CN206329992U - Shot-light - Google Patents
Shot-light Download PDFInfo
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- CN206329992U CN206329992U CN201621492753.XU CN201621492753U CN206329992U CN 206329992 U CN206329992 U CN 206329992U CN 201621492753 U CN201621492753 U CN 201621492753U CN 206329992 U CN206329992 U CN 206329992U
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Abstract
The utility model is related to a kind of shot-light.The shot-light includes head and the shot-light module being arranged on the head, the head includes bearing, rotating mechanism, angle controller and mounting seat, the rotating mechanism is installed on the bearing, the mounting seat is installed on the rotating mechanism, the angle controller is arranged on the bearing and is electrically connected with the rotating mechanism, the shot-light module includes lamp socket and the lamp body being arranged in the lamp socket, the lamp socket is arranged in the mounting seat, the angle controller includes central processing module, WiFi receiver modules and control module, the WiFi receiver modules and the control module are electrically connected with the central processing module.The shot-light can realize multi-angle rotary.
Description
Technical field
The utility model is related to a kind of shot-light.
Background technology
In general family or space, in order to set off atmosphere by contrast, many shot-lights can be installed, be indoor different part
Region polishing.Because the irradiating angle of each shot-light is fixed, therefore when the interior space is larger, it may be desirable to more shot-light come for
Each indoor regional area provides light source.However, cost can be caused higher more than the quantity of shot-light, and the partial zones actually having
Domain simultaneously need not often be irradiated, so that the access times of corresponding shot-light are few, therefore cause larger waste.
Utility model content
Based on this, it is necessary to provide a kind of shot-light for being capable of multi-angle rotary.
A kind of shot-light, including head and the shot-light module that is arranged on the head, the head include bearing, rotation
Mechanism, angle controller and mounting seat, the rotating mechanism are installed on the bearing, and the mounting seat is installed in the rotation
On rotation mechanism, the angle controller is arranged on the bearing and is electrically connected with the rotating mechanism, the shot-light module
Including lamp socket and the lamp body being arranged in the lamp socket, the lamp socket is arranged in the mounting seat；Wherein described angle control
Device processed includes central processing module, WiFi receiver modules and control module, the WiFi receiver modules and the control module
It is electrically connected with the central processing module, the shot-light also includes wireless control terminal, the wireless control terminal and institute
State the electric connection of WiFi receiver modules.
In wherein one embodiment, also controlled including two transfers with the wireless control terminal wireless connection
Device, each middle transcoder controller respectively with the angle controller state WiFi receiver modules and the shot-light module electrically connects
Connect.
In wherein one embodiment, the shot-light module also includes shot-light controller, and the shot-light controller is installed
It is electrically connected with the mounting seat and with the lamp body, the middle transcoder controller and the shot-light controller wireless connection.
In wherein one embodiment, described two middle transcoder controllers are mounted on the bearing, each transfer control
Device processed includes the wireless receiving module and wireless transmitter module being electrically connected with, and the wireless receiving module is whole with the controlled in wireless
Hold wireless connection, the wireless transmitter module and the angle controller or the shot-light controller wireless connection.
In wherein one embodiment, the shot-light module also includes multiple appliance controllers, the appliance controller
Receiver module and transmitter module including electric connection, the receiver module and the wireless control terminal wireless connection.
In wherein one embodiment, the mounting seat includes chassis and the installation portion being arranged on the chassis,
Card is offered on the installation portion and sets groove, the lamp socket is arranged in the card and set in groove.
In wherein one embodiment, the periphery of the lamp socket, which is protruded outward, is formed with multiple fins, and the card sets groove
Perisporium on offer multiple bar-shaped troughs, the multiple fin is arranged in the multiple bar-shaped trough respectively.
In wherein one embodiment, the multiple fin includes main part and is formed at the main part side
Extension, the main part is arranged in the bar-shaped trough.
In wherein one embodiment, the thickness of the extension is less than the thickness of the main part.
Due to being provided with angle controller on the bearing, the angle controller is electrically connected with simultaneously with the rotating mechanism
, can be by receiving mould to the WiFi with WiFi receiver modules, therefore when needing to adjust the angle of the shot-light module
Block emissioning controling signal, you can the control rotating mechanism enables the shot-light to drive the shot-light module to rotate
Enough realize multi-angle rotary.
Brief description of the drawings
Fig. 1 is the structural representation of the shot-light of an embodiment.
