CN201474571U

CN201474571U - Electric control mechanism of built-in electric control mechanism of hollow glass

Info

Publication number: CN201474571U
Application number: CN200920173356XU
Authority: CN
Inventors: 金仁哲
Original assignee: CHANGSHU OTK CONSTRUCTION ENERGY-SAVING Co Ltd
Current assignee: Changshu OTK Construction Energy-saving Co., Ltd.; Qinhuangdao Outeke Energy-saving Window & Door Co., Ltd.
Priority date: 2009-08-19
Filing date: 2009-08-19
Publication date: 2010-05-19
Anticipated expiration: 2019-08-19

Abstract

The utility model provides an electric control mechanism of a built-in sunshade product of a hollow glass, which is composed of a control mechanism, a transmission mechanism, a handle located on the outer of the hollow glass and a slide block located on the inner of the hollow glass, wherein, the control mechanism is a remote controller or/and a manual controller; the transmission mechanism locates on the outer of the hollow glass and drives the handle move from top to bottom by a rotation of a motor; the handle absorbs the slide block through a magnetic force. The electric control mechanism overcomes problem that an operation of the manual control built-in sunshade product of the hollow glass to a product arranged on the height is difficult, simultaneously, the motor and a control circuit are arranged on the outer of the hollow glass, thereby obtaining possible and convenient maintaining.

Description

The built-in shading product electric control mechanism of hollow glass

Technical field

The utility model relates to the built-in shading product of a kind of hollow glass, particularly a kind ofly is used to be installed in the shutter (curtain) in the hollow glass and the electric control mechanism of Folding curtain.

Background technology

For environmental protection, energy-conservation and comfortable living needs, shading product is used in a large number by people.On indoor window, shutter (curtain) and Folding curtain are comparatively common.Hollow glass is because characteristics such as its unique thermal insulation, sound insulation, anti-condensation frost, dust protection pollution through 100 years of development, have now obtained application widely in the whole world.Applicant of the present utility model has applied for multinomial patents such as ZL03238471.8 (U.S.'s patent families is US7124803B2), ZL200320128533.5 and ZL200420057384.2 before this, all relate to the built-in shutter of hollow glass, belong to a kind of in the built-in shading product of hollow glass.

Figure 1A, Figure 1B are the organigrams to the utility model patent " shutter in the hollow glass " (patent No. is ZL200420057384.2) of Patent Office of the People's Republic of China's application in the utility model designer on December 15th, 2004.Shown in Figure 1A, Figure 1B, the hollow glass shutter is by

carriage

24,25, outside glass 23, indoor glass 23A, and composition such as several louvre blades 21, also comprise lifting stay cord 10,12 as shown in the figure, ladder rope 3,5, blinds counterweight bottom girder 20, elevating mechanism, turn over mechanisms such as leaf mechanism, this structure can carry out operations such as the lifting, open and close of blind easily, and its operating principle no longer describes in detail here.

Shown in Fig. 1 C, turn over leaf operating handle 51 and turn over leaf slide block 26, and descending operation handle 52 and lifting slider 13 all lay respectively at both sides in indoor glass 23A outer, all be separately installed with magnet 15A and magnet 15B in it, the magnetic line of force passes glass, and magnet 15A and magnet 15B attract each other.Turn over moving up and down of leaf operating handle 51 and descending operation handle 52 by operating respectively, because the effect of magnetic force, having moved of magnet 15A drives moving of magnet 15B, therefore can drive easily and turn to backguy 7 or lifting stay cord 10,12, carries out the operations such as lifting, open and close of blind.Its operating principle is a known technology, no longer describes in detail here.

But above-mentioned known technology uses the manual mode of operation, relatively inconvenience.The utility model provides a kind of hollow shutter and hollow folded curtain of electronic control, and is reasonable in design, more convenient to operate reliable.

The utility model content

The purpose of this utility model is to provide the electric control mechanism of the built-in shading product of a kind of hollow glass, has adopted electronic control mode, can be placed on control button the mode of easy to operate position or employing remote control.

For achieving the above object, the utility model provides a kind of hollow glass built-in shading product electric control mechanism, it is characterized in that, form by controlling organization, transmission mechanism, the slide block that is positioned at the outer handle of hollow glass and is positioned at hollow glass, wherein: controlling organization, for remote controller or/and personal control; Transmission mechanism is positioned at outside the hollow glass, and the rotation by motor drives the upper and lower motion of described handle; Be provided with magnet in described handle and the described slide block, inhale mutually by magnetic force.

