CN209197575U - Sighting device - Google Patents
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- CN209197575U CN209197575U CN201821458856.3U CN201821458856U CN209197575U CN 209197575 U CN209197575 U CN 209197575U CN 201821458856 U CN201821458856 U CN 201821458856U CN 209197575 U CN209197575 U CN 209197575U
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Abstract
The utility model is a kind of sighting device, including an ontology, a luminescence unit, a touch control unit and a controller, and wherein luminescence unit, touch control unit and controller are arranged on the body, and controller is electrically connected touch control unit and luminescence unit.Ontology has an accommodating space, and one lens of setting or an at least lens set in accommodating space.Furthermore also settable graticle or spectrophotometric unit in accommodating space wherein have scale or lines on graticle or spectrophotometric unit, and to be aimed at, and the light source projects that luminescence unit generates are on the scale or lines of graticle or spectrophotometric unit.Touch control unit can be used to incude extraneous touch control manner, and generate a corresponding touch signal, and controller then can be according to the touch signal that touch control unit is transmitted, adjust the brightness or color of light source caused by luminescence unit, the utility model improves the convenience that sighting device uses, and improves hit rate.
Description
Technical field
The utility model relates to a kind of sighting devices.
Background technique
Sighting device is a kind of optical collimator, is traditionally mainly used on military weapon, such as rifle.The optics of gun sight
Usually graticule is arranged in suitable position in system, provides accurate aiming reference whereby for user, and improve the hit rate of rifle.
With the progress of social economy, sighting device is not limited on military weapon already using scope.It is shooting at present
Movement and shooting game usually can also be equipped with sighting device, to reduce the introduction difficulty of shooting sports or shooting game, such as in rifle
Sighting device is set on branch, bow or cross bow, to improve hit rate.
But traditional sighting device still has its limitation in use, such as user uses aiming under more dim environment
Device, it would be possible to the graticule on Chu's sighting device can not seen, and cause to thereby reduce hit rate using upper puzzlement.
Utility model content
The purpose of the utility model is to provide a kind of sighting device, touch control unit transmission touch signal can pass through to controller,
And brightness and/or color with controller according to touch signal adjustment luminescence unit, to improve the convenience that sighting device uses.Tool
For body user can light source according to environment or brightness, through the brightness and/or color of touch control unit adjustment luminescence unit.
To achieve the goals above, the technical solution adopted in the utility model is:
A kind of sighting device characterized by comprising ontology, graticle, luminescence unit, touch control unit and controller；
The ontology is equipped with accommodating space, and lens group is arranged in the accommodating space；
Rear end in the accommodating space is arranged in the graticle；
The luminescence unit is set to the accommodating space front end, for generating light source, and by the light source projects to described
Graticle, and form aiming pattern；
The touch control unit is set on the left of the ontology front end, for the touch-control that induction is extraneous, and generates corresponding touch-control
Signal；
The controller is set to the ontology top, and is electrically connected the luminescence unit and the touch control unit, institute
Touch control unit transmission touch signal is stated, the brightness or color of the light source are adjusted for the luminescence unit.
The sighting device, in which: including power supply unit, for the controller, the luminescence unit and the touch control unit
Power supply.
The sighting device, in which: institute's touch control unit includes fixed frame and Trackpad, and the fixed frame is annular in shape, and fixed
The Trackpad is connected, the Trackpad top end surface is contacted with the external world.
The sighting device, in which: the touch control unit is circle, triangle, rectangular or polygon.
A kind of sighting device characterized by comprising ontology, spectrophotometric unit, luminescence unit, touch control unit and controller；
The ontology is equipped with accommodating space；
The spectrophotometric unit is set to the accommodating space front end；
The luminescence unit is set to the accommodating space rear end, for generating light source, and by the light source projects to described
On spectrophotometric unit；
The touch control unit is set on the left of the ontology rear end, for the touch-control that induction is extraneous, and generates touch signal；
The controller is set on the right side of the ontology rear end, is electrically connected the luminescence unit and the touch control unit,
The touch signal of the touch control unit transmission, the brightness or color of the light source are adjusted for the luminescence unit.
The sighting device, in which: including power supply unit, for the controller, the luminescence unit and the touch control unit
Power supply.
The sighting device, in which: the touch control unit includes fixed frame and Trackpad, and the fixed frame is ring-type, and solid
Surely the Trackpad is connected, the Trackpad top end surface is contacted with the external world.
