CN208506721U - A kind of positioning touches eyeglass and control of intelligent terminal - Google Patents

Abstract

The utility model provides a kind of positioning and touches eyeglass and control of intelligent terminal, and a kind of positioning touches eyeglass, including eyeglass main body, and for the front surface of eyeglass main body equipped with location navigation region, location navigation is provided with virtual key position around region.The control of intelligent terminal, including center, the back side of center is equipped with main circuit board component, pressure sensitive module and piezoelectric vibrator are installed before center, display screen is installed before center, the front of display screen, which covers, is equipped with eyeglass main body, on location navigation region and the equal face to display screen of virtual key position.The utility model positioning touch eyeglass is novel and design is reasonable, user can be helped accurately to carry out touching in the case where not having to visually display that screen finding accurately by location navigation region, determine positioning, it is easy to use, and, the operating experience of real entities key is simulated, the user experience of human-computer interaction is more preferable.

Description

A kind of positioning touches eyeglass and control of intelligent terminal

Technical field

The utility model relates to technical field of electronic equipment, in particular to a kind of positioning touches eyeglass and its can control end End.

Background technique

With the promotion of social scientific and technological level, biometrics and intelligent embodiment in people's daily life is deeper and deeper Enter, this is all embodied on automobile, communication equipment and household electrical appliance.Intelligence, not still corresponding designer in industrial technology Pursuit above is experienced also for the more good human-computer interaction of user is given.

The control of traditional ordinary electrical home appliance, such as air-conditioning, television set, TV box and electric fan, lamp, speaker are each own Oneself independent remote controler.Exist in this way, will cause large number of remote controler, on the one hand increases the trouble of management, also make At the wasting of resources.Therefore can under the thinking of intelligent appliance and comprehensively control, by technological means realize a remote terminal come Control all associated appliances.On the one hand this design can reduce difficulty to the management of household electrical appliance, on the one hand also there is better use Family experience.

The touch controlling terminal majority of current housed device is the application program by being mounted on tablet computer or mobile phone It realizes, the shortcomings that this kind of product is when operation, to need to bow and see screen display content, and once touch screen The function is triggered, user usually requires constantly to check that screen key content operates again；For example it is set in control TV etc. When standby, user usually needs to be primarily focused on video screen, in this case, whole using common touch control When end, user needs between video screen and touch terminal screen to switch attention repeatedly, and usage experience is poor.And And it can not be compared with conventional entity key in the tactile feedback of common touch control terminal.

Utility model content

In view of the above drawbacks of the prior art, the technical problem to be solved by the utility model is to provide a kind of positioning touchings Touch eyeglass.

A kind of positioning touch eyeglass, including eyeglass main body, the front surface of the eyeglass main body are equipped with location navigation region, institute It states and is provided with virtual key position around location navigation region.

Moreover, the eyeglass main body with a thickness of 0.9-2.3mm.

Moreover, the location navigation region is the recess perhaps annular of protrusion and the recess or convex formed The thickness range of part is 0.3-0.6mm out.

Moreover, the quantity of the virtual key position is four, and is symmetrically dispersed in the location navigation region Around.

The utility model additionally provides a kind of control of intelligent terminal, touches eyeglass including above-mentioned positioning.

It moreover, include center belonging to the control of intelligent terminal, the back side of the center is equipped with main circuit Board group part, be equipped with before the center display screen and positioned between the two pressure sensitive module and piezoelectric type vibration Device, the front covering of the display screen are equipped with the eyeglass main body, and the location navigation region and virtual key position are directly right Should be to including center on the display screen, the back side of the center is equipped with main circuit board component and battery, and in the center Behind covering rear shell is installed, pressure sensitive module and piezoelectric vibrator, the center are installed before the center Before display screen is installed, the front covering of the display screen is equipped with the eyeglass main body, the location navigation region and In virtual key position equal face to the display screen.

The utility model has the advantages that the utility model control of intelligent terminal is novel and design is reasonable, pass through location navigation region energy It enough helps user accurately to carry out touching in the case where not having to visually display that screen finding accurately, determines positioning, it is easy to use, and And the operating experience of real entities key is simulated, the user experience of human-computer interaction is more preferable.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that the utility model positioning touches lens embodiments one.

Fig. 2 is the structural schematic diagram that the utility model positioning touches lens embodiments two.

Fig. 3 is the structural schematic diagram of the utility model control of intelligent terminal.

Specific embodiment

With reference to the accompanying drawings and examples the utility model is made moreover to illustrate:

Embodiment one

A kind of positioning as shown in Figure 1 touches eyeglass, has eyeglass main body 1, and the front surface of eyeglass main body 1 is equipped with positioning and leads Navigating area domain 1a is provided with virtual key position 1b around location navigation region.Eyeglass main body 1 with a thickness of 0.9-2.3mm, in this reality It applies in example, in particular 1.5mm.Location navigation region 1a is the annular of recess, and the thickness range of the depressed section formed is 0.3-0.6mm, in the present embodiment, in particular 0.5mm.The quantity of virtual key position 1b is four, and is symmetrically dispersed in and determines Around the navigation area 1a of position.

