CN203531689U - Sash-hidden window with heat insulation function - Google Patents
Sash-hidden window with heat insulation function Download PDFInfo
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- CN203531689U CN203531689U CN201320567588.XU CN201320567588U CN203531689U CN 203531689 U CN203531689 U CN 203531689U CN 201320567588 U CN201320567588 U CN 201320567588U CN 203531689 U CN203531689 U CN 203531689U
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Abstract
The utility model discloses a sash-hidden window with a heat insulation function. The sash-hidden window comprises a sash-hidden frame and a heat insulation sash. The heat insulation sash comprises first sash portions and second sash portions, the first sash portions are provided with first outer sashes and first inner sashes, and the second sash portions are provided with second outer sashes and second inner sashes. The sash-hidden frame comprises outer sash-hidden frames and inner sash frames fastened and connected with the outer sash-hidden frames together respectively. First heat insulation pieces are arranged between the outer sash-hidden frames and the inner sash frames, second heat insulation pieces are arranged between the first outer sashes and the first inner sashes, and third heat insulation pieces are arranged between the second outer sashes and the second inner sashes. The outer sides of the outer sash-hidden frames extend to form first blocking pieces, second blocking pieces are arranged on the end portions, capable of being opened in a rotating mode relative to the inner sash frames, of the first inner sashes, and the outer sides of the second outer sashes extend to form third blocking pieces. According to the sash-hidden window with the heat insulation function, heat inside and outside the sash-hidden window can be prevented from being transferred too fast, temperature is prevented from being increased or decreased suddenly, and the attractiveness degree of the sash-hidden window and the comfort degree of indoor environment are improved.
Description
Technical field
The utility model relates to decorative appliance field, relates in particular to a kind of hidden fan window with heat insulating function.
Background technology
Fan window structure of the prior art is unreasonable because designing, conventionally there are the following problems: 1, the outdoor side of sash is subject to the impact of rainfall or Exposure to Sunlight weather conditions larger, rainwater is easy to drip and drenches on sash and enter the gap between sash and window frame, corrodes sash, affects the application life of forms; In addition, outer leaf need to be difficult to uniform appearance for Standard, affects the aesthetics of forms integral body.2, existing forms effect of heat insulation is poor, is easy to occur the situation that interior temperature suddenly raises or reduces, and cannot meet the comfort need that user is higher.3, the glass structure of existing forms is easy to damage, all barely satisfactory on intensity, sound insulation and effect of heat insulation.4, the connection of window frame and sash needs multiple zero member and fitter's tool, time and effort consuming, the cost that is unfavorable for improving packaging efficiency and controls product.5,, there is certain potential safety hazard in poor, the user of the handle for driving of the forms loaded down with trivial details effort that operates simultaneously.6, the forms of existing structure all need further raising in sealing, water proofing property.Therefore, be necessary to design a kind of fan window to solve the problems of the technologies described above.
Utility model content
Technical problem to be solved in the utility model is, a kind of hidden fan window with heat insulating function is provided, and can prevent that the inside and outside heat of hidden fan window from carrying out too fast conduction, prevents that temperature from suddenly raising or reducing, and promotes the aesthetics of hidden fan window and the comfort level of indoor environment.
In order to solve the problems of the technologies described above, embodiment of the present utility model provides a kind of hidden fan window with heat insulating function, comprise: hidden fan frame and heat insulation sash, heat insulation sash comprises: the first sash portion and the second sash portion, the first sash portion and hidden fan frame are hinged, it can relatively hidden fan frame Unscrew or rotating closed, the second sash portion and fastening being connected as a single entity of hidden fan frame, the first sash portion has the first exterior wing and with the first exterior wing position, the first relative interior wing is set, and the second sash portion has the second exterior wing and with the second exterior wing position, the second relative interior wing is set; Hidden fan frame comprises: block respectively the outer hidden fan frame in the first exterior wing and the second exterior wing outside and respectively with the fastening interior wing frame being connected as a single entity of outer hidden fan frame; Between outer hidden fan frame and interior wing frame, the first thermal insulation barriers is set, between the first exterior wing and the first interior wing, the second thermal insulation barriers is set, the 3rd thermal insulation barriers is set between the second exterior wing and the second interior wing; The first block piece is extended in the outside of outer hidden fan frame, and the rotatable end of opening of the relative interior wing frame of the first interior wing arranges the second block piece, and the 3rd block piece is extended in the outside of the second exterior wing.