Fig. 2 is the functional block diagram of the shot-light of an embodiment.
Fig. 3 is the structural representation of the rotating mechanism of an embodiment.
Fig. 4 is the partial enlarged drawing at IV in Fig. 3.
Embodiment
To enable above-mentioned purpose of the present utility model, feature and advantage more obvious understandable, below in conjunction with the accompanying drawings to this
The embodiment of utility model is described in detail.Elaborate many details in order to abundant in the following description
Understand the utility model.But the utility model can be implemented with being much different from other manner described here, this area
Technical staff can do similar improvement in the case of without prejudice to the utility model intension, therefore the utility model is not by following public affairs
The limitation for the specific implementation opened.
The utility model is related to a kind of shot-light.The shot-light includes head and the shot-light mould being arranged on the head
Group, the head includes bearing, rotating mechanism, angle controller and mounting seat, and the rotating mechanism is installed on the bearing
On.For example, the mounting seat is installed on the rotating mechanism, the angle controller be arranged on the bearing and with it is described
Rotating mechanism is electrically connected with, and the shot-light module includes lamp socket and the lamp body being arranged in the lamp socket.For example, the lamp socket
It is arranged in the mounting seat, the angle controller includes central processing module, WiFi receiver modules and control module.Example
Such as, the WiFi receiver modules and the control module are electrically connected with the central processing module, the center processing mould
Block is used to transmit the control signal that the WiFi receiver modules are received to the control module.For example, the control module is used
In controlling the rotating mechanism according to the control signal, to rotate the shot-light module.
Refer to Fig. 1 and Fig. 2, a kind of shot-light 100, including head 10 and the shot-light module being arranged on the head
20, the head includes bearing 11, rotating mechanism 12, angle controller 14 and mounting seat 13, and the rotating mechanism is installed on
On the bearing, the mounting seat is installed on the rotating mechanism, the angle controller be arranged on the bearing and with
The rotating mechanism is electrically connected with, and the shot-light module includes lamp socket 21 and the lamp body 22 being arranged in the lamp socket, described
Lamp socket is arranged in the mounting seat, and the angle controller includes central processing module 141, WiFi (Wireless
Fidelity, WLAN) receiver module 142 and control module 143, the WiFi receiver modules and the control module
It is electrically connected with the central processing module, the central processing module is used for the control for receiving the WiFi receiver modules
Signal transmission is to the control module, and the control module is used to control the rotating mechanism according to the control signal, to revolve
Turn the shot-light module.For example, the lamp body is LED, the shot-light module is provided with the LED and its control circuit
Deng for realizing light-illuminating.And for example, the shot-light module is provided with high-powered LED lamp and its control circuit.
Due to being provided with angle controller on the bearing, the angle controller is electrically connected with simultaneously with the rotating mechanism
, can be by receiving mould to the WiFi with WiFi receiver modules, therefore when needing to adjust the angle of the shot-light module
Block emissioning controling signal, you can the control rotating mechanism enables the shot-light to drive the shot-light module to rotate
Enough realize multi-angle rotary.
For example, referring to Fig. 2, for the ease of controlling the shot-light module and the rotating mechanism respectively, the shot-light is also
Two middle transcoder controllers 16 including wireless control terminal 15 and with the wireless control terminal wireless connection, the shot-light mould
Group also includes shot-light controller 23, and the shot-light controller is installed in the mounting seat and is electrically connected with the lamp body.Institute
Two middle transcoder controllers are stated to be mounted on the bearing and wireless with the angle controller and the shot-light controller respectively
It is electrically connected with.When needing to control the rotating mechanism to rotate, or the control shot-light module brightness or break-make when, can be with
It is that the control to the rotating mechanism and shot-light module can be achieved by touch-control/operation wireless control terminal.
For example, transcoder controller includes the wireless receiving module 161 being electrically connected with and wireless transmitter module 162 in each, often
In the individual middle transcoder controller, the wireless receiving module and the wireless control terminal wireless connection, the wireless transmission mould
Block and the angle controller or the shot-light controller wireless connection.For example, the wireless receiving module is used to receive institute
State the first control signal that wireless control terminal is sent, the wireless transmitter module and the angle controller or the shot-light
Controller wireless connection.The middle transcoder controller generates the second control signal, the wireless hair according to first control signal
Penetrating module is used to launch second control signal into the shot-light controller or the angle controller, with to described
Shot-light module or the rotating mechanism are controlled.Therefore, control the rotating mechanism with adjust the angle of the shot-light with
And control light luminance of the shot-light module etc. to control to concentrate on progress in the wireless control terminal so that described two
Individual operation can be managed concentratedly.For example, the shot-light module can also include multiple appliance controllers 17, for controlling premises
Other electrical equipment, such as control for television set, air-conditioning etc. electrical equipment.Each appliance controller includes being electrically connected with
Receiver module and transmitter module, each receiver module respectively with the wireless control terminal wireless connection.For example, the electricity
Device controller includes the receiver module 171 being electrically connected with and transmitter module 172.The receiver module and the wireless control terminal
Wireless connection.For example, the wireless control terminal is mobile phone.For example, in one embodiment, first signal be WiFi,
ADSL (Asymmetrical Digital Subscriber Loop, ADSL) or other suitable nothings
Line width band technical transmission, but be not limited.The transmission range of first control signal is farther out.The middle transcoder controller is produced
The second control signal be WiFi signal or infrared signal.And the second control signal that the appliance controller is produced is red
Outside line signal, the transmission range of the infrared signal is nearer.
Because the household electrical appliance of premises have corresponding remote control, manage multiple remote controls often can bring tired to user
Disturb.And be all that, by infrared control, ultrared remote control distance is short because the remote control of these electronic products is most of, and
With directionality, it is necessary to against the receiving position of electronic product, could effectively control the electronic product, it is caused to use very not square
Just.And the first control signal of the present utility model is WiFi signal, relatively long distance can be so transmitted, can largely not
Limited by floor space.And second control signal is infrared signal, it is easy to the remote control with the multiple household electrical appliance
Device matches, so as to improve versatility so that the control of the multiple household electrical appliance is concentrated on the wireless control terminal.
For example, the radiating efficiency in order to improve the shot-light module, the mounting seat includes chassis 131 and is arranged at institute
State and card is offered on the installation portion 132 on chassis, the installation portion set groove, the lamp socket is arranged in the card and set in groove.It is described
The periphery of lamp socket, which is protruded outward, is formed with multiple fins 211, and the card, which is set, offered on the perisporium of groove multiple bar-shaped troughs 1321, institute
Multiple fins are stated to be arranged in respectively in the multiple bar-shaped trough.Because the periphery of the lamp socket is provided with multiple fins, and it is described
Multiple fins are arranged in the multiple bar-shaped trough, so that the multiple fin can improve the radiating of the shot-light module
Efficiency.And the multiple fin is caught in the multiple bar-shaped trough, you can complete the installation of the shot-light module so that institute
The installation for stating shot-light module is more quick.In addition, the installation that multiple fins in the lamp group can improve the lamp socket is consolidated
Property.
For example, for the ease of installing the lamp socket, the multiple fin includes main part and is formed at the main part
The extension of side, the main part is arranged in the bar-shaped trough.The thickness of the extension is less than the thickness of the main part
Degree.The thickness of the main part is equal with the width of the bar-shaped trough.Between periphery of the multiple fin along the lamp socket is uniform
Every setting, the main part is telescopically connected on the lamp socket.Side of the main part away from the extension is formed
Flexible goffering, the main part is connected on the lamp socket by the elastic folds edge.Due to the main part
It is to be connected to by elastic folds edge on the lamp socket, it is therefore desirable to when the lamp socket is installed, it is only necessary to set using the card
The side wall of groove compresses the elastic folds edge so that the contraction of the multiple fin, groove is set when the lamp socket is caught in the card
In after, the multiple fin, which can be turned round and look at, to be restored and is caught in the multiple bar-shaped trough so that the extension is convexly equipped in described
On the outside of installation portion, therefore the installation of the lamp socket is relatively easy to.
For example, for the ease of driving the shot-light module rotation, the rotating mechanism includes the first rotating module, the second rotation
Revolving die group and the 3rd rotating module, first rotating module are arranged on the bearing, second rotating module and institute
The connection of the first rotating module is stated, the 3rd rotating module is connected on second rotating module, and the mounting seat is arranged at
On 3rd rotating module.First rotating module can drive the mounting seat to be rotated around first axle, and described second
Rotating module can drive the mounting seat simultaneously around vertical with the first axle under the driving of first rotating module
Second axis rotation, the 3rd rotating module can drive the mounting seat to be rotated around the 3rd axis, wherein the described 3rd
Axis is vertical with the first axle and the second axis.First rotating module, the second rotating module and the 3rd
Rotating module can drive the mounting seat to be rotated along three axis so that the rotation of the shot-light module is more convenient.
