its two-wheel at more than this outside sole width or two-wheel away from equaling to or less than Sole width at this, eccentric shaft, bearing on single-wheel bent axle, that wheel is positioned at sole is longitudinally central, and sole is also all double Wheel bent axle or single-wheel bent axle or Double-wheel crankshaft single-wheel bent axle combine.
Preferably, the front hole of described sole is positioned at sole or pin front at sole or pin total length 2/5ths, metapore It is positioned at sole heel to rear outer place.
Present invention have the advantage that 1, single speed fast, double four wheel load all around: firm;2, step Row, wheel slide only need to carry less touch with the ground rotation control five to eight seconds the most interchangeable: convenient and swift;3, because of in wheel Side can be more than footwear width, and during rolling, sole top i.e. foot plate surface is positioned under wheel height, preferably uses major diameter to take turns, Stationary vibration is little;4, sole identity distance ground distance 2 cm almost can make sole face contact to earth rolling and safety; 5, prime of life trip, body-building in vast few green grass or young crops is suitable to: this determines to start mankind's skidding walking New Times!
Accompanying drawing explanation
List double convolution Roller skate (sole) the single convolution Roller skate graphics that Fig. 1 provides for the present invention is (single Wheel bent axle, in the same direction revolving gear, ring-shaped synchronous belt transmission, magnet locking device);
Sole graphics (room structure, upper axial section, lower axial section, passage in the same direction) in Fig. 2 Fig. 1;
Single-wheel transmission of crankshaft graphics in sole in Fig. 3 Fig. 1;
Fig. 4 single-wheel bent axle, connecting rod, spin axis structure chart;
(two-wheel is bent for the bottom width double convolution Roller skate graphics such as the mono-double convolution Roller skate (sole) of Fig. 5 Axle, in the same direction revolving gear, ring-shaped synchronous belt transmission, bullet pin locked device);
Fig. 6 super bottom width of mono-double convolution Roller skate (sole) double convolution Roller skate graphics (Double-wheel crankshaft, Symmetrical revolving gear, staggered form wire rope gearing, above for stretching spring locking device, below for the locking of bullet card Device);
Partial view A enlarged drawing in Fig. 7 Fig. 6;
Partial view B enlarged drawing in Fig. 8 Fig. 6;
Fig. 9 plays card structure figure;
Figure 10 single-wheel bent axle, bearing, rolling hitch composition;
Figure 11 Double-wheel crankshaft, bearing, rolling hitch composition;
Figure 12 Double-wheel crankshaft, bullet pin locked structure drawing of device.
In figure: straight arrow is designated as front, bottom surface is lower section, circular arc double-head arrow is angle α convolution region.
Sole (1): hole (1-1), upper axial section (1-2), lower axial section (1-3), angle α, passage (1-4), In the same direction room structure (1-5), symmetrical room structure (1-6), wheel bore (1-7), bolt (1-8), Dead axle hole (1-9);
Bent axle (2): mandrel (2-1), eccentric shaft (2-2), eccentric distance e, Double-wheel crankshaft (2-3), annular groove (2-3-1), Single-wheel bent axle (2-4);
Bearing (3);
Wheel (4);
Transmission device (5): revolving gear (5-1), symmetrical revolving gear (5-2), ring-shaped synchronous belt or steel in the same direction Cord (5-3), staggered form Timing Belt or steel wire rope (5-4), screw (5-5);
Spin axis (6), connecting rod (6-1), annular groove (6-1-1);
Lifting bolt (7);
Locking device (8): magnet (8-1), stretching spring (8-2), bullet card (8-3): elastic arc sheet (8-3-1), Bar (8-3-2), bullet pin (8-4): axis hole (8-4-1), handle (8-4-2), compression spring (8-4-3);
Brake (9).
Detailed description of the invention
For making the present invention become apparent, hereby with preferred embodiment and coordinate accompanying drawing to be described in detail below.
