CN206386065U - Sliding pin in hollow glass louver control - Google Patents
Sliding pin in hollow glass louver control Download PDFInfo
- Publication number
- CN206386065U CN206386065U CN201621453031.3U CN201621453031U CN206386065U CN 206386065 U CN206386065 U CN 206386065U CN 201621453031 U CN201621453031 U CN 201621453031U CN 206386065 U CN206386065 U CN 206386065U
- Authority
- CN
- China
- Prior art keywords
- shank
- hole
- cord hole
- rope
- fastener
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Blinds (AREA)
Abstract
The utility model is related to sliding pin in a kind of hollow glass louver control, belongs to the control system of shutter.The technical solution adopted in the utility model is：Sliding pin in hollow glass louver control, shank including rectangle, shank is provided with built-in bending roller on top, two threading holes of insertion are provided between the top-side of bending roller and shank, two threading holes are that blind draws high rope one and enters one and go out, and upper end cord hole are provided with the middle of the threading hole of the shank, the lower end of shank is provided with lower end cord hole, upper end cord hole fixes the top of angle modulation rope, and lower end cord hole fixes the bottom of angle modulation rope.
Description
Technical field
The utility model is related to sliding pin in a kind of hollow glass louver control, belongs to the control system of shutter.
Background technology
Blind pull-up is realized that the light of window is obstructed by shutter by drawstring, and blind angle adjustment is realized inclined
Sunlight ray is injected and shields horizontal line of sight.
Because the control of blind is generally realized using drawstring, and the pull direction of drawstring is also that to pull under the above be normal
The implementation seen.Pull-up release and angle adjustment due to blind are realized by different drawstrings, so hundred
, it is necessary to control drawstring and angle modulation rope to realize drawing high and angle control to blind respectively in the control structure of leaf curtain.Name
The referred to as patent of " shutter in double glazing ", application number：200910168574.9, a kind of angle is disclosed using rotating shaft band
It is dynamic, the controlling organization that lifting is directly drawn high using drawstring.Its tricing line is to be provided separately to control respectively.Control is got up relatively numerous
It is trivial.
Existing technology is realized using two kinds of external drawstrings, and its control is relatively cumbersome, is especially applied to hollow
When in glass, due to the seal request of double glazing, it is impossible to set the hole communicated with the external world, this results in two kinds of above-mentioned controls
The pulling of rope making can only be realized using the controlling organization of non-direct contact.
The content of the invention
The utility model provides sliding pin in a kind of hollow glass louver control, solves the control drawstring in hollow shutter
With the integrative control problem of angle modulation rope, realize that two kinds of drawstrings are integrated in one, realize the simplification of blind control structure.
To achieve the above object, the technical solution adopted in the utility model is：
Sliding pin in hollow glass louver control, includes the shank of rectangle, and shank is provided with built-in bending roller on top,
It is provided with two threading holes of insertion between the top-side of bending roller and shank, two threading holes are that blind draws high rope one and enter one,
Upper end cord hole is provided with the middle of the threading hole of the shank, the lower end of shank is provided with lower end cord hole, and upper end cord hole fixes angle modulation rope
Top, lower end cord hole fixes the bottom of angle modulation rope.
Preferably, the threading hole on shank with respect to bending roller Central Symmetry, blind draws high rope from wearing
String holes import bypasses bending roller and passed from outlet after passing through, shank draws high rope by turning to when driving bending roller to move down
Roller drives downward stretching, draws high to restrict to shorten at blind being lifted up blind.
Preferably, upper end cord hole is the through hole through shank upper end, the middle part of upper end cord hole sets prominent close to a side
Upper end cord hole is divided into close to the long end of one side and the short end close to another side, the length of upper end cord hole by the baffle ring gone out, baffle ring
End is to upper wire casing is provided between shank upper surface, upper wire casing is as where extending to the long end of upper end cord hole in the middle of the upper surface of shank
The side of shank, the angle modulation rope of blind is passed through embedding from long end after baffle ring mider hole after the setting fastening of end by the short end of upper end cord hole
Leading groove extends then up.