Wherein, corresponding the first draw-in groove in order to fastening the first thermal insulation barriers and the second draw-in groove of difference setting position between outer hidden fan frame and interior wing frame.
Wherein, the first draw-in groove and the second draw-in groove are connected as a single entity.
Wherein, corresponding the 3rd draw-in groove in order to fastening the second thermal insulation barriers and the 4th draw-in groove of difference setting position between the first exterior wing and the first interior wing.
Wherein, the 3rd draw-in groove and the 4th draw-in groove are connected as a single entity.
Wherein, corresponding the 5th draw-in groove in order to fastening the 3rd thermal insulation barriers and the 6th draw-in groove of difference setting position between the second exterior wing and the second interior wing.
Wherein, the 5th draw-in groove and the 6th draw-in groove are connected as a single entity.
The hidden fan window with heat insulating function provided by the utility model, has following beneficial effect:
The first, on hidden fan frame and heat insulation sash, the first thermal insulation barriers, the second thermal insulation barriers and the 3rd thermal insulation barriers are set, can prevent that the inside and outside heat of hidden fan window from carrying out too fast conduction, prevent that temperature from suddenly raising or reducing, improve the comfort level of indoor environment.
The second, due to many block pieces being set, it can effectively block the sash of inner side, can avoid occurring rainwater and drip the situation that pouring or direct sunlight etc. affect the sash life-span, also can keep the neat outward appearance of forms, promotes aesthetics.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the facade structures schematic diagram of the hidden fan window of the utility model.
Fig. 2 is the utility model embodiment mono-enlarged diagram of A part as shown in Figure 1.
Fig. 3 is the utility model embodiment mono-enlarged diagram of B part as shown in Figure 1.
Fig. 4 is the utility model embodiment mono-enlarged diagram of C part as shown in Figure 1.
Fig. 5 is the structural representation of the waterproof adhesive tape of the hidden fan window of the utility model embodiment mono-.
Fig. 6 is the utility model embodiment mono-enlarged diagram of D part as shown in Figure 1.
Fig. 7 is the utility model embodiment mono-enlarged diagram of E part as shown in Figure 1.
Fig. 8 is the utility model embodiment mono-enlarged diagram of F part as shown in Figure 1.
Fig. 9 is the utility model embodiment mono-enlarged diagram of G part as shown in Figure 1.
Figure 10 is the structural representation of the first fan corner brace of the hidden fan window of the utility model.
Figure 11 is the structural representation of the second fan corner brace of the hidden fan window of the utility model.
Figure 12 is the structural representation at first group of angle of the hidden fan window of the utility model.
Figure 13 is the structural representation at second group of angle of the hidden fan window of the utility model.
Figure 14 is the utility model embodiment bis-enlarged diagram of A part as shown in Figure 1.
Figure 15 is the utility model embodiment bis-enlarged diagram of B part as shown in Figure 1.
Figure 16 is the utility model embodiment bis-enlarged diagram of C part as shown in Figure 1.
The specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, rather than whole embodiment.Embodiment based in the utility model, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
In conjunction with referring to Fig. 1-Figure 13, be the embodiment mono-of the hidden fan window of the utility model embodiment.
As shown in Figure 1, be the facade structures schematic diagram of the hidden fan window of the present embodiment.Hidden fan window in the present embodiment comprises: hidden fan frame 1 and the heat insulation sash 3 with heat insulating function, heat insulation sash 3 comprises: the first sash portion 31 and the second sash portion 32, the first sash portion 31 is hinged with hidden fan frame 1, it can relatively hidden fan frame 1 Unscrew or rotating closed, the second sash portion 32 and fastening being connected as a single entity of hidden fan frame 1, the first sash portion 31 has the first exterior wing 311, the second sash portions 33 and has the second exterior wing 331; Described hidden fan frame 1 comprises: block respectively the outer hidden fan frame 11 in the first exterior wing 311 and the second exterior wing 331 outsides and respectively with the fastening interior wing frame 12 being connected as a single entity of outer hidden fan frame 11.
Heat insulation sash 3 comprises: with the first sash portion 31 that hidden fan frame 1 is hinged, it can relatively hidden fan frame 1 Unscrew or rotating closed; And with fastening the second sash portion 32 being connected as a single entity of hidden fan frame 1.The structure of the first sash portion 31 and the second sash portion 32 is the frame construction with the side's of being ring-type of hidden fan frame 1 structural similarity, be the framework that is square by some cross sections be fastened and head and the tail be connected successively form, be the double-decker of inside and outside both sides.In the present embodiment, the first sash portion 31 has the first exterior wing 311 and with the first exterior wing 311 positions, the first relative interior wing 312 is set.The first sash portion 31 and the second sash portion 32 are slightly different from the syndeton of hidden fan frame 1 inner side on top frame 11a, underframe 11b, side frame 11c and center 11d position, below describe in detail.
In conjunction with referring to shown in Fig. 2, Fig. 3, Fig. 6 and Fig. 7, it is the present embodiment structure for amplifying schematic diagram of A, B, D and E part as shown in Figure 1.Wherein: hidden fan frame 1 comprises: towards the outer hidden fan frame 11 of outdoor setting with towards the interior wing frame 12 of indoor setting, outer hidden fan frame 11 and interior wing frame 12 are fastenedly connected, and install betwixt the first thermal insulation barriers 13.Below describe the syndeton of hidden fan frame 1 and the first sash portion 31 in detail:
The side of being, the cross section shape of outer hidden fan frame 11, its outside is from itself extending the first block piece 111.It is tabular that the first block piece 111 is thin slice, and it is pressed on the end of the first sash portion 31 first exterior wing 311 lateral bodys.During concrete enforcement, during the first sash portion 31 Unscrew, on it, the outside of the first exterior wing 311 can be pressed on the first block piece 111 of the end to end side of being of outer hidden fan frame 11 ring-type, because the first block piece 111 is arranged on the outside of the first exterior wing 311, can block the first exterior wing 311.That is to say, the first block piece 111 can hide heat insulation sash 3, and when the weather conditions such as the outdoor side generation rainwater of heat insulation sash 3 or Exposure to Sunlight, the first block piece 111 that outer hidden fan frame 11 is installed can play the effect of blocking to rainwater and Exposure to Sunlight.For example: when rainwater tilt to drench the position in gap and heat insulation sash 3 between heat insulation sash 3 and hidden fan frame 1, the first block piece 111 can block it, rainwater freely drips after dripping and drenching on the first block piece 111, can't enter the gap position between heat insulation sash 3 and hidden fan frame 1, also can not corrode heat insulation sash 3.In like manner, when the outdoor side of heat insulation sash 3 has stronger direct sunlight, the first block piece 111, by avoiding direct sunlight to arrive the position of heat insulation sash 3, plays certain iris action.
In addition, owing to being provided with multiple adhesive tape (insulated rubber strip or waterproof adhesive tape) between heat insulation sash 3 and hidden fan frame 1, the first 111 pairs of block pieces rainwater and Exposure to Sunlight are played when blocking effect, can further strengthen water resistance, can avoid the situations such as aging, distortion, hardening and cracking because sealing joint strip long term exposure is caused in the sun, improve the enduring quality of adhesive tape.