The sighting device, in which: the touch control unit is circle, triangle, rectangular or polygon.
The beneficial effects of the utility model are: brightness and/or color of the controller according to touch signal adjustment luminescence unit,
To improve the convenience that sighting device uses.Specifically user can light source according to environment or brightness, through touch control unit tune
The brightness for light unit of haircuting and or color, and adjust the brightness and or face of the criss-cross aiming pattern or red dot pattern of sighting device
Color improves convenience and precision when using.
Detailed description of the invention
Fig. 1 is sighting device structure chart.
Fig. 2 is sighting device cut-away section structure chart.
Fig. 3 is sighting device construction profile.
Fig. 4 and Fig. 5 is sighting device dimensional decomposition structure figure.
Fig. 6 is sighting device structure chart.
Fig. 7 is sighting device cut-away section structure chart.
Fig. 8 and Fig. 9 is sighting device dimensional decomposition structure figure.
Description of symbols: 10- sighting device；11- ontology；111- lens group；The first eyeglass of 113-；The second eyeglass of 115-；
12- accommodating space；13- graticle；131- graticule 133- aiming pattern；15- luminescence unit；17- touch control unit；171- is fixed
Frame；172- fixed cell；173- water proof ring；175- Trackpad；177- cushion；179- protection board；181- first circuit board；
182- spacer；183- second circuit board；184- elastic slice；185 power supply units；186- water proof ring；187- upper cover；189- frame；
19- controller；20- sighting device；21- ontology；The first eyeglass of 211-；The second eyeglass of 213-；22- accommodating space；23- light splitting is single
Member.
Specific embodiment
As shown in Figures 1 and 2, respectively the stereoscopic schematic diagram of one embodiment of the utility model sighting device and part construction
Diagrammatic cross-section.As shown, sighting device 10 described in the utility model includes ontology 11, graticle 13, luminescence unit 15, touching
Unit 17 and controller 19 are controlled, wherein the ontology 11 is hollow tube body, and including accommodating space 12.
A settable eyeglass or an at least lens group 111 in the accommodating space 12 of the ontology 11, and graticle 13 is also set
It sets 12 in the accommodating space of the ontology 11.For example, the ontology 11 can be tubulose, and respectively at the both ends of the ontology 11
First eyeglass 113 and the second eyeglass 115 are set, and forms an optics in first eyeglass 113 and second eyeglass 115 and passes
Defeated path, and the then optical transmission path between second eyeglass 115 and first eyeglass 113 of the graticle 13
On.Such as first eyeglass 113 can be eyepiece, and second eyeglass 115 can be object lens.
As shown in figure 3, the graticle 13 can be as made by translucent material, such as glass or acryl etc., wherein described
Graticule 131 is also set up on graticle 13, and is provided accurate aim at for user and set in reference, such as transparent glass or acryl
The graticule 131 set can be linear type, cross, dotted or text.
The luminescence unit 15 is set on the ontology 11, and to generate light source, wherein 15 institute of the luminescence unit
The light source generated forms aiming pattern 133 to be incident upon on the graticle 13 on the graticle 13.Such as
The graticule 131 is cross, and aiming pattern 133 is criss-cross aiming pattern, wherein the criss-cross aiming pattern
The intersection point of 133 intersection point and criss-cross graticule 131 overlaps.
In the utility model embodiment, as shown in Fig. 2, the luminescence unit 15 is located at the side of the graticle 13,
Wherein the light source caused by the luminescence unit 15 is entered by the side of the graticle 13, and in the graticle 13
The aiming pattern 133 is formed on the graticule 131.In different embodiments, the luminescence unit 15 also may be provided at described
Between graticle 13 and first eyeglass 113, or between the graticle 13 and second eyeglass 115, and
The light source that the luminescence unit 15 generates then can directly be incident upon the surface of the graticle 13, equally can be in the graduation
The aiming pattern 133 is formed on the graticule 131 of plate 13.
In embodiment as shown in Figure 2, the quantity of the luminescence unit 15 is one, but the hair in different embodiments
The quantity of light unit 15 also can be a plurality of.Such as it may make a plurality of luminescence units 15 simultaneously by the light source projects of generation
On the graticle 13, to generate the aiming pattern 133.In different embodiments, each luminescence unit 15 also may be used
The light source for generating different colours respectively, whereby when the controller 19, which controls the different luminescence units 15, generates light source,
The color for the aiming pattern 133 being incident upon on the graticle 13 will be can change.
