CN206006707U - A kind of driving structure for being applied to electric rail sliding screen - Google Patents
A kind of driving structure for being applied to electric rail sliding screen Download PDFInfo
- Publication number
- CN206006707U CN206006707U CN201620603875.5U CN201620603875U CN206006707U CN 206006707 U CN206006707 U CN 206006707U CN 201620603875 U CN201620603875 U CN 201620603875U CN 206006707 U CN206006707 U CN 206006707U
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- installing rack
- electric contact
- contact point
- trapped orbit
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Abstract
The utility model discloses a kind of driving structure for being applied to electric rail sliding screen, which includes trapped orbit, movable screen, drive hanging wheel component, driven hanging wheel component, trapped orbit opens up track guide groove, track groove, track guide groove is just installed, negative pole electric contact point, hanging wheel component is driven to include the first movable frame, first guide wheel installing rack, first roller installing rack, first action roller, drive reducing motor, motor control PCB, drive reducing motor and the first action roller drive connection, first roller installing rack upper surface is just installed, negative pole electric contact, inside first roller installing rack, installing connects electric control PCB；Driven hanging wheel component includes the second movable frame, the second guide wheel installing rack, the second roller installing rack, the second action roller；First and second movable frame bottom is spirally connected movable screen by screw mandrel respectively.By said structure design, this utility model has modern design, simple structure, reliability good.
Description
Technical field
This utility model is related to electric rail sliding screen technical field, more particularly to one kind is applied to electric rail sliding screen
Driving structure.
Background technology
Used as a kind of device of room area planning, screen is widely used in daily life, and existing
The screen product of existence form various kinds in technology.
It should further be noted that as a kind of new-type screen product, the just little by little expanded application of electric rail sliding screen；Right
For electric rail sliding screen, which drives screen to move along corresponding track by motor, with realize screen stretch or
Person folds.
However, for existing electric rail sliding screen, its driving structure generally existing design is unreasonable and stable
The poor defect of reliability, this has just severely impacted the further genralrlization of electric rail sliding screen.
Content of the invention
The purpose of this utility model is for the deficiencies in the prior art and provides one kind and be applied to electric rail sliding screen
Driving structure, driving structure modern design that this is applied to electric rail sliding screen, simple structure, reliability are good.
For reaching above-mentioned purpose, this utility model is achieved through the following technical solutions.
A kind of driving structure for being applied to electric rail sliding screen, include in horizontal cross arrangement trapped orbit and
The movable screen of trapped orbit lower end side can be installed in relative motion, interval cloth between trapped orbit and movable screen, is equiped with
The driving hanging wheel component put, driven hanging wheel component, the length direction that the inside of trapped orbit is offered along trapped orbit extend
Track guide groove, the centre position of trapped orbit lower surface offers track groove that is vertically extending and connecting with track guide groove,
The upper surface of track guide groove is equiped with positive pole electric contact point, the negative pole electric contact point for electrically connecting respectively with external power source, positive pole electric contact point,
Negative pole electric contact point extends and left and right arranged for interval respectively along the length direction of trapped orbit；
Hanging wheel component is driven to include the first movable frame, the inside of the first movable frame offers installing rack and houses
Chamber, is embedded with driving reducing motor and motor control PCB, the upper table of the first movable frame in installing rack containing cavity
Face is screwed with the first guide wheel installing rack, and the upper end of the first guide wheel installing rack passes through the track groove of trapped orbit and extends to solid
In the track guide groove in orbit determination road, the upper end of the first guide wheel installing rack is equiped with the track guide groove of trapped orbit first
Roller installing rack, the left end side of the first roller installing rack, right-hand member side are rotatably equiped with respectively and are erected on track guide groove
First action roller of lower surface, drive the power output shaft of reducing motor extend to inside the first roller installing rack and respectively with
Each first action roller drive connection, the upper surface of the first roller installing rack are equiped with and are touched with the positive electrical of positive electrical contact pad
The negative pole electric contact of point and negative electricity contact pad, the inside of the first roller installing rack are equiped with and connect electric control PCB,
Positive pole electric contact, negative pole electric contact respectively with connect electric control PCB and electrically connect, connect electric control PCB and motor control
PCB electrical connection processed；
Driven hanging wheel component includes the second movable frame, and the upper surface of the second movable frame is screwed with the second guide wheel
Installing rack, the upper end of the second guide wheel installing rack pass through the track groove of trapped orbit and extend to the track guide groove of trapped orbit
Interior, the upper end of the second guide wheel installing rack is equiped with the second roller installing rack in the track guide groove of trapped orbit, and second
The left end side of roller installing rack, right-hand member side are rotatably equiped with the second activity for being erected on track guide groove lower surface respectively
Roller；
The bottom of the first movable frame is equiped with being vertically arranged and bottom is extended under the first movable frame
First screw mandrel of side, the bottom of the second movable frame are equiped with being vertically arranged and bottom extends to the second activity peace
Shelve the second screw mandrel of lower end side, the bottom of the first screw mandrel, the bottom upper end respectively with movable screen of the second screw mandrel
It is spirally connected.