Preferably, the first block piece 111 end fastening fixedly adhesive tape 112. relative with the first exterior wing 311 positions when fixedly adhesive tape 112 is on relatively closed the first block piece 111 that is pressed on outer hidden fan frame 11 of the first sash portion 31, can play the effect of buffering and sealing.
The cross sectional shape of the cross sectional shape of interior wing frame 12 and outer hidden fan frame 11 is roughly the same, the side's of being shape.Wherein: corresponding the first draw-in groove 113 in order to fastening the first thermal insulation barriers 13 and the second draw-in groove 121 of difference setting position between outer hidden fan frame 11 and interior wing frame 12.When the first thermal insulation barriers 13 is installed in the first draw-in groove 113 and the second draw-in groove 121, it can carry out fastening to two fan frames.Wherein, the first draw-in groove 113 and the second draw-in groove 121 can adopt the mode of whole piece layout or the layout type of subsection setup, for example: can on the lateral body that hidden fan frame 11 is relative with interior wing frame 12 outside, be made as the two or more of symmetry.
Preferably, be+shape of the cross section of the first thermal insulation barriers 13, it can reach preferably effect of heat insulation.
The first sash portion 31 comprises: the first exterior wing 311 that (outer hidden fan frame 11 1 sides) arrange toward the outer side and the first interior wing 312 that (interior wing frame 12 1 sides) arrange towards inner side, the first exterior wing 311 and the first interior wing 312 are fastenedly connected, and install betwixt the second thermal insulation barriers 313.
The outside of the first exterior wing 311 is from the extension part 3111 that itself extends to form fixing arm 31a, and this extension part 3111 and the first interior wing 312 enclosings form a fixing arm 31a.Fixing arm 31a is the hollow card holding structure with opening, while specifically implementing, and fixing arm 31a openend relative towards position, it is in order to hold fixedly heat-protecting glass 4.
It is the thin slice platy structures that self extend from the first interior wing 312 that the relatively hidden fan frame of the first interior wing 312 1 rotatable end of opening of interior wing frame 12 arranges the second block piece 3121, the second block pieces 3121, and it is pressed on the end of hidden fan frame 1 interior wing frame 12 lateral bodys.The effect of the second block piece 3121 is: when heat insulation sash 3 rotary closing, by heat insulation sash 3(the first interior wing 312) with hidden fan frame 1(interior wing frame 12) between be connected space sealing.
Preferably, the position seals that the second block piece 3121 joins at itself and interior wing frame 12 arranges adhesive tape 3122.Adhesive tape 3122, except playing in rotary closing process the cushioning effect of the second block piece 3121, can also further be strengthened both sealing effectivenesss under closure state.
Corresponding the 3rd draw-in groove 3112 in order to fastening the second thermal insulation barriers 313 and the 4th draw-in groove 3123 of difference setting position between the first exterior wing 311 and the first interior wing 312.When the second thermal insulation barriers 313 is installed in the 3rd draw-in groove 3112 and the 4th draw-in groove 3123, it can carry out fastening to two frame fans.Wherein, the 3rd draw-in groove 3112 and the 4th draw-in groove 3123 can adopt the mode of whole piece layout or the layout type of subsection setup, for example: can on the first exterior wing 311 lateral body relative with the first interior wing 312, be made as the two or more of symmetry.
Preferably, be+shape of the cross section of the second thermal insulation barriers 313, it can reach preferably effect of heat insulation.
In conjunction with referring to shown in Fig. 3, Fig. 4, Fig. 8 and Fig. 9, it is the present embodiment structure for amplifying schematic diagram of B, C, F and G part as shown in Figure 1.Wherein: hidden fan frame 1 comprises: towards the outer hidden fan frame 11 of outdoor setting with towards the interior wing frame 12 of indoor setting, outer hidden fan frame 11 and interior wing frame 12 are fastenedly connected, and install betwixt the first thermal insulation barriers 13.Below describe the syndeton of hidden fan frame 1 and the second sash portion 32 in detail:
During concrete enforcement, the structure of hidden fan frame 1, with above-mentioned it is roughly the same with the structure that the first sash portion 31 is connected, repeats no more.The second sash portion 33 comprises: the second exterior wing 331 that (outer hidden fan frame 11 1 sides) arrange toward the outer side and the second interior wing 332 that (interior wing frame 12 1 sides) arrange towards inner side, the second exterior wing 331 and the second interior wing 332 are fastenedly connected, and install betwixt the 3rd thermal insulation barriers 333.
During concrete enforcement, a screw fastener 334 can be fastened on the second exterior wing 331 on outer hidden fan frame 11, correspondingly, need on the second exterior wing 331, arrange and use the screw 3311 passing for screw fastener 334.
The second exterior wing 331 on the position of center 1d (shown in Fig. 3) arranges from himself extended the 3rd block piece 3312, it is tabular that the 3rd block piece 3312 is thin slice, its effect of playing is identical with the effect that the first block piece 111 can play, can block the gap between the second exterior wing 331 and the second sash portion 32 and the first sash portion 31, specifically refer to the description to the first block piece 111 structures and function herein, repeat no more herein.
Corresponding the 5th draw-in groove 3313 in order to fastening the 3rd thermal insulation barriers 333 and the 6th draw-in groove 3321 of difference setting position between the second exterior wing 331 and the second interior wing 332.When the 3rd thermal insulation barriers 333 is installed in the 5th draw-in groove 3313 and the 6th draw-in groove 3321, it can carry out fastening to two frame fans.The second exterior wing 331(the 3rd block piece 3312 being fastened) and the second interior wing 332 enclosings form a fixing arm 33a.Fixing arm 33a is the hollow card holding structure with opening, while specifically implementing, and fixing arm 33a openend relative towards position, it is in order to hold fixedly heat-protecting glass 4.
Be understandable that, the size of hidden fan frame 1 does not limit, and it can make plurality of specifications according to the actual needs.In the process of hidden fan frame 1 adjusted size, heat insulation sash 3 does not need to adjust size.That is to say, heat insulation sash 3 need to be along with the size of different size jamb is made respectively, only need block function and scope is adjusted to it, can save certain assembly cost yet; , also can not be limited in the embodiment of window construction, hidden fan frame 1 can also be applied in the embodiment of door meanwhile.
Further, as shown in Figure 5, be the structural representation of the waterproof adhesive tape of hidden fan window in embodiment.In the present embodiment, between hidden fan frame 1 and the first sash portion 31 and between the first sash portion 31 and the second sash portion 33, waterproof adhesive tape 2 is set.Wherein, waterproof adhesive tape 2 comprises: in order to connect the seal 21 and the connector 22 being fixedly connected with seal 21 of the first exterior wing 311, connector 22 comprises base 221 and screens 222 disposed thereon, and screens 222 is in order to connect outer hidden frame fan the 11 or second exterior wing 331.
Preferably, connector 22 is the hook formations that narrow from base 221 convergents.
Preferably, it is wide that described screens 222 is set to end, and middle part is narrow, and its cross section is work shape.
Preferably, on described base 221, the side of being, cross section shape cavity 223 is set.
The waterproof adhesive tape 2 of the present embodiment is when implementing, extruding screens 222 is arranged on outer hidden frame fan the 11 or second exterior wing 331, because screens 222 is arranged on base 221, and the distolateral cavity 223 that is provided with on base 221, screens 222 is convenient to waterproof adhesive tape 2 integral body together with the certain deformation of base 221 generation and outer hidden frame fan the 11 or second exterior wing 331 is installed, because the cross section of seal 21 is hook-shaped, when it is subject to external force compressional deformation, can guarantee the sealing between itself and the first exterior wing 311, and then promote the water resistance of 33, hidden fan frame 1 and the first sash portion 31 and the first sash portion 31 and the second sash portion.Waterproof adhesive tape 2 is not subject to the restriction of hidden fan window assembling, can install by the arbitrary period in assembling process, and it is convenient to install, wide adaptability.