Described transmission mechanism comprises leading screw, and this screw mandrel one end is installed on the electrode, and the other end passes described handle, and meshes with handle; The rotating band movable wire bar rotation of motor, handle moves up and down along screw mandrel along with the rotation of screw mandrel.

Described transmission mechanism comprises synchronous toothed belt and two fixing synchronous toothed belt wheels, this synchronous toothed belt and upper and lower two fixing synchronous toothed belt wheel engagements; Described handle is fixed on the timing belt, between these two synchronous toothed belt wheels; The rotation of motor drives the rotation of timing belt around synchronous toothed belt wheel, and handle moves up and down along with the rotation of timing belt.The fixing mode of described handle is gummed or other fixedly connected modes.

Described transmission mechanism comprises gear and parallel and fixing tooth bar and guiding rail, and handle, gear and motor are fixed as one, be constrained in the space that guiding rail and gear form, described gear and motor coaxle, and and the tooth bar engagement; The rotation of the rotation driven gear of motor, handle is along with motor moves up and down along tooth bar.Described handle and motor all are fixed on the installing plate.The circuit board of the drive motors in the controlling organization can be positioned on handle or the installing plate.

Advantage of the present utility model is to overcome the problem of the built-in shading product of manual control hollow glass to the operating difficulties of the product of installation eminence, simultaneously motor and control circuit is placed on the hollow glass outside, may and make things convenient for so maintenance becomes.

Description of drawings

Figure 1A, Figure 1B are the interior shutter structure intentions of the hollow glass of known technology;

Fig. 1 C is the schematic side view of the interior shutter of the hollow glass of known technology;

Fig. 2 is the screw mandrel of the utility model first embodiment and the schematic diagram of handle engagement;

Fig. 3 A is the timing belt of the utility model second embodiment and the schematic diagram of handle engagement;

Fig. 3 B is the schematic side view of Fig. 3 A;

Fig. 4 A is the tooth bar of the utility model the 3rd embodiment and the schematic diagram of handle engagement;

Fig. 4 B is the schematic side view of Fig. 4 A.

The specific embodiment

Fig. 2 is the screw mandrel of the utility model first embodiment and the schematic diagram of handle engagement.As shown in the figure, the built-in shading product electric control mechanism of hollow glass is made up of control circuit, motor 57, screw mandrel 56 and handle.Control circuit comprises remote controller 55, manual control button plate 54, control circuit board 53 compositions.In control circuit board 53, be provided with reception remote controller 55 and send the circuit of indication.The rotation of control circuit board 53 control motors 57.In the present embodiment, the 55 control motors 57 that both can use a teleswitch also can use manual control button plate 54 control motors 57.Handle comprises and turns over leaf operating handle 51 and descending operation handle 52.Turn over leaf operating handle 51 and turn over leaf slide block 26 and inhale mutually by magnetic force.Descending operation handle 52 and lifting slider 13 are inhaled mutually by magnetic force.Being identical to the control of turning over leaf operating handle 51 and descending operation handle 52 in the present embodiment, below is that example is illustrated with descending operation handle 52.

Present embodiment is provided with screw mandrel 56, one ends and penetrates descending operation handle 52.In descending operation handle 52, be provided with the tooth that can be meshed with screw mandrel 56, can move up and down along screw mandrel 56 along with the rotation of screw mandrel 56.The other end of screw mandrel 56 is installed on the motor 57, and when motor 57 rotated, driving screw mandrel 56 was just changeing or reversing.

Can set motor 57 is in advance just changeing and drives screw mandrel 56 and just changeing, and motor 57 counter-rotatings drive screw mandrels 56 counter-rotatings.When the user uses the built-in shading product of hollow glass, if want to open shading product,, and then drive screw mandrel 56 rotations then by 57 rotations of control circuit control motor, move up and down thereby drive descending operation handle 52, make lifting slider 13 also and then move up and down.

Fig. 3 A is the timing belt of the utility model second embodiment and the schematic diagram of handle engagement; Fig. 3 B is the schematic side view of Fig. 3 A.Be different with first embodiment substitutes screw mandrel 56 with timing belt 58 and drives handle motion.As shown in the figure, timing belt 58 forms a circle, and tooth inwardly.Also have upper and lower two synchronous toothed belt wheels 59, they are fixedly installed togather, the distance that is maintained fixed, and tooth is all outwardly.Timing belt 58 is enclosed within on these two the synchronous toothed belt wheels 59, and is meshed with these two synchronous toothed belt wheels 59.Descending operation handle 52 is fixed on the timing belt 58, between these two synchronous toothed belt wheels 59, along with timing belt 58 around the rotation of synchronous toothed belt wheel 59 and move up and down.Fixing mode can have a variety of, and present embodiment adopts the mode of gummed.