Further preferably lower end cord hole includes button hole and fastener and lower cord hole, and button hole is arranged on lower cord hole with fastener
Top, lower cord hole opens inserting slot UNICOM in the side of shank to button hole upwards, and the side of fastener is provided with fastener side opening, fastener
Between set the fastener mesopore of connection fastener side opening, fastener buckles into fastener after button hole and can rotate to fastener side opening to be communicated with inserting slot, is sold
The groove through lower cord hole is provided between the lower surface of body.
Preferably, the permanent magnet top that the middle part of the shank is provided with the permanent magnet being embedded in shank, shank is set
There is first to be in rolling contact, the permanent magnet bottom on shank is in rolling contact provided with second, first is in rolling contact and is in rolling contact with second
Be in rolling contact face protrude the same lateral surface of shank.
It is further preferably, described first is in rolling contact to be in rolling contact on respectively roller, shank with second and opens up steering
Roller trough sets described first to be in rolling contact and is in rolling contact with second, and the height of the roller protrudent pin outside is 1.5-
2.5mm。
Further preferably, the permanent magnet fixing groove of insertion is provided with the middle part of the shank, permanent magnet fixes trench bottom
Provided with iron plate, the iron plate top in the middle part of permanent magnet fixing groove, which is protruded, forms isolation projection for one week, and permanent magnet is with iron plate due to permanent magnetism
The suction-operated adhesive of iron is close and is isolated raised separate.
It is preferred that in, the permanent magnet fixing groove is the groove of insertion, and the iron plate and permanent magnet set up separately the two of isolation projection
Side, the raised thickness of isolation is 1-2mm.
The utility model has the advantage of：
The elevating control of shutter and blade angle modulation control are arranged on same control volume, the portion of equipment is simplified
Part, reaches same technique effect, reduces production cost；
The elevating control rope and blade angle modulation tricing line of the shank are non-interference on shank, and simplification can be reached in operation
Control；
Adsorbed and fixed using magnetic material, can used in the shutter of vacuum, magnetic can be passed through outside forms
The attracting principle of homopolarity of material produces the domestic driving force in shutter vacuum environment, and the complete of glass is maintained for window structure
Manufacturing cost can be reduced by being used for mass production vacuum shutter in whole property, technique.
Brief description of the drawings
Fig. 1 is front view of the present utility model,
Fig. 2 is side Section View of the present utility model,
Fig. 3 is angle modulation rope connection layout drawing of the present utility model,
Fig. 4 is that the rope of the present utility model that draws high connects layout drawing,
Fig. 5 is the connection figure of the drawstring in original technology.
Reference：1st, shank, 2, bending roller, 3, threading hole, 4, draw high rope, 5, upper end cord hole, 6, lower end cord hole, 7,
Angle modulation rope, 8, angle modulation bar, 9, baffle ring, 10, upper wire casing, 11, button hole, 12, fastener, 13, fastener side opening, 14, inserting slot, 15, logical
Groove, 16, bending roller groove, 17, permanent magnet, 18, iron plate, 19, isolation it is raised, 20, roller.
Embodiment
The utility model is as shown in Figure 1
Sliding pin in hollow glass louver control, includes the shank 1 of rectangle, and shank 1 is rolled on top provided with built-in steering
Two threading holes 3 of insertion are provided between the top-side of cylinder 2, bending roller 2 and shank 1, two threading holes 3 draw high rope for blind
4 one, which enter one, goes out, and upper end cord hole 5 is provided with the middle of the threading hole 3 of the shank 1, and the lower end of shank 1 is provided with lower end cord hole 6, upper end rope
The top of angle modulation rope 7 is fixed in hole 5, and lower end cord hole 5 fixes the bottom of angle modulation rope 7.
On the concrete structure of shank 1, the threading hole 3 on shank 1 with respect to bending roller 2 Central Symmetry, blinds
Drawing high after rope 4 is passed through from the import of threading hole 3 for curtain bypasses bending roller 2 and passed from outlet, shank 1 drive bending roller 2 to
Rope is drawn high when lower mobile and 4 downward stretching is driven by bending roller 2, rope 4 is drawn high and shortened at blind being lifted up blind.
