CN2359439Y

CN2359439Y - Combined lighting and ventilation window

Info

Publication number: CN2359439Y
Application number: CN 98233451
Authority: CN
Inventors: 殷志坚
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-11-27
Filing date: 1998-11-27
Publication date: 2000-01-19
Anticipated expiration: 2008-11-27

Abstract

The utility model relates to a combined lighting and ventilation window provided with a framework, wherein, the inner edges of both sides of the framework are respectively connected with a left rib and a right rib, and a plurality of flashings are arranged between the left and the right ribs from top to bottom at equal intervals. In addition, the flashings downwards slope in an angle of an acute angle, which makes the ventilation window have good ventilation property and lighting property and have an effect of preventing rain leakage. In addition, both sides of the framework are respectively provided with a groove and a convex strip corresponds to the groove; accordingly, a convex strip of the other ventilation window can be embedded into the groove, and a plurality of ventilation windows can be mutually assembled; accordingly, a plurality of ventilation windows can be conveniently assembled in a large-sized factory building, and best lighting property and ventilation property can be provided for the factory building.

Description

Combined type daylighting transom window

The utility model relates to a kind of daylighting transom window, particularly relates to a kind of combined type daylighting transom window with preferable air permeability and daylighting.

Large-scale factory building is in order to increase daylighting and air permeability, general all can install most windows in the lower of factory building sidewall as shown in Figure 1 and the higher position group is established most transom windows, but the normal adopted kenel of transom window is broadly divided into two kinds, a kind of shown in eminence transom window 11 among Fig. 1, it has identical aspect with the general window 12 of lower, another is the transom window 13 of aluminum as shown in Figure 2, at first use as transom window with general window, because the position of transom window is the higher position that is positioned at factory building, be not staff can stretch and, must use instrument (as long pole) and just can open or close transom window,, be very much inconvenience when opening or closing though the daylighting of this kind transom window and air permeability are not poor, when especially raining, when transom window had little time to cut out, rainwater promptly poured into factory building, may cause the loss of goods at once; The transom window of another kind of aluminum need not cut out though run into to rain, the also unlikely infiltration factory building of rainwater, and also air permeability is also good, and its daylighting is very poor, and therefore, aforementioned two kinds of transom windows have in the use and use inconvenience or the relatively poor defective of daylighting.

In addition, because above-mentioned two kinds of transom windows are no winding structure between transom window and transom window, in order to prevent that rainwater is by infiltrating between two transom windows, all the gas production window separates the mode that is provided with, and so, promptly reduces the quantity that the transom window group is established, and then the daylighting and the air permeability of reduction factory building integral body, so, adopt two kinds of transom windows in the past, be daylighting and air permeability can't be promoted to optimum state.

The purpose of this utility model is to provide a kind of and has preferable daylighting, air permeability and barrier properties, and the combined type daylighting transom window of assembling effect such as convenient.

For reaching above-mentioned purpose, the utility model provides a kind of combined type daylighting transom window: it includes a framework, a left fin, a right fin and most rain visor; Be characterized in:

This framework is to be connected with by a upper cross plate, a lower cross plate, a left riser and a right riser to form; This left side fin be convexly set in framework one side inner edge and with left riser adjacency; This right side fin and left fin are convexly set in the framework inner edge in the same way, and with this right side riser adjacency; These rain visors are connected with on left and right fin;

Has a raised line on this right side riser, the corresponding chimeric groove of raised line that is concaved with for another framework on this left side riser; These rain visors are from top to bottom equidistantly to be connected with on left and right fin, and these rain visors are downward-sloping acute angle angles, simultaneously the rain visor of the top and with upper cross plate closely in succession, and the rain visor of below is the protruding left riser outward flange that is extended down to framework.

Above-mentioned combined type daylighting transom window, wherein: this transom window more comprises shaft of rib in two, on the rain visor of this rain visor that two ends of shaft of rib are linked to the top respectively in two and below, and parallel with left and right fin, simultaneously, shaft of rib is divided into three ventilating zone with the hollow punishment of framework in two.

Above-mentioned combined type daylighting transom window, wherein: the edge of this left side riser is coated with the rubber bodies of leakproof.

Below by accompanying drawing and most preferred embodiment the utility model combined type daylighting transom window is elaborated, in the accompanying drawing:

Fig. 1 is that in the past a kind of transom window is mounted on the schematic diagram on the factory building.

Fig. 2 is the front elevational schematic of a kind of aluminum transom window in the past.

Fig. 3 is the schematic perspective view of the utility model one preferred embodiment transom window.

Fig. 4 is the side schematic view of Fig. 3.

Fig. 5 is the assembling schematic diagram of Fig. 3.

Fig. 6 is mounted on diagrammatic sketch on the factory building for the most transom windows of the utility model one preferred embodiment.

At first consult Fig. 3, Fig. 4, present embodiment combined type daylighting transom window 2 is to be that raw material is made transparent aspect with PETG (polyethylene terephthalate), and it includes in the right fin of the left fin of a framework 21, one 22, one 23, first shaft of rib 25 and most rain visor 26 in the shaft of rib 24, second; Wherein, this framework 21 is to be connected with by a upper cross plate 211, a lower cross plate 212, one left riser 213 and a right riser 214 to form, has a raised line 215 on this right side riser 214, be concaved with on this left side riser 213 one with raised line 215 corresponding groove 216, but and on the edge of left riser 213, be coated with the rubber bodies 217 of a leakproof.This left side fin 22 be convexly set in framework 21 1 side inner edges and with left riser 213 adjacency, and make on the left riser 213 groove 216 also with these left side fin 22 adjacency; This right side fin 23 is to be convexly set in framework 21 inner edges in the same way with left fin 22, and with these right side riser 214 adjacency; Aforementioned in first, second two ends of shaft of

rib

24,25 be to be linked to respectively on upper cross plate 211 and the lower cross plate 212, and be arranged in parallel with left and

right fin

22,23, simultaneously, shaft of

rib

24,25 is divided into three ventilating zone with the hollow punishment of framework 21 in first, second.Multi-disc rain visor 26 is from top to bottom equidistantly to be connected with in left fin 22 and first 24 of shafts of rib respectively, 23 of shaft of rib 25 and right fins in 25 of the shafts of rib and second in the shaft of rib 24 and second in first, and these rain visor 26 downward-sloping acute angle angles, this acute angle angle is about 45 degree in the present embodiment, simultaneously the rain visor 26 of the top ' and with upper cross plate 211 closely in succession, with rainwater leakage prevention, and per two 26 adjacent of rain visors have a ventilation space 218, so that air is easy to circulation, and rain visor 26 ＂ of below are the protruding outward flanges that is extended down to the left riser 213 of framework 21; By rain visor 26 downward-sloping angles of these equidistant designs, can prevent that rainwater from infiltrating, and 26 of per two rain visors have ventilation space 218, and transom window 2 is transparent material, make transom window 2 have preferable daylighting and air permeability simultaneously.

Continuous see also shown in Figure 5, present embodiment transom window 2 is can be assembled on the girder steel 31 of factory building sidewall, just the left riser 213 of the transom window 2 on right side is covered on left side transom window 2 ' right riser 214 ' on, make groove 216 and left side transom window 2 on the right side transom window 2 ' raised line 215 ' chimeric, and owing to be provided with rubber bodies 217 on the edge of left riser 213, can prevent that rainwater is by a left riser 213 and right riser a 214 ' seepage, and present embodiment also can be in a left side, right riser 213,214 ' joint cover with silica gel, with replacement rubber bodies 217, and still has the effect that waterproof is infiltrated; Again, the transom window 2 on right side the below rain visor 26 ＂ and simultaneously with left side transom window 2 ' below rain visor 26 ＂ touch, simultaneously, utilize setting element 32, as tapping screw left riser 213 is positioned on the girder steel 31 with right riser 214 ' lock knot, can be with transom window 2,2 ' be fixed in the sidewall of factory building, and the factory building sidewall be positioned at the metal sheet 33 of transom window 2,2 ' top be can be covered in upper cross plate 211,211 ' on, and can prevent that rainwater from infiltrating factory building; As for, the metal sheet 34 of transom window 2,2 ' below also be covered in lower cross plate 212,212 ' on, and close lower cross plate 212,212 ', and cooperate that two transom windows 2,2 ' rain visor 26 ＂ of below touch mutually, do not cause rainwater to infiltrate metal sheet 34 inboards between rain visor 26 ＂ of below, and then reach and prevent that rainwater from infiltrating the effect of factory building by two.

In Fig. 5, be example on the girder steel 31 with two transom windows 2,2 ' be mounted on factory building only, in fact, the design of present embodiment transom window 2, can providing as shown in Figure 6, most transom windows 2 are mounted on the factory building according to above-mentioned mode of connection, make the factory building top as having an air duct and light transmission passage, the ventilation and the daylighting effect of factory building the best can be provided, compare with the transom window that was mounted on the factory building in the past, the design of present embodiment transom window 2 can provide the daylighting and the air permeability of factory building the best really.

In addition, because the utility model transom window is to be transparent material, its daylighting is excellent, for providing the different factory building of purposes required, for example some factory building is built-in is placed with in the time of must avoiding sunlit former material, the utility model is to add colored pigment in the raw material PETG (poly-ethylene terephthalate) of transom window, the light transmittance of transom window is reduced, and then can weaken the negative effect that sunlight is caused by the transom window direct projection.

In sum, the utility model equidistantly is provided with by rain visor, make between adjacent rain visor to have ventilation space, and the angle of a downward-sloping acute angle, preferable daylighting and air permeability not only had, also can reach the effect that prevents rain leakage, simultaneously, owing to have corresponding raised line and groove on the transom window, make that the raised line on the transom window can be embedded in the groove of another transom window, and most transom windows can be connected, so that be assembled on the factory building.

Claims

1, a kind of combined type daylighting transom window includes a framework, a left fin, a right fin and most rain visor; It is characterized in that:

Has a raised line on this right side riser, the corresponding chimeric groove of raised line that is provided with for another framework on this left side riser; These rain visors are from top to bottom equidistantly to be connected on the left and right fin, and the downward-sloping acute angle angle of these rain visors, simultaneously the rain visor of the top and with upper cross plate closely in succession, and the protruding left riser outward flange that is extended down to framework of rain visor of below.

2, combined type daylighting transom window as claimed in claim 1 is characterized in that:

This transom window more comprises shaft of rib in two, and on the rain visor of this rain visor that two ends of shaft of rib are linked to the top respectively in two and below, and parallel with left and right fin, simultaneously, shaft of rib is divided into three ventilating zone with the hollow punishment of framework in two.

3, combined type daylighting transom window as claimed in claim 1, it is characterized in that: the edge of this left side riser is coated with the rubber bodies of leakproof.