CN205131215U

CN205131215U - Move car ware when triangle component

Info

Publication number: CN205131215U
Application number: CN201520809397.9U
Authority: CN
Inventors: 李涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-16
Filing date: 2015-10-16
Publication date: 2016-04-06
Anticipated expiration: 2025-10-16

Abstract

The utility model relates to a car mobility technology field, concretely relates to a move car ware when triangle component, including strutting arrangement to and set up in the rotating device at strutting arrangement both ends, rotating device includes the pivot that the level set up, the pivot is rotated with strutting arrangement and is connected and perpendicular to strutting arrangement, the both ends of pivot are equipped with respectively rotates the seat, be equipped with measure -alike auxiliary stay wheel and casters on the rotation seat, distance and the distance between casters and the pivot between auxiliary stay wheel and the pivot equal, and the line of auxiliary stay wheel and pivot is the acute angle with the contained angle of the line of casters and pivot, the pivot drives the auxiliary stay wheel and casters uses the pivot to rotate as the center is synchronous. The utility model provides a pair of move car ware when triangle component through shortening the distance between pivot, auxiliary stay wheel and the casters, solves because the big problem of intensity of labour when moving car ware configuration operation that has now.

Description

One waits triangle component apparatus for moving vehicle

Technical field

The utility model relates to moving vehicle technical field, particularly relates to a kind of Lever car mover, relates more specifically to a kind of Lever car mover waiting triangle component structure.

Background technology

Along with improving constantly of people's economic life, private car gets more and more, although most people can observe public order, and conscious parking, also have quite a few people to get used to disorderly stopping leaving about, blocking vital communication lines, and take other people parking stall.There is provided convenient widely in scope to give living in of the people, therefore design vehicle Move tool is needed, department of municipal municipal administration can be facilitated to remove parking offense, make doorway, scenic spot, doorway, market, airport pavement and turnpike road etc. keep the unimpeded and safety of traffic; In case of emergency, remove the suspension vehicle on road, the green of guarantee hospital life passage, fire brigade's rescue and relief work is passed through.In addition, moving vehicle instrument can also help the dispensing of unloading in automobile 4s shop, and vehicle repairing factory tows accident vehicle.

But there is following design defect in existing lever apparatus for moving vehicle: first, because existing power-assisted Lever car mover is when the automobile of counterweight about 2 tons does work, operator is about 50 kilograms to the power that crowbar applies, be equivalent to human body weight, under this heavy lift, operator once must complete again the significantly rotary motion of 160 degree, and can not rest in centre, cause operator's labour intensity large, the effect of easily moving car cannot be reached.

Utility model content

(1) technical matters that will solve

The technical problems to be solved in the utility model there is provided and a kind of waits triangle component apparatus for moving vehicle, by shortening rotating shaft, distance between auxiliary support wheel and universal caster wheel, solves due to the large problem of labour intensity during existing apparatus for moving vehicle structure operation.

(2) technical scheme

In order to solve the problems of the technologies described above, the utility model provides one and waits triangle component apparatus for moving vehicle, comprises bracing or strutting arrangement, and is arranged at the wheel word at described bracing or strutting arrangement two ends;

Described wheel word comprises horizontally disposed rotating shaft, described rotating shaft and described bracing or strutting arrangement are rotationally connected and perpendicular to described bracing or strutting arrangement, the two ends of described rotating shaft are respectively equipped with rotation seat, described rotation seat is provided with measure-alike auxiliary support wheel and universal caster wheel, distance between described auxiliary support wheel and described rotating shaft is equal with the distance between described universal caster wheel and described rotating shaft, and the angle of the line of the line of described auxiliary support wheel and described rotating shaft and described universal caster wheel and described rotating shaft is acute angle, described rotating shaft drives described auxiliary support wheel and universal caster wheel synchronous axial system centered by described rotating shaft.

Further, aforementioned universal caster wheel is arranged at the bottom of described rotation seat, and described auxiliary support wheel is arranged at the outside of described rotation seat.

