CN219953090U - Quick detachable put sunshade curtain energy-conserving window - Google Patents

Abstract

The utility model discloses an easily-detachable middle-mounted energy-saving window with a sunshade curtain, which comprises a window frame body and window sashes, wherein each window sashes comprises a fixed window sashes and an inspection window sashes, two side edges of each fixed window sashes are respectively provided with an auxiliary hinge, each inspection window sashes is connected with each fixed window sashes through the corresponding auxiliary hinge, one side of each fixed window sashes is further provided with a disassembling buckle, and the disassembling buckle is nested on one side of each auxiliary hinge. The window frame body is provided with the inspection window sash and the fixed window sash, the window shade is positioned between the inspection window sash and the fixed window sash, the inspection window sash is connected with the fixed window sash through the auxiliary hinge and the disassembly buckle, after the disassembly buckle is disassembled, the inspection window sash is opened and closed with the fixed window sash through the rotating shaft, so that the maintenance and the replacement of the sunshade can be conveniently realized, the inspection window sash is not required to be integrally disassembled from the window frame, and the integral heat preservation and energy conservation performances of the window can be ensured.

Description

Quick detachable put sunshade curtain energy-conserving window

Technical Field

The utility model relates to the technical field of doors and windows, in particular to an energy-saving window with an easily-detachable middle sunshade curtain.

Background

The middle-arranged sunshade door and window generally consists of double-layer glass and a blind, wherein the blind is arranged in a cavity in the middle of the double-layer glass, and the middle-arranged sunshade door and window has good heat insulation performance, has the characteristics of noise prevention, sunshade, space saving and the like, and is widely applied to places such as office buildings, houses and the like at present. In the prior art, a window structure with a central sunshade curtain is generally formed by installing a blind between two glass panes, and when the blind needs to be maintained or replaced, one glass pane needs to be completely detached for operation.

Chinese patent document CN201410317564.8 discloses an "energy-saving window with a removable hollow glass built-in blind". The window comprises a window frame body and a window sash, wherein the window sash comprises a window sash body, an outer glass, an intermediate glass and an inner glass, which are arranged in the window sash body, and a blind is arranged between the outer glass and the intermediate glass. The width of the intermediate glass is smaller than that of the outer glass and the inner glass, the other three sides of the intermediate glass are flush with the end parts of the inner glass, and the four sides of the intermediate glass are adhered with the inner glass into a whole through sealant. A vertical cavity surrounded by middle glass, large spacing bars, positioning fillets and spacing square tubes is arranged on one side of the window sash body, and a rope control mechanism for controlling the shutter to act is arranged in the vertical cavity. When the comparison document needs to be maintained, the intermediate glass and the inner glass are removed firstly, and then the mechanisms such as the blind, the transmission groove and the like are removed. The maintenance process still needs to remove part of window sashes from the window frame completely, so that the operation is complex, and the performances of heat preservation, energy conservation, noise prevention and the like of the removed window are greatly reduced, so that the use effect is affected.

Disclosure of Invention

The utility model mainly solves the technical problems that the original middle-mounted sunshade curtain cannot be conveniently dismounted and maintained, and the heat insulation performance of a window is influenced after the sunshade curtain is dismounted, and provides the easy-to-dismount middle-mounted sunshade curtain energy-saving window.

The technical problems of the utility model are mainly solved by the following technical proposal: the utility model comprises a window frame body and a window sash, wherein the window sash comprises a fixed window sash and an inspection window sash, two side edges of the fixed window sash are respectively provided with an auxiliary hinge, the inspection window sash is connected with the fixed window sash through the auxiliary hinges, one side of the fixed window sash is also provided with a disassembly buckle, and the disassembly buckle is nested on the auxiliary hinge on one side. The auxiliary hinge comprises a first hinge and a second hinge, the first hinge comprises a bearing and an upper hinge, the upper hinge on the same side of the disassembly buckle is screwed on the side edge of the inspection window sash through a mechanism screw, the bearing is sleeved in the upper hinge, and the disassembly buckle penetrates through the bearing to be connected with the inspection window sash. The dismounting buckle is also clamped in the connecting cavity, and the connecting cavity is connected with the fixed window sash. After the disassembly button is pried out, the inspection window sash and the fixed window sash are separated at the side edge. The second hinge comprises a bearing, an upper hinge and a lower hinge, the upper hinge of the second hinge is fixed in the fixed window sash through a screw, the bearing penetrates into the upper hinge, and the lower hinge is sleeved with the bearing to be fixedly clamped with the connecting cavity, so that the fixed window sash is fixedly connected with the checking window sash at the side edge. The inspection window sash can be opened and closed with the fixed window sash by taking the bearing of the fixed connection auxiliary hinge as an axis, so that the sunshade curtain between the fixed window sash and the inspection window sash can be conveniently cleaned and maintained. The fixed window sashes are double-layer hollow glass, the inspection window sashes and the fixed window sashes are connected into a whole through auxiliary hinges at two sides, and the whole structure is a three-layer glass two-chamber structure, so that the heat preservation and heat insulation performance is good.

Preferably, a main hinge is arranged on the side edge of the window frame body, and the window sash is connected with the window frame body through the main hinge. The main hinge is installed on one side edge of the fixed window sash in the vertical direction, the fixed window sash and the inspection window sash can be opened and closed around the main hinge in an inward opening mode, the diagonal draw bar is arranged above the connection part of the fixed window sash and the window frame body, and the fixed window sash and the inspection window sash can be opened and closed through the main hinge and the diagonal draw bar in an inward reversing mode, so that the window opening mode is simple and convenient. The below of fixed casement and inspection casement is provided with the supporting seat, supporting seat one end joint is in fixed casement below, and the other end butt is in inspection casement below, and when fixed casement connection inspection casement was opened, the supporting seat played the effect of bearing inspection casement weight, further improves the steadiness that fixed casement was connected with the inspection casement.

Preferably, the window frame body comprises an outdoor side cavity and an indoor side cavity, a heat insulation strip is connected between the outdoor side cavity and the indoor side cavity, and the main hinge is arranged on the side edge of the outdoor side cavity. The outdoor side die cavity and the indoor side die cavity are hollow cuboid cavities, mounting rails are arranged on the outer side faces of the outdoor side die cavity and the indoor side die cavity, and the window frame body is fixed on a wall surface through the mounting rails. The heat insulation rubber strip can play a good heat insulation effect, and the hollow outdoor side cavity and the hollow indoor side cavity can effectively slow down the heat convection on two sides of the window, so that the heat transfer coefficient of the window is reduced, and the energy-saving effect of the window is ensured.

Preferably, the outdoor side surface of the fixed window sash is provided with a first window sash cavity and a second window sash cavity, and the second window sash cavity is connected with the main hinge. The first window sash cavity and the second window sash cavity are positioned on two opposite side edges of the window frame body, the second window sash cavity and the outdoor side cavity are distributed on the corner of the window frame body at right angles, and a main hinge is connected between the second window sash cavity and the outdoor side cavity, so that the inward opening and closing of the window sashes and the inspection window sashes can be conveniently fixed. A main hinge is connected between the first window sash cavity and the adjacent outdoor side cavity, so that the window sash can be conveniently fixed and the window sash can be conveniently checked to open and close in an inverted mode. The first window fan cavity can be internally provided with a connecting wire which is connected with a motor and a control device of the sunshade curtain.

Preferably, connecting cavities are arranged on two sides of the fixed window sashes, and special-shaped heat insulation strips are connected between the connecting cavities and the window sashes. The first hinge and the second hinge are respectively arranged at two sides of the fixed window sash, the first hinge and the connecting cavity are detachably connected through the disassembling buckle, and the second hinge is fixedly clamped with the connecting cavity. In daily use, the fixed window sashes and the inspection window sashes are reasonably connected into a whole for opening and closing operation. The two window sashes enhance the heat preservation and heat insulation effects of the energy-saving window.

Preferably, the auxiliary hinge comprises a first hinge and a second hinge, the disassembly buckle is nested between the first hinge and the connecting cavity, and the second hinge is fixedly connected with the same-side connecting cavity. The first hinge comprises a bearing and an upper hinge, and the second hinge comprises a bearing, an upper hinge and a lower hinge. The upper hinges of the first hinge and the second hinge are fastened on the sector of the inspection window sash through processing holes and machine-made screws, and the bearing penetrates into the upper hinges. The disassembly buckle is nested in the bearing of the first hinge and is clamped with the connecting cavity on the same side. The lower hinge of the second hinge is nested on the bearing and fixedly clamped with the connecting cavity at the same side. After the disassembly buckle is pried off, the fixed window sash and the inspection window sash can be separated at the side edge provided with the disassembly buckle. The fixed window sash is fixedly connected with the checking window sash all the time at the side edge provided with the second hinge. The inspection window sash and the fixed window sash can be directly opened and closed through the fixation and the dismantling of the dismantling buckle. The space between the fixed sash and the inspection sash is conveniently operated. The disassembling buckle is made of PA6 material.

Preferably, the fixed window sash is provided with a dismounting groove, and the dismounting groove is positioned on the side edge where the first window sash cavity is positioned. The disassembly groove is a rectangular hole with the diameter of 3mm and 8mm, the disassembly groove is hidden, and the whole attractive effect of the energy-saving window is not damaged. And simultaneously, the disassembly button is convenient for the staff to disassemble from the outside.

Preferably, a sunshade curtain is arranged between the fixed window sash and the inspection window sash. The sunshade curtain is positioned in a closed cavity formed by assembling the fixed window sash and the check window sash. The sunshade curtain adopts the blind curtain, and the energy-saving window has the effects of heat preservation, heat insulation, noise prevention and the like while meeting the shading function. And the window shade in the airtight space is not influenced by external factors such as weather, and the practical life is longer. The side layering is arranged on the side of the blind, the function of shielding light rays to a user is achieved through the side, when the blind is put down, the blind can be used for shading light positively, no light is irradiated to the side, and the sun-shading effect is optimized. The shutter can be hidden after being retracted, and the effect is attractive.

Preferably, the device further comprises a motor and a control device, wherein the motor is positioned between the fixed window sash and the inspection window sash, and the motor is connected with the sunshade curtain and the control device. The sunshade curtain is arranged below the motor, the motor provides driving force for lifting the sunshade curtain, and the control device is convenient for controlling the sunshade curtain to lift or descend, so that the sunshade or light-transmitting state is achieved. The electric device replaces the traditional manual control, can realize remote operation, and is provided with an adjusting knob, so that the lifting length of the shutter can be controlled.

Preferably, the side edge of the fixed window sash is provided with a handle, and the handle is positioned on the opposite side of the main hinge. The handle is rotated by 90 degrees relative to the vertical side edge of the window frame body, and the energy-saving window can be opened and closed in an inward opening mode. The handle is rotated 180 degrees relative to the vertical side edge of the window frame body, and the energy-saving window can be opened and closed in an inward-tilting mode.

The beneficial effects of the utility model are as follows: (1) One side of the fixed window sash is fixedly connected with the inspection window sash through a second hinge, the other side of the fixed window sash is movably connected with the inspection window sash through a disassembly buckle, the inspection window sash and the fixed window sash can be separated by prying the disassembly buckle, the inspection window sash is not required to be integrally disassembled, the operation is simple, and the integral heat insulation performance of the window is not damaged; (2) The sunshade curtain is arranged between the fixed window sash and the inspection window sash, and is opened and closed through the electric control device, so that the operation is simple and convenient, the sunshade curtain is not easy to damage in a closed space formed by the fixed window sash and the inspection window sash, and the service life is prolonged; (3) The side of the energy-saving window is provided with the dismounting groove, the tool penetrates through the dismounting groove to pry away the dismounting buckle, so that the sunshade curtain between the fixed window sash and the inspection window sash can be maintained and dismounted, and the operation difficulty is reduced.

Drawings

Fig. 1 is a cross-sectional view of the present utility model.

Fig. 2 is a window sash in an open state according to the utility model.

Fig. 3 is a schematic view of a structure of the present utility model in a state where a window sash is fixed and checked to be separated.

Fig. 4 is a cross-sectional view of the present utility model.

Fig. 5 is a schematic structural view of a disassembling buckle and a disassembling groove according to the present utility model.

In the figure, a window frame body 1, an outdoor side cavity 11, an indoor side cavity 12, a heat insulation strip 13, a first window sash cavity 14, a second window sash cavity 15, a foaming joint strip 16, a fixed window sash 2, a connecting cavity 21, a special-shaped heat insulation strip 22, a supporting seat 23, an inspection window sash 3, a first hinge 41, a second hinge 42, a disassembly buckle 5, a disassembly groove 51, a main hinge 6, a sunshade curtain 7, a side trim strip 71 and a handle 8

Detailed Description

The technical scheme of the utility model is further specifically described below through examples and with reference to the accompanying drawings.

Examples: the embodiment relates to an easily-detachable middle-mounted energy-saving window with a sunshade curtain, which is shown in fig. 1, and comprises a window frame body 1 and a window sash, wherein the window sash comprises a fixed window sash 2 and an inspection window sash 3, two side edges of the fixed window sash 2 are respectively provided with an auxiliary hinge, the inspection window sash 3 is connected with the fixed window sash 2 through the auxiliary hinge, one side of the fixed window sash 2 is further provided with a disassembly buckle 5, and the disassembly buckle 5 is nested on the auxiliary hinge on one side. The window frame 1 is provided with an outdoor cavity 11 on the outdoor side and an indoor cavity 12 on the indoor side. A heat insulation strip 13 is connected between the outdoor side cavity 11 and the indoor side cavity 12, and the heat insulation strip 13 is helpful for weakening heat convection at the indoor side and the outdoor side of the window and improving heat insulation effect of the energy-saving window. The heat insulation strip 13 is connected with a foaming sealing adhesive tape 16, and plays a role in heat insulation and sealing. The fixed window sash 2 is provided with a first window sash cavity 14 and a second window sash cavity 15 on the fan surface close to the indoor, and the first window sash cavity 14 and the second window sash cavity 15 are respectively arranged on two side edges of the fixed window sash 2 in the vertical direction. The second sash cavity 15 and the indoor side cavity 12 are connected by the main hinge 6. The two ends of the fixed window sashes 2 are provided with connecting cavities 21, the first window sashes cavity 14 is connected with the connecting cavities 21 on the same side through special-shaped heat insulation strips 22, the second window sashes cavity 15 is also connected with the connecting cavities 21 on the same side through special-shaped heat insulation strips 22, and the tightness and heat preservation performance of the connecting parts of the fixed window sashes 2 and the window frame body 1 are improved. A first hinge 41 and a second hinge 42 are arranged between the fixed window sash 2 and the check window sash 3, the first hinge 41 and the first window sash cavity 14 are positioned on the same side, and the second hinge 42 and the second window sash cavity 15 are positioned on the same side. The first hinge 41 comprises a bearing and an upper hinge, the upper hinge is screwed and fixed on the sector of the inspection window sash through a processing hole and a machine-made screw, the bearing penetrates into the upper hinge, and the dismounting buckle 5 is nested on the bearing and is clamped with the connecting cavity 21 on the same side. The second hinge 42 comprises a bearing, an upper hinge and a lower hinge, wherein the upper hinge is screwed and fixed on the sector of the inspection window sash through a processing hole and a machine-made screw, the bearing penetrates into the upper hinge, and the lower hinge penetrates through the bearing to be fixedly clamped with the connecting cavity 21 on the same side. As shown in fig. 4, a support seat 23 is provided below the fixed window sash 2, one end of the support seat 23 is clamped in a cavity below the fixed window sash 2, and the other end of the support seat 23 is abutted below the inspection window sash 3. When the fixed window sash 2 is connected with the inspection window sash 3 for opening, the supporting seat 23 plays a bearing role on the glass of the inspection window sash 3, so that the stability of the energy-saving window during opening is improved.

A motor and a sunshade curtain 7 are arranged between the fixed window sash 2 and the check window sash 3, and the motor is positioned above the sunshade curtain 7. The sunshade curtain 7 adopts a hidden shutter guide rail design, so that the overall aesthetic property of the energy-saving window is improved. The side of sunshade curtain 7 is provided with side layering 71, and after sunshade curtain 7 drop-down, side layering 71 can shelter from window sash glass's side light and go into the family, improves heat preservation heat-proof properties when guaranteeing the sunshade effect. The first sash cavity 14 and the second sash cavity 15 are rectangular hollow cavities with the indoor side cavity 12 and the outdoor side cavity 11. The motor is connected with the control device through the connecting wire, and the connecting wire is placed inside the first casement cavity 14, so that the window is invisible and attractive, the safety is higher, and the control device can control the lifting of the sunshade curtain 7. The control device is also provided with an adjusting knob which can control the lifting length of the sunshade curtain 7. The energy-saving window is preloaded with the interface plug, so that the power interface is simplified, and the installation is more convenient and faster. The control device adopts magnetic force to adsorb on the frame of energy-conserving window, can take controlling means alone and charge, also can connect the treasured that charges and charge. The window frame body 1 is also provided with a handle 8, and the handle 8 and the first window sash cavity 14 are positioned on the same side.

As shown in fig. 2, the energy saving window is in a windowed state. The fixed window sash 2 and the inspection window sash 3 are connected into a whole, and the fixed window sash 2 drives the inspection window sash 3 to rotate around the main hinge 6 together through rotating the handle 8, so that the energy-saving window is adjusted to a window opening state. As shown in fig. 3 and 5, the tool passes through the dismounting groove 51, so that the dismounting buckle 5 on the first hinge 41 can be pried off, the dismounting groove 51 is a plastic clamping piece made of PA6 material, and a prying hole with a diameter of 3mm and 8mm is reserved. After the dismounting buckle 5 is pried off, the fixed window sash 2 and the inspection window sash 3 can be separated at the side of the first hinge 41, and still fixed at the side of the second hinge 42. The inspection window sash 3 and the fixed window sash 2 can be separated conveniently without removing the entirety of the inspection window sash 3 from the window frame. The sunshade curtain 7 between the fixed window fan 2 and the check window fan 3 is convenient for the staff to maintain and disassemble, the structure of the embodiment not only reduces the operation difficulty of the sunshade curtain 7 during maintenance, but also can not damage the whole heat preservation, noise prevention and other performances of the energy-saving window after maintenance.

The regional adhesive tape between fixed casement 2 and inspection casement 3 is piecewise set up, can effectively control ventilation, reduces the emergence of phenomena such as condensation dew. The fixed window sash 2 is composed of double-layer glass, a cavity is reserved between the double-layer glass, the glass is configured into 5+36A (detachable shutter) +5 high-permeability Low-E+12A+5 and 5+36A (detachable shutter) +5 medium-permeability Low-E+12A+5, the Low-E glass has better heat preservation performance, the heat transfer coefficient of the energy-saving window is 1.4-1.7W/(m 2. K), and the requirements of ultra-Low energy consumption buildings, near-zero energy consumption buildings and zero-carbon buildings can be met. The sunshade curtain 7 is positioned between the fixed window sash 2 and the inspection window sash 3, so that the blind cannot be influenced and damaged by weather factors, and sunlight cannot enter the side face when the blind is put down. The embodiment has good heat preservation and noise prevention performances while sun-shading and sun-screening. And the fixed window sashes 2 and the inspection window sashes 3 are convenient to open and close, so that the operation difficulty of installing, maintaining and disassembling the central sunshade curtain 7 is reduced.

Claims (10)

1. The utility model provides a quick detachable put sunshade curtain energy-saving window, its characterized in that, including window frame body (1) and casement, the casement contains fixed casement (2) and inspection casement (3), the both sides limit of fixed casement (2) is equipped with vice hinge respectively, inspection casement (3) are connected with fixed casement (2) through vice hinge, one side of fixed casement (2) still is provided with dismantles knot (5), it nestification is on vice hinge in one side to dismantle knot (5).

2. The energy-saving window with the detachable central sunshade curtain according to claim 1, wherein a main hinge (6) is arranged on one side of the window frame body (1), and the window sash is connected with the window frame body (1) through the main hinge (6).

3. The energy-saving window with the detachable central sunshade curtain as claimed in claim 2, wherein the window frame body (1) comprises an outdoor side cavity (11) and an indoor side cavity (12), a heat insulation strip (13) is connected between the outdoor side cavity (11) and the indoor side cavity (12), and the main hinge (6) is arranged on the side edge of the outdoor side cavity (11).

4. The energy-saving window with the detachable middle sunshade curtain as claimed in claim 2, wherein a window sash cavity is arranged on the outdoor side surface of the fixed window sash (2), the window sash cavity comprises a first window sash cavity (14) and a second window sash cavity (15), and the second window sash cavity (15) is connected with the main hinge (6).

5. The energy-saving window with the detachable central sunshade curtain is characterized in that connecting cavities (21) are arranged on two sides of the fixed window sashes (2), and special-shaped heat insulation strips (22) are connected between the connecting cavities (21) and the window sashes.

6. The energy-saving window with the detachable middle sunshade curtain as claimed in claim 5, wherein the auxiliary hinge comprises a first hinge (41) and a second hinge (42), the detachable buckle (5) is nested between the first hinge (41) and the connecting cavity (21), and the second hinge (42) is fixedly connected with the same-side connecting cavity (21).

7. The energy-saving window with the built-in sunshade curtain, which is easy to detach, is characterized in that a detaching groove (51) is arranged on the fixed window sash (2), and the detaching groove (51) is positioned on the side edge where the first window sash cavity (14) is positioned.

8. The energy-saving window with the easily-detachable middle sunshade curtain according to any one of claims 1 to 7, wherein a sunshade curtain (7) is arranged between the fixed window sash (2) and the inspection window sash (3).

9. The energy-saving window with the easily-detachable middle sunshade curtain, which is disclosed in claim 8, further comprises a motor and a control device, wherein the motor is positioned between the fixed window sash (2) and the check window sash (3), and the motor is connected with the sunshade curtain (7) and the control device.

10. The energy-saving window with the built-in sunshade curtain, which is easy to detach, according to claim 9, is characterized in that a handle (8) is arranged on the side edge of the fixed window sash (2), and the handle (8) is positioned on the opposite side of the main hinge (6).