CN203698102U

CN203698102U - Steering vehicle with intelligent vibration hint function

Info

Publication number: CN203698102U
Application number: CN201320731731.4U
Authority: CN
Inventors: 徐志兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-11
Filing date: 2013-11-11
Publication date: 2014-07-09
Anticipated expiration: 2023-11-11

Abstract

The utility model relates to a steering vehicle with an intelligent vibration hint function, which comprises multiple human body inductors and multiple minitype vibrators, wherein the human body inductors are used for inducting the position where hands of a driver hold the steering wheel; the minitype vibrators are used for producing vibrations to remind the driver; the human body inductors and the minitype vibrators are distributed on a cavity of the steering wheel in an annular manner and are respectively connected onto a central control unit; the central control unit is connected onto the input end of an external vibrating signal. According to the utility model, the human body inductors detect the position where hands of the driver hold the steering wheel in real time, the central control unit automatically activates the minitype vibrators below palms, and under the control of the external vibrating signal, the minitype vibrators below palms vibrate in different manners to timely and efficiently transmit various information to the driver.

Description

A kind of bearing circle with intelligent vibration prompting function

Technical field

The utility model relates to vehicle safety ancillary technique field, relates to a kind of novel bearing circle, and especially steerman hand griping position can produce vibrations and the bearing circle to steerman transmission of information with different vibration modes.

Background technology

In recent years, China citizen Car ownership rapid growth, the automobile travelling on highway is more and more, and traffic accident is also more and more.A lot of traffic accidents be to desert while driving a vehicle due to steerman, do not find in time what safety hazard caused, if before accident generation, electronic sensor can be found safety hazard, and remind timely and effectively steerman, just can effectively avoid or the generation of minimizing accident.

When automobile in travelling breaks down or occurs safety hazard around, current automobile generally reminds steerman to carry out in time appropriate processing with the not under command light caution sound that lights, sets out, but not under command light while lighting steerman differ and find in time surely, same caution sound is also likely covered by the sound of environment.During due to driving, the hand of steerman is being held bearing circle always, if shaking device is installed in the position that can hold on bearing circle, while there is emergency situation, the mode of carrying out reasonably shakes, and must cause in time the attention of steerman, thus safer driving and use vehicle.

The patent No. of having authorized be 201110206368.X's " vehicle obstacle monitoring method based on vibration of steering wheel and device ", a kind of method of utilizing vibration of steering wheel prompting chaufeur vehicle to run into obstacle is disclosed, " monitoring method step is as follows: the obstacle minor increment that 1) is provided for sending prompting; 2) in the time of vehicle operating, detect the obstacle distance nearest apart from vehicle body by range only radar; 3), in the time that described obstacle distance is less than described obstacle minor increment, steering wheel for vehicle is applied to vibrations to send the approaching prompting of obstacle to chaufeur; Monitoring device comprises control unit, for detection of the radar ranging unit of the obstacle distance nearest apart from vehicle body with for send the vibrations unit of vibration prompting according to obstacle distance, control unit is connected with radar ranging unit, described vibrations unit comprises that at least one is fixed on the electromagnetic shaker on steering wheel for vehicle, and described electromagnetic shaker is connected with control unit.”

The problem of this technical scheme is: 1. in the time that vehicle runs into obstacle, all vibrators all shake, and energy consumption is large; 2. electromagnetic shaker drives whole vibration of steering wheel, cannot specify the direction of obstacle, maybe can only tackle an obstacle monitoring device; 3. can only propose warning for the obstacle in driving, there is no to arrange the prompting for other potential safety hazards.

Utility model content

The utility model is to solve the problem that above-mentioned prior art exists, and a kind of novel, efficient man-machine interaction mode is provided, and helps the safer driving of steerman and uses the vehicle.

The utility model embodiment provides a kind of bearing circle with intelligent vibration prompting function, comprising:

Human inductor, holds the position of bearing circle for responding to chaufeur;

Miniature electromagnetic shaker, for generation of the warning vibrations that can point out chaufeur;

Some human inductors and some miniature electromagnetic shaker annular arrangements are in bearing circle inner chamber, and described human inductor and miniature electromagnetic shaker are connected respectively to central controller, and central controller is connected to exterior vibration signal input part.