Further, such rotation seat comprises base plate, the first side plate being arranged at described base plate both sides respectively and the second side plate, and described first side plate and the second side plate are perpendicular to described base plate; Described base plate comprises the first attaching parts for installing described universal caster wheel and the second attaching parts for locating, and described first attaching parts is connected with described second attaching parts; Described first side plate is connected with described first attaching parts, and described second side plate is connected with described first attaching parts and described second attaching parts respectively; Described first side plate offers the first axis hole away from one end of described second attaching parts, and described second side plate offers away from one end of described second attaching parts the second axis hole mated with described first axis hole, and the other end installs described auxiliary support wheel; Described first axis hole is fixedly connected with described rotating shaft with the second shaft hole matching.

Further, aforementioned auxiliary support wheel is fixed on described second side plate one end near described second attaching parts by supplemental support axle, and described universal caster wheel is fixed on the bottom of described first attaching parts by caster seat.

Further, aforementioned second attaching parts is provided with knock hole, and described knock hole is used for plugging alignment pin.

Further, aforementioned bracing or strutting arrangement comprises left support device and right support device, described left support device comprises mutual left crossbeam connected vertically and left longeron, described right support device comprises mutual right crossbeam connected vertically and right vertical beam, the scalable connection vertically of described left crossbeam and right crossbeam, described left longeron and right vertical beam are respectively equipped with turret, and described rotating shaft is rotating is fixed on described turret.

Further, aforementioned left crossbeam is connected one end of described rotating shaft end with right crossbeam is the semicircle cambered surface coaxial with described rotating shaft, and the diameter of described semicircle cambered surface is identical with the diameter of right crossbeam with described left crossbeam respectively.

Further, aforementioned left crossbeam is connected by distance adjusting means with right crossbeam, described distance adjusting means comprises jacket and inner sleeve, described overcoat is fixed on described left crossbeam one end away from left longeron, described inner sleeve is fixed on described right crossbeam one end away from described right vertical beam, described overcoat and described inner sleeve active link.

Further, aforementioned overcoat be sheathed on described in put, described outer putting is provided with bit selecting frame, and described bit selecting frame is provided with several bit selecting holes, is communicated with between adjacent two described bit selecting holes by groove; Described inner sleeve is provided with for the catch means by inner sleeve and overcoat locking away from one end of right vertical beam.

Further, such rotation device also comprises the pry handle for driving described axis of rotation, and described pry handle is fixedly connected with described rotating shaft and arranges in 120 ° of angles.

(3) beneficial effect

Technique scheme of the present utility model has following beneficial effect:

The utility model provides a kind of and waits triangle component apparatus for moving vehicle, rotating shaft is provided with rotation seat, the both sides of rotation seat are equipped with measure-alike auxiliary support wheel and universal caster wheel, distance between auxiliary support wheel and rotating shaft is equal with the distance between universal caster wheel and rotating shaft, and the angle of the line of the line of auxiliary support wheel and rotating shaft and universal caster wheel and rotating shaft is acute angle, rotating shaft drives auxiliary support wheel and universal caster wheel synchronous axial system centered by described rotating shaft; Compared with prior art, bracing or strutting arrangement of the present utility model does not need to be connected with universal caster wheel by swing arm, is equivalent to bracing or strutting arrangement and is directly placed on universal caster wheel, reduce whole height, and shorten the length of the short arm of force, labour-saving object can be reached when sled turns universal caster wheel.

The utility model provides a kind of and waits triangle component apparatus for moving vehicle, and owing to no longer needing to be connected with universal caster wheel by swing arm, therefore structure is more simple, and making is more prone to, and cost is lower.

Accompanying drawing explanation

Fig. 1 is the structural representation of the triangle component apparatus for moving vehicle such as the utility model;

Fig. 2 is the front view of the steering base of the triangle component apparatus for moving vehicle such as the utility model;

Fig. 3 is the birds-eye view of the steering base of the triangle component apparatus for moving vehicle such as the utility model;

Fig. 4 is the structural representation of the left support device of the triangle component apparatus for moving vehicle such as the utility model;

Fig. 5 is the structural representation of the right support device of the triangle component apparatus for moving vehicle such as the utility model;

Fig. 6 is the structural representation of lock-bit bearing pin in the utility model;

Fig. 7 is the working process schematic diagram of the utility model rotation section.

