CN208564335U - A kind of energy saving window system with function of balancing air pressure - Google Patents

Abstract

The utility model belongs to Green energy-saving buildings technical field, more particularly to a kind of energy saving window system with function of balancing air pressure, including air pressure balance system, four glass, three chamber hollow glass and window frame, window frame is using made of bridge cutoff type composite aluminum profile, equipped with heat-insulating bridge-cut-off, heat-insulating bridge-cut-off is made of the interior parting bead being arranged face-to-face and outer parting bead, and the width of heat-insulating bridge-cut-off is equal to the thickness of hollow glass, and the thickness of heat-insulating bridge-cut-off is equal to the thickness of hollow lumen；The heat-insulation chamber being divided by partition is equipped between interior parting bead and outer parting bead；The exocoel plug of air pressure balance system is connected to by outgoing call suction pipe with separator tube, and internal cavity insert is connected to by internal respiration pipe with separator tube, and one end of separator tube is connected to lumen plug, and the other end is connected to indoor environment；Outgoing call suction pipe, separator tube and internal respiration pipe are installed in the heat-insulation chamber in mullion.The utility model can make window frame Uf become lower, be integrated in the air pressure balance of hollow glass more reasonably in heat-insulated window system.

Description

A kind of energy saving window system with function of balancing air pressure

Technical field

The utility model belongs to Green energy-saving buildings technical field, and in particular to a kind of energy conservation with function of balancing air pressure Window system.

Background technique

It is higher and higher to the performance indicator requirement of Energy Saving Windows with the popularization of Green energy-saving buildings concept, especially require The U value of thermal and insulating performance will be reduced to lower level.

By taking the bridge-cut-off aluminum Energy Saving Windows of the market mainstream as an example, the Uw value of bridge-cut-off aluminum heat-insulation window depend mainly on assembled it is hollow The quality of glass Ug, window frame Uf and integral sealing φ, and the Uf value of heat-insulation window depends on the geometric dimension of heat-insulating bridge-cut-off, especially It is the shape and width of heat insulating strip, there is important influence to the thermal property of entire window frame.

How the whole Uw of Energy Saving Windows is reduced to 0.8W/ ㎡ .k hereinafter, most effective approach is exactly to increase hollow glass The number of plies and heat-insulated lumen number, simulated by Window software, by taking the hollow glass of three inner cavities of four-layer glass as an example, Ug It can achieve 0.56W/ ㎡ .k, it is even lower.But with increasing for the glass number of plies, the quality for inevitably resulting in hollow glass increases With relaxing for size, this requires the composite materials of window frame must have higher intensity and thermal property.It is soft by Therm The Uf of part simulation, bridge-cut-off aluminum window frame of the parting bead width less than 40mm is both greater than 1.6W/ ㎡ .k substantially, to make entire heat-insulation window Uw cannot be reduced to 0.8W/ ㎡ .k or less.

How the parting bead width of bridge-cut-off aluminum to be relaxed be the effective means of window frame Uf is effectively reduced, meanwhile, window frame is compound The section thickness of profile is reduced to narrower range, to reduce the heat exchange of the external environments such as solar radiation, is also necessary Method.Due to being limited to the requirement of the mechanical characteristic of window frame composite material, current thermal insulation strip bridge cut-off aluminum technology can't be complete Reach above-mentioned requirements entirely.

On the other hand, the hollow glass as daylighting part, glass inner cavity air pressure change caused by being influenced as environment are led Glass deformation is caused, daylighting effect has not only been seriously affected, meanwhile, also limit the increase of the glass number of plies.

How under the premise of guaranteeing that composite material has more stable thermal technology and mechanical characteristic, by bridge cut-off aluminum composite section bar Parting bead width put it is narrower to wider and section thickness, meanwhile, make the air pressure balance of hollow glass be more reasonably integrated in every In hot window system, enough innovations and application are also lacked.