For example, for the ease of improving drive efficiency, first rotating module includes the first actuator and with described the
First swingle of one actuator connection, first actuator is arranged on the bearing.Also set on first swingle
It is equipped with first gear, second rotating module includes the second swingle, second gear, first bevel gear, connecting rod and the
Two bevel gears.Second swingle is rotatably arranged on the bearing and and interval parallel with first swingle is set
Put, the second gear is fixedly installed on second swingle and engaged with the first gear.The first bevel gear
Be sheathed on second swingle and with the first gear interval setting, the first bevel gear and first swingle
Vertically.The connecting rod is rotatably arranged in the one end of first swingle away from first actuator, the connecting rod
Vertical with first swingle, the second bevel gear fixed cover is in the connecting rod, the second bevel gear and institute
First bevel gear is stated to be mutually perpendicular to and be intermeshed.3rd rotating module includes the 3rd actuator and is connected to described the
Take-off lever on three actuators, the 3rd actuator is arranged at the one end of the connecting rod away from the second bevel gear, institute
Take-off lever is stated to be connected on the 3rd actuator.The mounting seat is installed on the take-off lever.First actuator with
3rd actuator is electrically connected with the angle controller.Because first actuator can drive the connecting rod
Rotated along both direction, hence in so that improving the drive efficiency of the rotating mechanism.
For example, in order to independently drive the connecting rod to be rotated around the second axis, second rotating module is also wrapped
Include the second actuator, drive gear and pushing part, second actuator be arranged on the bearing and with the angle control
Device processed is electrically connected with, and the drive gear and the pushing part are all connected on second actuator.Second driving
Part has output shaft, and the drive gear is bevel gear and be coaxially disposed within the output shaft that the pushing part is slidably
It is sheathed on second swingle and is slidably connected with the output shaft.The drive gear be located at the first bevel gear with
Between second gear, the second bevel gear is located between the drive gear and the first bevel gear.The drive gear
External diameter be less than the first bevel gear external diameter.Because second actuator does not link with first actuator, because
This can independently drive the connecting rod to rotate.
For example, for the ease of installing second actuator and being easy to promote the first bevel gear, second rotation
Module also includes connecting seat, and the connecting seat is arranged on the bearing and is convexly equipped with contiguous block, and the contiguous block is suspended in institute
State in second gear, second actuator is installed on the contiguous block.Stop block is convexly equipped with second swingle simultaneously
Offer to be convexly equipped with the inside of slide slot, the first bevel gear and slide rib, the rib that slides slidably is matched with the slide slot
It is interior, it is additionally provided with return spring between the first bevel gear and the stop block.The pushing piece includes launched portion and company
It is connected to the promotion ring in the launched portion.The launched portion is minitype cylinder.The launched portion is arranged at the company of the connecting seat
Connect on block, and be disposed adjacent with second actuator.It is described to promote the first subring that ring includes interconnection and the second subring,
First subring is connected to form the figure of eight with second subring.First subring is slidably sheathed on described second and driven
On the output shaft of moving part, second subring is slidably sheathed on second swingle.It is formed with second subring
Annular protrudes out rib, and the annular protrudes out rib and protruded out towards the direction away from the second gear, and the annular protruded out and set on the inside of rib
Put multiple balls.The annular protrudes out rib and is slidably sheathed on second swingle by the multiple ball.It is described to push away
Go out portion to be electrically connected with the angle controller.It is convexly equipped with slipping rib, the output shaft and offers on the inside of the drive gear
Sliding groove, the slipping rib of the drive gear is slidably arranged in the sliding groove of the output shaft.Due to the described second driving
Part is installed on the contiguous block of the connecting seat, is done hence in so that second actuator is difficult to produce with the first gear
Relate to, be easy to the installation of second actuator, and the installation of the pushing piece is then easy to promote the first bevel gear to depart from institute
State second bevel gear.