Wherein, 1: left support device; 11: left crossbeam; 12: left longeron; 13: turret; 2: right support device; 21: right crossbeam; 22: right vertical beam; 311: rotating shaft; 312: pry handle; 32: rotation seat; 321: the first attaching partss; 322: the second attaching partss; 323: the first side plates; 324: the second side plates; 325: the first axis holes; 326: the second axis holes; 327: knock hole; 328: mounting hole; 41: supplemental support axle; 42: auxiliary support wheel; 51: caster seat; 52: universal caster wheel; 61: overcoat; 611: bit selecting frame; 6111: groove; 6112: bit selecting hole; 62: inner sleeve; 621: pinch device; 6211: lock-bit hole; 6212: spring fiber tube; 6213: steel ball; 6214: spring; 6215: bolt; 622: lock-bit bearing pin; 6221: button; 6222: moving part; 6223: fixed part; 6224: annular groove; 7: alignment pin; 8: semicircle cambered surface.

Detailed description of the invention

Below in conjunction with drawings and Examples, embodiment of the present utility model is described in further detail.Following examples for illustration of the utility model, but can not be used for limiting scope of the present utility model.

In description of the present utility model, except as otherwise noted, the implication of " multiple " is two or more; Term " on ", D score, "left", "right", " interior ", " outward ", " front end ", " rear end ", " head ", the orientation of the instruction such as " afterbody " or position relationship be based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of the device of instruction or hint indication or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as restriction of the present utility model.In addition, term " first ", " second ", " the 3rd " etc. only for describing object, and can not be interpreted as instruction or hint relative importance.

In description of the present utility model, it should be noted that, unless otherwise clearly defined and limited, term " is connected ", " connection " should be interpreted broadly, such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary.For the ordinary skill in the art, particular case the concrete meaning of above-mentioned term in the utility model can be understood.

As shown in Figure 1, the triangle component apparatus for moving vehicle such as the one described in the present embodiment, comprise bracing or strutting arrangement, and are arranged at the wheel word at bracing or strutting arrangement two ends, wheel word comprises horizontally disposed rotating shaft 311, rotating shaft 311 and bracing or strutting arrangement are rotationally connected and perpendicular to bracing or strutting arrangement, the two ends of rotating shaft 311 are respectively equipped with rotation seat 32, rotation seat 32 is provided with measure-alike auxiliary support wheel 42 and universal caster wheel 52, distance between auxiliary support wheel 42 and rotating shaft 311 is equal with the distance between universal caster wheel 52 and rotating shaft 311, and the angle of the line of the line of auxiliary support wheel 42 and rotating shaft 311 and universal caster wheel 52 and rotating shaft 311 is acute angle, rotating shaft 311 drives auxiliary support wheel 42 and universal caster wheel 52 synchronous axial system centered by rotating shaft 311.Compared with prior art, bracing or strutting arrangement of the present utility model does not need to be connected with universal caster wheel 52 by swing arm, being equivalent to bracing or strutting arrangement is directly placed on universal caster wheel 52, reduce whole height, and shorten the length of the short arm of force, according to mechanics principle, the more long and short arm of force of the long arm of force is shorter, more can reach labour-saving object when sled turns universal caster wheel 52.

Further, universal caster wheel 52 is arranged at the bottom of rotation seat 32, auxiliary support wheel 42 is arranged at the outside of rotation seat 32, rotating shaft 311, auxiliary support wheel 42 and universal caster wheel 52 are seen in the two sides of rotation seat 32 and to be arranged in equicrural triangle, wherein, the two sides of rotation seat 32 are the front and back in Fig. 1.