Summary of the invention

The utility model is to solve technical problem present in well-known technique and provide a kind of with function of balancing air pressure Energy saving window system, the system can guarantee composite material have more stable thermal technology and mechanical characteristic under the premise of, reduction Window frame Uf value, meanwhile, it is integrated in the air pressure balance of hollow glass more reasonably in heat-insulated window system.

The utility model is adopted the technical scheme that solve technical problem present in well-known technique: one kind having gas Press the energy saving window system of equilibrium function, including air pressure balance system, four glass, three chamber hollow glass and window frame；In four glass, three chamber Empty glass is equipped with two panels intermediate glass, a piece of interior glass and a piece of outer glass for being separated by using aluminium parting bead, encapsulating using structure glue, It is formed with hollow lumen between adjacent two panels intermediate glass, is formed between adjacent intermediate glass and interior glass hollow Inner cavity is formed with hollow exocoel between adjacent intermediate glass and outer glass；The window frame is using the compound aluminium profiles of bridge cutoff type Made of material, the bridge cutoff type composite aluminum profile includes inside aluminum profile and outside aluminum profile, the inside aluminum profile and described Outside aluminum profile is connected by heat-insulating bridge-cut-off, and the heat-insulating bridge-cut-off is made of the interior parting bead being arranged face-to-face and outer parting bead, The width of the heat-insulating bridge-cut-off is equal to the thickness of hollow glass, and the thickness of the heat-insulating bridge-cut-off is equal to the thickness of hollow lumen；? The heat-insulation chamber being divided by partition is equipped between the interior parting bead and the outer parting bead, the divider upright is fixed on the interior parting bead On the outer parting bead；The instrument bezel surrounded by heat-insulating bridge-cut-off, four glass, the three chamber hollow glass are formed in the window frame It is inlaid in the instrument bezel；The air pressure balance system includes that the exocoel plug being connected to hollow exocoel and hollow lumen connect The lumen plug connect and the internal cavity insert being connected to hollow cavity, the exocoel plug are connected by outgoing call suction pipe and separator tube Logical, the internal cavity insert is connected to by internal respiration pipe with separator tube, and one end of the separator tube is connected to lumen plug, the other end It is connected to indoor environment；The outgoing call suction pipe, the separator tube and the internal respiration pipe are installed in mullion In heat-insulation chamber.

The outgoing call suction pipe is identical with the internal respiration pipe structure, copper inner tube and stainless steel outer tube is equipped with, in the copper The phase-change material that phase transition temperature is 20~25 DEG C is packaged in toric space between matter inner tube and the stainless steel outer tube.

The interior parting bead and the outer parting bead are located at the two sides of the inside aluminum profile and the outside aluminum profile, institute The section for stating interior parting bead and the outer parting bead is all made of comb teeth-shaped structure, is equipped with symmetrical configuration in the two sides of the comb teeth-shaped structure Connection structure, between two connection structures be equipped with the partition；Each connection structure includes that ecto-entad is successively set Spatula, plate and the snap-gauge set are formed with glossal canal between the spatula and the plate；The inside aluminum profile and institute It states outside aluminum profile and is equipped with the identical crossover structure of structure, card slot is equipped on the end face of the crossover structure, in the crossover The baffle, hyoplastron and slot being adapted to the connection structure are designed with inside and outside structure；The hyoplastron stretches in glossal canal, The spatula is crimped on the hyoplastron under the action of baffle, and the plate is inserted into the slot, described The side wall of slot is equipped with the multiple teeth be arranged along its longitudinal direction, and the teeth are engaged on the side surface of the plate, in institute It states and is equipped with hook on the outside of the head of snap-gauge, the hook buckle is on the side wall of the card slot.

The intermediate glass uses ultra-thin tempered glass.

The exocoel plug, the lumen plug and the internal cavity insert are embedded in the structure glue, the exocoel Plug is located at the bottom of four glass, the three chamber hollow glass, and the internal cavity insert is located at the top of four glass, the three chamber hollow glass Portion, the lumen plug are located at the bottom of four glass, the three chamber hollow glass.

The separator tube is connect with the lumen plug by plastic tube I, and the plastic tube I passes through hair with the separator tube Tubule I is connected to, and the separator tube is connect with indoor environment by plastic tube II, and the plastic tube II passes through hair with the separator tube Tubule II is connected to, and the free end of the plastic tube II extends in the profile cavity on the inside of window frame；The capillary I is located at described The bottom of four glass, three chamber hollow glass, the capillary II are located at the top of four glass, the three chamber hollow glass, the capillary II and the capillary I be inserted into it is described buffering tube cavity length be at least 300mm.

The air pressure balance system has two sets, is separately positioned in two munnions of the window frame.

The two groups of fins longitudinally extended along it, two groups of fins point are equipped on the inside of the heat-insulation chamber being located in the mullion She Zhi not be on the interior parting bead and the outer parting bead, every group of fin includes at least two.

Rectangular inner cavity and round cavity are equipped on the inside aluminum profile and the outside aluminum profile, in the rectangle Chamber and the round cavity are arranged in parallel and adjacent opening communicates, and the window frame reinforces connection using screw in corner, described Screw is connected in round cavity, the section face size of the rectangular inner cavity and the limb knife size fit of angle grouping device.

The utility model has the advantages and positive effects of:

1) inside and outside aluminum profile and parting bead reinforcement composite joint mode, make the mechanical characteristic of entire composite material While being strengthened, the parting bead width of conduction of heat is blocked effectively to relax by rising, the section of composite material effectively becomes It is narrow, and then the window frame Uf value of Energy Saving Windows is made to become lower.

2) it makes full use of the parting bead of composite material to be formed by effective heat insulation cavity, by installing air pressure balance system, makes Intermediate glass inside hollow glass can use ultra-thin tempered glass, farthest to reduce the quality of glass, meanwhile, make Entire energy conservation window system is more stable.

3) air pressure balance and Thermal insulation window frame, four glass, three chamber hollow glass collection being embedded in composite material bridge cut-off cavity are utilized Better heat insulation and preservation effect can be obtained so that Energy Saving Windows have more smooth daylighting facade as an energy saving window system, More preferably solution is provided for zero carbon emission building.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the longitudinal sectional drawing of Fig. 1；

Fig. 3 is the transverse cross-sectional view of Fig. 1；

Fig. 4 is the air pressure balance working principle diagram of the utility model；

Fig. 5 is the air pressure balance system schematic of the utility model；

Fig. 6 is bridge cutoff type composite aluminum profile schematic diagram used by the utility model；

Fig. 7 is the heat-insulating bridge-cut-off cross-section diagram in bridge cutoff type composite aluminum profile used by the utility model；

Fig. 8 is the outside aluminum profile cross-section diagram in bridge cutoff type composite aluminum profile used by the utility model；

Fig. 9 is the inside aluminum profile cross-section diagram in bridge cutoff type composite aluminum profile used by the utility model；

Figure 10 is the portion the C enlarged drawing of Fig. 6；

Figure 11 is the portion the D enlarged drawing of Fig. 6.

In figure: 1a, hollow exocoel；1b, hollow lumen；1c, hollow cavity；1.1, outer glass；1.2,1.3, intermediate glass； 1.4, interior glass；1.5, aluminium parting bead；1.6, desiccant；1.7, structure glue；2, outside aluminum profile；2.1, rectangular inner cavity；2.2, circle Shape inner cavity；2.3, hyoplastron；2.4, baffle；2.5, slot；2.6, card slot；3, inside aluminum profile；3.1, rectangular inner cavity；3.2, round Inner cavity；3.3, hyoplastron；3.4, baffle；3.5, slot；3.6, card slot；3.7, profile；4a, interior parting bead；4b, outer parting bead；4.1, 4.2,4.3, heat-insulation chamber；4.4, spatula；4.5, plate；4.6, snap-gauge；4.7, partition；4.8, fin；5a, water blocking adhesive tape；5b, Profile adhesive tape；5c, inboard inner adhesive tape；6a, outgoing call suction pipe；6b, internal respiration pipe；7, separator tube；8a, exocoel plug；8b, lumen Plug；8c, internal cavity insert；9a, plastic tube I；9b, plastic tube II；10a, capillary I；10b, capillary II.