Wherein, the first guide wheel installing rack is rotatably equiped with the first vertically extending activity of axis direction and leads
Wheel, the second guide wheel installing rack is rotatably equiped with the second vertically extending movable guide wheel of axis direction, described solid
The lower surface in orbit determination road offers the guided wheel slot that downwardly facing opening and the length direction along trapped orbit extend, and the first activity is led
Wheel, the second movable guide wheel are flush-mounted in the guided wheel slot of trapped orbit respectively.
Wherein, the corresponding positive pole electric contact point of the upper surface of the track guide groove, the negative pole electric contact point are offered respectively
Along the electric contact point card holding trough that the length direction of the trapped orbit extends, positive pole electric contact point, negative pole electric contact point are fitted with respectively
Electric contact point fixed block, positive pole electric contact point, negative pole electric contact point are installed in corresponding electric contact point fixed block, each electric contact point fixed block respectively
It is intercalated in corresponding electric contact point card holding trough respectively.
Wherein, the bottom of the trapped orbit is equiped with and is set in first movable frame, second activity
The decoration moulding of installing rack periphery, first screw mandrel, the bottom of second screw mandrel are each passed through decoration moulding and extend
To the lower end side for decorating moulding.
Wherein, the decoration moulding and the trapped orbit snapping.
Wherein, the decoration moulding is spirally connected with the trapped orbit.
The beneficial effects of the utility model are：A kind of driving for being applied to electric rail sliding screen described in the utility model
Structure, it include trapped orbit, movable screen, drive hanging wheel component, driven hanging wheel component, trapped orbit open up track guide groove,
Track groove, track guide groove upper surface install positive and negative electrode electric contact point, drive hanging wheel component include the first movable frame, first
Guide wheel installing rack, the first roller installing rack, in the installing rack containing cavity of the first movable frame, setting-in drives reducing motor, motor
Control PCB, the first roller installing rack install the first action roller, drive reducing motor and the first action roller to drive and connect
Connect, the first roller installing rack upper surface installs positive and negative electrode electric contact, installing inside the first roller installing rack connects electric control PCB lines
Road plate；Driven hanging wheel component includes that the second movable frame, the second guide wheel installing rack, the second roller installing rack, the second roller are pacified
Shelve the second action roller of installing；The first screw mandrel is installed in first movable frame bottom, and the second movable frame bottom fills
If the second screw mandrel, first and second screw mandrel bottom is spirally connected with movable screen upper end respectively.By said structure design, this practicality
New good have the advantages that modern design, simple structure, reliability.
Description of the drawings
This utility model is further detailed below with accompanying drawing, but the embodiment in accompanying drawing do not constitute right
Any restriction of the present utility model.
Fig. 1 is the structural representation for driving hanging wheel component of the present utility model.
Fig. 2 is structural representation of the present utility model.
Structural representations of the Fig. 3 for another visual angle of this utility model.
Include in Fig. 1 to Fig. 3：
1 trapped orbit, 11 track guide groove
12 track groove, 13 guided wheel slot
14 electric contact point card holding trough 2 drives hanging wheel component
21 first movable frame, 211 installing rack containing cavity
22 drive 23 motor control PCB of reducing motor
24 first guide wheel installing rack, 25 first roller installing rack
26 first action roller, 271 positive pole electric contact
272 negative pole electric contact, 28 first screw mandrel
29 first movable guide wheel, 3 driven hanging wheel component
31 second movable frame, 32 second guide wheel installing rack
33 second roller installing rack, 34 second action roller
35 second screw mandrel, 36 second movable guide wheel
41 positive pole electric contact point, 42 negative pole electric contact point
5 electric contact point fixed block 6 decorates moulding.
Specific embodiment
This utility model is illustrated with reference to specific embodiment.