The surface that eyeglass main body 1 is used to be mounted on corresponding terminal device is touched, touch display screen is as directly overlayed The upper surface of.The effect of location navigation region 1a is to form the position of a recess on the surface for touching eyeglass main body 1, and can allow makes User does not have in the case where visually displaying that screen, is directly positioned by touching, and passes through virtual key position 1b and location navigation area again The relative positional relationship of the fixation of domain 1a can also consciously find rapidly the position of virtual key position 1b using finger.Touch eyeglass Using being not limited to single terminal, and it is this structure type, the touch screen type function being integrated in terminal realizes blind person jointly Formula operates with, to improve the experience sense of convenience and human-computer interaction that user uses.The wherein thickness range control of eyeglass main body 1 System is within the scope of 0.9-2.3mm, when convenient for location navigation region 1a being arranged to recess, corresponding thickness, and the depth being as recessed Degree control is within the scope of 0.3-0.6mm, because belonging within this range, the depth is suitable, will not lose touch because of too shallow Difference sense, will not be because of too deep too thick to the thickness requirement for touching eyeglass main body 1.In this way, entire touch eyeglass can be improved The yields of main body 1.

As shown in Figure 3 touches control of intelligent terminal made of eyeglass using positioning, has center 2, the back of the center 2 Face is equipped with main circuit board component 3 and battery 4, and covers behind the center 2 and be equipped with rear shell 5, before the center 2 Face is equipped with pressure sensitive module 6 and piezoelectric vibrator 7, and display screen 8, the display screen 8 are equipped with before the center 2 Front covering the eyeglass main body 1 is installed, the location navigation region 1a and virtual key position 1b are directly corresponded to described On display screen 8.

Control of intelligent terminal can be used for controlling such as air-conditioning, television set, TV box, electric fan, lamp and speaker man simultaneously Electrical appliance or various electronic.A remote control terminal is realized to control multiple household electrical appliance or various electronic.

Center 2 is the main structure of the utility model, for installing including main circuit board component 3, battery 4, pressure sensitive The other components such as module 6 and piezoelectric vibrator 7.Master chip etc. is provided on main circuit board component 3.

The principle that the utility model piezoelectric vibrator vibrates is to have used " inverse piezoelectric effect ".Pressure sensitive module 6 be the operation for experiencing external touch screen, piezoelectric vibrator 6 with location navigation region 1a close to being aligned, i.e. piezoelectric type vibration Device 6 is located at the underface of location navigation region 1a.When user is when location navigation region or key mapping press, piezoelectric type vibration Device by vibration as the feedback of pressing, and " rattling away " sound that when capable of emitting similar in kind key is pressed issues.

It is well known that can cause the relative displacement of charged particle in dielectric under electric field action and polarize.But In certain dielectric crystal, can also by pure mechanism, such as: pressure, compression, shearing stress etc. and occur Polarization, and lead to occur the opposite bound charge of symbol in two end surfaces of medium, charge density is proportional to external force.Piezoelectricity effect It should refer to certain media under force, generate deformation, cause dielectric surface to charge, this is direct piezoelectric effect.Conversely, applying Excitation electrical field, medium will generate mechanically deform, claim inverse piezoelectric effect.Therefore, when to requiring using low-frequency vibration, using inverse Piezoelectric effect is vibrated.

Embodiment two

As shown in Fig. 2, the present embodiment and embodiment one the difference is that, 1a setting in location navigation region is circularized Protrusion.The thickness of the protrusion is also disposed within the scope of 0.3-0.6mm, and preferably also 0.5mm.Meet the difference sense touched, Other are not repeated them here.

The preferred embodiments of the present invention have been described in detail above.It should be appreciated that the ordinary skill people of this field Member according to the present utility model can conceive without creative work makes many modifications and variations.Therefore, all this technology necks Technical staff passes through logic analysis, reasoning or limited reality according to the design of the utility model on the basis of existing technology in domain Available technical solution is tested, it all should be within the scope of protection determined by the claims.

Claims (6)

1. a kind of positioning touches eyeglass, it is characterised in that: including eyeglass main body (1), the front surface of the eyeglass main body (1) is equipped with Location navigation region (1a) is provided with virtual key position (1b) around the location navigation region.

2. a kind of positioning touch eyeglass as described in claim 1, it is characterised in that: the eyeglass main body (1) with a thickness of 0.9-2.3mm。

3. a kind of positioning as claimed in claim 2 touches eyeglass, it is characterised in that: the location navigation region (1a) is recess Perhaps the annular protruded and the recess formed or the thickness range for protruding part are 0.3-0.6mm.

4. a kind of positioning as described in claim 1 touches eyeglass, it is characterised in that: the quantity of the virtual key position (1b) is four It is a, and be symmetrically dispersed in around the location navigation region (1a).

5. a kind of control of intelligent terminal touches eyeglass including the positioning as described in claim 1-4 any one.

6. control of intelligent terminal as claimed in claim 5, it is characterised in that: it further include center (2), the back of the center (2) Face is equipped with main circuit board component (3), display screen (8) is equipped with before the center (2) and positioned at pressure between the two The front covering of power induction module (6) and piezoelectric vibrator (7), the display screen (8) is equipped with the eyeglass main body (1), The location navigation region (1a) and virtual key position (1b) directly correspond on the display screen (8).