CN203223158U - Detachable and safe three-fold antitheft sliding screen window - Google Patents
Detachable and safe three-fold antitheft sliding screen window Download PDFInfo
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- CN203223158U CN203223158U CN 201320238805 CN201320238805U CN203223158U CN 203223158 U CN203223158 U CN 203223158U CN 201320238805 CN201320238805 CN 201320238805 CN 201320238805 U CN201320238805 U CN 201320238805U CN 203223158 U CN203223158 U CN 203223158U
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Abstract
The utility model discloses a detachable and safe three-fold antitheft sliding screen window. A semicircle notch groove of an upper transverse base frame and a semicircle notch groove of a lower transverse base frame are connected with a left vertical base frame and a right vertical base frame respectively to form a base frame. A semicircle notch groove of an upper transverse frame section, a semicircle notch groove of a lower transverse frame section, a semicircle notch groove of an upper middle support and a semicircle notch groove of a lower middle support are connected with a left vertical frame section and a right vertical frame section to form a screen window frame. A semicircle arc hook of the upper transverse frame section is connected with a pivot of the upper transverse base frame. A U-shaped groove of the left vertical frame section is connected with a U-shaped groove of the left vertical base frame. A U-shaped groove of the right vertical frame section is connected with a U-shaped groove of the right vertical base frame. The detachable and safe three-fold antitheft sliding screen window has the advantages that the screen window can be disassembled so as to clean dust pollution, the antitheft performance is good, meanwhile, people can conveniently escape and be rescued, and maintenance and replacement are facilitated.
Description
Technical field
The utility model belongs to the interior decoration technical field, particularly a kind of three removable, safe structures of rolling over time formula screen windows.
Background technology
Existing three folding time formula anti-theft screen windows generally are made up of framework and the fan that slides, and framework is formed two fixed fans respectively with two supports and steel mesh, having on the framework to fan the track of slip for sliding.The fan that slides is made up of four fan limits and steel mesh.When normally opening, slide fan base and fixed fan base, top are overlapping; When normally closing, slide fan base and bottom fixed fan top margin are overlapping, and use screens to fix.During installation, directly framework is fixed on the window frame with screw, perhaps four angle sign indicating numbers is fixed on earlier on the window frame, use fixedly screen window of angle sign indicating number again.Its shortcoming is: one, since screen window fixedly connected with window frame, bad dismounting, thus when if screen window or glass window will be cleared up by contamination by dust, the difficult cleaning between screen window fixed fan and the glass window.Two, screen window is fixedlyed connected with window frame, bad dismounting, and it is indoor to have stoped the people to pass in and out, and when accidents such as breaking out of fire, has also just hindered people's escape and rescue so.Three, screen window is long and thin object, so though the function that can realize dismantling with four angle sign indicating number fixed window frames has reduced the theftproof performance of screen window.
The utility model content
The purpose of this utility model is to provide a kind of can dismantle screen window cleaning contamination by dust, and theftproof performance is good, makes things convenient for people's escape and rescue simultaneously, and three structures of rolling over time formula screen windows that are beneficial to maintenance and change.
For achieving the above object, technical solution of the present utility model is: a kind of removable, antitheft time formula screen window of three foldings of safety, shown in Figure 3 as Fig. 1 and a-a sectional view 2 and b-b cross section, comprise horizontal underframe, the upper transverse frame frame section, following horizontal underframe, the lower transverse frame frame section, the perpendicular underframe in a left side, left side munnion frame section, right perpendicular underframe, right munnion frame section, last support, following support, last slip sectional, the lower slider sectional, perpendicular slip sectional, steel mesh, screens, wherein, described horizontal underframe cross section as shown in Figure 4, its main body is a big cavity, be two semicircle gap slots in the middle of the big cavity, be used for connecting screw.Big cavity another side is a pivot, is used for connecting the semi arch hook of upper transverse frame frame section.
Described upper transverse frame frame section cross section as shown in Figure 5, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity top is a wool top groove, is used for installing wool top.Big cavity bottom is a wool top groove, is used for installing wool top.Big cavity is a steel mesh link slot on one side, is used for installing steel mesh.Steel mesh link slot another side is a semi arch hook, is used for connecting the pivot of going up horizontal underframe.And detachable reaching around its rotation.
Shown in Figure 6 is to go up that horizontal underframe is connected with the upper transverse frame frame section and signal that the upper transverse frame frame section rotates around the pivot of last horizontal underframe.The semi arch hook of described upper transverse frame frame section connects the pivot of going up horizontal underframe.