Preferably, waterproof adhesive tape 2 and the 3rd thermal insulation barriers 333 are one-body molded, and it can simplify assembling procedure, improve waterproof and effect of heat insulation.
Further, the structure of heat-protecting glass 4 of carrying out fixing by fixing arm 31a, 33a is as follows: heat-protecting glass 4 is the double-layer glass structures that are folded with heat-insulating cushion block, wherein: heat-insulating cushion block comprises end heat-insulating cushion block 51 and side heat-insulating cushion block 52.Hold the end of heat-insulating cushion block 51 between heat-protecting glass 4 double-layer glass structures, be pressed on a side of side heat-insulating cushion block 52, the opposite side of side heat-insulating cushion block 52 is pressed on the first exterior wing 311 and the first interior wing 312 or on the second exterior wing 331 and the second interior wing 332.
Preferably, side heat-insulating cushion block 52 and the second thermal insulation barriers 313 or the 3rd thermal insulation barriers 333 are connected as a single entity, and in order to strengthen effect of heat insulation, prevent that heat on glass is delivered on sash.
The end that the outside of heat-protecting glass 4 and fixing arm 31a, 33a fix arranges respectively heat insulation cushion pad 53.In the present embodiment, heat insulation cushion pad 53 is made as glass cement.Heat insulation cushion pad 53 can further reduce the impact force while supporting on hidden fan frame 1 in the rotating closed process of heat insulation sash 3, can play certain fastening effect to heat-protecting glass 4, and has certain heat insulation function.
Hidden fan window in the present embodiment, when concrete assembling, can be used multiple connector to assemble hidden fan frame 1 and heat insulation sash 3, and kind and the structure of connector are as follows:
As shown in figure 10, in the present embodiment first fan corner brace structural representation.Wherein: the first fan corner brace 61 is to have certain thickness assembling connecting piece, roughly L-shaped, two assembling limits that it is perpendicular is equal in length.The first fan two of corner brace 61 assembling limits are from itself evenly offering stupefied shape projection 611, in order to assemble with hidden fan frame 1 and heat insulation sash 3 respectively.
As shown in figure 11, in the present embodiment second fan corner brace structural representation.Wherein: the second fan corner brace 62 is the roughly the same assembling connecting pieces of shape and the first fan corner brace 61 shapes, the second fan corner brace 62 arranges respectively stupefied shape projection 621 in the both sides on two assembling limit equally, different from the first fan corner brace 61: the second fan corner brace 62 is offered respectively a plurality of installation openings 621 of a plurality of adaptive use in position in the middle, and this installation opening 621 is the side's of being shape or scalariform respectively.
Shown in Figure 12, it is the structural representation at first group of angle of the hidden fan window of the present embodiment.Wherein: the structural similarity of corner brace 62 is fanned with above-mentioned second in first group of angle 63, and L-shaped, it is made by stainless steel material.Stupefied shape protruding 631 and pilot hole 632 are offered in first group of angle 63, and stupefied shape projection 631 is equidistant setting evenly, and pilot hole 632 is opened in its two and assembles on crossing position, limit.
Shown in Figure 13, it is the structural representation at second group of angle of the hidden fan window of the present embodiment.Wherein: second group of angle 64 is thin-slab structure, roughly the side's of being shape, offers stupefied shape projection 641 and pilot hole 642 equally on it, and stupefied shape projection 641 is equidistant setting evenly, and pilot hole 642 is opened in its relative both ends.
Above-mentioned connector in the present embodiment, the first fan corner brace 61, the second fan corner brace 62, first group of angle 63 and second group of angle 64 are in the specific implementation, by stupefied shape projection, installation opening and the pilot hole on it, offered respectively with the installation of corresponding assembling position, hidden fan frame 1 and heat insulation sash 3 can adaptively be installed, simplify assembling procedure, improve the effect of assembling; Easy and simple to handle, be easy to control cost.