Angle modulation rope 7 in the extended end portion of angle modulation bar 8 of blind, pulls the two ends of angle modulation rope 7, due to angle modulation rope 7 around multi-turn
There is larger frictional force between the extended end portion of angle modulation bar 8 of blind, the angle modulation bar 8 of blind can rotate, blind
The rope yarn that angle modulation bar 8 rotates the curtain sheet edge that can drive connection blind is swung up and down, and then realizes the angle of the curtain sheet of blind
Degree adjustment.
Because the stroke of shank 1 can be more than the movement travel of the angle modulation rope 7 required for the angle modulation bar 8 of blind is rotated, this
Field can adjust the relative rotation parameter between the angle modulation bar 8 of blind and the rope yarn at curtain sheet edge in use.When curtain sheet turns
When moving to extreme angles, the curtain sheet that the frictional force between the rope yarn and angle modulation bar 8 at curtain sheet edge is less than blind is conducted oneself with dignity, at this time
The angle modulation bar 8 of blind is rotated further and curtain sheet would not be driven to rise, and realizes the Overtravel Fault when adjusting stroke of shank 1.Hundred
Frictional force between the angle modulation bar 8 of leaf curtain and the rope yarn at curtain sheet edge is a fixed numerical value in the case where material is determined, is led to
The weight weight of adjustment curtain sheet bottom is crossed, weight weight is more than the friction between the rope yarn at the angle modulation bar 8 of blind and curtain sheet edge
Power, the rotation of the angle modulation bar 8 of blind will not drive the swing of the rope yarn at curtain sheet edge, and then realize that the overtravel of shank 1 is moved
Also the angle of curtain sheet can be adjusted.
The upper end cord hole 5 is the through hole through the upper end of shank 1, and the middle part of upper end cord hole 5 sets protrusion close to a side
Baffle ring 9, baffle ring 9 by 5 points of upper end cord hole be close to the long ends of one side and the short end close to another side, upper end cord hole 5
Long end extends to the long end of upper end cord hole 5 to upper wire casing 10, wire casing is provided between the upper surface of shank 1 in the middle of the upper surface of shank 1
The side of the shank 1 at place, the angle modulation rope 7 of blind passes through the mider hole of baffle ring 9 after the setting fastening of end by the short end of upper end cord hole 5
Extend then up from the upper wire casing 10 of long end insertion afterwards.
The upper fixing end of angle modulation rope 7 is fixed and not swung by upper wire casing 10, beneficial to the orderly arrangement of control line, is prevented and is drawn high
Because possible rotation causes winding mutually between rope 4.And the angle modulation rope 7 that the baffle ring 9 in upper end cord hole 5 can post end on button is consolidated
It is scheduled in upper end cord hole 5, posts and be buckled in hole, can be more attractive.
Lower end cord hole 6 includes button hole 11 and fastener 12 and lower cord hole, and button hole 11 is arranged on the top of lower cord hole with fastener 12,
Lower cord hole opens the UNICOM of inserting slot 14 in the side of shank 1 to button hole 11 upwards, and the side of fastener 12 is provided with fastener side opening 12, fastener
12 centre sets the fastener mesopore of connection fastener side opening 12, and fastener 12 buckles into fastener 12 after button hole 11 and can rotate to fastener side opening 12
Communicated with inserting slot 14, the groove through lower cord hole is provided between the lower surface of shank 1.
The bottom of angle modulation rope 7 is fixed on lower end cord hole 6, and a closing is formed with the upper end bearing of angle modulation rope 7 and shank 1
Ring-type.The length requirement of closed circular is fixed, and this requires that the fixing end of angle modulation rope 7 can be adjusted in last fixed position
Position, to adjust overall length.