Specific embodiment

For the invention, features and effects that can further appreciate that the utility model, the following examples are hereby given, and cooperates Detailed description are as follows for attached drawing:

Please refer to Fig. 1~Figure 11, a kind of energy saving window system with function of balancing air pressure, including air pressure balance system, four Three chamber hollow glass of glass and window frame.

Four glass, the three chamber hollow glass is equipped among the two panels being separated by using aluminium parting bead 1.5, using the encapsulation of structure glue 1.7 Glass 1.2 and 1.3, a piece of interior glass 1.1 and a piece of outer glass 1.4, are filled with desiccant 1.6 in aluminium parting bead 1.5.Adjacent Two panels intermediate glass 1.2 and 1.3 between be formed with hollow lumen 1b, adjacent intermediate glass 1.3 and interior glass 1.4 it Between be formed with hollow cavity 1c, be formed with hollow exocoel 1a between adjacent intermediate glass 1.2 and outer glass 1.1.In order to drop The quality of low sash, in the present embodiment, the intermediate glass 1.2 and 1.3 use ultra-thin tempered glass.Intermediate glass described in two panels Space between outer glass 1.1 and interior glass 1.4 is separated into the hollow cavity of three uniform thickness by glass 1.2 and 1.3, respectively hollow Exocoel 1a, hollow lumen 1b and hollow cavity 1c, assembly Ug are lower than 0.56W/ ㎡ .k.

The window frame is using made of bridge cutoff type composite aluminum profile, and the bridge cutoff type composite aluminum profile includes inside aluminium profiles Material 3 and outside aluminum profile 2, the inside aluminum profile 3 are connected with the outside aluminum profile 2 by heat-insulating bridge-cut-off, described heat-insulated disconnected Bridge is made of the interior parting bead 4a being arranged face-to-face and outer parting bead 4b, and the width of the heat-insulating bridge-cut-off is equal to the thickness of hollow glass Degree, the thickness of the heat-insulating bridge-cut-off are equal to the thickness of hollow lumen 1b, i.e. thickness between two panels intermediate glass outer.Above-mentioned knot Structure keeps the width of heat-insulating bridge-cut-off larger, and section is relatively narrow.It is equipped between the interior parting bead 4a and the outer parting bead 4b by partition 4.7 The heat-insulation chamber 4.1,4.2 and 4.3 being divided into, the partition 4.7 are vertically fixed on the interior parting bead 4a and the outer parting bead 4b, The instrument bezel surrounded by heat-insulating bridge-cut-off is formed in the window frame, four glass, the three chamber hollow glass is inlaid in the instrument bezel It is interior.

During the air pressure balance system includes the exocoel plug 8a being connected to hollow exocoel 1a, is connected to hollow lumen 1b Chamber plug 8b and the internal cavity insert 8c, the exocoel plug 8a being connected to hollow cavity 1c pass through outgoing call suction pipe 6a and separator tube 7 connections, the internal cavity insert 1c are connect by internal respiration pipe 6b with separator tube 7, one end of the separator tube 7 and lumen plug 8b Connection, the other end are connected to indoor environment, are managed interior temperature and are stablized, carry out gas exchanges with indoor environment.Since sunlight irradiates Change with the gas of three hollow cavities of hollow glass caused by environmental change, due to the presence of air pressure balance system, hollow glass Glass will not deformation occurs.Gaseous state in three hollow cavities are as follows: P1=P2=P3 and V1=V2=V3.Only temperature Variation, and the variation of three hollow cavities always Biao Xian Wei ∣ Δ T1 ∣>∣ Δ T2 ∣>∣ Δ T3 ∣.The outgoing call suction pipe 6a, institute It states in the heat-insulation chamber that separator tube 7 and the internal respiration pipe 6b are installed in mullion.