As shown in Figure 3, hidden fan window in the present embodiment also further comprises internal-open and inner tilt handle 7, internal-open and inner tilt handle 7 is heat insulation sash 3(first sash portions 31) and hidden fan frame 1 between carry out the fixing control assembly of manual locking, it is fixedly installed on the second block piece 3121 that the first sash portion 31 first interior wings 312 have.
Internal-open and inner tilt handle 7 comprises the pedestal 71 that is located on the first sash portion 31 second block pieces 3121, is connected to the hand-operated device 72 on pedestal 71 and is connected to the wind 73 on hand-operated device 72.The rectangular scalariform in cross section of pedestal 71, it is fixedly installed on the second block piece 3121, and hand-operated device 72 is fixedly installed on the top wall surface of pedestal 71, and it has the one and first interior wing 312 fixing transmission mechanism (not shown) that is hinged.
During concrete enforcement, the machine driving of hand-operated device 71 is controlled by connected wind 73, when needs are opened the first sash portion 31, when corresponding door body or forms, wind 73 is shaken in rotation, and the driving force of wind 73 is delivered to the first sash portion 31 by transmission mechanism (not shown), now, the first relatively hidden fan frame 1 Unscrew of sash portion 31 or rotating closed, strong operability, safe and reliable.
In conjunction with referring to shown in Fig. 7, Fig. 9, hidden fan window in the present embodiment also further comprises the drain hole 8 being located on outer hidden fan frame 11, during enforcement, drain hole 8 is arranged on the underframe 1b of hidden fan frame 1, the effect of drain hole 8 is to avoid entering indoor by the outdoor rainwater entering between hidden fan frame 1 and the first sash portion 31 or the second sash portion 32, prevent that rainwater from causing corrosion to the connector of fan window inside, extends the application life of forms.During enforcement, drain hole 8 also can be made as the structure of strip, as rhone, also can arrange in different positions one or morely, strengthen to discharge effect.
In conjunction with referring to Figure 14-Figure 16, be the embodiment bis-of the hidden fan window of the utility model embodiment.
The outer hidden fan frame 1 that hidden fan window in the present embodiment is used, the structure of heat insulation sash 3 and the said structure of embodiment mono-are roughly the same, and the difference of itself and embodiment mono-is: the first draw-in groove 113 and the second draw-in groove 121 are connected as a single entity, the 3rd draw-in groove 3112 and the 4th draw-in groove 3123 is connected as a single entity, the 5th draw-in groove 3313 and the 6th draw-in groove 3321 are connected as a single entity.That is to say, outer hidden fan frame 11 and interior wing frame 12 can be one-body molded, the first exterior wing 311 and the first interior wing 312 can be one-body molded, the second exterior wing 331 and the second interior wing 332 can be one-body molded.The benefit so arranging is: strengthen respectively the intensity of hidden fan frame 1, the first sash portion 31 or the second sash portion 32, extend the application life of hidden fan window.
Hidden fan window provided by the utility model, has following beneficial effect:
The first, because hidden fan frame outside is from itself extending the first block piece, it can effectively block the sash of inner side, can avoid occurring rainwater and drip the situation that pouring or direct sunlight etc. affect the sash life-span, also can keep the neat outward appearance of forms, promote aesthetics.
The second, on hidden fan frame and heat insulation sash, the first thermal insulation barriers, the second thermal insulation barriers and the 3rd thermal insulation barriers are set, can stop the inside and outside heat of hidden fan window to carry out too fast conduction, prevent that temperature from suddenly raising or reducing, improve the comfort level of indoor environment; In addition, the double-decker of heat-protecting glass and the multiple cushion block in order to be fastened with it, can further promote the effect of heat insulation of hidden fan window, and cushion block can also play certain protective effect to the transportation of heat-protecting glass.