For the further improvement of above technical scheme, miniature electromagnetic shaker and human inductor are arranged on respectively the inner position near outside face of bearing circle, miniature electromagnetic shaker with respect to human inductor near front side, bearing circle outer ring, human inductor with respect to the position of miniature electromagnetic shaker near bearing circle outer ring rear side.

For the further improvement of above technical scheme, in bearing circle inner chamber, every the distance of 1cm-3cm, one group of miniature electromagnetic shaker and human inductor are installed.

For the further improvement of above technical scheme, described human inductor is non-contact capacitive formula human inductor.

For the further improvement of above technical scheme, also comprise voice guard, described voice guard is connected to Central Processing Unit (CPU) by tone controller.

For the further improvement of above technical scheme, described miniature electromagnetic shaker is connected to central controller by frequency converter.

The beneficial effects of the utility model are:

(1) prompt facility is efficient in time

The hand of the utility model utilization when driving steerman can not departure direction dish feature, human inductor and miniature electromagnetic shaker are set, ensured the efficient in time of prompt facility.

(2) original safety method is had no adverse effects

Vibration prompting is as a kind of novel information indicating mode, is to the supplementing of original safety method, with function before without any in prominent, steerman can be applied it, improves safety factor of travel, also can in the time not needing, close this function.

(3) the built-in design of noncontact, to steerman without particular/special requirement

Sensor and miniature electromagnetic shaker are arranged on bearing circle inside, and outward appearance, without impact, is closed after vibration prompting function, be as good as with common bearing circle, non-contact human induction design, though steerman with gloves, vibration prompting function still can normally be worked.

Brief description of the drawings

Fig. 1 is the utility model embodiment method flow schematic diagram;

Fig. 2 is the utility model embodiment steering wheel arrangement front view;

Fig. 3 is the utility model embodiment elevation profile constructional drawing;

Wherein: the miniature electromagnetic shaker of 1-; 11-frequency converter; 2-human inductor; 3-bearing circle inner chamber; 4-central controller; 5-exterior vibration signal input part; 6-voice guard; 61-tone controller.

Detailed description of the invention

The utility model is to solve the problem that prior art exists, a kind of bearing circle with intelligent vibration prompting function is provided, its core is to utilize human inductor real-time detection steerman to hold steering wheel position, the miniature electromagnetic shaker of central controller automatic activation palm below, under the control of outside vibration signal, the some miniature electromagnetic shaker that is positioned at palm below transmits various information to steerman in time efficiently by the vibrations of different modes, thereby helps the safer driving of steerman and use the vehicle.

As shown in Fig. 2 Fig. 3, the utility model embodiment discloses a kind of bearing circle with intelligent vibration prompting function, comprising:

Human inductor 2, holds the position of bearing circle for responding to chaufeur;

Miniature electromagnetic shaker 1, for generation of the warning vibrations that can point out chaufeur; Described miniature electromagnetic shaker 1 is connected to central controller 4 by frequency converter 11.Control by frequency converter 11 frequency that miniature electromagnetic shaker 1 shakes.

Some human inductors 2 and some miniature electromagnetic shaker 1 annular arrangements are in bearing circle inner chamber 3, and concrete human inductor 2 and the quantity of miniature electromagnetic shaker 1 are subject to the restriction of the bearing circle size of actual use, are as the criterion with actual demand.Described human inductor 2 and miniature electromagnetic shaker 1 are connected respectively to central controller 4, and central controller 4 is connected to exterior vibration signal input part 5.

Miniature electromagnetic shaker 1 is arranged on respectively the inner position near outside face of bearing circle with human inductor 2, miniature electromagnetic shaker 1 with respect to human inductor 2 near front side, bearing circle outer ring, human inductor 2 with respect to the position of miniature electromagnetic shaker 1 near bearing circle outer ring rear side.In the time that steerman is held bearing circle, miniature electromagnetic shaker 1 is just to steerman palm area, and human inductor 2 is just to steerman finger areas.Hold any position of bearing circle, have corresponding miniature electromagnetic shaker 1 to be automatically activated, can meet the driving habit that different people is different.

In bearing circle inner chamber, every the distance of 1cm-3cm, one group of miniature electromagnetic shaker 1 and human inductor 2 are installed.In the time holding any one position of bearing circle, to there be some miniature electromagnetic shakers 1 and human inductor 2 to be positioned at palm below, human inductor 2 is responded to existence in one's hands, and the hand griping position detecting to central controller report, central controller activates the some miniature electromagnetic shaker of hand griping position below, and sends on demand the vibration command of different modes to it.

