CN206671739U - A kind of projecting apparatus that can be turned to - Google Patents
A kind of projecting apparatus that can be turned to Download PDFInfo
- Publication number
- CN206671739U CN206671739U CN201720306060.5U CN201720306060U CN206671739U CN 206671739 U CN206671739 U CN 206671739U CN 201720306060 U CN201720306060 U CN 201720306060U CN 206671739 U CN206671739 U CN 206671739U
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- ray machine
- projecting apparatus
- bearing
- main chamber
- chamber body
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Abstract
The utility model provides a kind of projecting apparatus that can be turned to, including projector main body, rotary head, and the rotary head includes ray machine housing and the ray machine in the ray machine housing, and the projector main body is rotation connection with the rotary head.The beneficial effects of the utility model are：Projector main body of the present utility model is rotation connection with rotary head, and so as to adjust the direction of rotary head, the use to user brings facility.
Description
Technical field
It the utility model is related to technical field of electronic equipment, more particularly to a kind of projecting apparatus that can be turned to.
Background technology
Current projecting apparatus does not have turning function, inconvenient for use.
Utility model content
The utility model provides a kind of projecting apparatus that can be turned to, including projector main body, rotary head, the rotary head
Ray machine including ray machine housing and in the ray machine housing, the projector main body are the company of rotation with the rotary head
Connect.
As further improvement of the utility model, the projecting apparatus includes bearing, and the projector main body includes main cavity,
The inner ring of the ray machine housing and the bearing coordinates for synchronous axial system, and main chamber body turns with the outer ring of the bearing to be synchronous
It is dynamic to coordinate.
As further improvement of the utility model, the projecting apparatus also includes Bearing fittings, and the Bearing fittings are located at institute
Main chamber external surface is stated, the Bearing fittings are connected with the ray machine housing, and the Bearing fittings can be external in main chamber
Rotated on surface.
As further improvement of the utility model, the projector main body includes mainboard, and the mainboard is located at the master
In cavity, the rotary head includes ray machine mainboard, and the ray machine mainboard is connected with the ray machine, the mainboard and the ray machine master
Plate carries out wired or wireless connection.
As further improvement of the utility model, main chamber body is open-ended provided with main cavity, the ray machine housing
End face is provided with ray machine shell end opening, and the ray machine housing end face is provided with raised circle, and the ray machine shell end opening is located at
In the raised circle, the inner ring of the raised embedded bearing of circle, the inner ring of the raised circle and the bearing is matched somebody with somebody for interference
Close, the outer ring insertion main chamber body of the bearing is open-ended interior, and the outer ring of the bearing and main chamber body are open-ended
For interference fit, the Bearing fittings have opening, aperture position and the open-ended position of main chamber body of the Bearing fittings
Put correspondingly, the Bearing fittings are located at main chamber body end portion, and the Bearing fittings are connected with the raised circle；The projecting apparatus is also
Including cable, described cable one end is connected with the mainboard, and the cable other end is open through the Bearing fittings, is described
Main cavity is open-ended, is connected after the bearing, the ray machine shell end opening with the ray machine mainboard.
As further improvement of the utility model, the Bearing fittings are connected with the raised circle by screw.
As further improvement of the utility model, the projector main body also includes loudspeaker, horn hood, base, anti-skidding
Pad, the loudspeaker are installed on main chamber body afterbody, and the loudspeaker are connected with the mainboard, the horn hood installation site and institute
Loudspeaker position correspondence is stated, the base and the horn hood are removable connection, and the slipmat is installed on the base bottom.
As further improvement of the utility model, main chamber body is provided with the main cavity opening for picking and placeing the mainboard,
The projector main body also includes the lid coordinated with main chamber body opening.
As further improvement of the utility model, the projector main body include remote control eyeglass, interface insert, button,
Main cavity overcoat, the remote control eyeglass and the interface insert are arranged on main chamber body, and the button is arranged on the lid
On body, main chamber body is nested in main chamber body jacket internal, and main chamber is arranged with vitro makes the remote control eyeglass, described
Interface insert and the exposed hole position of the button.