The touch control unit 17 is set on the ontology 11, to incude extraneous touch control manner, and is generated corresponding
Touch signal.Such as the touch control unit 17 may be provided at the side of the ontology 11, described in being touched with finger
Touch control unit 17.The shape of the touch control unit 17 in the utility model schema is round, but touching when practical application
The shape for controlling unit 17 also can be triangle, rectangular or polygon etc..
The controller 19 is set on ontology 11, and is electrically connected the touch control unit 17 and the luminescence unit 15.
The touch signal that the controller 19 is transmitted to receive the touch control unit 17, and it is described luminous according to touch signal adjustment
The brightness of light source caused by unit 15 and or color.
In an embodiment of the utility model, it may be set to touch the number of the touch control unit 17, so that the touching
Control unit 17 generates different touch signals, and the controller 19 can then touch time of the touch control unit 17 according to user
Number and or touch signal, adjust the brightness and or color of the luminescence unit 15.Specifically, the touch control unit 17 is touched
An at time, the luminescence unit 15 may be set to minimum brightness, and when the touch control unit 17 is touched again, it is described to shine
The brightness of unit 15 will improve.When furthermore touching the primary touch control unit 17 again, the brightness of the luminescence unit 15 can again
It improves.The brightness that the luminescence unit 15 is incident upon on the graticle 13 can be adjusted through this mode.
In different embodiments, the touch control unit 17 can also generate different touch-control news according to touched position
Number, and the controller 19 can then touch position and the touch signal of the touch control unit 17 according to user, adjust the hair
The brightness or color of light unit 15.Such as the touch control unit 17 front end or closer second eyeglass 115 position quilt
When touching, the brightness of the luminescence unit 15 will be will increase, and the rear end of the touch control unit 17 or close first eyeglass
When 113 position is touched, the brightness of the luminescence unit 15 can then be reduced.Certainly in practical application, also may be set to
Other different modes touch the touch control unit 17, it is described control the controller 19 adjust the luminescence unit 15 brightness and
Or color.Therefore the touch control manner of the utility model above-described embodiment, the not limitation of the utility model interest field.In addition exist
In another embodiment of the utility model, the quantity of the touch control unit 17 also can be more than one, such as the touch control unit 17
Quantity can be two, when one of them described touch control unit 17 is touched, the brightness of the luminescence unit 15 will be will increase, and
When another described touch control unit 17 is touched, the brightness of the luminescence unit 15 can then be reduced.
Through described in the utility model, the touch control unit 17, the controller 19 and described are set on sighting device 10
Luminescence unit 15, user directly can touch the touch control unit 17 with finger, and change caused by the luminescence unit 15
The brightness of light source and or color, the convenience of the sighting device 10 when in use will can be improved whereby.Furthermore compared to entity
By the light-source brightness of luminescence unit 15 described in key control, the body of the sighting device 10 can be not only reduced using the touch control unit 17
Product, also can avoid aqueous vapor enter the sighting device 10 in, with improve the sighting device 10 service life and applicable environment.
As shown in figure 4, being the perspective exploded view of one embodiment of the utility model sighting device.As shown, and please match
It closes referring to Fig.2, the side of the ontology 11 is arranged in the touch control unit 17 of sighting device 10 described in the utility model embodiment,
And including the fixed frame 171 and the Trackpad 175, wherein the fixed frame 171 is to fix institute for the Trackpad 175
State ontology 11.
The Trackpad 175 is electrically connected the controller 19, and the fixed frame 171 is then cricoid construction.It is described
The area of the hollow portion of fixed frame 171 is less than the area of the Trackpad 175, with the fixed frame 171 by the Trackpad
175 when being fixed on the ontology 11, and position will be exposed in the Trackpad 175 of the hollow portion of the fixed frame 171, so that making
User can touch the Trackpad 175.Specifically, when the connection of the Trackpad 175 completion and the controller 19, and
After being placed on the predeterminated position of the ontology 11, further the fixed frame 171 can be set on the Trackpad 175, and
The fixed frame 171 is fixed on the ontology 11 through the fixed cell 172, whereby to complete the touch control unit 17
Setting.