Described down horizontal underframe cross section as shown in Figure 7, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity is a projection on one side, is used for connecting the groove of lower transverse frame frame section.
Described lower transverse frame frame section cross section as shown in Figure 8, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity bottom is a wool top groove, is used for installing wool top.Big cavity top is a wool top groove, is used for installing wool top.Big cavity is a steel mesh link slot on one side, is used for installing steel mesh.Steel mesh link slot another side is a fastener.
The underframe cross section is erected as shown in Figure 9 in a described left side, and its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity is a left side towards (also can being rightabout on one side.U-lag down together) is for the fastener that connects left munnion frame section.
Described left munnion frame section cross section as shown in figure 10, top is a rectangle open trough, the sliding rail of the fan that be used for to do slides, and limit slippage fans.Rectangle open trough bottom is a steel mesh link slot, is used for installing steel mesh.The steel mesh link slot is a wool top groove on one side, is used for installing wool top.The bottom of steel mesh link slot and wool top groove be a right side towards fastener, be used for connecting the U-lag of the perpendicular underframe in a left side.
The underframe cross section is erected as shown in figure 11 in the described right side, and its main body is a big cavity, is a semicircle gap slot (direction is opposite with the perpendicular underframe in a left side) in the middle of the big cavity, for connecting screw.Big cavity be a left side on one side towards U-lag, be used for connecting the fastener of right munnion frame section.
Described right munnion frame section cross section as shown in figure 12, top is a rectangle open trough (direction is opposite with left munnion frame section), the sliding rail of the fan that be used for to do slides, and limit slippage fans.Rectangle open trough bottom is a steel mesh link slot, is used for installing steel mesh.The steel mesh link slot is a wool top groove on one side, is used for installing wool top.The bottom of steel mesh link slot and wool top groove be a right side towards fastener, be used for connecting the U-lag of right perpendicular underframe.
Describedly go up the support cross section as shown in figure 13, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity top is a steel mesh link slot, is used for installing steel mesh.The steel mesh link slot is a fastener on one side.
Described down support cross section as shown in figure 14, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity bottom is a steel mesh link slot, is used for installing steel mesh.The steel mesh link slot is a wool top groove on one side, is used for installing wool top.Steel mesh link slot another side is a U-lag, is used for connecting the fastener of lower slider sectional.
Described upward slip sectional and last support are just the same.Outline.
Described lower slider sectional cross section as shown in figure 15, its main body is a big cavity, is a semicircle gap slot in the middle of the big cavity, is used for connecting screw.Big cavity is a fastener on one side, is used for connecting the U-lag of support down.Big cavity top is a steel mesh link slot, is used for installing steel mesh.The steel mesh link slot is a wool top groove on one side, is used for installing wool top.
Described perpendicular slip sectional as shown in figure 16, the middle part is a steel mesh link slot, and steel mesh be used for to be installed.Steel mesh link slot bottom is a wool top groove, is used for installing wool top.The steel mesh link slot is a wool top groove on one side, is used for installing wool top.
Described steel mesh, screens are universal component.Outline.
Described horizontal underframe, upper transverse frame frame section, down horizontal underframe, lower transverse frame frame section, the perpendicular underframe in a left side, left munnion frame section, right perpendicular underframe, right munnion frame section, go up support, support, the connection of going up slip sectional, lower slider sectional, perpendicular slip sectional, steel mesh, screens such as Fig. 1 and a-a sectional view 2 and b-b cross section are shown in Figure 3 down, described horizontal underframe and down the semicircle gap slot of horizontal underframe be connected the perpendicular underframe in a left side and right perpendicular underframe formation underframe respectively by screw.The semicircle gap slot of described upper transverse frame frame section, lower transverse frame frame section, last support and following support is connected left munnion frame section respectively by screw and right munnion frame section is formed the screen window framework.Described upper transverse frame frame section, last support are connected steel mesh and form upward fixed fan with the steel mesh link slot on left munnion frame section and the top of right munnion frame section.Described lower transverse frame frame section, following support are connected steel mesh and form fixed fan down with the steel mesh link slot of left munnion frame section and the bottom of right munnion frame section.The described semicircle gap slot of going up slip sectional and lower slider sectional is connected perpendicular slip sectional by screw.The described steel mesh link slot of going up slip sectional, lower slider sectional and perpendicular slip sectional is connected steel mesh and forms the fan that slides.The semi arch hook of described upper transverse frame frame section connects the pivot of going up horizontal underframe.The fastener of described left munnion frame section connects the U-lag of the perpendicular underframe in a left side.The fastener of described right munnion frame section connects the U-lag of right perpendicular underframe.The rectangle open trough of described left munnion frame section and right munnion frame section is connected the fan that slides.The fastener of described lower slider sectional connects the U-lag of support down.