For example, being additionally provided with the contact in order to keep the first bevel gear and the second bevel gear, the bearing
Follow on actuator, the drive block for following actuator to include drive division and be arranged on the drive division, the bearing
Mounting blocks are additionally provided with, the connecting seat and second swingle be may be contained within the mounting blocks, and the mounting blocks are fixed
In on the drive block, the drive division is electrically connected with the angle controller.Follow the actuator can to drive due to described
The connecting seat and second swingle rotate around first swingle, therefore can keep the first bevel gear and institute
Contacted at the time of stating the second cone tooth, so as to drive the connecting rod to be rotated around the second axis in the larger context.
For example, detailed construction and beneficial effect in order to further describe the rotating mechanism, refer to Fig. 3 and Fig. 4, institute
Stating rotating mechanism includes the first rotating module 30, the second rotating module 40 and the 3rd rotating module 50, first rotating mould
Group is arranged on the bearing, and second rotating module is connected with first rotating module, and the 3rd rotating module connects
It is connected on second rotating module, the mounting seat is arranged on the 3rd rotating module.The first rotating module energy
The mounting seat is enough driven to be rotated around first axle, second rotating module can under the driving of first rotating module
The mounting seat is driven to be rotated around the second axis vertical with the first axle simultaneously, the 3rd rotating module can drive
The mounting seat rotates around the 3rd axis, wherein the 3rd axis is vertical with the first axle and the second axis.
Because the rotating mechanism includes the first rotating module, the second rotating module and the 3rd rotating module of interconnection, therefore,
The rotating mechanism can drive the mounting seat to be rotated along three orthogonal axis, so that the shot-light has three
The individual free degree, facilitates the rotation of the shot-light.
For example, for the ease of driving the mounting seat to be rotated along three axis, first rotating module includes first and driven
Moving part 31 and the first swingle 32 being connected with first actuator, first actuator are arranged on the bearing.
First gear 33 is additionally provided with first swingle, second rotating module includes the second swingle 41, second gear
42nd, first bevel gear 43, connecting rod 44 and second bevel gear 45.Second swingle is rotatably arranged on the bearing
And and interval setting parallel with first swingle, the second gear be fixedly installed on second swingle and with institute
State first gear engagement.When first actuator drives the first swingle rotation, first swingle being capable of profit
Second swingle is driven to rotate with the cooperation of the first gear and the second gear.The first bevel gear is sheathed on
On second swingle and with the first gear interval setting, the first bevel gear is vertical with first swingle.
The connecting rod is rotatably arranged in the one end of first swingle away from first actuator, the connecting rod with it is described
First swingle is vertical, and the second bevel gear fixed cover is in the connecting rod, the second bevel gear and described first
Bevel gear is mutually perpendicular to and is intermeshed.When first actuator drives first swingle to drive the connecting rod around institute
When stating first axle rotation, first swingle passes through second swingle, the first bevel gear and described simultaneously
Second bevel gear drives the connecting rod to be rotated relative to first swingle around the second axis vertical with the first axle.
3rd rotating module includes the 3rd actuator 51 and the take-off lever 53 being connected on the 3rd actuator, the described 3rd
Actuator is arranged at the one end of the connecting rod away from the second bevel gear, and the take-off lever is connected to the 3rd actuator
On.The mounting seat is installed on the take-off lever.3rd actuator can drive the take-off lever around with described first
The vertical 3rd axis rotation of axis and the second axis.First actuator and the 3rd actuator with it is described
Angle controller is electrically connected with.Because first swingle and second swingle drive by first actuator,
So that the connecting rod can be around two orthogonal axis rotations, so as to drastically increase first actuator
Drive efficiency.
For example, because when first swingle rotates, second swingle can be linked, i.e., described connecting rod around
The spinning movement of the first axle around the spinning movement of the second axis with being mutually related.And work as and do not need described second
When swingle links, i.e., in order to make it that the connecting rod is more free around the rotation of the second axis, second rotating mould
Group also includes the second actuator 46, drive gear 47 and pushing part 48, and second actuator is arranged on the bearing simultaneously
It is electrically connected with the angle controller, the drive gear and the pushing part are all connected on second actuator.
When the needs connecting rod rotating not by the spinning movement around the first axle when involving around the second axis, institute
Stating the second actuator can promote the first bevel gear to be moved out institute along second swingle using the pushing part
Second bevel gear is stated, and the drive gear can engage with the second bevel gear and drive the connecting rod around described simultaneously
Second axis rotates.For example, for the ease of promoting the first bevel gear to depart from the second bevel gear, second actuator
With output shaft 461, the drive gear is bevel gear and is coaxially disposed within the output shaft that the pushing part is slidably
It is sheathed on second swingle and is slidably connected with the output shaft.When the pushing part promotes the drive gear to move up
During being engaged with the second bevel gear, the pushing part can be moved up along second swingle and bored described first simultaneously
Gear is pushed open, so that the first bevel gear departs from the second bevel gear.Therefore, passage can upwards for the pushing piece
Two actions are realized simultaneously, one is to push the first bevel gear open, another is the drive gear is bored with described second
Gear is engaged.