Further, as Figure 2-3, rotation seat 32 comprises base plate, the first side plate 323 being arranged at base plate both sides respectively and the second side plate 324, first side plate 323 and the second side plate 324 perpendicular to base plate; Base plate comprises the first attaching parts 321 for installing universal caster wheel 52 and the second attaching parts 322, first attaching parts 321 for locating is connected with the second attaching parts 322; First side plate 323 is connected with the first attaching parts 321, and the second side plate 324 is connected with the first attaching parts 321 and the second attaching parts 322 respectively; First side plate 323 offers the first axis hole 325, second side plate 324 away from one end of the second attaching parts 322 and offers away from one end of the second attaching parts 322 the second axis hole 326 mated with the first axis hole 325, and the other end installs auxiliary support wheel 42; First axis hole 325 is fixedly connected with rotating shaft 311 with the second axis hole 326 cooperation.

Further, auxiliary support wheel 42 is fixed on the second side plate 324 one end near the second attaching parts 322 by supplemental support axle 41, universal caster wheel 52 is fixed on the bottom of the first attaching parts 321 by caster seat 51, the corner of the first attaching parts 321 offers mounting hole 328 respectively, and caster seat 51 coordinates fixing by screw and mounting hole 328.Wherein, the shape of the second side plate 324 can be in the present embodiment as shown in Figure 2, can be also other shapes, as long as the installation requirement of the utility model for auxiliary support wheel 42, universal caster wheel 52 and rotating shaft 311 can be met.

Further, the second attaching parts 322 is provided with knock hole 327, and knock hole 327 is for plugging alignment pin 7, and alignment pin 7 is for positioning rotation seat 32 and other structures of being connected with rotation seat 32.

Further, as illustrated in figures 4-5, bracing or strutting arrangement comprises left support device 1 and right support device 2, left support device 1 comprises mutual left crossbeam 11 connected vertically and left longeron 12, right support device 2 comprises mutual right crossbeam 21 connected vertically and right vertical beam 22, the scalable connection vertically of left crossbeam 11 and right crossbeam 21, wherein, scalable connection mode can for meet arbitrarily left crossbeam 11 and right crossbeam 21 can relative away from or structure that is close and that can be fixed in the position of needs.Left longeron 12 and right vertical beam 22 are respectively equipped with turret 13, and rotating shaft 311 is rotating is fixed on turret 13.

Further, the end of one end of left crossbeam 11 and right crossbeam 21 connection rotating shaft 311 is the semicircle cambered surface 8 coaxial with rotating shaft 311, the diameter of semicircle cambered surface 8 is identical with the diameter of right crossbeam 21 with left crossbeam 11 respectively, the moving radius of universal caster wheel 52 and auxiliary support wheel 42 can be reduced, shorten rotating shaft 311 and universal caster wheel 52, distance between rotating shaft 311 and auxiliary support wheel 42 to greatest extent, further shorten the length of the short arm of force, reach labour-saving object.

Further, left crossbeam 11 is connected by distance adjusting means with right crossbeam 21, distance adjusting means comprises overcoat 61 and inner sleeve 62, overcoat 61 is fixed on left crossbeam 11 one end away from left longeron 12, inner sleeve 62 is fixed on right crossbeam 21 one end away from described right vertical beam 22, overcoat 61 and inner sleeve 62 active link.

Further, overcoat 61 is sheathed in inner sleeve 62, and overcoat 61 is provided with bit selecting frame 611, and bit selecting frame 611 is provided with several bit selecting holes 6112, is communicated with between adjacent two bit selecting holes 6112 by groove 6111; Preferably, the quantity in bit selecting hole 6112 is 4-6, and wherein, the utility model embodiment adopts 4 bit selecting holes 6112.Inner sleeve 62 is provided with the catch means for inner sleeve 62 and overcoat 61 being locked away from one end of right vertical beam 22.