As shown in Figure 1 to Figure 3, a kind of driving structure for being applied to electric rail sliding screen, includes in horizontal cross cloth
The trapped orbit 1 that puts and the movable screen that 1 lower end side of trapped orbit can be installed in, trapped orbit 1 and activity relative motion
Be equiped with spaced apart driving hanging wheel component 2, driven hanging wheel component 3 between screen, the inside of trapped orbit 1 offer along
The track guide groove 11 that the length direction of trapped orbit 1 extends, the centre position of 1 lower surface of trapped orbit offer vertically extending and
The track groove 12 connected with track guide groove 11, the upper surface of track guide groove 11 are equiped with and are just electrically connected with external power source respectively
Pole electric contact point 41, negative pole electric contact point 42, the length direction of positive pole electric contact point 41, negative pole electric contact point 42 respectively along trapped orbit 1
Extend and left and right arranged for interval.
Further, hanging wheel component 2 is driven to include the first movable frame 21, the inside of the first movable frame 21 is opened
Installing rack containing cavity 211 is provided with, driving reducing motor 22 and motor control PCB circuit in installing rack containing cavity 211, is embedded with
Plate 23, the upper surface of the first movable frame 21 are screwed with the first guide wheel installing rack 24, the upper end of the first guide wheel installing rack 24
Through trapped orbit 1 track groove 12 and extend in the track guide groove 11 of trapped orbit 1, the first guide wheel installing rack 24 upper
End is equiped with the first roller installing rack 25 in the track guide groove 11 of trapped orbit 1, a left side for the first roller installing rack 25
Side, right-hand member side are rotatably equiped with the first action roller 26 for being erected on 11 lower surface of track guide groove respectively, drive
The power output shaft of reducing motor 22 is extended to inside the first roller installing rack 25 and is driven with each first action roller 26 respectively
Connection, the upper surface of the first roller installing rack 25 are equiped with the positive pole electric contact 271 and negative electricity contacted with positive pole electric contact point 41
The negative pole electric contact 272 of the contact of contact 42, the inside of the first roller installing rack 25 is equiped with and connects electric control PCB（In figure
Not shown）, positive pole electric contact 271, negative pole electric contact 272 respectively with connect electric control PCB and electrically connect, meet electric control PCB
Wiring board is electrically connected with motor control PCB 23.
Further, driven hanging wheel component 3 includes the second movable frame 31, the upper table of the second movable frame 31
Face is screwed with the second guide wheel installing rack 32, the upper end of the second guide wheel installing rack 32 through trapped orbit 1 track groove 12 simultaneously
Extend in the track guide groove 11 of trapped orbit 1, the upper end of the second guide wheel installing rack 32 is equiped with the rail positioned at trapped orbit 1
The second roller installing rack 33 in road guide groove 11, the left end side of the second roller installing rack 33, right-hand member side are respectively rotatably
It is equiped with the second action roller 34 for being erected on 11 lower surface of track guide groove.
In addition, the bottom of the first movable frame 21 be equiped be vertically arranged and bottom extend to first activity peace
The first screw mandrel 28 of 21 lower end sides is shelved, it is in be vertically arranged and bottom extension that the bottom of the second movable frame 31 is equiped with
To the second screw mandrel 35 of 31 lower end side of the second movable frame, the bottom of the first screw mandrel 28, the end portion of the second screw mandrel 35
It is not spirally connected with the upper end of movable screen.
During utility model works, motor control PCB 23 is electrically connected with electric control PCB is connect,
Connect electric control PCB by positive pole electric contact 271, negative pole electric contact 272 respectively with corresponding positive pole electric contact point 41, negative pole
Electric contact point 42 is touched, and motor control PCB 23 starts for driving reducing motor 22 to power and control driving reducing motor 22,
Drive reducing motor 22 to drive each first action roller 26 to rotate, and then cause to drive hanging wheel component 2 along the rail of trapped orbit 1
Road guide groove 11 is moved；Need to be explained further, movable screen of the present utility model is hung by the first screw mandrel 28, the second screw mandrel 35
Hang, during work, drive hanging wheel component 2 to drive movable screen movement, the auxiliary hanging movable screen of driven hanging wheel component 3, in activity
During screen is moved along trapped orbit 1, the second action roller 34 is rolled along the lower surface of track guide groove 11.
It should further be noted that driving reducing motor 22 of the present utility model can drive each the by conical gear drive
One action roller 26 is rotated.
In addition, for ensureing that movable screen is accurately and reliably moved along trapped orbit 1, this utility model can adopt following
Guide frame is designed, specially：First guide wheel installing rack 24 is rotatably equiped with vertically extending first of axis direction
Movable guide wheel 29, the second guide wheel installing rack 32 are rotatably equiped with the second vertically extending movable guide wheel of axis direction
36, the lower surface of trapped orbit 1 offers the guided wheel slot 13 that downwardly facing opening and the length direction along trapped orbit 1 extend, the
One movable guide wheel 29, the second movable guide wheel 36 are flush-mounted in the guided wheel slot 13 of trapped orbit 1 respectively.