For example, for the ease of making the drive gear be engaged with the second bevel gear, the drive gear is located at described
Between first bevel gear and second gear, the second bevel gear is located between the drive gear and the first bevel gear.
When the drive gear is engaged with the second bevel gear, the first meeting gear will not cause gear to the drive gear
If.For example, in order to avoid the interference of the drive gear and second swingle, the external diameter of the drive gear is less than described
The external diameter of first bevel gear.For example, for the ease of installing second actuator, second rotating module also includes connecting seat
49, the connecting seat is arranged on the bearing and is convexly equipped with contiguous block 491, and the contiguous block is suspended in the second gear
On, second actuator is installed on the contiguous block.Because the contiguous block is suspended in the second gear, therefore make
The installation for obtaining second actuator is more convenient, and is difficult to cause the second gear interference.
For example, when not needing the driving gear drives, for the ease of the return of the first bevel gear, described second
Stop block 411 is convexly equipped with swingle and slide slot 412 is offered, is convexly equipped with the inside of the first bevel gear and slides rib, it is described
Slide rib to be slidably matched with the slide slot, return spring is additionally provided between the first bevel gear and the stop block
413.When the first gear drives the second swingle rotation, second swingle can be moved by the ribbed belt that slides
The first bevel gear rotation.And when the pushing piece promotes the first bevel gear, the first bevel gear slides rib
It can be slided along the slide slot and then compress the return spring.When the pushing piece drives the drive gear to move down
And when departing from the second bevel gear, the return spring can drive first vertical wheel to be moved along second swingle
And engaged again with the second bevel gear.
For example, for the ease of releasing the drive gear, the pushing piece includes launched portion 481 and is connected to described push away
The promotion ring gone out in portion.For example, the launched portion is minitype cylinder.The launched portion is arranged at the contiguous block of the connecting seat
On, and be disposed adjacent with second actuator.First subring 482 and the second subring that promote ring to include interconnection
483, first subring is connected to form the figure of eight with second subring.First subring is slidably sheathed on described
On the output shaft of two actuators, second subring is slidably sheathed on second swingle.Shape in second subring
Into there is annular to protrude out rib 484, the annular protrudes out rib and protruded out towards the direction away from the second gear, and the annular protrudes out rib
Inner side sets multiple balls.The annular protrudes out rib and is slidably sheathed on second swingle by the multiple ball.
The launched portion is electrically connected with the angle controller.When needing second bevel gear described in the driving gear drives, institute
Stating launched portion promotes first subring to be slid up respectively along the output shaft and second swingle with second subring
It is dynamic.In the same time, first subring promotes the drive gear to be engaged with the second bevel gear, and second subring
Rib, which is protruded out, using the annular pushes the second bevel gear open.Hereafter, the output shaft of second actuator rotates and drives institute
Drive gear rotation is stated, to drive the first bevel gear and the connecting rod to be rotated around the second axis, so that institute
State spinning movement and the connecting rod of the connecting rod around the second axis separate around the spinning movement of the first axle.
For example, for the ease of the slip of the drive gear, the drive gear inner side, which is convexly equipped with slipping rib, the output shaft, to be opened up
There is sliding groove, the slipping rib of the drive gear is slidably arranged in the sliding groove of the output shaft, so that described defeated
Shaft can either be slided along the axis of the output shaft, and the axis around the output shaft can be driven to revolve by the output shaft again
Turn.Meanwhile, the sliding groove opened up on the output shaft can not keep off the slip for the first subring for setting the pushing piece, thus will not
Cause interference.