Catch means comprises lock-bit bearing pin 622 and pinch device 621, as shown in Figure 6, lock-bit bearing pin 622 is provided with button 6221, bearing pin comprises moving part 6222 and fixed part 6223, moving part 6222 is connected with button 6221, the diameter of moving part 6222 is less than the width of groove 6111, the diameter of fixed part 6223 is greater than the width of groove 6111 and is less than the diameter in bit selecting hole 6112, fixed part 6223 one end away from button 6221 offers the annular groove 6224 that two bottom surfaces are circular arc, , when lock-bit bearing pin 622 position is in bit selecting hole 6112, when button 6221 is stressed, can slide up and down in bit selecting hole 6112 and lock-bit hole 6211, lock-bit bearing pin 622 passes bit selecting hole 6112 and is fixed in the lock-bit hole 6211 of inner sleeve 62 by pinch device 621, pinch device 621 comprises the spring fiber tube 6212 be communicated with lock-bit hole 6211, spring fiber tube 6212 and inner sleeve 62 are coaxially arranged, spring 6214 is provided with in spring fiber tube 6212, be provided with steel ball 6213 between spring 6214 and annular groove 6224, spring fiber tube 6212 is away from one end of right vertical beam 22 being also provided with the bolt 6215 being same as and spring 6214 being carried out to axial limiting.By the cooperation of lock-bit bearing pin 622 and pinch device 621, when exerting a force to button 6221, lock-bit bearing pin 622 slide downward, it is outside that steel ball 6213 slides to annular groove 6224, spring 6214 compresses, to be slided lock-bit bearing pin 622 at groove 6111 by button 6221, it moves in or out to make right support device 2, after choosing position, at corresponding bit selecting hole 6112 release-push 6221, lock-bit bearing pin 622 upward sliding, steel ball 6213 slips in annular groove 6224 by the elastic force effect of spring 6214, lock-bit is carried out to it, complete and regulate and lock the work doing right support device 2.In the utility model embodiment, distance adjusting means adopts the design of button 6221 formula, and without the need to demounting bolt 6215, press the button 6221 that is adjustable, release-push 6221 i.e. lockable, makes easy and simple to handle, quick, good looking appearance.

Further, such rotation device also comprises the pry handle 312 for driving described rotating shaft 311 to rotate, described pry handle 312 is fixedly connected with described rotating shaft 311 and arranges in 120 ° of angles, make in the whole motion of force, the crowbar prizing pry handle 312 does close to 180 degree of circular motions, and according to mechanics principle, the move distance of crowbar is larger, the power executed crowbar is less, therefore reaches labour-saving object.

The working process of the utility model embodiment is:

As shown in Figure 7, during moving automobile, first mention alignment pin 7, pull pry handle 312 and the wheel word of apparatus for moving vehicle is opened to both sides, apparatus for moving vehicle is pushed from lateral wheel, press the button 6221, according to the wheel size distance adjusted between left and right longeron 22, left and right longeron 22 is contacted with automotive wheel, release-push 6221, lock left and right longeron 22 spacing, then upwards prize the pry handle 312 of side with crowbar, make wheel word, by auxiliary support wheel 42, shift movement occur.When crowbar rotates about 120 degree, cardan wheel forwards position, road surface to and contacts with road surface, now, universal caster wheel 52 and auxiliary support wheel 42 just form two stable fulcrums on road surface, the side of apparatus for moving vehicle, with rotating shaft 311 for summit, be equicrural triangle Zhi Li with universal caster wheel 52 and auxiliary support wheel 42 for fulcrum, namely complete primary lifting action.Now, operator can slightly be rested, and then continues to rotate about 60 degree to pressing down pry handle 312 with crowbar, after immediately below the longeron moving to this side, and alignment pin 7 automatic locking wheel word, now automobile side is propped by apparatus for moving vehicle; Use the same method and prop opposite side wheel word.

When unloading apparatus for moving vehicle, first upwards mention location lock shaft, oppositely pull pry handle 312 by apparatus for moving vehicle wheel word contrarotation 60 degree with crowbar, make universal caster wheel 52 and auxiliary support wheel 42 again form equicrural triangle and support.Then, again oppositely pull crowbar and make pry handle 312 contrarotation 120 degree, unload and set level, then repeat above-mentioned action at opposite side, shift out apparatus for moving vehicle and keep well.