Need to be explained further, when movable screen is moved to specified location along trapped orbit 1, motor control PCB circuit
The control of plate 23 drives 22 stopping action of reducing motor；Specified location is positioned at for ease of movable screen, movable screen can be installed
Corresponding Telescopic positioning device, Telescopic positioning device can include the upper end top of motor and synchronous stretching motion up and down
Bar, lower end push rod, upper end push rod, lower end push rod are driven by motor respectively, and during positioning, motor drives upper end top
Bar is ejected upward and drives lower end push rod to eject down, and upper end push rod stretches out upward, lower end push rod stretches out down and to active screen
Wind is positioned.
Summary situation understands that, by said structure design, this utility model is with novel in design, simple structure and steady
Determine the advantage of good reliability.
As preferred embodiment, as shown in Figures 2 and 3, install for ease of positive pole electric contact point 41, negative pole electric contact point 42
Fixed, this utility model adopts following structure designs, specially：The upper surface of track guide groove 11 corresponds to positive pole electric contact point 41, bears
Pole electric contact point 42 offer respectively along trapped orbit 1 length direction extend electric contact point card holding trough 14, positive pole electric contact point 41,
Negative pole electric contact point 42 is fitted with electric contact point fixed block 5 respectively, and positive pole electric contact point 41, negative pole electric contact point 42 are installed in respectively accordingly
Electric contact point fixed block 5, each electric contact point fixed block 5 are intercalated in corresponding electric contact point card holding trough 14 respectively.
Used as preferred embodiment, as shown in Figures 2 and 3, the bottom of trapped orbit 1 is equiped with and is set in the first work
Dynamic installing rack 21, the decoration moulding 6 of 31 periphery of the second movable frame, the first screw mandrel 28, the bottom difference of the second screw mandrel 35
Pass through decoration moulding 6 and extend to the lower end side of decoration moulding 6.Wherein, decoration moulding 6 using snap fit or can be spirally connected
Mode is installed in the bottom of trapped orbit 1；Certainly, above-mentioned assembly connection mode is not constituted to restriction of the present utility model,
Decoration moulding 6 i.e. of the present utility model can also be fixed on the bottom of trapped orbit 1 using other modes.One need to be entered
Step explains that decoration moulding 6 of the present utility model can will drive hanging wheel component 2, driven hanging wheel component 3 to be hidden, Jin Erzeng
Overall aesthetics of the present utility model by force.
Above content is only preferred embodiment of the present utility model, for one of ordinary skill in the art, according to this reality
With new thought, will change in specific embodiments and applications, this specification content should not be construed as
To restriction of the present utility model.
Claims (6)
1. a kind of driving structure for being applied to electric rail sliding screen, it is characterised in that：Include consolidating in horizontal cross arrangement
Orbit determination road（1）And trapped orbit can be installed in relative motion（1）The movable screen of lower end side, trapped orbit（1）With activity
Spaced apart driving hanging wheel component is equiped between screen（2）, driven hanging wheel component（3）, trapped orbit（1）Inside open up
Have along trapped orbit（1）Length direction extend track guide groove（11）, trapped orbit（1）The centre position of lower surface opens up
There is vertically extending and and track guide groove（11）The track groove of connection（12）, track guide groove（11）Upper surface be equiped with respectively with
The positive pole electric contact point of external power source electrical connection（41）, negative pole electric contact point（42）, positive pole electric contact point（41）, negative pole electric contact point（42）Point
Not along trapped orbit（1）Length direction extend and left and right arranged for interval；
Drive hanging wheel component（2）Include the first movable frame（21）, the first movable frame（21）Inside offer peace
Shelve containing cavity（211）, installing rack containing cavity（211）Driving reducing motor is inside embedded with（22）And motor control PCB circuit
Plate（23）, the first movable frame（21）Upper surface be screwed with the first guide wheel installing rack（24）, the first guide wheel installing rack（24）
Upper end pass through trapped orbit（1）Track groove（12）And extend to trapped orbit（1）Track guide groove（11）Interior, first
Guide wheel installing rack（24）Upper end be equiped with positioned at trapped orbit（1）Track guide groove（11）The first interior roller installing rack
（25）, the first roller installing rack（25）Left end side, right-hand member side is rotatably equiped with respectively and is erected on track guide groove
（11）First action roller of lower surface（26）, drive reducing motor（22）Power output shaft extend to the first roller installing rack
（25）Internal and respectively with each first action roller（26）Drive connection, the first roller installing rack（25）Upper surface be equiped with
Positive pole electric contact point（41）The positive pole electric contact of contact（271）, and negative pole electric contact point（42）The negative pole electric contact of contact（272）, the
One roller installing rack（25）Inside be equiped with and connect electric control PCB, positive pole electric contact（271）, negative pole electric contact（272）
Respectively with connect electric control PCB and electrically connect, connect electric control PCB and motor control PCB（23）Electrical connection；
Driven hanging wheel component（3）Include the second movable frame（31）, the second movable frame（31）Upper surface be screwed with
Second guide wheel installing rack（32）, the second guide wheel installing rack（32）Upper end pass through trapped orbit（1）Track groove（12）And
Extend to trapped orbit（1）Track guide groove（11）Interior, the second guide wheel installing rack（32）Upper end be equiped with positioned at retaining rail
Road（1）Track guide groove（11）The second interior roller installing rack（33）, the second roller installing rack（33）Left end side, right-hand member side point
Rotatably it is not equiped with and is erected on track guide groove（11）Second action roller of lower surface（34）；
First movable frame（21）Bottom be equiped with being vertically arranged and bottom extends to the first movable frame
（21）First screw mandrel of lower end side（28）, the second movable frame（31）Bottom be equiped with being vertically arranged and bottom is prolonged
Extend the second movable frame（31）Second screw mandrel of lower end side（35）, the first screw mandrel（28）Bottom, the second screw mandrel（35）
Bottom be spirally connected with the upper end of movable screen respectively.
2. a kind of driving structure for being applied to electric rail sliding screen according to claim 1, it is characterised in that：Described
One guide wheel installing rack（24）Axis direction vertically extending first movable guide wheel is rotatably equiped with（29）, described second
Guide wheel installing rack（32）Axis direction vertically extending second movable guide wheel is rotatably equiped with（36）, the retaining rail
Road（1）Lower surface offer downwardly facing opening and along trapped orbit（1）Length direction extend guided wheel slot（13）, first lives
Dynamic guide wheel（29）, the second movable guide wheel（36）Trapped orbit is flush-mounted in respectively（1）Guided wheel slot（13）Interior.
3. a kind of driving structure for being applied to electric rail sliding screen according to claim 2, it is characterised in that：The rail
Road guide groove（11）The corresponding positive pole electric contact point of upper surface（41）, the negative pole electric contact point（42）Offered along described respectively
Trapped orbit（1）Length direction extend electric contact point card holding trough（14）, positive pole electric contact point（41）, negative pole electric contact point（42）Respectively
It is fitted with electric contact point fixed block（5）, positive pole electric contact point（41）, negative pole electric contact point（42）It is installed in corresponding electric contact point respectively to fix
Block（5）, each electric contact point fixed block（5）Corresponding electric contact point card holding trough is intercalated in respectively（14）Interior.
4. a kind of driving structure for being applied to electric rail sliding screen according to claim 3, it is characterised in that：Described solid
Orbit determination road（1）Bottom be equiped with and be set in first movable frame（21）, second movable frame（31）Outward
The decoration moulding for enclosing（6）, first screw mandrel（28）, second screw mandrel（35）Bottom be each passed through decoration moulding（6）
And extend to decoration moulding（6）Lower end side.
5. a kind of driving structure for being applied to electric rail sliding screen according to claim 4, it is characterised in that：The dress
Escutcheon bar（6）With the trapped orbit（1）Snapping.
6. a kind of driving structure for being applied to electric rail sliding screen according to claim 4, it is characterised in that：The dress
Escutcheon bar（6）With the trapped orbit（1）It is spirally connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620603875.5U CN206006707U (en) | 2016-06-20 | 2016-06-20 | A kind of driving structure for being applied to electric rail sliding screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620603875.5U CN206006707U (en) | 2016-06-20 | 2016-06-20 | A kind of driving structure for being applied to electric rail sliding screen |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206006707U true CN206006707U (en) | 2017-03-15 |
Family
ID=58242791
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620603875.5U Active CN206006707U (en) | 2016-06-20 | 2016-06-20 | A kind of driving structure for being applied to electric rail sliding screen |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206006707U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108078298A (en) * | 2017-12-21 | 2018-05-29 | 石卫阳 | A kind of decoration screen with traverse moving function |
-
2016
- 2016-06-20 CN CN201620603875.5U patent/CN206006707U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108078298A (en) * | 2017-12-21 | 2018-05-29 | 石卫阳 | A kind of decoration screen with traverse moving function |
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| GR01 | Patent grant |