CN201306050Y

CN201306050Y - Photo-electric door handle structure

Info

Publication number: CN201306050Y
Application number: CNU2008201460799U
Authority: CN
Inventors: 杨进生
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-10-27
Filing date: 2008-10-27
Publication date: 2009-09-09
Anticipated expiration: 2018-10-27

Abstract

The utility model provides a photo-electric door handle structure, which is mainly formed by inserting a lock core at the center of a door handle main body, wherein the door handle main body consists of a transmission water lamp part, a touch control module and a connection seat; the transmission water lamp part can be a transmission tri-dimensional object and can be arranged on the front end of the door handle main body and wraps the lock core; the touch control module is inserted in the connection seat and comprises a micro-switch, a power-source part and a luminous element; and the connection seat is of a seat body with a hollow accommodating chamber, and one end opening of the connection seat can accommodate the touch control module and is arranged below the transmission water lamp part. With the action of touching the door handle, the micro-switch drives the touch control module to start up the luminous element, so that the light of the luminous element can be transferred to the transmission water lamp part, and thereby being used for illuminating when opening the lock while having the decorative effect.

Description

Photoelectricity door knob structure

Technical field

The utility model provides a kind of photoelectricity door knob structure, refers to the doorknob structure that floor light was used when a kind of user of can be unblanked especially, mainly via slight touch action turn-on power, makes its door knob front can produce light and for illumination and decorate and use.

Background technology

Generally when returning the door night; with key operated door knob the time; usually can be because of rather dark deficiency; and can't look for with all needing repetitiousness or with finger touch lockhole position, key can be embedded exactly with the lockhole place embedding of the corresponding lock core of key; very inconvenient; in addition, unblank to allow bad guys that the chance of infringement is arranged in rather dark place, and damage.

Therefore, promptly there is the generation of some design to solve the problems referred to above, as after vehicle is flame-out, also have the illumination several seconds for the intimate design of unblanking, or carry compact flashlights or the like in addition, yet, if do not have out that (riding) car is gone out today or when leaving behind compact flashlights, then can produce above-mentioned phenomenon again, therefore, unsatisfactory in the utilization of reality.

In view of this, inventor's mat experience that ornaments, ornament etc. are made that goes in for the study for many years, it is a kind of own except that having the door knob function to sprout the think of design, and can have the light effect simultaneously, can reach the door knob structure of dual function, and through constantly studying and being improved, so generation of the present utility model is arranged then.

The utility model content

It is a kind of except that having decoration function that the purpose of this utility model is to provide, and more can be the photoelectricity door knob structure of unblanking to throw light on.

For achieving the above object, solution of the present utility model is:

A kind of photoelectricity door knob structure mainly is to be formed by the corresponding embedding group of a door knob body center one lock core, and the door knob body is made of a printing opacity water lamp portion, touch module and Connection Block; This printing opacity water lamp portion is a light-permeable three-dimensional contouring thing, and correspondence is arranged on door knob body front end and coats lock core; This touch module embedding group comprises microswitch, power supply unit, light-emitting component in Connection Block; This Connection Block is the pedestal of a tool medium altitude chamber, can ccontaining touch module in the end opening and be incorporated into printing opacity water lamp subordinate side.

Be filled with the liquid of lazy flow in this printing opacity water lamp portion.

Be added with paillette or bright powder in the working fluid of this printing opacity water lamp portion.

This printing opacity water lamp portion and core are assembled in dismountable interlocking mode.

This touch module further includes the luminous middle control unit of control light-emitting component.

Set light-emitting component is a light emitting diode in this touch module.

This power supply unit is a mercury battery.

This light-emitting component is around being arranged at the lock core periphery.

Should middlely control the unit with the intermittent start light-emitting component.

Should middlely control the unit with the selective actuation light-emitting component.

After adopting such scheme, the utility model can utilize the action that touches door knob, makes microswitch make touch module start light-emitting component, makes the light of light-emitting component be passed to printing opacity water lamp portion, except that having decoration function, more can be used as the illumination effectiveness of unblanking.

Description of drawings

Fig. 1 perspective exploded view of the present utility model;

Fig. 2 touch module schematic diagram of the present utility model;

Fig. 3 assembled sectional view of the present utility model;

Another embodiment schematic diagram of Fig. 4 the utility model.

The critical element symbol description

A door knob body B lock core

1 printing opacity water lamp portion, 2 touch module

21 power supply units, 22 microswitches

Control unit 24 light-emitting components in 23

3 Connection Blocks, 31 medium altitude chambers

The specific embodiment

Relevant the utility model is used and is reached the technological means that causes above-mentioned purpose, lifts preferable feasible being implemented on now and hereinafter does a detailed explanation.

At first, seeing also shown in Figure 1ly, is the three-dimensional exploded view of a kind of photoelectricity door knob of the utility model structure, and this photoelectricity door knob mainly is to be formed by the corresponding embedding group one lock core B of door knob body A central authorities, its door knob body A is made of a printing opacity water lamp portion 1, touch module 2 and Connection Block 3, wherein:

This printing opacity water lamp portion 1, be to being arranged on door knob body A front end and coating lock core B, it is the transparent moulding of a light-penetration solid, its inside can be filled out and be provided with flowing liquid, and can be added with paillette, bright powder in the working fluid, and this printing opacity water lamp portion 1 outward appearance can be the shaped design that the various customers of being convenient to use gripping.