Embodiment of the present utility model provides for the purpose of example and description, and is not exhaustively or by the utility model be limited to disclosed form.Many modifications and variations are apparent for the ordinary skill in the art.Selecting and describing embodiment is in order to principle of the present utility model and practical application are better described, and enables those of ordinary skill in the art understand the utility model thus design the various embodiments with various amendment being suitable for special-purpose.

Claims

1. wait a triangle component apparatus for moving vehicle, it is characterized in that, comprise bracing or strutting arrangement, and be arranged at the wheel word at described bracing or strutting arrangement two ends;

2. apparatus for moving vehicle such as component such as triangle such as grade according to claim 1, it is characterized in that, described universal caster wheel is arranged at the bottom of described rotation seat, and described auxiliary support wheel is arranged at the outside of described rotation seat.

3. apparatus for moving vehicle such as component such as triangle such as grade according to claim 2, it is characterized in that, described rotation seat comprises base plate, the first side plate being arranged at described base plate both sides respectively and the second side plate, and described first side plate and the second side plate are perpendicular to described base plate; Described base plate comprises the first attaching parts for installing described universal caster wheel and the second attaching parts for locating, and described first attaching parts is connected with described second attaching parts; Described first side plate is connected with described first attaching parts, and described second side plate is connected with described first attaching parts and described second attaching parts respectively; Described first side plate offers the first axis hole away from one end of described second attaching parts, and described second side plate offers away from one end of described second attaching parts the second axis hole mated with described first axis hole, and the other end installs described auxiliary support wheel; Described first axis hole is fixedly connected with described rotating shaft with the second shaft hole matching.

4. apparatus for moving vehicle such as component such as triangle such as grade according to claim 3, it is characterized in that: described auxiliary support wheel is fixed on described second side plate one end near described second attaching parts by supplemental support axle, and described universal caster wheel is fixed on the bottom of described first attaching parts by caster seat.

5. apparatus for moving vehicle such as component such as triangle such as grade according to claim 3, it is characterized in that: described second attaching parts is provided with knock hole, described knock hole is used for plugging alignment pin.

6. apparatus for moving vehicle such as component such as triangle such as grade according to claim 3, it is characterized in that, described bracing or strutting arrangement comprises left support device and right support device, described left support device comprises mutual left crossbeam connected vertically and left longeron, described right support device comprises mutual right crossbeam connected vertically and right vertical beam, the scalable connection vertically of described left crossbeam and right crossbeam, described left longeron and right vertical beam are respectively equipped with turret, and described rotating shaft is rotating is fixed on described turret.

7. apparatus for moving vehicle such as component such as triangle such as grade according to claim 6, it is characterized in that, described left crossbeam is connected one end of described rotating shaft end with right crossbeam is the semicircle cambered surface coaxial with described rotating shaft, and the diameter of described semicircle cambered surface is identical with the diameter of right crossbeam with described left crossbeam respectively.

8. apparatus for moving vehicle such as component such as triangle such as grade according to claim 6, it is characterized in that, described left crossbeam is connected by distance adjusting means with right crossbeam, described distance adjusting means comprises jacket and inner sleeve, described overcoat is fixed on described left crossbeam one end away from left longeron, described inner sleeve is fixed on described right crossbeam one end away from described right vertical beam, described overcoat and described inner sleeve active link.

9. apparatus for moving vehicle such as component such as triangle such as grade according to claim 8, it is characterized in that: described overcoat be sheathed on described in put, described outer putting is provided with bit selecting frame, and described bit selecting frame is provided with several bit selecting holes, is communicated with between adjacent two described bit selecting holes by groove; Described inner sleeve is provided with for the catch means by inner sleeve and overcoat locking away from one end of right vertical beam.

10. apparatus for moving vehicle such as component such as triangle such as grade according to claim 1, it is characterized in that: described wheel word also comprises the pry handle for driving described axis of rotation, described pry handle is fixedly connected with described rotating shaft and arranges in 120 ° of angles.