CN203595070U

CN203595070U - Electronic light-emitting device for simulating real fire

Info

Publication number: CN203595070U
Application number: CN201320778719.9U
Authority: CN
Inventors: 伍尚强
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-11-29
Filing date: 2013-11-29
Publication date: 2014-05-14
Anticipated expiration: 2023-11-29

Abstract

An electronic light-emitting device for simulating real fire comprises a real fire sheet (1), a light-emitting element (2), an electric mechanism and a base support (3), the electric mechanism is arranged in the real fire sheet (1) and drives the real fire sheet (1) to shake, the base support (3) supports the shaking or static real fire sheet (1) through a supporting structure, a real fire simulation part (1.1) is arranged on the upper portion of the real fire sheet (1), and the light-emitting element (2) is arranged on the base support (3) and irradiates the real fire simulation part (1.1) of the real fire sheet (1). The electronic light-emitting device for simulating the real fire has the advantages of being simple in structure and low in cost.

Description

Simulate kidney-yang electron emitting structure

Technical field

The utility model relates to kidney-yang analogue technique field, is specifically a kind of kidney-yang electron emitting structure of simulating.

Background technology

At present, the electron luminescence product that various simulations are kidney-yang is widely used in the daily living article such as ornament, toy, compared to traditional true naked light, it is much safe that this simulation luminous product is wanted, and can carry out as required low-keyed manipulation, for people's life has brought more enjoyment.But with regard to simulating the electron emitting structure of candle light, it also carries out mounting arrangements by multilayer shell to inner body therein except outermost shell, complex structure, and also cost is also higher.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of simulation simple in structure, lower-cost kidney-yang electron emitting structure.

For solving the problems of the technologies described above, the technical scheme that the utility model provides is: comprise kidney-yang, light-emitting component, be arranged in kidney-yang and drive the kidney-yang motor drive mechanism rocking, rock or the static base support of kidney-yang by support construction supports, the described top of kidney-yang is simulated fire part, and described light-emitting component is arranged on base support and irradiates the simulated fire part of kidney-yang.

Described motor drive mechanism comprises that motor, bias are arranged on the eccentric wheel on motor output shaft, and described motor is arranged on the support of kidney-yang root.

Described supporting construction is be located at the tailstock barrel of kidney-yang root and be located at the thimble on base support, and kidney-yang is supported on thimble and is freely rotated and rock by tailstock barrel.

Described supporting construction is that two ends are arranged on respectively the back shaft and the through hole or the slit port that are located at kidney-yang root or support upper end on base support, and described kidney-yang is set in Free Slosh on back shaft by through hole or slit port.

The traverse shaft that described supporting construction forms for the wire being connected with motor, the two ends of described traverse shaft are installed on respectively on base support, and described kidney-yang by traverse shaft Free Slosh on base support.

Described supporting construction is located at the rolling bearing on base support for the traverse shaft and the level that connect the wire of motor and form, described traverse shaft rotates and is installed on the upper circle or inner ring of rolling bearing, lower circle or the outer ring of rolling bearing are arranged on base support, and described kidney-yang is freely rotated on base support by rolling bearing by traverse shaft Free Slosh on base support simultaneously.

Adopt after above structure, the utlity model has following advantage: the multilayer shell structure that the electron emitting structure that simulation of the present utility model is kidney-yang substitutes in original device by the supporting structure with more succinct supports, not only structure is more succinct, and be conducive to reduce costs, kidney-yang under the driving of motor drive mechanism, after being irradiated to simulated fire part, light-emitting component can show kidney-yang effect more true to nature, and the also variation of motor drive mechanism and supporting construction, more direct to the kidney-yang thrust applying, effectively, be conducive to improve the effect of rocking of kidney-yang, simulate kidney-yang effect even more ideal.

Accompanying drawing explanation

Fig. 1 is that the utility model is simulated the structural representation of kidney-yang electron emitting structure while using as product.

Fig. 2 is the structural representation that removes the first embodiment after shell in Fig. 1.

Fig. 3 is the structural representation that removes the second embodiment after shell in Fig. 1.

Fig. 4 is the structural representation (being unkitted motor drive mechanism) that removes the 3rd embodiment after shell in Fig. 1.

Fig. 5 is the structural representation that removes the 4th embodiment after shell in Fig. 1.

Fig. 6 is the structural representation removing in Fig. 5 after ball bearing upper cover body.

As shown in the figure: 1, kidney-yang, 1.1, simulated fire part, 1.2, support, 1.3, tailstock barrel, 2, light-emitting component, 3, base support, 4, motor, 5, body base, 6, eccentric wheel, 7, body fuselage, 8, thimble, 9, back shaft, 10, traverse shaft, 11, rolling bearing, 12, circuit board, 13, battery pack.

The specific embodiment

Below in conjunction with accompanying drawing, the utility model is described in further detail.

As shown in the figure, a kind ofly simulate kidney-yang electron emitting structure, comprise kidney-yang 1, light-emitting component 2, be arranged in kidney-yang 1 and drive kidney-yang 1 motor drive mechanism rocking, rock or the static base support 3 of kidney-yang 1 by support construction supports.The described top of kidney-yang 1 is simulated fire part 1.1, and described light-emitting component 2 is arranged on base support 3 and irradiates the simulated fire part 1.1 of kidney-yang 1.