In the present embodiment, the outgoing call suction pipe 6a is identical with the internal respiration pipe structure, is equipped with copper inner tube and stainless Steel outer tube, it is 20~25 DEG C that phase transition temperature is packaged in the toric space between the copper inner tube and the stainless steel outer tube Phase-change material, heat accumulation can be carried out to gas that hollow exocoel 1a and hollow cavity 1c are flowed into and out and heat exchanges, can Thermal loss caused by air pressure balance is reduced, the heat insulating effect of Energy Saving Windows is improved.In the present embodiment, the air pressure is flat Balance system has two sets, is separately positioned in the munnion of left and right two of the window frame.Respiratory siphon 6a and separator tube 7 can be with window frames It is pre-machined and assembles together.

In order to improve heat insulating effect, can in the bridge cut-off cavity at frame bottom and top filling with insulation material, Phase-change material can be filled, to enhance the heat preservation and insulation of whole system.

In the present embodiment, the interior parting bead 4a and outer parting bead 4b is located at the inside aluminum profile 3 and described The section of the two sides of outside aluminum profile 2, the interior parting bead 4a and the outer parting bead 4b are all made of comb teeth-shaped structure, in the comb teeth The two sides of shape structure are equipped with the connection structure of symmetrical configuration, and the partition 4.7 is equipped between two connection structures, every Plate 4.7 blocks connection structure, plays heat-insulated effect.Each connection structure includes that ecto-entad is set gradually Spatula 4.4, plate 4.5 and snap-gauge 4.6, be formed with glossal canal between the spatula 4.4 and the plate 4.5；It is described Inside aluminum profile 2 and the outside aluminum profile 3 are equipped with the identical crossover structure of structure, are equipped on the end face of the crossover structure Card slot 2.6 or 3.6, be designed with inside and outside the crossover structure baffle 2.4 or 3.4 being adapted to the connection structure, Hyoplastron 2.3 or 3.3 and slot 2.5 or 3.5, the hyoplastron 2.3 or 3.3 stretch in corresponding glossal canal, the corresponding pressure tongue Plate 4.4 is crimped on the hyoplastron 2.3 or 3.3 under the action of baffle 2.4 or 3.4, can prevent interior parting bead 4a and outer Parting bead 4b is subjected to displacement in normal direction, plays the role of tension.The plate 4.5 be inserted into the corresponding slot 2.5 or In 3.5, the multiple teeth be arranged along its longitudinal direction are equipped on the side wall of the slot 2.5 or 3.5, the teeth are engaged in described It on the side surface of plate 4.5, can prevent interior parting bead 4a and outer parting bead 4b from shifting on shear direction, improve shearing strength.? Hook is equipped on the outside of the head of the snap-gauge 4.6, the hook buckle is anti-playing on the side wall of the card slot 2.6 or 3.6 While drawing acts on, moreover it is possible to play antitorque effect, complement each other with card slot 2.6 or 3.6, make outside aluminum profile 2 and inside aluminium Profile 3 and the stable connection of interior parting bead 4a and outer parting bead 4b are reliable.Composite aluminum profile using the above structure have very high shearing resistance, Tension and compression strength, outside aluminum profile 2, inside aluminum profile 3 and interior parting bead 4a and outer parting bead 4b are by rolling equipment complex It is process.

In the present embodiment, the exocoel plug 8a, the lumen plug 8b and the internal cavity insert 8c are embedded in institute It stating in structure glue 1.7, the exocoel plug 8a is located at the bottom of four glass, the three chamber hollow glass, and described internal cavity insert 8c In the top of four glass, the three chamber hollow glass, the lumen plug 8b is located at the bottom of four glass, the three chamber hollow glass.On State the arrangement that structure is convenient for air pressure balance system.The more specifical structure of air pressure balance system are as follows: the separator tube 7 with it is described in By I 9a connection of plastic tube, I 9a of plastic tube is connected to the separator tube 7 by I 10a of capillary chamber plug 8b, described Separator tube 7 is connect with indoor environment by II 9b of plastic tube, and II 9b of plastic tube and the separator tube 7 pass through capillary II 10b connection, the free end of II 9b of plastic tube extend in the cavity of the profile 3.7 on the inside of window frame, are equivalent to and indoor ring Border connection, to carry out gas exchanges；I 10a of capillary is located at the bottom of four glass, the three chamber hollow glass, the capillary II 10b is located at the top of four glass, the three chamber hollow glass, and the capillary II 10b and I 10a of capillary insertion are described slow The length of 7 inner cavity of washing pipe is at least 300mm.

In the present embodiment, in order to enhance the installation of the outgoing call suction pipe 6a, the separator tube 7 and the internal respiration pipe 6b Stability is equipped with the two groups of fins 4.8 longitudinally extended along it, two groups of fins on the inside of the heat-insulation chamber being located in the mullion 4.8 are separately positioned on the interior parting bead 4a and the outer parting bead 4b, and every group of fin 4.8 includes at least two.

In the present embodiment, be equipped on the inside aluminum profile 3 and the outside aluminum profile 2 rectangular inner cavity 2.1 or 3.1 and round cavity 2.2 or 3.2, the rectangular inner cavity 2.1 or 3.1 and round cavity 2.1 or 3.1 is arranged in parallel and phase It is open and communicates at neighbour, the window frame reinforces connection using screw in corner, and the screw is connected to round cavity 2.2 or 3.2 In, the section face size of the rectangular inner cavity 2.1 or 3.1 and the limb knife size fit of angle grouping device, in order to using angle grouping device into Row installation.

When four glass, three chamber hollow glass is assembled with the window frame for being preinstalled with air pressure balance system, it is also necessary to install additional close Seal strip is tight with the air-tightness for guaranteeing entire Energy Saving Windows, is equipped between the window frame and the lateral surface of the hollow glass outer Adhesive tape and water blocking adhesive tape 5a inside side, are equipped with inboard inner adhesive tape between the window frame and the medial surface of the hollow glass 5c and profile adhesive tape 5b, being packaged using internal adhesive tape can be enhanced tightness, and intercept heat and moisture pass through hollow glass It is exchanged with the gap of composite material assembly, reduces steam permeability.

Although being described above in conjunction with preferred embodiment of the attached drawing to the utility model, the utility model is not It is confined to above-mentioned specific embodiment, the above mentioned embodiment is only schematical, is not restrictive, ability The those of ordinary skill in domain is not departing from the utility model aims and claimed under the enlightenment of the utility model In the case where range, many forms can also be made, these are belonged within the protection scope of the utility model.

Claims (9)

1. a kind of energy saving window system with function of balancing air pressure, which is characterized in that including in air pressure balance system, four glass, three chamber Empty glass and window frame；

Four glass, the three chamber hollow glass, which is equipped with, to be separated by using aluminium parting bead, using the two panels intermediate glass, a piece of of structure glue encapsulation Interior glass and a piece of outer glass, are formed with hollow lumen between adjacent two panels intermediate glass, in adjacent intermediate glass and It is formed with hollow cavity between interior glass, is formed with hollow exocoel between adjacent intermediate glass and outer glass；

The window frame be using made of bridge cutoff type composite aluminum profile, the bridge cutoff type composite aluminum profile include inside aluminum profile and Outside aluminum profile, the inside aluminum profile and the outside aluminum profile are connected by heat-insulating bridge-cut-off, and the heat-insulating bridge-cut-off is by face What the interior parting bead being provided opposite to and outer parting bead formed, the width of the heat-insulating bridge-cut-off is equal to the thickness of hollow glass, described heat-insulated The thickness of bridge cut-off is equal to the thickness of hollow lumen；It is heat-insulated equipped with being divided by partition between the interior parting bead and the outer parting bead Chamber, the divider upright are fixed on the interior parting bead and the outer parting bead；It is formed in the window frame and is enclosed by heat-insulating bridge-cut-off At instrument bezel, four glass, the three chamber hollow glass is inlaid in the instrument bezel；

The air pressure balance system include with the exocoel plug of hollow exocoel connection, the lumen plug that is connect with hollow lumen and The internal cavity insert being connected to hollow cavity, the exocoel plug are connected to by outgoing call suction pipe with separator tube, and the internal cavity insert is logical It crosses internal respiration pipe to be connected to separator tube, one end of the separator tube is connected to lumen plug, and the other end is connected to indoor environment；Institute It states in the heat-insulation chamber that outgoing call suction pipe, the separator tube and the internal respiration pipe are installed in mullion.

2. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that the outgoing call suction pipe It is identical with the internal respiration pipe structure, it is equipped with copper inner tube and stainless steel outer tube, outside the copper inner tube and the stainless steel The phase-change material that phase transition temperature is 20~25 DEG C is packaged in toric space between pipe.

3. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that the interior parting bead and The outer parting bead is located at the two sides of the inside aluminum profile and the outside aluminum profile, the interior parting bead and the outer parting bead Section be all made of comb teeth-shaped structure, the two sides of the comb teeth-shaped structure be equipped with symmetrical configuration connection structure, in two companies The partition is equipped between binding structure；

Each connection structure includes spatula, plate and the snap-gauge that ecto-entad is set gradually, in the spatula and institute It states and is formed with glossal canal between plate；

The inside aluminum profile and the outside aluminum profile are equipped with the identical crossover structure of structure, in the end face of the crossover structure It is equipped with card slot, the baffle, hyoplastron and slot being adapted to the connection structure are designed with inside and outside the crossover structure；

The hyoplastron stretches in glossal canal, and the spatula is crimped on the hyoplastron under the action of baffle, described to insert Plate is inserted into the slot, and the multiple teeth be arranged along its longitudinal direction, the teeth occlusion are equipped on the side wall of the slot On the side surface of the plate, hook is equipped on the outside of the head of the snap-gauge, the hook buckle is in the side of the card slot On wall.

4. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that the intermediate glass Using ultra-thin tempered glass.

5. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that the exocoel is inserted Head, the lumen plug and the internal cavity insert are embedded in the structure glue, and the exocoel plug is located at four glass three The bottom of chamber hollow glass, the internal cavity insert are located at the top of four glass, the three chamber hollow glass, and the lumen plug is located at The bottom of four glass, the three chamber hollow glass.

6. the energy saving window system according to claim 5 with function of balancing air pressure, which is characterized in that the separator tube with The lumen plug is connected by plastic tube I, and the plastic tube I is connected to the separator tube by capillary I, the separator tube It is connect with indoor environment by plastic tube II, the plastic tube II is connected to the separator tube by capillary II, the plastics The free end of pipe II extends in the profile cavity on the inside of window frame；The capillary I is located at four glass, the three chamber hollow glass Bottom, the capillary II are located at the top of four glass, the three chamber hollow glass, and the capillary II and the capillary I are inserted into The length of the buffering tube cavity is at least 300mm.

7. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that the air pressure balance System has two sets, is separately positioned in two munnions of the window frame.

8. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that be located at the window Be equipped with the two groups of fins longitudinally extended along it on the inside of heat-insulation chamber in frame munnion, two groups of fins be separately positioned on the interior parting bead and On the outer parting bead, every group of fin includes at least two.

9. the energy saving window system according to claim 1 with function of balancing air pressure, which is characterized in that in the inside aluminium It is equipped with rectangular inner cavity and round cavity on profile and the outside aluminum profile, the rectangular inner cavity is parallel with the round cavity Setting and adjacent, which are open, to be communicated, and the window frame reinforces connection using screw in corner, and the screw is connected in round cavity, The section face size of the rectangular inner cavity and the limb knife size fit of angle grouping device.