As further improvement of the utility model, the rotary head includes focus adjustment ring, the focus adjustment ring peace
Loaded on the ray machine shell end, the focus adjustment ring can rotate on the ray machine housing, in the focus adjustment ring
Surface is covered with raised item, the raised item and the inclined angle of focus adjustment ring inner surface, so as in the focus adjustment
Ring inner surface forms multiple inclined racks；The ray machine is provided with adjustment gear, ray machine camera lens, and the rack of the adjustment gear hangs down
Its straight place face；The rack of the focus adjustment ring engages with the adjustment gear, so as to when rotating focus adjustment ring, make tune
Section gear is rotated, and then moves the ray machine camera lens.
As further improvement of the utility model, the rotary head includes optical-mechanical support, and the optical-mechanical support is installed on
In the ray machine housing, the ray machine includes ray machine supporting part and the ray machine move portion installed in the ray machine supporting part, institute
State ray machine move portion and be provided with ray machine camera lens, the adjustment gear drives the ray machine move portion to be moved up in the ray machine supporting part
Dynamic, the ray machine supporting part is arranged on the optical-mechanical support.
As further improvement of the utility model, the rotary head includes ray machine fore shell, rosette, ray machine overcoat, institute
State ray machine fore shell and be installed on the ray machine shell end, the rosette is arranged on the ray machine fore shell, the focus adjustment
Ring set is loaded on the ray machine fore shell and the focus adjustment ring can be rotated on the ray machine fore shell, the ray machine
Housing is set in the ray machine jacket internal.
The beneficial effects of the utility model are：Projector main body of the present utility model is rotation connection with rotary head, so as to
The direction of rotary head can be adjusted, the use to user brings facility.
Brief description of the drawings
Fig. 1 is decomposition texture schematic diagram of the present utility model.
Fig. 2 is the decomposition texture schematic diagram after the utility model turns to.
Fig. 3 is the structural representation of the unassembled focus adjustment ring of the utility model.
Fig. 4 is the structural representation of the utility model assembling focus adjustment ring.
Fig. 5 is projector main body of the present utility model and rotary head assembling schematic diagram.
Fig. 6 is projector architecture schematic diagram of the present utility model.
Fig. 7 is the structural representation of projecting apparatus rotation direction of the present utility model.
Embodiment
As shown in figs. 1-7, the utility model discloses a kind of projecting apparatus that can be turned to, including projector main body 100, turn
Dynamic first 200, the rotary head 200 includes ray machine housing 201 and the ray machine 202 in the ray machine housing 201, described
Projector main body 100 is rotation connection with the rotary head 200.
The projecting apparatus includes bearing 10, and the projector main body 100 includes main cavity 101, the ray machine housing 201 and institute
The inner ring for stating bearing 10 coordinates for synchronous axial system, and the outer ring of main chamber body 101 and the bearing 10 coordinates for synchronous axial system.
The projecting apparatus also includes Bearing fittings 20, and the Bearing fittings 20 are located at the outer surface of main chamber body 101, the axle
Hold accessory 20 with the ray machine housing 201 to be connected, the Bearing fittings 20 can be turned on the outer surface of main chamber body 101
It is dynamic.
The projector main body 100 includes mainboard 102, and the mainboard 102 is located in main chamber body 101, the rotation
First 200 include ray machine mainboard 203, and the ray machine mainboard 203 is connected with the ray machine 202, the mainboard 102 and the ray machine master
Plate 203 carries out wired or wireless connection.