In actual angle modulation rope is installed, angle modulation rope top is first fixed, angle modulation rope lower end is then fixed and draws angle modulation rope
Tightly.More loose angle modulation rope can deviate from guider during exercise, cause angle modulation to be failed.And fastener and button hole are used, it will can adjust
The lower end of angle rope is penetrated in fastener side opening 12 out of groove through lower end cord hole in the position of inserting slot 14, is then stretched from fastener mesopore
Go out, rotary buckle misplaces fastener side opening 12 in inserting slot, adjusting rope can be tensed by tensing angle modulation rope lower end, it is to avoid relaxation.
This kind, which is set, can be easy to the installation of adjusting rope, also improve stability during work.
The middle part of the shank 1 is provided with the permanent magnet being embedded in shank 1, shank it can be seen from Section View Fig. 2
Permanent magnet top on 1 is in rolling contact provided with first, and the permanent magnet bottom on shank 1 is in rolling contact provided with second, and first rolls
Contact and the second face that is in rolling contact being in rolling contact protrude the same lateral surface of shank 1.Described first is in rolling contact and the second rolling
Contact is respectively roller, the groove of bending roller 2 is opened up on shank 1 sets described first to be in rolling contact and be in rolling contact with second, institute
State roller and protrude the height of the lateral surface of shank 1 for 1.5-2.5mm.
In hollow shutter is fitted into, roller is directly contacted with the windowpane of internal layer, the external magnetic outside double glazing
Device drives the permanent magnet on shank 1 to slide up and down, and roller reduces the frictional force between shank 1 and glass, is easy to inner pin
Control.
Permanent magnet is common permanent magnet, and fixed form is fixed for the middle part insertion permanent magnet fixing groove in shank 1, permanent magnetism
Ferropexy trench bottom is provided with iron plate, and the iron plate top in the middle part of permanent magnet fixing groove protrudes that to form within one week isolation raised, permanent magnet and
Iron plate is because the suction-operated adhesive of permanent magnet is close and is isolated raised separate.The permanent magnet fixing groove is the groove of insertion,
The iron plate and permanent magnet set up separately in the raised both sides of isolation, and the raised thickness of isolation is 1-2mm.
It is convenient directly to place to realize installation in permanent magnet installation if the isolation at groove and middle part is raised, than adding forever
Magnet locked part is more convenient.
Claims (7)
1. sliding pin in a kind of hollow glass louver control, includes the shank of rectangle, it is characterized in that, shank is on top provided with built-in
Bending roller, two threading holes of insertion are provided between the top-side of bending roller and shank, two threading holes draw high for blind
Rope one enters one and gone out, and upper end cord hole is provided with the middle of the threading hole of the shank, and the lower end of shank is provided with lower end cord hole, and upper end cord hole is consolidated
Set the tone angle rope top, lower end cord hole fix angle modulation rope bottom.
2. sliding pin in hollow glass louver control according to claim 1, it is characterized in that, the threading hole is on shank
With respect to the Central Symmetry of bending roller, drawing high for blind bypasses bending roller after rope is passed through from threading hole import and worn from outlet
Go out, shank draws high rope and drives downward stretching by bending roller when driving bending roller to move down, draw high rope and become at blind
It is short to be lifted up blind.
3. sliding pin in hollow glass louver control according to claim 1, it is characterized in that, upper end cord hole is through pin
The through hole of body upper end, the middle part of upper end cord hole sets prominent baffle ring close to a side, and upper end cord hole is divided into close to one by baffle ring
The long end of side and the short end close to another side, the long end of upper end cord hole is to being provided with upper wire casing, upper wire casing between shank upper surface
As the side of the shank where the long end of upper end cord hole is extended in the middle of the upper surface of shank, the angle modulation rope of blind is in end system
Passed through after button by the short end of upper end cord hole and be embedded in upper wire casing from long end after baffle ring mider hole and extend then up.
4. sliding pin in hollow glass louver according to claim 3 control, it is characterized in that, lower end cord hole include button hole with
Fastener and lower cord hole, button hole are arranged on the top of lower cord hole with fastener, and lower cord hole opens inserting slot UNICOM upwards in the side of shank
To button hole, the side of fastener is provided with fastener side opening, and the centre of fastener sets the fastener mesopore of connection fastener side opening, and fastener buckles into button hole
Fastener can rotate to fastener side opening and be communicated with inserting slot afterwards, and the lower surface of shank is provided with the groove through lower cord hole.