As shown in Fig. 1,5,6, sole (1) side laterally at least provided with front and back two hole (1-1), interior respectively set There are bent axle (2), its mandrel (2-1) matched in clearance therewith, the upper each connection of bent axle (2) eccentric shaft (2-2) Having bearing (3) to take turns (4), the torsion rotating bent axle (2) end spin axis (6) or wheel (4) drives eccentric shaft (2-2) Or act on mandrel (2-1) through transmission device (5) drive each eccentric shaft (2-2) limit upper axial section (1-2), back and forth circling round between lower axial section (1-3) angle α, eccentric shaft (2-2) is tangential on axial section (1-2) Time, wheel (4) exceed for walking below sole, when eccentric shaft (2-2) is tangential on lower axial section (1-3), Wheel (4) is used for taking turns (4) rolling less than below sole, and lower axial section (1-3) also connects lifting bolt (7) Regulation and control, bent axle (2) also locks to be connected to sole (1) locking device (8), and sole (1) has Brake (9).
As shown in Figure 2,6, described sole (1) each hole (1-1) level, parallel, contour, longitudinal middle part Or side is provided with upper shaft with transmission device (5) passage (1-4) series winding, each hole (1-1) end upper left or upper right Axial section (1-3) under tangent plane (1-2), be respectively with hole (1-1) end vertical tangent, tangent plane of circumference or Under cambered surface, upper axial section (1-2) between axial section (1-3) 180 ° of < α < of angle 300 °, both sides with sole (1) Longitudinal center is symmetrical, and each hole (1-1) upper and lower axial section is positioned at upper left or upper right for room structure (1-in the same direction simultaneously 5) upper left and upper right, are laid respectively at normal thereto for being provided with below symmetry room structure (1-6), each hole (1-1) The wheel bore (1-7) of wheel (4) matched in clearance.
As shown in Fig. 3,4,10,11,12, symmetry stage casing, bent axle (2) two ends is protruded, as eccentric shaft (2-2) Bearing (3) wheel (4) is symmetrical in two ends, to be positioned at stage casing be Double-wheel crankshaft (2-3) to mandrel (2-1), when partially Stage casing is located at by mandrel (2-2) bearing (3) wheel (4), to be symmetrical in two ends be single-wheel bent axle to mandrel (2-1) (2-4), mandrel (2-1) and eccentric shaft (2-2) parallel coplanar, the every pair of each bent axle of sole (1) (2) Eccentric distance e is equal, and each bent axle (2) mandrel (2-1) also connects with transmission device (5).
As shown in Fig. 3,4,6,7,8, spin axis (6) is button-headed screw, lays respectively at Double-wheel crankshaft (2-3) Mandrel (2-1) inside footwear inboard bearing (3) wheel (4) outer eccentric shaft (2-2) end, single-wheel bent axle (2-4) footwear Contacting with connecting rod (6-1) in end, the sole (1) being provided with transmission device (5) also sets on a bent axle (2) One spin axis (6), the upper connecting rod (6-1) connected of single-wheel bent axle (2-4) and mandrel (2-1) eccentric shaft (2-2) Vertical copline, is positioned on spin axis (6) end link (6-1) and also sets annular groove (6-1-1), and Double-wheel crankshaft (2-3) is inclined Mandrel (2-2) upper bearing (metal) (3) wheel (4) inner side also sets annular groove (2-3-1).
As shown in Fig. 1,3,5,6, transmission device (5) foundation sole (1) room structure in the same direction (1-5), Corresponding two bent axles revolving gear in the same direction (5-1) that are provided with: upper two mandrels of sole (1) (2-1) is same with annular Step band or steel wire rope (5-3) transmission, two mandrels (2-1) make circumnutation in the same direction;According on sole (1) Symmetrical room structure (1-6) corresponding two bent axles symmetry revolving gear (5-2) that are provided with: two mandrels (2-1) With staggered form Timing Belt or steel wire rope (5-4) transmission, two mandrels (2-1) make symmetrical circumnutation;With steel wire rope Connect transmission, if mandrel (2-1) rotation N turns, the most each mandrel (2-1) upper respectively around more than or equal to 2N+1 circle, Fix with screw (5-5) around mandrel (2-1) with institute respectively among 2N+1 circle.