Main chamber body 101 is provided with main cavity open-ended 103, and the end face of ray machine housing 201 is provided with ray machine shell ends
Portion's opening 204, the end face of ray machine housing 201 are provided with raised circle 205, and the ray machine shell end opening 204 is positioned at described convex
In looping 205, the inner rings of the raised insertion of circle 205 bearings 10, the inner ring of the raised circle 205 and the bearing 10 is
Interference fit, so as to realize the synchronous axial system of ray machine housing 201 and the inner ring of the bearing 10, the outer ring insertion of the bearing 10
In main chamber body open-ended 103, outer ring and the main chamber body open-ended 103 of the bearing 10 are interference fit, from
And main cavity 101 and the synchronous axial system of the outer ring of the bearing 10 are realized, the Bearing fittings 20 have opening, and the bearing is matched somebody with somebody
The aperture position of part 20 and open-ended 103 position correspondence of main chamber body, the Bearing fittings 20 are located at main chamber body 101
End, the Bearing fittings 20 are connected with the raised circle 205；The projecting apparatus also includes cable, described cable one end with it is described
Mainboard 102 is connected, and the cable other end is open-ended 103, described through the openings of the Bearing fittings 20, main chamber body
It is connected after bearing 10, the ray machine shell end opening 204 with the ray machine mainboard 203.
The Bearing fittings 20 are connected with the raised circle 205 by screw, so that Bearing fittings 20 can follow light
Casing body 201 is rotated.
The projector main body 100 also includes loudspeaker 104, horn hood 105, base 106, slipmat 107, the loudspeaker
104 are installed on the afterbody of main chamber body 101, and the loudspeaker 104 are connected with the mainboard 102, the installation site of horn hood 105
With the position correspondence of loudspeaker 104, the base 106 and the horn hood 105 are removable connection, and the slipmat 10 is installed
In the bottom of base 106.
Base 106 is provided with bolt, and horn hood 105 is provided with bolt hole, and the bolt of base 106 screws in the bolt of horn hood 105
In hole, so as to realize the removable connection of base 106 and the horn hood 105.
Main chamber body 101 is provided with the main cavity opening 108 for picking and placeing the mainboard 102, and the projector main body 100 is also
Including the lid 109 coordinated with main chamber body opening 108.
The projector main body 100 includes remote control eyeglass 110, interface insert 111, button 112, main cavity overcoat 113, institute
State remote control eyeglass 110 and the interface insert 111 is arranged on main chamber body 101, the button 112 is arranged on the lid
On 109, main chamber body 101 is nested in main chamber in vitro inside set 113, and it is described distant provided with making that main chamber covers 113 in vitro
Control eyeglass 110, the interface insert 111 and the exposed hole position 114 of the button 112.
Projector main body 100 of the present utility model is rotation connection with rotary head 200, so as to adjust rotary head 200
Direction, the use to user brings facility.
The rotary head 200 includes focus adjustment ring 206, and the focus adjustment ring 206 is installed on the ray machine housing 201
End, the focus adjustment ring 206 can rotate on the ray machine housing 201, and the inner surface of focus adjustment ring 206 is covered with
Raised item, the raised item and the inclined angle of the inner surface of focus adjustment ring 206, so as in the focus adjustment ring 206
Inner surface forms multiple inclined racks；The ray machine 202 is provided with adjustment gear 2111, ray machine camera lens, the adjustment gear 211
The vertical face where it of rack；The rack of the focus adjustment ring 206 engages with the adjustment gear 211, so as to burnt when rotating
During away from regulation ring 206, adjustment gear 211 is rotated, and then move the ray machine camera lens.
The rotary head 200 includes optical-mechanical support 207, and the optical-mechanical support 207 is installed in the ray machine housing 201,
The ray machine 202 includes ray machine supporting part and the ray machine move portion installed in the ray machine supporting part, the ray machine move portion
Provided with ray machine camera lens, the adjustment gear 211 drives the ray machine move portion to be moved on the ray machine supporting part, the ray machine
Supporting part is arranged on the optical-mechanical support 207, that is, when rotating focus adjustment ring 206, makes 211 turns of adjustment gear
It is dynamic, so that ray machine move portion moves, carry out focus adjustment.