The first bevel gear can be engaged when first swingle does minute angle adjustment with the second bevel gear,
When the anglec of rotation of first swingle is excessive, the second bevel gear departs from institute under the drive of first swingle
First bevel gear is stated, now, the connecting rod can not be driven by the first bevel gear, and for the ease of the carry-on first cone tooth
Wheel follows the second bevel gear to move, so that the first bevel gear can keep contacting with the second bevel gear, it is described
It is additionally provided with bearing and follows actuator, the driving for following actuator to include drive division and be arranged on the drive division
Mounting blocks are additionally provided with block, the bearing, the connecting seat and second swingle may be contained within the mounting blocks, institute
State mounting blocks to be fixed on the drive block, the drive division is electrically connected with the angle controller.The angle controller
Control module according to the angle of first swingle drive block can be controlled to be rotated around first swingle so that
So that second swingle and the connecting seat drive the first bevel gear and the drive gear to follow described second
Bevel gear is moved.
The technical characteristic that other embodiments of the present utility model are also included in the various embodiments described above is mutually combined what is formed
The technical scheme that can implement.
Embodiment described above only expresses several embodiments of the present utility model, and it describes more specific and detailed,
But therefore it can not be interpreted as the limitation to the utility model the scope of the claims.It should be pointed out that for the common of this area
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (9)
1. a kind of shot-light, it is characterised in that including head and the shot-light module being arranged on the head, the head includes
Bearing, rotating mechanism, angle controller and mounting seat, the rotating mechanism are installed on the bearing, the mounting seat dress
On the rotating mechanism, the angle controller is arranged on the bearing and is electrically connected with the rotating mechanism, institute
Stating shot-light module includes lamp socket and the lamp body being arranged in the lamp socket, and the lamp socket is arranged in the mounting seat；
Wherein described angle controller includes central processing module, WiFi receiver modules and control module, and the WiFi is received
Module and the control module are electrically connected with the central processing module, and the shot-light also includes wireless control terminal, institute
Wireless control terminal is stated to be electrically connected with the WiFi receiver modules.
2. shot-light as claimed in claim 1, it is characterised in that also including two with the wireless control terminal wireless connection
Middle transcoder controller, each middle transcoder controller states WiFi receiver modules and the shot-light mould with the angle controller respectively
Group is electrically connected with.
3. shot-light as claimed in claim 2, it is characterised in that the shot-light module also includes shot-light controller, the shot-light
Controller is installed in the mounting seat and is electrically connected with the lamp body, the middle transcoder controller and the shot-light controller without
Line is connected.
4. shot-light as claimed in claim 3, it is characterised in that described two middle transcoder controllers are mounted on the bearing,
Transcoder controller includes the wireless receiving module and wireless transmitter module being electrically connected with each, the wireless receiving module with it is described
Wireless control terminal wireless connection, the wireless transmitter module wirelessly connects with the angle controller or the shot-light controller
Connect.
5. shot-light as claimed in claim 4, it is characterised in that the shot-light module also includes multiple appliance controllers, described
Appliance controller includes the receiver module and transmitter module being electrically connected with, and the receiver module and the wireless control terminal are wireless
Connection.
6. shot-light as claimed in claim 1, it is characterised in that the mounting seat includes chassis and is arranged on the chassis
Installation portion, card is offered on the installation portion and sets groove, the lamp socket is arranged in the card and set in groove.
7. shot-light as claimed in claim 6, it is characterised in that the periphery of the lamp socket, which is protruded outward, is formed with multiple fins,
The card, which is set, offered on the perisporium of groove multiple bar-shaped troughs, and the multiple fin is arranged in the multiple bar-shaped trough respectively.
8. shot-light as claimed in claim 7, it is characterised in that the multiple fin includes main part and is formed at the master
The extension of body portion side, the main part is arranged in the bar-shaped trough.
9. shot-light as claimed in claim 8, it is characterised in that the thickness of the extension is less than the thickness of the main part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492753.XU CN206329992U (en) | 2016-12-31 | 2016-12-31 | Shot-light |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621492753.XU CN206329992U (en) | 2016-12-31 | 2016-12-31 | Shot-light |
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| Publication Number | Publication Date |
|---|---|
| CN206329992U true CN206329992U (en) | 2017-07-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621492753.XU Expired - Fee Related CN206329992U (en) | 2016-12-31 | 2016-12-31 | Shot-light |
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| Country | Link |
|---|---|
| CN (1) | CN206329992U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106594590A (en) * | 2016-12-31 | 2017-04-26 | 深圳市麦锡工业产品策划有限公司 | Spotlight |
-
2016
- 2016-12-31 CN CN201621492753.XU patent/CN206329992U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106594590A (en) * | 2016-12-31 | 2017-04-26 | 深圳市麦锡工业产品策划有限公司 | Spotlight |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |