CN209431270U - A kind of lamps and lanterns that can be rotated - Google Patents

Abstract

The utility model discloses the lamps and lanterns that one kind can rotate, comprising: pedestal；Lamp main body is provided with light source on lamp main body, and the light source is electrically connected with a control circuit；Wherein, the mechanism for monitoring for the case where being additionally provided between pedestal and lamp main body for monitoring the lamp main body opposite base rotation, mechanism for monitoring are electrically connected with control circuit；The control circuit can be according to the light efficiency whether information control light source luminescent that mechanism for monitoring is fed back and when control light source electrified light emitting.User's lamp main body described in hand-drive rotates forward or rotates backward and control the speed that lamp main body rotates relative to the pedestal, and control circuit then can be according to the light efficiency whether information real-time control light source luminescent that mechanism for monitoring is fed back and when control light source electrified light emitting, both control to adjust the purpose of the illumination effect of lamps and lanterns with having realized user's real-time continuous, it can promote the hand exercise of user again simultaneously, play the role of user's pressure of releiving, sets the mind at rest.

Description

A kind of lamps and lanterns that can be rotated

Technical field

The utility model relates to field of light fittings, especially a kind of lamps and lanterns that it can be pushed to rotate manually.

Background technique

It is well known that one kind is fixed and invariable, and user passes through switch control there are two types of the light efficiencies of existing lamps and lanterns on the market After lamps and lanterns power on, lamps and lanterns direct-electrifying shines, and light efficiency will not change；Another is lamp after lamps and lanterns power on Tool is under the control of the control circuit according to the program transformation light efficiency of setting, although this kind of lamps and lanterns can voluntarily convert light efficiency.

But people can only watch the illumination effect of lamps and lanterns, and participate in being unable to real-time continuous controlling to adjust shining for lamps and lanterns The participation of effect, i.e. user is too low, therefore is not able to satisfy the luminous effect that user participates in controlling to adjust lamps and lanterns with thinking real-time continuous The demand of fruit.

Utility model content

To solve the above-mentioned problems, the purpose of this utility model is to provide a kind of structure is simple, while it can satisfy use Control to family real-time continuous the lamps and lanterns of lamp luminescence effect demand.

The utility model be solve its technical problem and the technical solution adopted is that:

A kind of lamps and lanterns that can be rotated, comprising:

Pedestal；

Lamp main body, the lamp main body is movably installed on the pedestal and the lamp main body can turn with respect to the pedestal It is dynamic, the light source that is powered and can shine is provided on the lamp main body, while one and the light are additionally provided on the lamp main body The control circuit that source is electrically connected；

Wherein, the feelings for monitoring the opposite base rotation of the lamp main body are additionally provided between the pedestal and lamp main body The mechanism for monitoring of condition, the mechanism for monitoring are electrically connected with the control circuit；

Whether the information that the control circuit can be fed back according to mechanism for monitoring controls light source luminescent and control light source is powered and sends out The light efficiency of light time.

As an improvement of the above technical solution, the mechanism for monitoring includes at least one field generator for magnetic and at least one For detecting the Hall sensor of the line of magnetic induction of field generator for magnetic generation, the Hall sensor and control circuit electricity Property connection；

Wherein, the field generator for magnetic and Hall sensor one of which class are set on the pedestal, another type It is then set on the lamp main body.

As a further improvement of the above technical scheme, the mechanism for monitoring include a field generator for magnetic and two suddenly That sensor, the field generator for magnetic are set on the pedestal, and two Hall sensors are set on the lamp main body Different location at.

In the present invention, the field generator for magnetic is a permanent magnet or is the electromagnetism that an energization can generate magnetic field Coil.

Further, rotational structure is additionally provided between the pedestal and lamp main body, the rotational structure includes a connection Hole and one can activity be plugged in shaft in the connecting hole；

The connecting hole and shaft wherein one are set at the upper surface of the pedestal, another, are set to the lamps and lanterns master At the bottom of body.

Further, the connecting hole is opened at the upper surface of the pedestal, and the shaft is set to the lamps and lanterns master The bearing that can be socketed on the shaft periphery wall is additionally provided at the bottom of body, while in the connecting hole.

One preferred embodiment of the utility model is additionally provided with one and the control circuit electrical property phase on the lamp main body The battery holding cavity of connection can be placed for the battery to the control circuit and light source power supply in the battery holding cavity.

In the present invention, the bottom of the lamp main body is also provided with one and passes in and out opening for the battery holding cavity for battery Mouthful, while the bottom of the lamp main body is detachably equipped with one can open or block the battery holding cavity lid of the opening.

Further, a charging interface being electrically connected with the control circuit is additionally provided on the lamp main body.

Further, the mechanism for monitoring includes at least one infrared generator and at least one infrared receiver, The infrared receiver is electrically connected with the control circuit；

The infrared generator and infrared receiver one of which class are set on the pedestal, and another type is then set It is placed on the lamp main body.

The beneficial effects of the utility model are: since the lamps and lanterns of the utility model include a pedestal and rotational installation in described Lamp main body on pedestal is provided with light source and the control circuit that is electrically connected with the light source on the lamp main body；Its In, the monitoring machine for the case where being additionally provided between the pedestal and lamp main body for monitoring the lamp main body opposite base rotation Structure, the mechanism for monitoring are electrically connected with the control circuit；The information control that the control circuit can be fed back according to mechanism for monitoring Light efficiency whether light source luminescent processed and when control light source electrified light emitting；Therefore, user can use lamp main body phase described in hand-drive The pedestal is rotated forward or is rotated backward and is controlled the speed of lamp main body rotation, and control circuit then can be according to monitoring Light efficiency whether the information real-time control light source luminescent of mechanism feedback and when control light source electrified light emitting, it is real-time both to have realized user The purpose of the illumination effect of lamps and lanterns is constantly controlled to adjust, while the hand exercise of user can be promoted again, plays the user that releives Pressure, the effect set the mind at rest facilitate user's decompression and calm down mood；

Meanwhile being also used to load the battery holding cavity of battery on the lamp main body of the utility model, therefore user is as needed, Can also in battery holding cavity placing battery, by battery to the control circuit and light source power supply, so that this is practical new The lamps and lanterns of type do not need the electric lead of external power supply, so that the lamps and lanterns of the utility model not will receive the conductance of extraneous power supply The yoke of line can arbitrarily be moved to different places, greatly expand the scope of application of the lamps and lanterns of the utility model；

In addition, being additionally provided with a charging being electrically connected with the control circuit on the lamp main body of the utility model Mouthful, therefore user can place rechargeable rechargeable battery in battery holding cavity, both reduced user and bought disposable battery Purchase cost, while again reduce user abandon disposable battery quantity, prevent discarded battery pollution environment, help to protect Retaining ring border.

Detailed description of the invention

Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.

Fig. 1 is the surface structure schematic diagram of one preferred embodiment of the utility model；

Fig. 2 is the partial structurtes decomposition diagram of one preferred embodiment of the utility model；

Fig. 3 is the bottom substance schematic diagram of lamp main body in one preferred embodiment of the utility model；

Fig. 4 is the partial structurtes decomposition diagram of lamp main body in one preferred embodiment of the utility model；

Fig. 5 is the part drawing of pedestal in one preferred embodiment of the utility model；

Fig. 6 is the circuit diagram of one preferred embodiment of the utility model.

Specific embodiment

Referring to figs. 1 to Fig. 6, a kind of lamps and lanterns that can be rotated, including a pedestal 10 and a lamp main body 20；The lamps and lanterns master Body 20 is movably installed on the pedestal 10 and the lamp main body 20 can be rotated relative to the pedestal 10, is set on the lamp main body 20 It is equipped with the light source 21 that is powered and can shine, while being additionally provided with a control being electrically connected with the light source 21 on the lamp main body 20 Circuit processed, in the present invention, it is preferable that the control circuit is integrated on a circuit board 24, while the light source 21 It is set on the circuit board 24；Wherein, it is additionally provided between the pedestal 10 and lamp main body 20 for monitoring lamps and lanterns master The mechanism for monitoring for the case where body 20 is rotated relative to pedestal 10, the mechanism for monitoring are electrically connected with the control circuit；The control Circuit processed can be according to light of the information control light source 21 that mechanism for monitoring is fed back whether luminous and when control 21 electrified light emitting of light source Effect.