Motor 57 is installed on the installing plate 60, and it is coaxial with one of them synchronous toothed belt wheel 59, the rotation of motor 57 drives this synchronous toothed belt wheel 59 rotations, and then drive timing belt 58 motions, thereby descending operation handle 52 also and then moves up and down, and makes lifting slider 13 also and then move up and down at last.

Fig. 4 A is the tooth bar of the utility model the 3rd embodiment and the schematic diagram of handle engagement; Fig. 4 B is the schematic side view of Fig. 4 A.Be different with first embodiment substitutes screw mandrel 56 with tooth bar 64 and drives handle motion.As shown in the figure, tooth bar 64 is fixed on the wall (not shown), is vertical up and down strip.Descending operation handle 52 is fixed as one by installing plate 60 and motor 57.A gear 61, coaxial with motor 57, this gear 61 and tooth bar 64 engagements.Descending operation handle 52 has directive wheel 63, leans against on the guiding rail 62 parallel with tooth bar 64.Guiding rail 62 can be set up separately, also can be fixedly connected on the glass 23A of indoor.The control circuit board 53 of present embodiment is installed on the descending operation handle 52, and electrically connects with motor 57, the just commentaries on classics or the counter-rotating of control motor 57, and and then driven gear 61 just changeing or reversing.The utility model can also be installed in control circuit board 53 on the installing plate 60.

During work, under the control of control circuit, in the long and narrow space that between guiding rail 62 and tooth bar 64, forms, rotation driven gear 61 rotations by motor 57, because gear 61 and tooth bar 64 engagements, therefore descending operation handle 52, installing plate 60 and motor 57 are done as a wholely to move up and down along tooth bar 64, and inhale mutually by magnetic force and to make lifting slider 13 also and then move up and down.

Below only be three embodiment, the utility model can also be by modes such as belt, sprocket wheels by driven by motor operating handle 52 or turn over leaf operating handle 51 motion, thereby makes the

slide block

13 or 26 in the glass also and then move up and down.

Claims

1. the built-in shading product electric control mechanism of hollow glass is characterized in that, form by controlling organization, transmission mechanism, the slide block that is positioned at the outer handle of hollow glass and is positioned at hollow glass, wherein:

Controlling organization, for remote controller or/and personal control;

Transmission mechanism is positioned at outside the hollow glass, and the rotation by motor drives the upper and lower motion of described handle;

Be provided with magnet in described handle and the described slide block, inhale mutually by magnetic force.

2. the built-in shading product electric control mechanism of hollow glass according to claim 1 is characterized in that described transmission mechanism comprises leading screw, and this screw mandrel one end is installed on the electrode, and the other end passes described handle, and meshes with handle; The rotating band movable wire bar rotation of motor, handle moves up and down along screw mandrel along with the rotation of screw mandrel.

3. the built-in shading product electric control mechanism of hollow glass according to claim 1, it is characterized in that, described transmission mechanism comprises synchronous toothed belt and two fixing synchronous toothed belt wheels, this synchronous toothed belt and upper and lower two fixing synchronous toothed belt wheel engagements; Described handle is fixed on the timing belt, between these two synchronous toothed belt wheels; The rotation of motor drives the rotation of timing belt around synchronous toothed belt wheel, and handle moves up and down along with the rotation of timing belt.

4. the built-in shading product electric control mechanism of hollow glass according to claim 1 is characterized in that, the fixing mode of described handle is gummed.

5. the built-in shading product electric control mechanism of hollow glass according to claim 1, it is characterized in that, described transmission mechanism comprises gear and parallel and fixing tooth bar and guiding rail, handle, gear and motor are fixed as one, be constrained in the space of guiding rail and gear formation, described gear and motor coaxle, and and tooth bar engagement; The rotation of the rotation driven gear of motor, handle is along with motor moves up and down along tooth bar.

6. the built-in shading product electric control mechanism of hollow glass according to claim 5 is characterized in that described handle and motor all are fixed on the installing plate.

7. according to claim 5 or the built-in shading product electric control mechanism of 6 described hollow glasss, it is characterized in that the circuit board of the drive motors in the controlling organization is positioned on handle or the installing plate.