Three, hidden fan frame and heat-insulation window fan pass are crossed multiple connector and are implemented assembling, improve the effect of assembling; Easy and simple to handle, be easy to control cost; By internal-open and inner tilt handle is set on heat insulation sash, realize the Unscrew of the first relatively hidden fan frame of sash portion or rotating closed, strong operability, safe and reliable.
Four, between hidden fan frame and the first sash portion and between the first sash portion and the second sash portion, waterproof adhesive tape is set, can further promotes water resistance and the sealing performance of hidden fan window; When itself and the 3rd thermal insulation barriers are one-body molded, more can simplify assembling procedure, promote effect of heat insulation.
Five, on the underframe of hidden fan frame, drain hole is set, can avoids the outdoor rainwater entering between hidden fan frame and the first sash portion or the second sash portion to enter indoor, prevent that rainwater from causing corrosion to the connector of fan window inside, can extend the application life of forms.
Claims (7)
1. a hidden fan window with heat insulating function, it is characterized in that, comprise: hidden fan frame and heat insulation sash, described heat insulation sash comprises: the first sash portion and the second sash portion, described the first sash portion and described hidden fan frame are hinged, it can relatively described hidden fan frame Unscrew or rotating closed, described the second sash portion and fastening being connected as a single entity of described hidden fan frame, described the first sash portion has the first exterior wing and with described the first exterior wing position, the first relative interior wing is set, described the second sash portion has the second exterior wing and with described the second exterior wing position, the second relative interior wing is set, described hidden fan frame comprises: block respectively the outer hidden fan frame in described the first exterior wing and described the second exterior wing outside and respectively with the fastening interior wing frame being connected as a single entity of described outer hidden fan frame,
Between described outer hidden fan frame and described interior wing frame, the first thermal insulation barriers is set, between described the first exterior wing and described the first interior wing, the second thermal insulation barriers is set, between described the second exterior wing and described the second interior wing, the 3rd thermal insulation barriers is set;
The first block piece is extended in the outside of described outer hidden fan frame, and the rotatable end of opening of the relatively described interior wing frame of described the first interior wing arranges the second block piece, and the 3rd block piece is extended in the outside of described the second exterior wing.
2. the hidden fan window with heat insulating function as claimed in claim 1, is characterized in that, corresponding the first draw-in groove in order to fastening described the first thermal insulation barriers and the second draw-in groove of difference setting position between described outer hidden fan frame and described interior wing frame.
3. the hidden fan window with heat insulating function as claimed in claim 2, is characterized in that, described the first draw-in groove and described the second draw-in groove are connected as a single entity.
4. the hidden fan window with heat insulating function as claimed in claim 1, is characterized in that, corresponding the 3rd draw-in groove in order to fastening described the second thermal insulation barriers and the 4th draw-in groove of difference setting position between described the first exterior wing and described the first interior wing.
5. the hidden fan window with heat insulating function as claimed in claim 4, is characterized in that, described the 3rd draw-in groove and described the 4th draw-in groove are connected as a single entity.
6. the hidden fan window with heat insulating function as claimed in claim 1, is characterized in that, corresponding the 5th draw-in groove in order to fastening described the 3rd thermal insulation barriers and the 6th draw-in groove of difference setting position between described the second exterior wing and described the second interior wing.
7. the hidden fan window with heat insulating function as claimed in claim 6, is characterized in that, described the 5th draw-in groove and described the 6th draw-in groove are connected as a single entity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320567588.XU CN203531689U (en) | 2013-09-13 | 2013-09-13 | Sash-hidden window with heat insulation function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320567588.XU CN203531689U (en) | 2013-09-13 | 2013-09-13 | Sash-hidden window with heat insulation function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203531689U true CN203531689U (en) | 2014-04-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320567588.XU Expired - Fee Related CN203531689U (en) | 2013-09-13 | 2013-09-13 | Sash-hidden window with heat insulation function |
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| Country | Link |
|---|---|
| CN (1) | CN203531689U (en) |
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