In another embodiment of the utility model, in order to improve the waterproofness and durability of the touch control unit 17, also may be used
Water proof ring 173 is set between the Trackpad 175 and the fixed frame 171, and can be in the Trackpad 175 and the ontology
Another water proof ring 173 is set between 11, such as the water proof ring 173 can be rubber ring or 0 shape ring etc..In different implementations
In example, cushion 177 can be also set between the Trackpad 175 and the ontology 11, and in the Trackpad 175 with it is described
Protection board 179 is set, such as the protection board 179 can be glass or acryl etc., to improve to the touching between fixed frame 171
Control the protection of plate 175.
Certain the utility model embodiment only describes a kind of specific embodiment of the touch control unit 17, to illustrate this
Utility model can be implemented accordingly.But in practical application, can also different modes the touch control unit 17 is set, therefore
The construction of the touch control unit 17 described in the utility model above-described embodiment is not the limitation of the utility model interest field.
As shown in figure 5, being the dimensional decomposition structure figure of the utility model sighting device embodiment.As shown, and please cooperate
Referring to Fig.2, the sighting device 10 described in the utility model embodiment includes first circuit board 181 and second circuit board 183,
Described in first circuit board 181 be electrically connected the second circuit board 183.It can be by the first circuit board in practical application
181 and the second circuit board 183 be integrated into single a circuit board, therefore the quantity of circuit board is not the utility model right model
The limitation enclosed.
In an embodiment of the utility model, the first circuit board 181 and the second circuit board 183 can be with stackings
Mode is arranged, wherein the closer ontology 11 of the first circuit board 181.The controller 19 may be provided at first electricity
On road plate 181, such as the controller 19 may be provided at the upper surface of the first circuit board 181, and the luminescence unit 15
It then may be provided at the lower surface of the first circuit board 181, the controller 19 is through the route on the first circuit board 181
It is electrically connected the luminescence unit 15, and controls the brightness and or color of the luminescence unit 15.
The second circuit board 183 is then electrically connected said supply unit 185, such as battery, and said supply unit 185 can
Through the second circuit board 183 and the first circuit board 181 to the controller 19, the luminescence unit 15 and the touching
Unit 17 is controlled to power.It in an embodiment of the utility model, can be in the first circuit board 181 and the second circuit board 183
Between be arranged spacer 182, furthermore also elastic slice 184 can be respectively set on two surfaces of said supply unit 185, and with institute
State the fixed said supply unit 185 of elastic slice 184.Also setting water proof ring 186 may be selected between a component, to avoid aqueous vapor entrance.
It furthermore also can be the first circuit board 181, the controller 19, described in being arranged frame 189 on the ontology 11
The components such as second circuit board 183 and said supply unit 185 are then located in the frame 189, and upper cover 187 can lock in institute
It states on frame 189, so that said supply unit 185 is fixed in the upper cover 187 and the frame 189.
Certain the utility model embodiment only describes, and the controller 19 and said supply unit 185 are arranged described
A kind of specific embodiment on sighting device 10, to illustrate that the utility model can be implemented accordingly.But in practical application, also
The controller 19 and said supply unit 185 can be arranged on the ontology 11 in different ways, therefore the utility model
Specific configuration described in above-described embodiment is not the limitation of the utility model interest field.
Specifically, sighting device 10 described in the utility model Fig. 1 to Fig. 5 is commonly known as rifle sighting device
(Telescopic Sight), and the main spirit of the utility model embodiment is then that described shine is arranged on rifle sighting device
Unit 15, the touch control unit 17 and the controller 19.User can be according to the use environment of the sighting device 10, through touching
Touch the touch control unit 17 control light source caused by the luminescence unit 15 brightness and or color, to improve the sighting device
10 conveniences used.
Sighting device 20 described in the utility model as shown in FIG. 6 and 7 includes ontology 21, spectrophotometric unit 23, the luminous list
Member 15, the touch control unit 17 and the controller 19, wherein the ontology 21 can be a hollow tube body, and empty including accommodating
Between 22, and the luminescence unit 15 is to project luminous point.
The settable spectrophotometric unit 23 in the accommodating space 22 of the ontology 21, furthermore both ends of the ontology 21
First eyeglass 211 and second eyeglass 213 can be respectively set, such as second eyeglass 213 is eyes inspection surface, and
Optical transmission path is formed in first eyeglass 211 and second eyeglass 213, and the spectrophotometric unit 23 is then positioned at described
On optical transmission path between first eyeglass 211 and second eyeglass 213.
