CN202429132U

CN202429132U - Front/rear view integrated mirror

Info

Publication number: CN202429132U
Application number: CN2011205515932U
Authority: CN
Inventors: 许世法
Original assignee: Kunda Computer Technology Kunshan Co Ltd
Current assignee: Kunda Computer Technology Kunshan Co Ltd
Priority date: 2011-12-27
Filing date: 2011-12-27
Publication date: 2012-09-12
Anticipated expiration: 2021-12-27

Abstract

The utility model provides a front/rear view integrated mirror which comprises linear tracks and a mirror base, wherein the linear tracks are arranged two sides of an automobile body, and two ends of the linear tracks respectively correspond to a first position and a second position; the outer side of the mirror base is rotatablely connected with a mirror surface, in case of folding, the mirror surface is embedded in the mirror base, and the mirror surface faces to the outer side of the mirror base; in case of unfolding, the mirror surface extends to the outer side of the mirror base to be bevel angle-shaped with the mirror base, and the mirror surface faces the automobile body; the mirror base inwards slides along with the linear tracks, and the mirror base slides between the first position and the second position; when the mirror base slides to the first position, rear road condition can be observed by the folded mirror surface; and when the mirror base moves to the second position, front blind spot regions can be observed by the unfolded mirror surface. According to the front/rear view integrated mirror, the position of the mirror base is adjusted, the rotating angle of the mirror surface is adjusted as required, and the size of the rearview mirror is not changed, so that the visual range cannot be influenced.

Description

A somascope is looked in front and back

[technical field]

The utility model relates to a kind of front and back and looks a somascope, and a somascope is looked in particularly a kind of front and back that do not influence visual range.

[background technology]

Existing self-propelled vehicle all is equipped with light deflector, and the driver can understand the road traffic situation through light deflector, when being convenient to drive a vehicle self-propelled vehicle is operated.Present light deflector generally is mounted in the back mirror on the vehicle body, can only understand the traffic of self-propelled vehicle back.Operator's saddle on the self-propelled vehicle is to be biased in operator's compartment one side, if there is obstacle blind spot position, front, will stop driver's sight line, makes the driver can not see the various situation of the left and right sides, front.In addition, existing self-propelled vehicle is commanded completion smoothly owing to have only back mirror when parking and cross path, often to need the people.

The China's Mainland patent application is looked a somascope before and after disclosing a kind of self-propelled vehicle for No. 201020537076.5; Comprise the housing that can be installed on the vehicle body and the back mirror on the housing; Forward view apparatus is equipped with in the housing Ruian, described forward view apparatus comprise can be used to that intercepting the place ahead is fit to the site plan picture get object lens and can be with getting the front-view mirror that image that object lens reflect reflexes to operator's compartment again.Although not only can watch blind spot position, the place ahead but also can watch the rear side edge road conditions when looking a somascope before and after the self-propelled vehicle in No. the 201020537076.5th, the China's Mainland patent application and being installed on the self-propelled vehicle; Can in time understand self-propelled vehicle the place ahead traffic; For correct driving is provided convenience, thereby can improve traveling security.But the forward view apparatus branch in No. the 201020537076.5th, the China's Mainland patent application slices off the viewing area of back mirror, has reduced the visual range of back mirror.

[summary of the invention]

The main purpose of the utility model is to provide a kind of front and back that do not influence visual range to look a somascope.

The utility model provides a kind of front and back to look a somascope, and it comprises rectilinear orbit and microscope base, and said rectilinear orbit is arranged at the vehicle body both sides, and the two ends of said rectilinear orbit are the corresponding primary importance and the second place respectively; Said microscope base outside rotary connection minute surface, under the folded state, minute surface is embedded in the microscope base, and minute surface is towards the microscope base outside; Under the deployed condition, minute surface extends the microscope base outside and becomes the knuckle shape with microscope base, and minute surface is towards vehicle body; Said microscope base is along slippage in the said rectilinear orbit, microscope base slippage between the primary importance and the second place; When microscope base moves to primary importance, observe the rear road conditions through the minute surface under the folded state; And when moving to the second place, observe the place ahead blind spot region through the minute surface under the deployed condition.

Compared with prior art, the utility model is installed in microscope base on the self-propelled vehicle and can moves with rectilinear orbit, realizes different purposes through changing its position, that is, when moving to primary importance, the minute surface under the folded state can serve as back mirror to be used; And when moving to the second place, the minute surface under the deployed condition can serve as front-view mirror to be used.To let the driver select to observe the place ahead blind spot region or rear road conditions as required, for correct driving is provided convenience.And the utility model is only adjusted the position of microscope base and is adjusted the anglec of rotation of minute surface as required, and the size of back mirror does not change, and therefore, does not influence visual range.

[description of drawings]

Fig. 1 is for looking the running condition figure of a somascope as back mirror before and after the utility model.

Fig. 2 is the scheme drawing of Fig. 1 in another view directions.

Fig. 3 is for looking the running condition figure of a somascope as front-view mirror before and after the utility model.

Fig. 4 is the scheme drawing of Fig. 3 in another view directions.

[specific embodiment]

See also Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4; The utility model provides a kind of front and back to look a somascope; It comprises rectilinear orbit 10 and microscope base 20, and said rectilinear orbit 10 is arranged at vehicle body 100 both sides, and the two ends of said rectilinear orbit 10 are the corresponding primary importance and the second place respectively; Said microscope base 20 outside rotary connection minute surfaces 21, under the folded state, minute surface 21 is embedded in the microscope base 20, and minute surface 21 is towards microscope base 20 outsides; Under the deployed condition, minute surface 21 extend microscope base 20 outsides and with 20 one-tenth knuckle shapes of microscope base, minute surface 21 is towards vehicle body 100; Said microscope base 20 is along slippage in the said rectilinear orbit 10, microscope base 20 slippage between the primary importance and the second place; When microscope base 20 moves to primary importance, through the 21 observation rear road conditions of the minute surface under the folded state; And when moving to the second place, through the 21 observation the place ahead blind spot region of the minute surface under the deployed condition.

The utility model is installed in microscope base 20 on the self-propelled vehicle and can moves with rectilinear orbit 10; The position through changing microscope base 20 and the anglec of rotation of adjustment minute surface 21 to be to realize different purposes, that is, and and when microscope base 20 moves to primary importance; Point of observation 60 (driver's eyes) commonly used is positioned at the rear of microscope base 20; Front and back are looked a somascope and can be used as the back mirror use, and the scene of rear road conditions reflexes to point of observation 60 commonly used through minute surface 21, and the driver just can pass through minute surface 21 observation rear road conditions.When microscope base 20 moves to the second place; Microscope base 20 is positioned at the rear or the side of point of observation 60 (driver's eyes) commonly used; Front and back are looked a somascope and are used as front-view mirror, and the scene of the place ahead blind spot region reflexes to point of observation 60 commonly used through minute surface 21, and the driver just can pass through minute surface 21 observation the place ahead blind spot region.To let the driver select to observe the place ahead blind spot region or rear road conditions as required, for correct driving is provided convenience.And the utility model is only adjusted the position of microscope base 20 and is adjusted the anglec of rotation of minute surface 21 as required, and the size of back mirror does not change, and therefore, does not influence visual range.

The above; Be merely the specific embodiment of the utility model; But the protection domain of the utility model is not limited thereto; Any technical personnel of being familiar with the present technique field can be expected changing or replacement in the technical scope that the utility model discloses easily, all should be encompassed within the protection domain of the utility model.Therefore, the protection domain of the utility model should be as the criterion with the protection domain of claim.

Claims

1. a somascope is looked in front and back, it is characterized in that comprising:

Rectilinear orbit, it is arranged at the vehicle body both sides, and the two ends of said rectilinear orbit are the corresponding primary importance and the second place respectively;

Microscope base, its outside rotary connection minute surface, under the folded state, minute surface is embedded in the microscope base, and minute surface is towards the microscope base outside; Under the deployed condition, minute surface extends the microscope base outside and becomes the knuckle shape with microscope base, and minute surface is towards vehicle body; Said microscope base is along slippage in the said rectilinear orbit, microscope base slippage between the primary importance and the second place; When microscope base moves to primary importance, observe the rear road conditions through the minute surface under the folded state; And when moving to the second place, observe the place ahead blind spot region through the minute surface under the deployed condition.