CN202108390U

CN202108390U - Energy-saving sliding door window

Info

Publication number: CN202108390U
Application number: CN2011200309765U
Authority: CN
Inventors: 杨志平
Original assignee: SHANGHAI SUNTEK NEW DOOR WINDOW Co Ltd
Current assignee: SHANGHAI SHANGYUAN BUILDING TECHNOLOGY CO., LTD.
Priority date: 2010-10-12
Filing date: 2011-01-30
Publication date: 2012-01-11
Anticipated expiration: 2021-01-30

Abstract

The utility model discloses an energy-saving sliding door window, comprising a window frame and a window body, wherein the window frame comprises a lower slide way, edge seals and a seat upper slide way which are connected to form the window frame; the edge seals are arranged at two sides; the window body comprises an inner window body and an outer window body which are arranged in parallel and translate relatively; the inner window body comprises a first hook opener, and a first thermal-insulation strip is arranged at one side of the first hook opener, adjacent to the outer window body; the first thermal-insulation strip extends outwards to form a first hook, and a first groove-shaped opening is formed by the first hook and a first thermal-insulation strip body; the outer window body comprises a second first hook opener, and a second thermal-insulation strip is arranged at one side of the second hook opener, adjacent to the inner window body; the second thermal-insulation extends outwards to form a second hook, and a second groove-shaped opening is formed by the second hook and a second thermal-insulation strip body; and at the position where the first hook opener is completely or partly coincided with the second hook opener, the first hook enters the second groove-shaped opening in a matched way, and the second hook enters the first groove-shaped opening in a matched way. The thermal insulation property of the energy-saving sliding door window is good.

Description

Energy-saving sliding door and window

Technical field

The utility model relates to window technology field, particularly a kind of energy-saving sliding door and window.

Background technology

Existing slide door or window, outward appearance is more single, in Wind-Pressure Resistance, tightness and sound insulation, aspect of performance such as heat insulation neither be very desirable, still has the energy loss of considerable part.In addition; The hooked rabbet fit structure of most heat insulation slide door or window is to be fused through plastic material by the both sides section bar at present, and cast-type and penetrating bar type are arranged, and existing problems are that the both sides section bar is poor through plastics heat insulating strip bonding strength; But do not have overlapping and the coupling part; Also want other seal cap and suspension member, the sliding door and window structure of this structure is complicated, effect of heat insulation is poor, and has increased cost greatly.

The utility model content

The purpose of the utility model is to solve the problems of the prior art, provides a kind of heat-proof quality high slide door or window.

The technical scheme of the utility model is: a kind of energy-saving sliding door and window, comprise window frame and forms, and window frame comprises on the banding, seat of glide path, both sides sliding, connects into window frame each other; Forms comprise top, below, smooth rabbet, hooked rabbet; Connect into forms each other, forms slide in sliding on the glide path of window frame, seat, and said forms inner card is established glass; Be provided with the glass adhesive tape between said glass and the forms; Said forms comprise and laterally arranging and an inner window and outer forms of relatively translation that said inner window comprises first hooked rabbet, and this first hooked rabbet and outside the adjacent side of forms one first heat insulating strip is installed; This first heat insulating strip extends outward one first clasp, and first clasp and the first heat insulating strip body form first slit opening; Said outer forms comprise one second hooked rabbet, and in this second hooked rabbet side adjacent with inner window one second heat insulating strip are installed, and this second heat insulating strip extends outward one second clasp, and second clasp and the second heat insulating strip body form second slit opening; In the primary importance that first hooked rabbet and second hooked rabbet overlap fully or partially overlap, first clasp fits into second slit opening, and second clasp fits into first slit opening.

The place, below of said forms is provided with pulley, and this pulley directly matees the glide path of window frame, and pulley rolls in glide path.

The said window frame outside is provided with a door and window scupper shutter, and it comprises a baffle plate and a cover plate that is articulated on the baffle plate.

Said first hooked rabbet extends outward the handle of an arc.

The both sides that said smooth rabbet contacts with banding are respectively equipped with a groove, are provided with wool top in this groove.

The beneficial effect of the utility model is: when inner window and outer forms by push-and-pull to the lap position, first clasp and second clasp get into first slit opening and second slit opening respectively, thereby form the cooperation of " Z " font; The use of wool top makes the both ends open of " Z " font structure airtight; Guaranteed the sealing between the forms, do not needed to inlay heat preserving and insulating material in forms inside in addition, simple in structure; Save the section bar raw material, greatly reduced cost.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is that the A-A of Fig. 1 is to sectional view;

Fig. 3 is that the B-B of Fig. 1 is to sectional view;

Fig. 4 is the partial enlarged drawing of Fig. 1;

Fig. 5 is the partial structurtes sketch map of inner window;

Fig. 6 is the partial structurtes sketch map of outer forms.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described further.

Like Fig. 1, Fig. 2, shown in Figure 3, a kind of energy-saving sliding door and window comprises window frame 300 and forms 400, and window frame 300 comprises cunning 303 on the banding 302, seat of glide path 301, both sides, connects into window frame each other; Forms 400 comprise top 401, below 402, smooth rabbet 403, hooked rabbet; Connect into forms each other, forms slide in sliding on the glide path of window frame, seat, and said forms inner card is established glass; Be provided with the glass adhesive tape between said glass and the forms; Said forms comprise and laterally arranging and an inner window 100 and outer forms 200 of relatively translation that the both sides that said smooth rabbet 403 contacts with banding 302 are respectively equipped with a groove 404, are provided with wool top 405 in this groove 404.

Like Fig. 4, shown in Figure 5; Inner window 100 comprises first hooked rabbet 1, first heat insulating strip 2, first wool top 3; Outer forms 200 comprise second hooked rabbet 6, second heat insulating strip 7, second wool top 8; Wherein: first hooked rabbet 1, comprise that the opening 11 of a side direction is used to hold materials such as hollow glass, be provided with a draw-in groove 12 at first hooked rabbet 1 and second hooked rabbet, 6 adjacent sides; Be connected with first heat insulating strip 2 in the draw-in groove; The middle part of first heat insulating strip outwards and walk crosswise and extend to form one first clasp 21, the end that the body of this first clasp 21 and first heat insulating strip forms first slit opening, 22, the first heat insulating strips also stretches out and is used for cooperating with the installation of realization to materials such as glass with first wool top.

As shown in Figure 6; Second hooked rabbet 6 comprises that equally the opening 61 of a side direction is used to hold materials such as glass; And being provided with a draw-in groove 62 at itself and first hooked rabbet, 1 an adjacent side, the middle part that is connected with second heat insulating strip, 7, the second heat insulating strips in the draw-in groove 62 is outwards and walk crosswise and extend to form one second clasp 71; The end that the body of this second clasp 71 and second heat insulating strip forms second slit opening, 72, the second heat insulating strips also stretches out and is used for cooperating to realize the installation to materials such as glass with second wool top.

402 places, below of said forms 400 are provided with pulley 404, and this pulley directly matees the glide path 301 of window frame, and pulley rolls in glide path.

Said window frame 300 outsides are provided with a door and window scupper shutter, and it comprises a baffle plate 304 and a cover plate 305 that is articulated on the baffle plate.Baffle plate 304 external surfaces can have certain radian, to play the effect of keeping off the rain.Behind water in the underframe, under the effect of hydraulic pressure, water can be washed cover plate 305 open outflow; And when not having water in the underframe, outdoor blast can be pressed on baffle plate on the underframe sidewall, thereby prevents that extraneous rainwater from pouring in down a chimney.

Said first hooked rabbet 1 extends outward the handle 101 of an arc, when the operation slide door or window, is convenient to hand.

Claims

1. an energy-saving sliding door and window comprises window frame and forms, and window frame comprises on the banding, seat of glide path, both sides sliding, connects into window frame each other; Forms comprise top, below, smooth rabbet, hooked rabbet; Connect into forms each other, forms slide in sliding on the glide path of window frame, seat, and said forms inner card is established glass; Be provided with the glass adhesive tape between said glass and the forms; Said forms comprise and laterally arranging and an inner window and outer forms of relatively translation that it is characterized in that: said inner window comprises first hooked rabbet, and this first hooked rabbet and outside the adjacent side of forms one first heat insulating strip is installed; This first heat insulating strip extends outward one first clasp, and first clasp and the first heat insulating strip body form first slit opening; Said outer forms comprise one second hooked rabbet, and in this second hooked rabbet side adjacent with inner window one second heat insulating strip are installed, and this second heat insulating strip extends outward one second clasp, and second clasp and the second heat insulating strip body form second slit opening; In the primary importance that first hooked rabbet and second hooked rabbet overlap fully or partially overlap, first clasp fits into second slit opening, and second clasp fits into first slit opening.

2. energy-saving sliding door and window according to claim 1 is characterized in that: the place, below of said forms is provided with pulley, and this pulley directly matees the glide path of window frame, and pulley rolls in glide path.

3. energy-saving sliding door and window according to claim 1 is characterized in that: the said window frame outside is provided with a door and window scupper shutter, and it comprises a baffle plate and a cover plate that is articulated on the baffle plate.

4. energy-saving sliding door and window according to claim 1 is characterized in that: said first hooked rabbet extends outward the handle of an arc.

5. energy-saving sliding door and window according to claim 1 is characterized in that: the both sides that said smooth rabbet contacts with banding are respectively equipped with a groove, are provided with wool top in this groove.