As shown in fig. 7, the spectrophotometric unit 23 can be as made by translucent material, and on the surface of the spectrophotometric unit 23
Plate one or more layers plated film.The luminescence unit 15 is set on the ontology 21, and the light source projects will generate
On the spectrophotometric unit 23.By the observation point from 213 outside of the second eyeglass, the direction of the first eyeglass of Xiang Suoshu 211
Observation, the light source point being incident upon on the spectrophotometric unit 23 aim at the center of form by being presented on, and may be used as aiming at
It uses.
Specifically, the spectrophotometric unit 23 can be the curved mirror of light transmission, and including concave surface, wherein the spectrophotometric unit
23 concave surface plates on concave surface one or more layers plated film towards first eyeglass 213.The luminescence unit 15 projects
At the concave surface of the spectrophotometric unit 23, it will by the coated reflection on concave surface, user can be in first eyeglass 213
On see that the luminescence unit 15 is formed by red dot.
In the embodiment of the utility model Fig. 7, the quantity of the luminescence unit 15 is one.Institute in different embodiments
State the quantity of luminescence unit 15 also and can be it is a plurality of, wherein each luminescence unit 15 can generate the light of different colours respectively
Source.When the different luminescence unit 15 of the controller 19 generates light source, it will can change and be incident upon the spectrophotometric unit
The color of 23 light source.
The touch control unit 17 is set on the ontology 21, and to incude extraneous touch control manner, and generates correspondence
Touch signal.Such as the touch control unit 17 may be provided at the side of the ontology 21, and convenient for users to being touched with finger
The touch control unit 17.The side that the ontology 21 is arranged in certain touch control unit 17 is only that the utility model one is implemented
Example, is not the limitation of the utility model interest field, under different use conditions, also the touch control unit 17 can be arranged
In other positions.
The controller 19 is set on the ontology 21, and is electrically connected the touch control unit 17 and the luminescence unit
15.The touch signal that the controller 19 is transmitted to receive the touch control unit 17, and according to described in touch signal adjustment
The brightness of light source caused by luminescence unit 15 and or color.The tool of the luminescence unit 15 is adjusted through the touch control unit 17
Body mode has revealed that in last embodiment, just repeats no more in this embodiment.
As shown in figure 8, the touch control unit 17 of sighting device 20 described in the utility model embodiment is arranged in the ontology
21 side, and including the fixed frame 171 and the Trackpad 175.Specifically, institute described in the utility model embodiment
It is close with construction described in Fig. 4 to state touch control unit 17, and equally may include the fixed frame 171, the fixed cell 172, institute
It states 179 described in water proof ring 173, the Trackpad 175, the cushion 177 and protection board, in the utility model embodiment just
It is not repeated to illustrate, the detailed configuration of the touch control unit 17 of certain the utility model above-described embodiment is not the utility model
The limitation of interest field.
As shown in figure 9, sighting device 20 described in the utility model embodiment includes the first circuit board 181 and described second
Circuit board 183, wherein the first circuit board 181 is electrically connected the second circuit board 183.The controller 19 is arranged in institute
It states on first circuit board 181, and the second circuit board 183 is then electrically connected said supply unit 185, such as battery, it is described
Power supply unit 185 can pass through the second circuit board 183 and the first circuit board 181 to the controller 19, it is described shine
Unit 15 and the touch control unit 17 are powered.
In an embodiment of the utility model, the first circuit board 181 and the second circuit board 183 can be with stackings
Mode is arranged, and the spacer 182 can be arranged between the first circuit board 181 and the second circuit board 183.Certainly also
The first circuit board 181 and the second circuit board 183 can be integrated into single a circuit board.It furthermore also can be in the power supply
Elastic slice 184 is respectively set on two surfaces of unit 185, and with the fixed said supply unit 185 of the elastic slice 184.
Furthermore the frame 189 can be also set on the ontology 21, and the first circuit board 181, the controller
19, the components such as the second circuit board 183 and said supply unit 185 are then located in the frame 189, and can be by upper cover 187
Locking is on the frame 189, so that said supply unit 185 is fixed in the upper cover 187 and the frame 189.
Certain the utility model embodiment only describes, and the controller 19 and said supply unit 185 are arranged described
A kind of specific embodiment on sighting device 20, to illustrate that the utility model can be implemented accordingly.But in practical application, also
The controller 19 and said supply unit 185 can be arranged on the ontology 21 in different ways, therefore the utility model
Specific configuration described in above-described embodiment is not the limitation of the utility model interest field.