Please cooperate consult shown in Figure 2, this touch module 2, it is the pedestal that an embedding group has power supply unit 21, microswitch 22, middle control unit 23 and light-emitting component 24, and corresponding embedding group is below printing opacity water lamp portion 1, and this power supply unit 21 can be mercury battery for reduced volume design, microswitch 22 mainly is can respond to static or mild action and turn-on power portion 21, should can be designed to intermittent start or selective actuation in middle control unit 23, and the design of light-emitting component 24 can be light emitting diode, and the 1 direction setting of corresponding printing opacity water lamp portion can be surrounded on lock core B periphery simultaneously.

This Connection Block 3 is the pedestal of a tool medium altitude chamber 31, can ccontaining touch module 2 in the end opening.

By this, utilize the action that touches door knob, make it cause microswitch 22 and start power supply unit 21 with reception static or microseismic activity mode, make light-emitting component 24 produce light, the light of light-emitting component 24 is passed to printing opacity water lamp portion 1, except that having decoration function, more can be the illumination of unblanking.

Please continue to consult Fig. 3, shown in 4, during assembling, the corresponding lock core B that embeds of the central part of this door knob body A, and Connection Block 3 is set in lock core B outside, again with embedded group power supply unit 21 in the touch module 2, microswitch 22, middle control unit 23 and light-emitting component 24 correspondences are arranged in the medium altitude chamber 31 of Connection Block 3, and light-emitting component 24 is surrounded on lock core B periphery, again in touch module 2 tops correspondence embedding group printing opacity water lamp portion 1, make printing opacity water lamp portion 1 correspondence be arranged on door knob body A front end and coating lock core B, and printing opacity water lamp portion 1 content is provided with the liquid of lazy flow, and the 1 direction irradiation of the corresponding printing opacity water lamp of light-emitting component 24 portion, in addition, for ease of changing different printing opacity water lamp portions 1, this printing opacity water lamp portion 1 can use the corresponding assembling of dismountable interlocking mode with lock core B place.

When door knob correspondence of the present utility model is assembled on the body, the user is when touching the utility model printing opacity water lamp portion 1 and Connection Block 3, as long as slight strength just can make control unit 23 and light-emitting component 24 in microswitch 22 action launchings of touch module 2, make light-emitting component 24 illuminate printing opacity water lamp portion 1, and then can illuminate lock core B place, allow the user facility see the lockhole position and to carry out unlocking action.In addition, the light of this light-emitting component 24 can be set at the batch (-type) that produces predetermined number of seconds and start, make the light source of light-emitting component 24 produce the moving additional effect of color break-up through printing opacity water lamp portion 1, the light effect of this light-emitting component 24 stops after predetermined number of seconds, and the action that the utility model then can carry out light again when the user touches integral body makes light-emitting component 24 transmit light sources and the light that sheds is dazzled beautiful effect to add integral body again.

In sum, we are made up of the element of the utility model photoelectricity door knob structure and use implementation as can be known, the utlity model has following several advantages, are described in detail as follows:

The utility model photoelectricity door knob structure, microswitch 22 designs by touch module 2 make integral body slightly be touched or receive electrostatic efficiency, can start light-emitting component 24 and produce light, not only making in the handle body design has more variation to implement the space, and more makes the utility model have the function of decoration concurrently.

The utility model photoelectricity door knob structure via above-mentioned start and function, allows the user when light-emitting component 24 illuminates printing opacity water lamp portion 1, has convenient the sight and sees the function of lockhole, and then reach the effect of conveniently unblanking.

Therefore, global formation structure by the utility model embodiment illustrates as can be known, the utility model is attained really can reach the decoration effect that perfection represents the water lamp, and member designs of the present utility model makes light-emitting component 24 have the effect of light-emitting flash by touch module 2, and allow water lamp decoration portion working fluid present more active dynamic effect, so, the utlity model has splendid result of use, appellation be one have the improvement progressive utility model.

The above, it only is the utility model one preferable possible embodiments, can not limit scope of the present utility model with this, promptly all equivalences of being done according to the utility model claim and utility model description change and modify, and all should still belong in the scope of the utility model patent working.

Claims

1. a photoelectricity door knob structure mainly is to be formed by the corresponding embedding group of a door knob body center one lock core, it is characterized in that:

The door knob body is made of a printing opacity water lamp portion, touch module and Connection Block;

This printing opacity water lamp portion is a light-permeable three-dimensional contouring thing, and correspondence is arranged on door knob body front end and coats lock core;

This touch module embedding group comprises microswitch, power supply unit, light-emitting component in Connection Block;

This Connection Block is the pedestal of a tool medium altitude chamber, can ccontaining touch module in the end opening and be incorporated into printing opacity water lamp subordinate side.

2. photoelectricity door knob structure as claimed in claim 1 is characterized in that: the liquid that is filled with lazy flow in this printing opacity water lamp portion.

3. photoelectricity door knob structure as claimed in claim 2 is characterized in that: be added with paillette or bright powder in the working fluid of this printing opacity water lamp portion.

4. photoelectricity door knob structure as claimed in claim 1, it is characterized in that: this printing opacity water lamp portion and lock core are assembled in dismountable interlocking mode.

5. photoelectricity door knob structure as claimed in claim 1 is characterized in that: this touch module further includes the luminous middle control unit of control light-emitting component.

6. photoelectricity door knob structure as claimed in claim 1, it is characterized in that: set light-emitting component is a light emitting diode in this touch module.

7. photoelectricity door knob structure as claimed in claim 1, it is characterized in that: this power supply unit is a mercury battery.

8. photoelectricity door knob structure as claimed in claim 1, it is characterized in that: this light-emitting component is around being arranged at the lock core periphery.

9. photoelectricity door knob structure as claimed in claim 5 is characterized in that: control unit is with the intermittent start light-emitting component in this.

10. photoelectricity door knob structure as claimed in claim 5 is characterized in that: control unit is with the selective actuation light-emitting component in this.