During installation, at first be fixed on the window frame with the key screw underframe, again the semi arch hook of screen window fan connected the pivot of underframe, again the U-lag of left munnion frame section and right munnion frame section is shifted onto in the U-lag of the perpendicular underframe in a left side and right perpendicular underframe.And use screw (getting final product about two) or snap fit.During rotation, earlier screw is removed, from the U-lag of the perpendicular underframe in a left side and right perpendicular underframe, withdrawn from the U-lag of left munnion frame section and right munnion frame section namely rotatable again.During dismounting, again the pivot disengaging of the semi arch hook of screen window fan and underframe is got final product.
After adopting above scheme, the beneficial effects of the utility model are: can dismantle screen window cleaning contamination by dust, theftproof performance is good, makes things convenient for people's escape and rescue simultaneously, and is beneficial to maintenance and replacing.
Description of drawings
Fig. 1 is the schematic diagram of the utility model entire combination.
Fig. 2 is the a-a sectional view of the utility model Fig. 1.
Fig. 3 is the b-b sectional view of the utility model Fig. 1.
Fig. 4 is the schematic cross-section of horizontal underframe on the utility model.
Fig. 5 is the schematic cross-section of the utility model upper transverse frame frame section.
Fig. 6 is the schematic diagram that horizontal underframe is connected with the upper transverse frame frame section of of the present utility model.
Fig. 7 is the schematic cross-section of horizontal underframe under the utility model.
Fig. 8 is the schematic cross-section of the utility model lower transverse frame frame section.
Fig. 9 is the schematic cross-section of the perpendicular underframe in the utility model left side.
Figure 10 is the schematic cross-section of the utility model left side munnion frame section.
Figure 11 is the schematic cross-section of the right perpendicular underframe of the utility model.
Figure 12 is the schematic cross-section of the right munnion frame section of the utility model.
Figure 13 is the schematic cross-section of support on the utility model.
Figure 14 is the schematic cross-section of support under the utility model.
Figure 15 is the schematic cross-section of the utility model lower slider sectional.
Figure 16 is the schematic cross-section of the perpendicular slip sectional of the utility model.
Description of reference numerals:
10, go up horizontal underframe; 11, big cavity; 12, semicircle gap slot; 13, pivot; 20, upper transverse frame frame section; 21, big cavity; 22, semicircle gap slot; 23, wool top groove; 24, wool top groove; 25, steel mesh link slot; 26, semi arch hook; 30 times horizontal underframes, 31, big cavity; 32, semicircle gap slot; 33, projection; 40, lower transverse frame frame section; 41, big cavity; 42, semicircle gap slot; 43, wool top groove; 44, wool top groove; 45, steel mesh link slot; 46, fastener; 50, the perpendicular underframe in a left side; 51, big cavity; 52, semicircle gap slot; 53, U-lag; 60, left munnion frame section; 61, rectangle open trough; 62, steel mesh link slot; 63, wool top groove; 64, fastener; 70, right perpendicular underframe; 71, big cavity; 72, semicircle gap slot; 73, U-lag; 80, right munnion frame section; 81, rectangle open trough; 82, steel mesh link slot; 83, wool top groove; 84, fastener; 90, go up support; 91, big cavity; 92, semicircle gap slot; 93, steel mesh link slot; 94, wool top groove; 100, following support; 101, big cavity; 102, semicircle gap slot; 103, steel mesh link slot; 104, wool top groove; 105, U-lag; 110, go up the slip sectional; 120, lower slider sectional; 121, big cavity; 122, semicircle gap slot; 123, fastener; 124, steel mesh link slot; 125, wool top groove; 130, perpendicular slip sectional; 131, steel mesh link slot; 132, wool top groove; 133, wool top groove; 140, steel mesh; 150, screens.
The specific embodiment
Embodiment:
A kind of removable, antitheft time formula screen window of three foldings of safety, shown in Figure 3 as Fig. 1 and a-a sectional view 2 and b-b cross section, comprise horizontal underframe 10, upper transverse frame frame section 20, following horizontal underframe 30, lower transverse frame frame section 40, the perpendicular underframe 50 in a left side, left side munnion frame section 60, right perpendicular underframe 70, right munnion frame section 80, last support 90, following support 100, last slip sectional 110, lower slider sectional 120, perpendicular slip sectional 130, steel mesh 140, screens 150, wherein, described horizontal underframe 10 cross sections as shown in Figure 4, its main body is a big cavity 11, is two semicircle gap slots 12 in the middle of the big cavity 11.Big cavity 11 another sides are pivots 13.
Described upper transverse frame frame section 20 cross sections as shown in Figure 5, its main body is a big cavity 21, is a semicircle gap slot 22 in the middle of the big cavity 21.Big cavity 21 tops are wool top grooves 23.Big cavity 21 bottoms are wool top grooves 24.Big cavity 21 is a steel mesh link slot 25 on one side.Steel mesh link slot 25 another sides are semi arch hooks 26.
Shown in Figure 6 is to go up that horizontal underframe 10 is connected with upper transverse frame frame section 20 and signal that upper transverse frame frame section 20 rotates around the pivot 13 of last horizontal underframe 10.The semi arch hook 26 of described upper transverse frame frame section 20 connects the pivot 13 of going up horizontal underframe 10.
Described down horizontal underframe 30 cross sections as shown in Figure 7, its main body is a big cavity 31, is a semicircle gap slot 32 in the middle of the big cavity 31.Big cavity 31 is a projection 33 on one side.
Described lower transverse frame frame section 40 cross sections as shown in Figure 8, its main body is a big cavity 41, is a semicircle gap slot 42 in the middle of the big cavity 41.Big cavity 41 bottoms are wool top grooves 43.Big cavity 41 tops are wool top grooves 44.Big cavity 41 is a steel mesh link slot 45 on one side.Steel mesh link slot 45 another sides are fasteners 46.
Described left munnion frame section 60 cross sections as shown in figure 10, top is a rectangle open trough 61.Rectangle open trough 61 bottoms are steel mesh link slots 62.Steel mesh link slot 62 is a wool top groove 63 on one side.The bottom of steel mesh link slot 62 and wool top groove 63 are right sides towards fastener 64.
Described right munnion frame section 80 cross sections as shown in figure 12, top is a rectangle open trough 81.Rectangle open trough 81 bottoms are steel mesh link slots 82.Steel mesh link slot 82 is a wool top groove 83 on one side.The bottom of steel mesh link slot 82 and wool top groove 83 are right sides towards fastener 84.
Describedly go up support 90 cross sections as shown in Figure 6, its main body is a big cavity 91, is a semicircle gap slot 92 in the middle of the big cavity 91.Big cavity 91 tops are steel mesh link slots 93.Steel mesh link slot 93 is a fastener 94 on one side.
Described down support 100 cross sections as shown in Figure 7, its main body is a big cavity 101, is a semicircle gap slot 102 in the middle of the big cavity 101.Big cavity 101 bottoms are steel mesh link slots 103.Steel mesh link slot 103 is a wool top groove 104 on one side.Steel mesh link slot 103 another sides are U-lags 105.
Described upward slip sectional 110 and last support 90 are just the same.Outline.
Described lower slider sectional 120 cross sections as shown in Figure 8, its main body is a big cavity 121, is a semicircle gap slot 122 in the middle of the big cavity 121.Big cavity 121 is a fastener 123 on one side.Big cavity 121 tops are steel mesh link slots 124.Steel mesh link slot 124 is a wool top groove 125 on one side.
Described perpendicular slip sectional 130 as shown in figure 10, the middle part is a steel mesh link slot 131.Steel mesh link slot 131 bottoms are wool top grooves 132.Steel mesh link slot 132 is a wool top groove 133 on one side.
Described steel mesh 140, screens 150 are universal component.Outline.
Described horizontal underframe 10, upper transverse frame frame section 20, down horizontal underframe 30, lower transverse frame frame section 40, the perpendicular underframe 50 in a left side, left munnion frame section 60, right perpendicular underframe 70, right munnion frame section 80, go up support 90, support 100, the connection of going up slip sectional 110, lower slider sectional 120, perpendicular slip sectional 130, steel mesh 140, screens 150 such as Fig. 1 and a-a sectional view 2 and b-b cross section are shown in Figure 3 down, described horizontal underframe 10 and down the semicircle gap slot 12,32 of horizontal underframe 30 be connected the perpendicular underframe 50 in a left side and right perpendicular underframe 70 formation underframes respectively by screw.The semicircle gap slot 22,42,92 of described upper transverse frame frame section 20, lower transverse frame frame section 40, last support 90 and following support 100,102 is connected left munnion frame section 60 and right munnion frame section 80 composition screen window frameworks respectively by screw.Described upper transverse frame frame section 20, last support 90 are connected steel mesh 140 and form upward fixed fan with the steel mesh link slot 25,93,62,82 on left munnion frame section 60 and the top of right munnion frame section 80.Described lower transverse frame frame section 40, following support 100 are connected steel mesh 140 and form fixed fan down with the steel mesh link slot 45,103,62,82 of left munnion frame section 60 and the bottom of right munnion frame section 80.The described semicircle gap slot 92,122 of going up slip sectional 110 and lower slider sectional 120 is connected perpendicular slip sectional 130 by screw.The described steel mesh link slot 93,124 of going up slip sectional 110, lower slider sectional 120 and perpendicular slip sectional 130 is connected steel mesh 130 and forms the fan that slides.The semi arch hook 26 of described upper transverse frame frame section 20 connects the pivot 13 of going up horizontal underframe 10.The fastener 64 of described left munnion frame section 60 connects the U-lag 53 of the perpendicular underframe 50 in a left side.The fastener 84 of described right munnion frame section 80 connects the U-lag 73 of right perpendicular underframe 70.The rectangle open trough 61,81 of described left munnion frame section 60 and right munnion frame section 80 is connected the fan that slides.The fastener 123 of described lower slider sectional 120 connects the U-lag 105 of support 100 down.
Claims (1)
1. antitheft time formula screen window of removable, safe three foldings, comprise horizontal underframe, upper transverse frame frame section, down horizontal underframe, lower transverse frame frame section, the perpendicular underframe in a left side, left munnion frame section, right perpendicular underframe, right munnion frame section, go up support, down support, go up slip sectional, lower slider sectional, perpendicular slip sectional, steel mesh, screens, described upper transverse frame frame section, go up support and be connected upward fixed fan of steel mesh composition with the steel mesh link slot on left munnion frame section and the top of right munnion frame section; Described lower transverse frame frame section, following support are connected steel mesh and form fixed fan down with the steel mesh link slot of left munnion frame section and the bottom of right munnion frame section; The described semicircle gap slot of going up slip sectional and lower slider sectional is connected perpendicular slip sectional, and the described steel mesh link slot of going up slip sectional, lower slider sectional and perpendicular slip sectional is connected steel mesh and forms the fan that slides; It is characterized in that: described horizontal underframe and down the semicircle gap slot of horizontal underframe be connected the perpendicular underframe in a left side respectively and right perpendicular underframe forms underframe, described upper transverse frame frame section, lower transverse frame frame section, the semicircle gap slot of going up support and following support are connected left munnion frame section and right munnion frame section composition screen window framework respectively; The semi arch hook of described upper transverse frame frame section connects the pivot of going up horizontal underframe, and the U-lag of described left munnion frame section connects the U-lag of the perpendicular underframe in a left side, and the U-lag of described right munnion frame section connects the U-lag of right perpendicular underframe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320238805 CN203223158U (en) | 2013-05-02 | 2013-05-02 | Detachable and safe three-fold antitheft sliding screen window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320238805 CN203223158U (en) | 2013-05-02 | 2013-05-02 | Detachable and safe three-fold antitheft sliding screen window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203223158U true CN203223158U (en) | 2013-10-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320238805 Expired - Fee Related CN203223158U (en) | 2013-05-02 | 2013-05-02 | Detachable and safe three-fold antitheft sliding screen window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203223158U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104131771A (en) * | 2013-05-02 | 2014-11-05 | 汤军 | Dismountable safe triple-fold antitheft sliding screen window |
-
2013
- 2013-05-02 CN CN 201320238805 patent/CN203223158U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104131771A (en) * | 2013-05-02 | 2014-11-05 | 汤军 | Dismountable safe triple-fold antitheft sliding screen window |
| CN104131771B (en) * | 2013-05-02 | 2018-03-30 | 汤军 | A kind of removable, safe antitheft time formula screen window of three foldings |
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Granted publication date: 20131002 Termination date: 20210502 |
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