As shown in Fig. 1,5,6,7,8,9,12, described locking device (8) is magnet (8-1) or draws Stretching spring (8-2) or bullet card (8-3) or bullet pin (8-4), bullet card (8-3) is provided with and eccentric shaft (2-2) Interference fit large semicircle elastic arc sheet (8-3-1), outer in set bar (8-3-2), big path bullet pin (8-4) with Be positioned at Double-wheel crankshaft (2-3) eccentric shaft (2-2) be provided with the corresponding matched in clearance of larger-interior and smaller-exterior shaft hole (8-4-1), It is provided with compression spring (8-4-3) during miner diameter end is fixing, interior with handle (8-4-2);Locking device (8) as with Magnet (8-1) locking, magnet be fixed between upper and lower axial section, as with stretching spring (8-2) locking, its One end and Double-wheel crankshaft (2-3) eccentric shaft (2-2) place annular groove (2-3-1) or single-wheel bent axle (2-4) connecting rod (6-1) Upper annular groove (6-1-1) matched in clearance, the other end be positioned at above upper and lower axial section intersection point bolt on angular bisector (1-8) connect, as being positioned at eccentric shaft (2-2) with bullet card (8-3) locking, elastic arc sheet (8-3-1) Convolution direction, upper and lower axial section respectively connects with bar (8-3-2), as with bullet pin (8-4) locking, bias Axle (2-2) end lays respectively at and sets bullet pin (8-4) gap dead axle on upper and lower axial section corresponding position sole (1) Hole (1-9), single-wheel bent axle (2-4) is also being connected on connecting rod (6-1) corresponding to upper with its one end mandrel (2-1) Under axial section (1-2), axial section (1-3) place sets locking device (8).
As shown in Fig. 1,5,6, double after sole (1), bent axle (2), bearing (3), wheel (4) combination Upper eccentric shaft (2-2) bearing (3) wheel (4) of wheel bent axle (2-3) is symmetrical in sole (1) both sides, its two-wheel Inner side sole (1) at more than this is wide or outside two-wheel, at equal to or less than this, sole (1) is wide, single It is longitudinally central that upper eccentric shaft (2-2) bearing (3) wheel (4) of wheel bent axle (2-4) is positioned at sole (1), sole (1) Also Double-wheel crankshaft (2-3) or single-wheel bent axle (2-4) or Double-wheel crankshaft (2-3) single-wheel bent axle (2-4) combination it are all; Sole (1) front hole is positioned at sole or pin front at sole or pin total length 2/5ths, after metapore is positioned at sole pin With to rear outer place.
Trip, after body-building wears a pair of list double convolution Roller skate, as walking be converted into slide with wheel time, first By liftoff for pin level unsettled, with hand or another pin front end by the wheel of double for the most unsettled list convolution Roller skate (4) or spin axis (6) forward, under, rear sentence locking device (8) to rotating to lower axial section (1-3) Locking, another pin operates like this.
When being converted into walking as slided with wheel, first by unsettled, with hand or another pin front end general for a less touch with the ground The wheel (4) of the most unsettled list double convolution Roller skate or spin axis (6) direction downward, front, upper rotate to upper shaft cuts Locking device (8) locking is sentenced in face (1-2), and another pin operates like this.
Walking is converted into slide or take turns to slide with wheel and is converted into walking the most about five to eight seconds used times, convenient and swift, Safe and reliable.
When sliding with wheel, rear ball of foot begins with pedaling, and runs by boots with straight row of rollers skill, during stopping, with footwear half sole or At heel, brake is contacted to earth brake.

Claims (10)

1. a list double convolution Roller skate is made up of vamp, sole, it is characterised in that: sole (1) side is horizontal At least provided with front and back two hole (1-1), in be respectively provided with bent axle (2), its mandrel (2-1) matched in clearance therewith, The upper each connection of bent axle (2) eccentric shaft (2-2) has bearing (3) to take turns (4), rotates bent axle (2) end rotation The torsion of axle (6) or wheel (4) drives eccentric shaft (2-2) or acts on mandrel (2-1) through transmission device (5) drive each eccentric shaft (2-2) at the upper axial section (1-2) limited, lower axial section (1-3) angle Back and forth circling round between α, when eccentric shaft (2-2) is tangential on axial section (1-2), wheel (4) exceeds under sole Face is used for walking, and when eccentric shaft (2-2) is tangential on lower axial section (1-3), wheel (4) is less than below sole For taking turns (4) rolling, lower axial section (1-3) also connects lifting bolt (7) regulation and control, bent axle (2) And to be connected to sole (1) locking device (8) locking, sole (1) has brake (9).
List the most according to claim 1 double convolution Roller skate, it is characterised in that: described sole (1) each hole (1-1) level, parallel, contour, longitudinal middle part or side are gone here and there with transmission device (5) passage (1-4) Even, each hole (1-1) end upper left or upper right be provided with axial section (1-3) under axial section (1-2), be respectively with Axial section (1-3) under hole (1-1) end the most tangent, the tangent plane of circumference or cambered surface, upper axial section (1-2) Between 180 ° of < α < of angle 300 °, both sides symmetrical with sole (1) longitudinal center, each hole (1-1) upper, Lower axial section is positioned at upper left or upper right simultaneously and is room structure (1-5) in the same direction, lays respectively at upper left and upper right For symmetrical room structure (1-6), each hole (1-1) lower section is provided with the wheel taking turns (4) matched in clearance normal thereto Hole (1-7).
List the most according to claim 1 double convolution Roller skate, it is characterised in that: described bent axle (2) two ends Symmetrical stage casing is protruded, when eccentric shaft (2-2) bearing (3) wheel (4) is located at two ends, mandrel (2-1) position It is Double-wheel crankshaft (2-3) in stage casing, when eccentric shaft (2-2) bearing (3) wheel (4) is located at stage casing, the heart It is single-wheel bent axle (2-4) that axle (2-1) is positioned at two ends, and mandrel (2-1) is parallel common with eccentric shaft (2-2) Plane, every pair of sole (1) each bent axle (2) eccentric distance e is equal, each bent axle (2) mandrel (2-1) Also connect with transmission device (5).
List the most according to claim 1 double convolution Roller skate, it is characterised in that: spin axis (6) is cup head spiral shell Nail, divides and is positioned at Double-wheel crankshaft (2-3) footwear inboard bearing (3) wheel (4) outer eccentric shaft (2-2) end, list Inside wheel bent axle (2-4) footwear, mandrel (2-1) end is contacted with connecting rod (6-1), be provided with transmission device (5) Sole (1) on a bent axle (2), also set a spin axis (6).
List the most according to claim 4 double convolution Roller skate, it is characterised in that: on single-wheel bent axle (2-4) The connecting rod (6-1) connected and mandrel (2-1) eccentric shaft (2-2) vertical copline, be positioned at spin axis (6) end Also setting annular groove (6-1-1) on connecting rod (6-1), Double-wheel crankshaft (2-3) eccentric shaft (2-2) upper bearing (metal) (3) is taken turns (4) inner side also sets annular groove (2-3-1).
List the most according to claim 2 double convolution Roller skate, it is characterised in that: described transmission device (5) Foundation sole (1) room structure in the same direction (1-5), corresponding two bent axles revolving gear in the same direction (5-1) that are provided with: Upper two mandrels of sole (1) (2-1) is with ring-shaped synchronous belt or steel wire rope (5-3) transmission, two mandrels (2-1) Make circumnutation in the same direction;It is provided with two bent axles according to the upper symmetrical room structure (1-6) of sole (1) is corresponding Symmetrical revolving gear (5-2): two mandrels (2-1) with staggered form Timing Belt or steel wire rope (5-4) transmission, Two mandrels (2-1) make symmetrical circumnutation;Transmission is connected with steel wire rope, if mandrel (2-1) rotation N turns, The most each mandrel (2-1) upper respectively around more than or equal among 2N+1 circle, 2N+1 circle respectively with institute around mandrel (2-1) Fix with screw (5-5).
List the most according to claim 1 double convolution Roller skate, it is characterised in that: described locking device (8) For magnet (8-1) or stretching spring (8-2) or bullet card (8-3) or bullet pin (8-4), bullet card (8-3) Be provided with eccentric shaft (2-2) interference fit large semicircle elastic arc sheet (8-3-1), outer in set bar (8-3-2), Big path bullet pin (8-4) is provided with larger-interior and smaller-exterior shaft hole with being positioned at Double-wheel crankshaft (2-3) eccentric shaft (2-2) (8-4-1) it is provided with compression spring (8-4-3) during corresponding matched in clearance, miner diameter end and handle (8-4-2) are fixing, interior.
8. according to the list double convolution Roller skate described in claim 1 or 5 or 7, it is characterised in that: described locking Device (8) is as being fixed between upper and lower axial section, as to stretch spring with magnet (8-1) locking, magnet (8-2) locking, its one end and Double-wheel crankshaft (2-3) eccentric shaft (2-2) place annular groove (2-3-1) or single Take turns upper annular groove (6-1-1) matched in clearance of bent axle (2-4) connecting rod (6-1), the other end and be positioned at upper and lower axial section Above intersection point, on angular bisector, bolt (1-8) connects, as with bullet card (8-3) locking, elastic arc sheet (8-3-1) It is positioned at eccentric shaft (2-2) convolution direction, upper and lower axial section respectively connects with bar (8-3-2), as with bullet Pin (8-4) locking, eccentric shaft (2-2) end lay respectively on upper and lower axial section corresponding position sole (1) If dead axle hole, bullet pin (8-4) gap (1-9), single-wheel bent axle (2-4) also with its one end mandrel (2-1) Connect and set locking device (8) corresponding to axial section (1-3) place under upper axial section (1-2) on connecting rod (6-1).
List the most according to claim 1 double convolution Roller skate, it is characterised in that: described sole (1), song Upper eccentric shaft (2-2) bearing (3) of Double-wheel crankshaft (2-3) after axle (2), bearing (3), wheel (4) combination Wheel (4) is symmetrical in inside sole (1) both sides, its two-wheel that sole (1) at more than this is wide or two-wheel Outside sole (1) at equal to or less than this is wide, upper eccentric shaft (2-2) bearing (3) of single-wheel bent axle (2-4) It is longitudinally central that wheel (4) is positioned at sole (1), and sole (1) is also all Double-wheel crankshaft (2-3) or single-wheel is bent Axle (2-4) or Double-wheel crankshaft (2-3) single-wheel bent axle (2-4) combination.
List the most according to claim 1 double convolution Roller skate, it is characterised in that: described sole (1) front hole Being positioned at sole or pin front at sole or pin total length 2/5ths, metapore is positioned at sole heel to outside rear Place.
CN201510051287.5A 2015-01-25 2015-01-25 Walking shoes provided with single row or double rows of rotating rollers Pending CN105879363A (en)

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CN201510051287.5A CN105879363A (en) 2015-01-25 2015-01-25 Walking shoes provided with single row or double rows of rotating rollers

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CN105879363A true CN105879363A (en) 2016-08-24

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2436200Y (en) * 2000-09-08 2001-06-27 无锡市华威士科技商务有限公司 Roller skate
CN1380122A (en) * 2002-05-09 2002-11-20 周兰生 Walking and roll-sliding dual-purpose sports shoes
US20030141680A1 (en) * 2002-01-30 2003-07-31 Larry Clark Roller shoe
CN102068805A (en) * 2011-01-27 2011-05-25 段龙华 Dual-purpose shoes for walking and skidding
CN103520901A (en) * 2013-09-25 2014-01-22 陈仁麟 Walking roller skates with low bottoms and wide wheels
CN204380214U (en) * 2015-01-25 2015-06-10 陈仁麟 Single double convolution Roller skate

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2436200Y (en) * 2000-09-08 2001-06-27 无锡市华威士科技商务有限公司 Roller skate
US20030141680A1 (en) * 2002-01-30 2003-07-31 Larry Clark Roller shoe
CN1380122A (en) * 2002-05-09 2002-11-20 周兰生 Walking and roll-sliding dual-purpose sports shoes
CN102068805A (en) * 2011-01-27 2011-05-25 段龙华 Dual-purpose shoes for walking and skidding
CN103520901A (en) * 2013-09-25 2014-01-22 陈仁麟 Walking roller skates with low bottoms and wide wheels
CN204380214U (en) * 2015-01-25 2015-06-10 陈仁麟 Single double convolution Roller skate

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