Described human inductor 2 is non-contact capacitive formula human inductor.Adopt non-contact type inductor, even wear gloves at steerman, have in the situation of protecting sleeve on bearing circle, vibration reminding device still can normally be worked.

The bearing circle of described band intelligence vibration prompting function also comprises voice guard 6, and described voice guard 6 is connected to Central Processing Unit (CPU) by tone controller 61.

Workflow of the present utility model is referring to Fig. 1:

(1) some exterior vibration signal input parts 5 are set respectively to vibrations parameter;

(2) in driving process, human inductor 2 senses the steering wheel position of holding of chaufeur, and location information is transferred to central controller 4;

(3), by exterior vibration signal input part 5 monitor vehicle external environment conditions respectively, when the vehicle-state monitoring when exterior vibration signal input part 5 exceedes vibrations parameter, exterior vibration signal input part 5 sends vibration signal to central controller 4;

(4) central controller 4 receives after the vibration signal that exterior vibration signal input part 5 sends, and the miniature electromagnetic shaker 1 of holding steering wheel position of controlling chaufeur shakes, to chaufeur transmission of information.

It should be noted that, exterior vibration signal input part 5 can be radar for monitoring obstacle or the monitor of the potential safety hazard of monitor vehicle own, also can be that the driving of chaufeur is had to navigation of impulse etc., as long as monitoring vehicle-state, and need to be to the monitor of chaufeur transmission of information.

Central controller is experienced the vibration signal of vehicle left side exterior vibration signal input part, the miniature electromagnetic shaker vibrations of steerman left side palm below; Central controller is experienced the vibration signal of vehicle right hand external vibration signal input end, the miniature electromagnetic shaker vibrations of steerman right side palm below.

Can also different vibration modes be set according to different exterior vibration signal input parts 5 signal sources, as long shake, short shake, interrupted oscillating, displacement vibrations, transmit different information with this to steerman.

The vehicle-state that exterior vibration signal input part 5 monitors exceedes vibrations when parameter, exceedes vibrations parameter larger, and vibration signal is stronger, and central controller 4 is controlled that miniature electromagnetic shaker 1 shakes more strongly or be more frequent.

Central controller 4 receives after the vibration signal that exterior vibration signal input part 5 sends, can also control voice guard 6 gives the alarm simultaneously, it is larger that the vehicle-state that exterior vibration signal input part 5 monitors exceedes vibrations parameter, vibration signal is stronger, and it is larger that central controller 4 is controlled the frequency that voice guard gives the alarm.

Above a kind of bearing circle with intelligent vibration prompting function provided by the utility model is described in detail, for one of ordinary skill in the art, according to the thought of the utility model embodiment, all will change in specific embodiments and applications, the utility model goes for using the various vehicle such as vehicle that bearing circle drives, boats and ships, aircraft simultaneously.In sum, this description should not be construed as restriction of the present utility model.

Claims

1. the bearing circle with intelligent vibration prompting function, is characterized in that, comprising:

2. the bearing circle of the intelligent vibration prompting function of band according to claim 1, it is characterized in that, miniature electromagnetic shaker and human inductor are arranged on respectively the inner position near outside face of bearing circle, miniature electromagnetic shaker with respect to human inductor near front side, bearing circle outer ring, human inductor with respect to the position of miniature electromagnetic shaker near bearing circle outer ring rear side.

3. according to the bearing circle of the band intelligence vibration prompting function described in claim 1 or 2 any one, it is characterized in that, in bearing circle inner chamber, every the distance of 1cm-3cm, one group of miniature electromagnetic shaker and human inductor are installed.

4. according to the bearing circle of the band intelligence vibration prompting function described in claim 1 or 2 any one, it is characterized in that, described human inductor is non-contact capacitive formula human inductor.

5. the bearing circle of the intelligent vibration prompting function of band according to claim 1, is characterized in that, also comprises voice guard, and described voice guard is connected to Central Processing Unit (CPU) by tone controller.

6. the bearing circle of the intelligent vibration prompting function of band according to claim 1, is characterized in that, described miniature electromagnetic shaker is connected to central controller by frequency converter.