Wherein, manufacturing for the ease of the lamp main body of the utility model 20, herein, it is preferable that the lamps and lanterns Main body 20 is enclosed by a lower case 201 and a upper housing 202 splicing, and the lamp main body 20 is internally provided with an appearance Chamber, the circuit board 24 and light source 21 are respectively positioned in the cavity inside the lamp main body 20, therefore can be with separately formed described Then lower case 201 and the splicing of upper housing 202 are formed the lamp main body 20, assembling again by lower case 201 and upper housing 202 It is simple and convenient, and production cost can be reduced.

In the present invention, in order to enable the lamps and lanterns of the utility model can have better light efficiency, it is preferable that described The middle part of upper housing 202 upwardly extends the strip bulge portion 203 in a strip shape that convexes to form, in the strip bulge portion 203 Portion offers rectangular aperture 24, accordingly, on the circuit board 24 is provided at position corresponding with the rectangular aperture 24 more A light source 21, multiple light sources 21 form a line along the length direction of the rectangular aperture 24, and two adjacent light sources 21 Between spacing it is equal.

Meanwhile in order to enable the lamps and lanterns of the utility model in the course of rotation, can have preferably light efficiency, in this reality In novel, it is preferable that be also provided with four loopholes 205 on the upper housing 202, four loopholes 205 are along on described The periphery wall of shell 202 is uniformly distributed, accordingly, position corresponding with four loopholes 205 on the circuit board 24 Place is respectively arranged with a light source 21, to control the information that power supply can be fed back according to mechanism for monitoring, can preferably control not Same light source 21 shines, to form different light efficiencies, meets the needs of user's control lamps and lanterns transformation light efficiency.

In order to enable the lamps and lanterns of the utility model can have longer service life, energy-efficient mesh can be simultaneously reached , it is preferable that the light source 21 is the LED luminescence chip of changeable colour, certainly also possible using other kinds of light source, such as Fluorescent lamp etc., specifically can be determined according to actual needs.

Since the lamps and lanterns of the utility model include a pedestal 10 and are rotatablely installed in the lamp main body 20 on the pedestal 10, Be provided on the lamp main body 20 light source 21 and one with the light source 21 be electrically connected control circuit；Wherein, the pedestal The mechanism for monitoring for monitoring the case where lamp main body 20 is rotated relative to pedestal 10 is additionally provided between 10 and lamp main body 20, The mechanism for monitoring is electrically connected with the control circuit；The information that the control circuit can be fed back according to mechanism for monitoring controls light Light efficiency whether source shines and when control light source electrified light emitting.Therefore, user can be opposite with lamp main body 20 described in hand-drive The pedestal 10 is rotated forward or is rotated backward and controls the speed of the rotation of lamp main body 20, and control circuit then can be according to prison Light efficiency when 21 electrified light emitting of light source is surveyed whether the information real-time control light source 21 that mechanism is fed back shines and controlled, use is both realized The purpose of the illumination effect of lamps and lanterns is controlled to adjust to family real-time continuous, while the hand exercise of user can be promoted again, is played easypro Slow user's pressure, the effect set the mind at rest facilitate user's decompression and calm down mood.

Herein, the case where being rotated in order to the monitor lamp main body 20 relative to pedestal 10, while simplifying this The structure of the lamps and lanterns of utility model, as a preferred embodiment of the utility model, the mechanism for monitoring includes at least one magnetic Field generating device 31 is used to detect the Hall sensor 32 of the line of magnetic induction of the generation of field generator for magnetic 31 at least one, described Hall sensor 32 and the control circuit are electrically connected；Wherein, the field generator for magnetic 31 and Hall sensor 32 be wherein One type is set on the pedestal 10, and another type is then set on the lamp main body 20.Herein, all magnetic field hair Generating apparatus 31 is a type, and all Hall sensors 32 are another type.

It rotates forward or rotates backward with respect to pedestal 10 in order to monitor lamp main body 20, herein, preferably Ground, the mechanism for monitoring include a field generator for magnetic 31 and two Hall sensors 32, and the field generator for magnetic 31 is set It is placed on the pedestal 10, two Hall sensors 32 are set at the different location on the lamp main body 20.Therefore it controls Circuit can voluntarily judge lamp main body 20 with respect to pedestal according to the sequencing of two 32 feedback monitoring signals of Hall sensor 10 rotate forward or rotate backward, so that control circuit, which can control light source 21, issues different light to form different light Effect.Certainly, two above-mentioned Hall sensors 32 are set at the different location of the pedestal 10, and field generator for magnetic 31 is set It is placed on the lamp main body 20, also possible, in the case, wireless telecommunications then can be used in two Hall sensors 32 For mode to the control circuit feedback information, above-mentioned wireless communication mode includes the communications sides such as Wi-Fi, bluetooth or infrared ray Formula.

Certainly, the mechanism for monitoring can also be other structures, as a preferred embodiment of the utility model, the prison Surveying mechanism includes two field generator for magnetic 31 and a Hall sensor 32, in the present embodiment, two field generator for magnetic One in 31 can generate high-intensity magnetic field, another can then generate low-intensity magnetic field, therefore control circuit passes through Hall sensor 32 Sequencing, the speed of detection low-intensity magnetic field and high-intensity magnetic field can perceive the case where lamp main body 20 is rotated relative to the pedestal 10, Different light efficiencies is issued to control light source 21, it is simple and convenient.

Meanwhile in order to guarantee that field generator for magnetic 31 can continuously generate magnetic field, herein, it is preferable that described Field generator for magnetic 31 is a permanent magnet, and certainly, above-mentioned field generator for magnetic 31 is the electricity that an energization can generate magnetic field Magnetic coil, it is also possible, specifically it can be determined according to actual needs.

In the present invention, excellent in order to enable lamp main body 20 can be rotated more relative to the pedestal 10 glibly Selection of land, is additionally provided with rotational structure between the pedestal 10 and lamp main body 20, the rotational structure includes 41 He of a connecting hole One movable can be plugged in the shaft 42 in the connecting hole 41；The connecting hole 41 and shaft 42 wherein one are set to the bottom It is another at the upper surface of seat 10, it is set at the bottom of the lamp main body 20.Herein, one as the utility model is excellent Embodiment is selected, the connecting hole 41 is opened at the upper surface of the pedestal 10, and the shaft 42 is set to the lamp main body The bearing 43 that can be socketed on 42 periphery wall of shaft is additionally provided at 20 bottom, while in the connecting hole 41.When So, above-mentioned connecting hole 41 is set at the bottom of the lamp main body 20, and the shaft 42 is opened in the pedestal 10 It is also possible at upper surface, specifically it can be determined according to actual needs.

Wherein, it can arbitrarily be moved to different positions for the ease of the utility model to use, it is preferable that the lamps and lanterns master It is additionally provided with a battery holding cavity 22 being electrically connected with the control circuit on body 20, use can be placed in the battery holding cavity 22 In the battery powered to the control circuit and light source 21.Therefore, user is as needed, can also place in battery holding cavity 22 Battery is powered by battery to the control circuit and light source 21, so that the lamps and lanterns of the utility model do not need external confession The electric lead of electricity can be moved arbitrarily so that the lamps and lanterns of the utility model not will receive the yoke of the electric lead of extraneous power supply It moves to different places, greatly expands the scope of application of the lamps and lanterns of the utility model, thus user can play whenever and wherever possible Do the lamps and lanterns of the utility model, playability is stronger.

For the ease of user's dismounting cell, it is preferable that the bottom of the lamp main body 20 is also provided with one and passes in and out for battery The opening 220 of the battery holding cavity 22, while the bottom of the lamp main body 20 is detachably equipped with one can open or block institute State the battery holding cavity lid 221 of opening 220.In the present invention, the shaft 42 is set to the outer of the battery holding cavity lid 221 At surface, and the battery holding cavity lid 221 and shaft 42 are integrated injection molding, and production easy to produce both enhances structural strength, Production cost can be reduced again.

In order to reduce the use cost of user, while pollution of the waste battery to environment is reduced, it is in the present invention, excellent Selection of land is additionally provided with a charging interface 23 being electrically connected with the control circuit on the lamp main body 20.Therefore user Rechargeable rechargeable battery can be placed in battery holding cavity 22, both reduced user buy disposable battery purchase at This, while the quantity that user abandons disposable battery is reduced again, discarded battery pollution environment is prevented, helps to protect environment.

Certainly, the mechanism for monitoring can also use other structures, such as monitoring machine other than using above-mentioned structure Structure includes at least one infrared generator and at least one infrared receiver (not being painted in figure), the infrared receiver It is electrically connected with the control circuit；The infrared generator and infrared receiver one of which class are set to the bottom On seat 10, another type is then set on the lamp main body 20, i.e., the described infrared receiver is set on the pedestal 10, The infrared receiver is then set on the lamp main body 20；If the infrared receiver is set to the pedestal 10 On, the infrared receiver is then set on the lamp main body 20, specifically can be determined according to actual needs.

