CN2461840Y

CN2461840Y - human carrier

Info

Publication number: CN2461840Y
Application number: CN 01200495
Authority: CN
Inventors: 颜谷整
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-01-11
Filing date: 2001-01-11
Publication date: 2001-11-28
Anticipated expiration: 2011-01-11

Abstract

A man-power carrier is composed of a frame, a mechanism for the feet of human body to do sliding movement, a front wheel set and a back wheel set on said frame, and a transmission mechanism for said back wheel set.

Description

Manpower carrying tool

The utility model provides a kind of Manpower carrying tool.

Press, so-called Manpower carrying tool, the motion that is meant the mat human body self is the utensil that power is advanced with the carrying human body, it mainly is the walking-replacing tool that is provided as short distance, except having the muscle power of saving and reducing the effect of traveling time, also has the effect of appropriate exercise simultaneously.

Yet the design of existing Manpower carrying tool only biases toward ride instead of walk effect or portability, mobility when but having ignored use usually.

For example, in the existing Manpower carrying tool, trampling motion to produce the bicycle of driving power with human body both feet row circumference, is the saving of laying particular stress in the smoothness that drives and rider's muscle power in its design; Therefore, it is provided with a seat cushion and takes advantage of seat for the buttocks of human body, uses so that the rider can keep the steady of health and car body when driving, and makes the rider only need do the motion of the following foot of buttocks.This design is to cause the rider when driving, and health can't reach and fill part and enough motions; That is, the mobility deficiency of known bicycle.

And for example, push away the Kickboard Scooter of stepping on ground generation driving power with human body list pin in the available man-power carrier, bias toward in its design the convenience that carries, and short range or confined space in the applicability of riding instead of walk, and comparatively ignore the reasonableness of human motion and the cyclicity of athletic performance, so its mobility is not good, that is, the user is when operation, cause that easily health is tired or uncomfortable, long-term use for a long time, the easier athletic injury that causes.

Therefore, known Manpower carrying tool generally lacks enough and preferable mobility at present.

In view of this, main purpose of the present utility model is to provide a kind of Manpower carrying tool, is except the effect that the user rides instead of walk can be provided, and more can provide the user good and sufficient mobility.

In order to the creation purpose of taking off before reaching, formation of the present utility model, mainly be to establish a mechanism that can do sliding steps motion for the human foot on a vehicle frame, be provided with one on this vehicle frame in addition before wheels and back wheels, and these back wheels and this sliding steps mechanism are the binding on the drive connection; On this vehicle frame, do sliding steps motion by human body, form the power that these back wheels of transmission are advanced, reach and have the effect that human motion and carrying are advanced concurrently.

Wherein be to have two slide rails to be arrangement in parallel on this vehicle frame with preset space length; And this carrier is to include two slide plates to be located at respectively on this two slide rail.

Wherein respectively this slide rail is to be recessed curved arc shape.

Wherein respectively this slide plate has a plate body and most roller, and these rollers are the bottoms that are hubbed at this plate body; Respectively this slide plate is that roller with its plate body bottom is connected on the end face of this slide rail respectively, and respectively this slide plate can be along this slide rail respectively toward polyslip.

Wherein should include a wheel carrier by preceding wheels, be to be fixedly arranged on this vehicle frame leading portion bottom surface; Two wheel seats, be hubbed at respectively this wheel carrier two ends and respectively relatively this wheel carrier make level and pivot; Two wheel bodys are to be located at respectively on this two wheel seat; One moving part, its two ends articulate this two wheel seat respectively, and a lateral margin of this moving part is provided with most tooth rows again; Again, this Manpower carrying tool also includes a direction control handle, and it has leader's seat, is to be installed on this vehicle frame to be vertical; Leader's bar is to be arranged on this handle base in axle turnable mode, and its top section has a Handheld Division, and the tooth row that a gear and this moving part are then established in the bottom ticks and closes.

Wherein these back wheels include: a wheel shaft is the back segment bottom surface of this vehicle frame of being pivoted; Two wheel bodys are two ends of being located at this wheel shaft respectively.

Wherein this driver train is to include: a driving wheel group is the middle section of being located at this vehicle frame, and it has one first belt pulley and a preceding drive pulley, and this first belt pulley is unidirectional transmission to be somebody's turn to do preceding drive pulley; One second belt pulley is the back segment place that is located at this vehicle frame; One back drive pulley is to be fixedly arranged on this wheel shaft, and can this wheel shaft of unidirectional transmission; One first drive belt is to be set around on this first, second belt pulley; One second drive belt is to be set around on this preceding drive pulley and this back drive pulley; This slide plate is that one group of connection assembly of mat links this first drive belt, this slide plate is on this slide rail during slippage, can drive this first drive belt rotates, and by this first, second belt pulley rotation of this first drive belt transmission, and if the rotation direction of this first belt pulley is the direction that preceding drive belt is somebody's turn to do in transmission, more can drive this preceding drive pulley and rotate, and then should rotate by the back drive pulley, and this trailing wheel of transmission rotates by this second drive belt transmission.

In order to allow your juror can more clearly understand the utility model, lift this creation preferred embodiment now, and cooperate following diagram to describe it in detail, wherein:

Fig. 1 is the External view of the utility model one preferred embodiment;

Fig. 2 is a component decomposition map embodiment illustrated in fig. 1;

Fig. 3 is the cutaway view along the 3-3 line of Fig. 1;

Fig. 4, Fig. 5 are the illustrative view that is respectively embodiment illustrated in fig. 1.

See also Fig. 1-Fig. 3, the Manpower carrying tool 1 of the utility model one preferred embodiment is to include:

One vehicle frame 10, this vehicle frame 10 has two and is recessed curved arc shape and with the slide rail 11 of predetermined space arrangement in parallel, and lay respectively at 11 of this two slide rails before, during and after the section place and in order to connect this two slide rail 11 one before a link span 13 and a rear connecting frame 14 in the link span 12.

Wheels 20 before one, it includes: a wheel carrier 21 is to be fixedly arranged on the leading portion bottom surface of this two slide rail 11; Two wheel seats 22, be hubbed at respectively this wheel carrier 21 two ends and respectively relatively this wheel carrier 21 make level and pivot; Two wheel bodys 23 are to be located at respectively on this two wheel seat 22; One moving part 24, its two ends articulate this two wheel seat 22 respectively, use the pivotal action unanimity that makes two wheel seats 22, and again, a lateral margin of this moving part 24 is provided with most tooth rows 241.

One back wheels 30 are to include: a wheel shaft 31, be pivoted this vehicle frame 10 back segment and be positioned at the back segment below of this two slide rail 11; Two wheel bodys 32 are two ends of being located at this wheel shaft 31 respectively.

Two slide plates 40, respectively this slide plate 40 has a plate body 41 and most roller 42, and these rollers 42 are the bottoms that are hubbed at this plate body 41; And this two slide plate 40 is to be arranged in respectively on this two slide rail 11, and the roller 42 of its plate body 41 bottoms is connected on the end face of this slide rail 11 respectively, and these rollers 42 of mat, makes respectively this slide plate 40 can be along this slide rail 11 respectively toward polyslips.

One driver train 50, it is to include: a driving wheel group 51, be to be located in this on link span 13, it has the preceding drive pulley 512 that first belt pulley 511 and that is arranged in these link span 13 tops is arranged in these link span 13 belows, and this first belt pulley be 511 can unidirectional transmission should before drive pulley 512 do clockwise rotation; One second belt pulley 52 is to be located on this rear connecting frame 14; One back drive pulley 53 is to be fixedly arranged on this wheel shaft 31, and the rotation that can this wheel shaft 31 of unidirectional transmission together with the wheel body 32 on these wheel shaft 31 two ends this vehicle frame 10 is advanced forward; One first drive belt 54 is to be set around on this first,

second belt pulley

511,52; One second drive belt 55 is to be set around on this preceding drive pulley 512 and this back drive pulley 53.

This two slide plate 40 is that one group of connection assembly of mat 60 links this first drive belt 54 respectively, use and make respectively this slide plate 40 on this slide rail 11 respectively during slippage, can drive this first drive belt 54 rotates, and by these first drive belt, 54 transmissions this first,

second belt pulley

511,52 rotate, and if the rotation direction of this first belt pulley 511 is a clockwise direction, more can drive this preceding drive pulley 512 rotates, and then should rotate by back drive pulley 53 by these second drive belt, 55 transmissions, and make the wheel body 32 of back wheels 30 produce the rotation that this vehicle frame 10 is advanced forward.

One direction control handle 70, it has leader's seat 71, is to be installed on this preceding link span 12 to be vertical; Leader's bar 72, be to be arranged on this handle base 71 in axle turnable mode, its top section has a Handheld Division 721, and tooth row 241 engagements of a gear 722 and this moving part 24 are then established in the bottom, use when rotating this handlebar stem 72, can drive these two wheel bodys, 23 synchronous beats of these trace 24 transmissions.

See also Fig. 4, Fig. 5, by said structure, the Manpower carrying tool 1 of present embodiment is to step on respectively with both feet to stand on this two slide plate 40, and is gripped on respectively on these Handheld Division 721 two side ends with both hands when using, and finishes the preliminary activities before using.

When the user desires to make the own body of this Manpower carrying tool 1 carrying to advance, be to do reciprocatingly sliding of mutual direction by this two slide plate 40 of both feet promotion on this two slide rail 11, these first drive belts 54 of drive are made cw on this first and

second belt pulley

511,52 alternately, the anti-clockwise conversion rotates to make this two slide plate 40; Because this first belt pulley 511 can unidirectional transmission should be done clockwise rotation by preceding drive pulley 512, so when this first drive belt 54 is done clockwise rotating, just can should rotate by preceding drive pulley 512 clwss by these first belt pulley, 511 transmissions, and drive these back wheels 30 by this back drive pulley of these second drive belt, 55 transmissions 53 and produce the rotation of advancing forward, reach whole Manpower carrying tool 1 and carry the effect that the human body of standing is thereon advanced forward.

Again, because this first belt pulley 511 is when doing the anti-clockwise rotation, can should dally by preceding drive pulley 512 relatively, when so this first drive belt 54 rotates as anti-clockwise, can't transmission should do the anti-clockwise rotation by preceding drive pulley 512, therefore, the friendship of this two slide plate 40 reciprocatingly slides again and can constantly drive whole carrier 1 and advance.

In addition, the user can be by rotating this handlebar stem 72, the skews that the moving part 24 of wheels 20 produced to the left or to the right before gear 722 transmissions that are positioned at these handlebar stem 72 bottoms were somebody's turn to do to drive the beat that this two wheel body 23 produces to the left or to the right, change the working direction of this Manpower carrying tool 1.

Going up narration as can be known according to this, do " sliding steps motion " by the user on this Manpower carrying tool 1, is that this Manpower carrying tool 1 this user of carrying is advanced forward; And in the motion that just existing fitness equipment is simulated, " sliding steps motion " is a kind of motion of training double-legged muscle effectively of stablizing, and not only can make each position muscle of both feet all can be subjected to tension equably, more can make and reach the exercise that waist all is subjected to filling part in the gluteus, so Manpower carrying tool 1 of the present utility model is to have preferable and enough mobilities, is to be better than known Manpower carrying tools such as bicycle or Kickboard Scooter.

According to last, the creation purpose that the utility model is taken off before can reaching really.

Claims

1. A human carrier is characterized in that it includes:

a vehicle frame having at least one slide rail on the vehicle frame;

a front wheel set and a rear wheel set are respectively arranged on the vehicle frame;

at least one slide plate is arranged on the slide rail and can slide back and forth along the slide rail;

A driving mechanism is arranged on the frame, and is respectively connected with the slide plate and the rear wheel set in a transmission relationship, and is used to drive the rear wheel set when the slide plate slides back and forth on the slide rail produce unidirectional rotation.

2. The manpower vehicle according to claim 1, wherein the vehicle frame has two slide rails arranged in parallel at a predetermined distance; and the vehicle includes two slide plates respectively arranged on the two slide rails.

3. The manpower carrier according to claim 1 or 2, wherein each of the slide rails is in a concave arc shape.

4. The manpower carrier according to claim 1 or 2, wherein each of the slide plates has a plate body and a plurality of rollers, and the rollers are pivotally arranged on the bottom of the plate body; each of the slide plates is based on its plate The rollers at the bottom of the body are connected to the top surface of each of the slide rails, and each of the slide plates can slide back and forth along each of the slide rails.

5. The manpower carrier according to claim 1, wherein the front wheel set includes a wheel frame, which is fixed on the bottom surface of the front section of the frame; two wheel seats are respectively pivotally mounted on the two ends of the wheel frame and respectively can be horizontally pivoted relative to the wheel frame; the two wheel bodies are respectively arranged on the two wheel bases; There are many tooth rows on the side edge; moreover, the human carrier also includes a direction control handle, which has a handle seat, which is installed on the frame in an upright shape; a handle rod is passed through in a rotatable manner On the handle seat, the top section has a handle, and the bottom end is provided with a gear that engages with the tooth row of the linkage.

6. The human-powered vehicle according to claim 1, wherein the rear wheel set includes: a wheel axle, which is pivotally mounted on the bottom surface of the rear section of the vehicle frame; two wheel bodies, which are respectively arranged at two ends of the wheel axle .

7. The manpower vehicle according to claim 6, wherein the driving mechanism includes: a transmission wheel set, which is located at the middle section of the vehicle frame, and has a first pulley and a front drive pulley , and the first pulley can drive the front drive pulley in one direction; a second pulley is located at the rear section of the frame; a rear drive pulley is fixed on the wheel shaft and can drive in one direction The wheel shaft; a first drive belt is wound on the first and second pulleys; a second drive belt is wound on the front drive pulley and the rear drive pulley; the slide plate is connected by a set of The component is connected with the first transmission belt. When the slide plate slides on the slide rail, it can drive the first transmission belt to revolve, and the first and second pulleys are driven by the first transmission belt to rotate. The rotation direction of a pulley is the direction of driving the front drive belt, and can drive the front drive pulley to rotate, and then drive the rear drive pulley to rotate through the second drive belt to drive the rear wheel to rotate.