Specifically, sighting device 20 described in the utility model Fig. 6 to Fig. 9 is commonly known as red-point aiming device (Red Dot
Sight), the main spirit of the utility model embodiment is then that the touch control unit 17 and the control are arranged on red-point aiming device
Device 19 processed, user can control described shine through the touch control unit 17 is touched according to the use environment of the sighting device 20
The brightness of light source caused by unit 15 and or color, to improve the convenience that the sighting device 20 uses.
The advantages of the utility model:
Brightness and/or color of the controller according to touch signal adjustment luminescence unit, to improve the convenience that sighting device uses
Property.Specifically user can light source according to environment or brightness, through the brightness and or face of touch control unit adjustment luminescence unit
Color, and adjust the criss-cross aiming pattern or red dot pattern of sighting device brightness and or color, improve use when convenience
And precision.
It is described above to be merely exemplary for the utility model, and not restrictive, those of ordinary skill in the art
Understand, without departing from the spirit and scope defined by the claims, can many modifications may be made, variation or it is equivalent, but
It falls within the protection scope of the utility model.
Claims (8)
1. a kind of sighting device characterized by comprising ontology (11), graticle (13), luminescence unit (15), touch control unit
(17) and controller (19)；
The ontology (11) is equipped with accommodating space (12), and in setting lens group (111) in the accommodating space (12)；
The graticle (13) is set to the accommodating space (12) interior rear end；
The luminescence unit (15) is set to the accommodating space (12) front end, for generating light source, and extremely by the light source projects
The graticle (13), and form aiming pattern (133)；
The touch control unit (17) is set on the left of the ontology (11) front end, for the touch-control that induction is extraneous, and generates corresponding
Touch signal；
The controller (19) is set to the ontology (11) top, and is electrically connected the luminescence unit (15) and the touching
It controls unit (17), the touch control unit (17) transmits touch signal, and the brightness of the light source is adjusted for the luminescence unit (15)
Or color.
2. a kind of sighting device according to claim 1, it is characterised in that: including power supply unit (185), for the controller
(19), the luminescence unit (15) and the touch control unit (17) power supply.
3. a kind of sighting device according to claim 1, it is characterised in that: institute's touch control unit (17) include fixed frame (171) and
Trackpad (175), the fixed frame (171) annularly, and are fixedly connected with the Trackpad (175), Trackpad (175) top
End surfaces are contacted with the external world.
4. a kind of sighting device according to claim 1, it is characterised in that: the touch control unit (17) is circle, triangle, side
Shape or polygon.
5. a kind of sighting device characterized by comprising ontology (21), spectrophotometric unit (23), luminescence unit (15), touch control unit
(17) and controller (19)；
The ontology (21) is equipped with accommodating space (22)；
The spectrophotometric unit (23) is set to the accommodating space (22) front end；
The luminescence unit (15) is set to the accommodating space (22) rear end, for generating light source, and extremely by the light source projects
On the spectrophotometric unit (23)；
The touch control unit (17) is set on the left of the ontology (21) rear end, for the touch-control that induction is extraneous, and generates touch-control news
Number；
The controller (19) is set on the right side of the ontology (21) rear end, is electrically connected the luminescence unit (15) and described
Touch control unit (17), the touch signal of touch control unit (17) transmission, adjusts the light for the luminescence unit (15)
The brightness or color in source.
6. a kind of sighting device according to claim 5, it is characterised in that: including power supply unit (185), for the controller
(19), the luminescence unit (15) and the touch control unit (17) power supply.
7. a kind of sighting device according to claim 5, it is characterised in that: the touch control unit (17) includes fixed frame (171)
And Trackpad (175), the fixed frame (171) is ring-type, and is fixedly connected with the Trackpad (175), the Trackpad (175)
Top end surface is contacted with the external world.
8. a kind of sighting device according to claim 5, it is characterised in that: the touch control unit (17) is circle, triangle, side
Shape or polygon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821458856.3U CN209197575U (en) | 2018-09-06 | 2018-09-06 | Sighting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821458856.3U CN209197575U (en) | 2018-09-06 | 2018-09-06 | Sighting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209197575U true CN209197575U (en) | 2019-08-02 |
Family
ID=67405588
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821458856.3U Active CN209197575U (en) | 2018-09-06 | 2018-09-06 | Sighting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209197575U (en) |
-
2018
- 2018-09-06 CN CN201821458856.3U patent/CN209197575U/en active Active
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