The ray machine mainboard 203 is arranged on the optical-mechanical support 207.
The rotary head 200 includes ray machine fore shell 208, rosette 209, ray machine overcoat 210, and the ray machine fore shell 208 is pacified
Loaded on the end of ray machine housing 201, the rosette 209 is arranged on the ray machine fore shell 208, the focus adjustment ring
206 are set on the ray machine fore shell 208 and the focus adjustment ring 206 can be turned on the ray machine fore shell 208
Dynamic, the ray machine housing 201 is set in inside the ray machine overcoat 210.
The end of main cavity 101 is provided with stopper slot 115, and the end of ray machine housing 201 is provided with limited post 212, limited post 212
In embedded stopper slot 115, because the semicircular in shape of stopper slot 115, turn of ray machine housing 201 and main cavity 101 can be limited
Dynamic angle.
Because the inner surface of focus adjustment ring 206 forms multiple inclined racks, so as to by rotating the energy of focus adjustment ring 206
It is enough directly to be changed adjustment gear 211, it is simple in construction, cost is low without using middleware, it is easy to adjust.
Above content is to combine specific preferred embodiment further detailed description of the utility model, it is impossible to
Assert that specific implementation of the present utility model is confined to these explanations.For the ordinary skill of the utility model art
For personnel, without departing from the concept of the premise utility, some simple deduction or replace can also be made, should all be regarded
To belong to the scope of protection of the utility model.
Claims (12)
- A kind of 1. projecting apparatus that can be turned to, it is characterised in that：Including projector main body (100), rotary head (200), described turn Dynamic head (200) includes ray machine housing (201) and the ray machine (202) in the ray machine housing (201), the projecting apparatus Body (100) is rotation connection with the rotary head (200).
- 2. projecting apparatus according to claim 1, it is characterised in that：The projecting apparatus includes bearing (10), the projecting apparatus sheet Body (100) includes main cavity (101), and the ray machine housing (201) and the inner ring of the bearing (10) coordinate for synchronous axial system, institute The outer ring for stating main cavity (101) and the bearing (10) coordinates for synchronous axial system.
- 3. projecting apparatus according to claim 2, it is characterised in that：The projecting apparatus also includes Bearing fittings (20), the axle To hold accessory (20) and be located at main chamber body (101) outer surface, the Bearing fittings (20) are connected with the ray machine housing (201), The Bearing fittings (20) can be rotated on main chamber body (101) outer surface.
- 4. projecting apparatus according to claim 3, it is characterised in that：The projector main body (100) includes mainboard (102), The mainboard (102) is located in main chamber body (101), and the rotary head (200) includes ray machine mainboard (203), the ray machine Mainboard (203) is connected with the ray machine (202), and the mainboard (102) carries out wired or wireless company with the ray machine mainboard (203) Connect.
- 5. projecting apparatus according to claim 4, it is characterised in that：It is open-ended that main chamber body (101) is provided with main cavity (103), ray machine housing (201) end face is provided with ray machine shell end opening (204), and ray machine housing (201) end face is set There is raised circle (205), the ray machine shell end opening (204) is in the raised circle (205), the raised circle (205) The inner ring of the embedded bearing (10), raised (205) and the inner ring of the bearing (10) enclosed are interference fit, the bearing (10) in outer ring insertion main chamber body open-ended (103), outer ring and the main chamber body end portion of the bearing (10) open Mouth (103) is interference fit, and the Bearing fittings (20) have opening, aperture position and the master of the Bearing fittings (20) Open-ended (103) position correspondence of cavity, the Bearing fittings (20) are located at main chamber body (101) end, and the bearing is matched somebody with somebody Part (20) is connected with the raised circle (205)；The projecting apparatus also includes cable, described cable one end and the mainboard (102) phase Even, the cable other end is through the openings of the Bearing fittings (20), main chamber body open-ended (103), the bearing (10), the ray machine shell end opening (204) is connected with the ray machine mainboard (203) afterwards.