Described motor drive mechanism comprises that motor 4, bias are arranged on the eccentric wheel 6 on motor 4 output shafts, and described motor 4 is arranged in the support 1.2 of kidney-yang 1 root.Wherein eccentric installation refers to that the central axis of eccentric wheel 6 and the central axis of motor 4 output shafts be not on same straight line, i.e. disalignment, leave distance, and eccentric wheel 6 is also designed to non-full wheel body shape between two central axis, has cut away a part of wheel body.Adopt the eccentric effect of eccentric wheel 6 of this structural design more remarkable, thus form to rock effect better.Referring to Fig. 2-6.The present embodiment adopts motor to drive the eccentric eccentric wheel of installing to realize kidney-yang rocking, for a kind of mechanical type rocks structure, with in prior art, utilize magnetic field magnetic force to realize kidney-yang to rock Comparatively speaking, this mechanical type rocks structure and not affected by extraneous magnetic force, can make kidney-yang whole rock process in held stationary rock and not disturbed by extraneous magnetic force, and kidney-yang formation rock great efforts and very steadily reliable, be irradiated on kidney-yang that rocks and can form kidney-yang effect very true to nature at the light source of light-emitting component, and the dynamics of rocking of kidney-yang can regulate according to motor speed size, can meet the demand of the different firepower sizes of user, and this mechanical motor structure compact overall structure is reasonable, parts are few, mainly utilize the parts such as support to realize and interconnect installation, structure is very succinct.

Described supporting construction can be for being located at the tailstock barrel 7 of kidney-yang 1 root and being located at the thimble 8 on base support 3, and kidney-yang 1 is supported on thimble 8 by tailstock barrel 7 and freely rotates and rock, referring to Fig. 2, described supporting construction can be arranged on respectively back shaft on base support 39 and be located at kidney-yang 1 root or be located at through hole (unmarked) or the slit port (unmarked) of support 1.2 upper ends of kidney-yang 1 for two ends, described kidney-yang 1 is set in Free Slosh on back shaft 9 by through hole or slit port, referring to Fig. 3, the traverse shaft 10 that described supporting construction can form for the wire being connected with motor 4, the two ends of described traverse shaft 10 are installed on respectively on base support 3, described kidney-yang 1 by traverse shaft 10 Free Slosh on base support 3, utilize wire to do traverse shaft and support kidney-yang, avoided kidney-yang rock process in wire it is disturbed, make kidney-yang more easily to rock, referring to Fig. 4, the traverse shaft 10(that described supporting construction can also form for the wire connecting with motor 4 herein traverse shaft and above-mentioned traverse shaft is same traverse shaft, therefore adopt same labeling indicia) and level be located at the rolling bearing 11 on base support 3, described traverse shaft 10 rotates and is installed on the upper circle or inner ring of rolling bearing 11, the lower circle of rolling bearing 11 or outer ring are arranged on base support 3, described kidney-yang 1 is freely rotated on base support 3 by rolling bearing 11 by traverse shaft 10 Free Slosh on base support 3 simultaneously, the installation that adopts rolling bearing to realize traverse shaft 10 can make kidney-yang to rock effect better, referring to Fig. 5-6.

When the electron emitting structure that simulation of the present utility model is kidney-yang uses as product, be also provided with the circuit board 15 being connected with electric electromechanics, battery pack 16, whole body base 17 and the body fuselage 18 of powering to motor.After all assembling parts, form the electron luminescence product of simulation candle light as shown in Figure 1.

Actuating motor, eccentric wheel starts eccentric rotary, drives kidney-yang to start to rock by support, and now light-emitting component sends light source and is radiated at the kidney-yang upper formation kidney-yang effect very true to nature of rocking.

Claims

1. the electron emitting structure that simulation is kidney-yang, it is characterized in that: comprise kidney-yang (1), light-emitting component (2), be arranged in motor drive mechanism that kidney-yang (1) drive kidney-yang (1) to rock, rock or the base support (3) of static kidney-yang (1) by support construction supports, the top of described kidney-yang (1) is simulated fire part (1.1), and described light-emitting component (2) is arranged on the simulated fire part (1.1) that base support (3) is upper and irradiate kidney-yang (1).

2. the kidney-yang electron emitting structure of simulation according to claim 1, it is characterized in that: described motor drive mechanism comprises that motor (4), bias are arranged on the eccentric wheel (6) on motor (4) output shaft, and described motor (4) is arranged in the support (1.2) of kidney-yang (1) root.

3. the kidney-yang electron emitting structure of simulation according to claim 1, it is characterized in that: described supporting construction is for to be located at the tailstock barrel (1.3) of kidney-yang (1) root and to be located at the thimble (8) on base support (3), and kidney-yang (1) is supported in thimble (8) by tailstock barrel (1.3) and above freely rotates and rock.

4. the kidney-yang electron emitting structure of simulation according to claim 1, it is characterized in that: described supporting construction is that two ends are arranged on respectively the back shaft (9) on base support (3) and are located at kidney-yang (1) root or are located at through hole or the slit port of support (1.2) upper end of kidney-yang (1), and kidney-yang described (1) is set in the upper Free Slosh of back shaft (9) by through hole or slit port.

5. the kidney-yang electron emitting structure of simulation according to claim 2, it is characterized in that: the traverse shaft (10) that described supporting construction forms for the wire being connected with motor (4), it is upper that the two ends of described traverse shaft (10) are installed on respectively base support (3), and traverse shaft (10) is passed through in the upper Free Slosh of base support (3) in kidney-yang described (1).

6. the kidney-yang electron emitting structure of simulation according to claim 2, it is characterized in that: described supporting construction is located at the rolling bearing (11) on base support (3) for traverse shaft (10) and level that the wire being connected with motor (4) forms, described traverse shaft (10) rotates and is installed on the upper circle or inner ring of rolling bearing (11), the lower circle of rolling bearing (11) or outer ring are arranged on base support (3), above freely rotate at base support (3) by rolling bearing (11) in the upper Free Slosh of base support (3) by traverse shaft (10) simultaneously kidney-yang described (1).