In addition, the mechanism for monitoring can also using other structures replace, as the mechanism for monitoring for one be set to as described in Encoder (not being painted in figure) at shaft 42, the control circuit can perceive the lamps and lanterns by the information of encoder feedback Main body 20 is in the speed situation for rotating forward, rotating backward and rotating, simple and convenient.

The foregoing is merely the preferred embodiments of the utility model, as long as realizing the utility model with essentially identical means The technical solution of purpose belongs within the protection scope of the utility model.

Claims (10)

1. the lamps and lanterns that one kind can rotate characterized by comprising

Pedestal (10)；

Lamp main body (20), the lamp main body (20) is movably installed on the pedestal (10) and the lamp main body (20) can phase The pedestal (10) is rotated, the light source (21) that is powered and can shine, while lamps and lanterns master are provided on the lamp main body (20) A control circuit being electrically connected with the light source (21) is additionally provided on body (20)；

Wherein, it is additionally provided between the pedestal (10) and lamp main body (20) for monitoring the lamp main body (20) with respect to pedestal (10) mechanism for monitoring for the case where rotating, the mechanism for monitoring are electrically connected with the control circuit；

Whether information control light source (21) that the control circuit can be fed back according to mechanism for monitoring shines and control light source (21) is logical Light efficiency when electroluminescence.

2. the lamps and lanterns that one kind according to claim 1 can rotate, it is characterised in that:

The mechanism for monitoring includes at least one field generator for magnetic (31) and at least one is used to detect field generator for magnetic (31) Hall sensor (32) of the line of magnetic induction generated, the Hall sensor (32) and the control circuit are electrically connected；

Wherein, the field generator for magnetic (31) and one of class of Hall sensor (32) are set on the pedestal (10), Another type is then set on the lamp main body (20).

3. the lamps and lanterns that one kind according to claim 2 can rotate, it is characterised in that:

The mechanism for monitoring includes a field generator for magnetic (31) and two Hall sensors (32),

The field generator for magnetic (31) is set on the pedestal (10), and two Hall sensors (32) are set to the lamps and lanterns At different location in main body (20).

4. the lamps and lanterns that can be rotated according to one kind described in any one of claim 2-3 claim, it is characterised in that:

The field generator for magnetic (31) is a permanent magnet or is the electromagnetic coil that an energization can generate magnetic field.

5. the lamps and lanterns that one kind according to claim 1 can rotate, it is characterised in that:

Rotational structure is additionally provided between the pedestal (10) and lamp main body (20), the rotational structure includes a connecting hole (41) and one can activity be plugged in the shaft (42) in the connecting hole (41)；

The connecting hole (41) and shaft (42) wherein one are set at the upper surface of the pedestal (10), another, are set to institute At the bottom for stating lamp main body (20).

6. the lamps and lanterns that one kind according to claim 5 can rotate, it is characterised in that:

The connecting hole (41) is opened at the upper surface of the pedestal (10), and the shaft (42) is set to the lamp main body (20) bearing that can be socketed on the shaft (42) periphery wall is additionally provided at bottom, while in the connecting hole (41) (43)。

7. the lamps and lanterns that one kind according to claim 1 can rotate, it is characterised in that:

A battery holding cavity (22) being electrically connected with the control circuit, the electricity are additionally provided on the lamp main body (20) The battery for powering to the control circuit and light source (21) can be placed in pool capacity chamber (22).

8. the lamps and lanterns that one kind according to claim 7 can rotate, it is characterised in that:

The bottom of the lamp main body (20) is also provided with an opening (220) that the battery holding cavity (22) is passed in and out for battery, together When the lamp main body (20) bottom be detachably equipped with one can open or block it is described opening (220) battery holding cavity lid (221)。

9. the lamps and lanterns that one kind according to claim 7 or 8 can rotate, it is characterised in that:

A charging interface (23) being electrically connected with the control circuit is additionally provided on the lamp main body (20).

10. the lamps and lanterns that one kind according to claim 1 can rotate, it is characterised in that:

The mechanism for monitoring includes at least one infrared generator and at least one infrared receiver, the infrared receiver Device is electrically connected with the control circuit；

The infrared generator and infrared receiver one of which class are set on the pedestal (10), and another type is then set It is placed on the lamp main body (20).