- 6. projecting apparatus according to claim 5, it is characterised in that：The Bearing fittings (20) and the raised circle (205) It is connected by screw.
- 7. projecting apparatus according to claim 4, it is characterised in that：The projector main body (100) also includes loudspeaker (104), horn hood (105), base (106), slipmat (107), the loudspeaker (104) are installed on main chamber body (101) tail Portion, the loudspeaker (104) are connected with the mainboard (102), horn hood (105) installation site and the loudspeaker (104) position Put correspondingly, the base (106) and the horn hood (105) are removable connection, and the slipmat (107) is installed on the bottom Seat (106) bottom.
- 8. projecting apparatus according to claim 7, it is characterised in that：Main chamber body (101) is provided with for picking and placeing the mainboard (102) main cavity opening (108), the projector main body (100) also include the lid coordinated with main chamber body opening (108) Body (109).
- 9. projecting apparatus according to claim 8, it is characterised in that：The projector main body (100) includes remote control eyeglass (110), interface insert (111), button (112), main cavity overcoat (113), the remote control eyeglass (110) and the interface insert (111) it is arranged on main chamber body (101), the button (112) is arranged on the lid (109), main chamber body (101) it is nested in main chamber and covers (113) inside in vitro, main chamber covers (113) and is provided with vitro makes the remote control eyeglass (110), the interface insert (111) and the exposed hole position (114) of the button (112).
- 10. according to the projecting apparatus described in any one of claim 1 to 9, it is characterised in that：The rotary head (200) includes focal length Regulation ring (206), the focus adjustment ring (206) are installed on ray machine housing (201) end, the focus adjustment ring (206) can be rotated on the ray machine housing (201), focus adjustment ring (206) inner surface is covered with raised item, described convex Bar and the inclined angle of focus adjustment ring (206) inner surface are played, so as to be formed in focus adjustment ring (206) inner surface Multiple inclined racks；The ray machine (202) is provided with adjustment gear (211), ray machine camera lens, the tooth of the adjustment gear (211) Its vertical place face of bar；The rack of the focus adjustment ring (206) engages with the adjustment gear (211), so as to burnt when rotating During away from regulation ring (206), adjustment gear (211) is rotated, and then move the ray machine camera lens.
- 11. projecting apparatus according to claim 10, it is characterised in that：The rotary head (200) includes optical-mechanical support (207), the optical-mechanical support (207) is installed in the ray machine housing (201), the ray machine (202) include ray machine supporting part, And the ray machine move portion installed in the ray machine supporting part, the ray machine move portion are provided with ray machine camera lens, the adjustment gear (211) the ray machine move portion is driven to be moved on the ray machine supporting part, the ray machine supporting part is arranged on the ray machine branch On frame (207).
- 12. projecting apparatus according to claim 10, it is characterised in that：The rotary head (200) includes ray machine fore shell (208), rosette (209), ray machine overcoat (210), the ray machine fore shell (208) are installed on ray machine housing (201) end, The rosette (209) is arranged on the ray machine fore shell (208), before the focus adjustment ring (206) is set in the ray machine On shell (208) and the focus adjustment ring (206) can be rotated on the ray machine fore shell (208), the ray machine housing (201) it is internal to be set in the ray machine overcoat (210).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720306060.5U CN206671739U (en) | 2017-03-27 | 2017-03-27 | A kind of projecting apparatus that can be turned to |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720306060.5U CN206671739U (en) | 2017-03-27 | 2017-03-27 | A kind of projecting apparatus that can be turned to |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206671739U true CN206671739U (en) | 2017-11-24 |
Family
ID=60373283
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720306060.5U Active CN206671739U (en) | 2017-03-27 | 2017-03-27 | A kind of projecting apparatus that can be turned to |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206671739U (en) |
-
2017
- 2017-03-27 CN CN201720306060.5U patent/CN206671739U/en active Active
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