5. sliding pin in hollow glass louver control according to claim 1, it is characterized in that, the middle part of the shank is provided with
The permanent magnet top being embedded on the permanent magnet in shank, shank is in rolling contact provided with first, and the permanent magnet bottom on shank is set
There is second to be in rolling contact, first, which is in rolling contact the face that is in rolling contact being in rolling contact with second, protrudes the same lateral surface of shank.
6. sliding pin in hollow glass louver according to claim 5 control, it is characterized in that, described first be in rolling contact and
Second is in rolling contact to open up roller groove on respectively roller, shank and set described first to be in rolling contact and is in rolling contact with second,
The height of the roller protrudent pin body side surface is 1.5-2.5mm.
7. sliding pin in hollow glass louver control according to claim 6, it is characterized in that, it is provided with the middle part of the shank
The permanent magnet fixing groove of insertion fixes described permanent magnet, and permanent magnet is fixed trench bottom and is provided with the middle part of iron plate, permanent magnet fixing groove
Iron plate top protrude and form within one week that isolation is raised, permanent magnet and iron plate due to the suction-operated adhesive of permanent magnet is close and by every
Separated from projection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621453031.3U CN206386065U (en) | 2016-12-28 | 2016-12-28 | Sliding pin in hollow glass louver control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621453031.3U CN206386065U (en) | 2016-12-28 | 2016-12-28 | Sliding pin in hollow glass louver control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206386065U true CN206386065U (en) | 2017-08-08 |
Family
ID=59489883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621453031.3U Expired - Fee Related CN206386065U (en) | 2016-12-28 | 2016-12-28 | Sliding pin in hollow glass louver control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206386065U (en) |
-
2016
- 2016-12-28 CN CN201621453031.3U patent/CN206386065U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9149143B2 (en) | Apparatuses, systems and methods for locking lift cords used to lift architectural opening coverings | |
| CN109025764A (en) | Unilateral manipulation shutter embedded in hollow glass with counterweight | |
| CN109057675A (en) | Unilateral manipulation shutter embedded in hollow glass | |
| CN206386065U (en) | Sliding pin in hollow glass louver control | |
| KR102031526B1 (en) | Smart Privacy Button Blind | |
| CN109441323A (en) | It can prevent the single manipulation shutter embedded in hollow glass slipped under venetian blind | |
| KR20120008562U (en) | Tention control apparatus for Electric motion type blind system | |
| CN109441324A (en) | It can prevent the double manipulation shutter embedded in hollow glass slipped under venetian blind | |
| CN106351554B (en) | The blind curtain sheet turning device of double layer glass window with built-in louver | |
| CN202913925U (en) | Built-in solar protection device of hollow glass | |
| CN209670852U (en) | Unilateral manipulation shutter embedded in hollow glass | |
| CN213345232U (en) | Automatic sunshade intelligence window | |
| CN109356512A (en) | The interior control structure of shutter embedded in hollow glass | |
| CN112012641A (en) | Built-in shutter opening and closing mechanism with self-locking function and built-in shutter system | |
| CN209568948U (en) | It can prevent the single manipulation shutter embedded in hollow glass slipped under venetian blind | |
| WO2003071082A1 (en) | Double glazing with shade | |
| CN209942685U (en) | Hollow shutter | |
| CN207905681U (en) | Magnetic control shutter | |
| CN201995908U (en) | Garderobe roller shutter with lifting rope | |
| CN209444217U (en) | Unilateral manipulation shutter embedded in hollow glass with counterweight | |
| CN219471929U (en) | Two-glass one-cavity built-in rolling curtain energy-saving hollow glass | |
| CN205206703U (en) | Novel (window) curtain serving device | |
| CN213928179U (en) | Magnetic induction control's cavity glass shutter | |
| CN206246028U (en) | The blind curtain sheet turning device of double layer glass window with built-in louver | |
| CN113417560B (en) | External sunshade integrated sliding window |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170808 Termination date: 20211228 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |