CN209704450U - A kind of energy-saving aluminium alloy curtain wall window - Google Patents

Abstract

The utility model discloses a kind of energy-saving aluminium alloy curtain wall windows, it is related to curtain wall window technical field, its key points of the technical solution are that including frame, inner layer glass, glass outer and transparent insulating layer, frame includes bottom plate, top plate and two side plates, lifting device is provided on frame, lifting device includes two the first elastic components；The top of two the first elastic components is fixed in top plate, and the bottom end of two the first elastic components slides respectively to be connected in two side plates；Multiple groups barrier assembly is provided between two the first elastic components；Every group of barrier assembly includes support rod, elastic plate and the pull rod for being fixed in elastic plate bottom；Gap is provided between each adjacent two elastic plate, the both ends of support bar top are respectively and fixedly connected in two side plates, and the both ends of pull rod slide respectively is connected to two side plates, and the both ends of pull rod are respectively and fixedly connected in two the first elastic components；Driving mechanism is provided in frame.The utility model has achieved the effect that reduce stronger light and enter the room.

Description

A kind of energy-saving aluminium alloy curtain wall window

Technical field

The utility model relates to curtain wall window technical fields, more specifically, it is related to a kind of energy-saving aluminium alloy curtain wall window.

Background technique

Curtain wall is the exterior wall enclosure structure of building, is that modern large-scale and skyscraper commonly has the light of decorative effect Matter wall, with the continuous aggravation of urbanization, site coverage is big, population concentration, higher and higher for the utilization rate requirement in soil, People are also more and more prominent for the demand of fine environment.

The prior art can refer to the Chinese utility model patent that Authorization Notice No. is CN206189667, and it discloses one kind Energy-saving aluminium alloy curtain wall window, including bottom plate, inlet chamber, outlet chamber, aluminium alloy support frame, inner layer glass and glass outer；It is described Bottom plate is the rectangular plate body matched with window opening length and width, and the bottom inside of the bottom plate offers inlet chamber, the bottom plate Inside top offers outlet chamber, and the inside of the inlet chamber and outlet chamber is equipped with aluminium alloy support frame, the aluminium alloy support Frame is equipped with two groups of openings, is equipped in the opening close to indoor inner layer glass and close to outdoor glass outer.

Although the energy-saving aluminium alloy curtain wall window can keep the temperature interior, when the light intensity of outdoor solar light is too strong When, light can not be reduced and entered the room.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of energy-saving aluminium alloy curtain wall window, It is by setting lifting device, when the light intensity of outdoor solar light is too strong, it is possible to reduce light enters the room.

To achieve the above object, the utility model provides following technical solution: a kind of energy-saving aluminium alloy curtain wall window, including It frame, the inner layer glass being set on the inside of frame, the glass outer being set on the outside of frame and is set on inner layer glass Transparent insulating layer, the frame includes bottom plate, top plate and two side plates, in frame between the inner layer glass and glass outer On be provided with lifting device, the lifting device includes the first elastic component being respectively arranged in two side plates；Two described The top of one elastic component is fixed in top plate, and vertically sliding is connected to two sides respectively for the bottom end of two first elastic components In plate；Vertically multiple groups barrier assembly is disposed between two first elastic components；Barrier assembly packet described in every group Include the pull rod for being fixed in the support rod of side plate, being fixed in the elastic plate of support rod bottom and being fixed in elastic plate bottom；Every phase It is provided with gap between adjacent two elastic plates, the both ends of the support bar top are respectively and fixedly connected in two side plates, the drawing Vertically sliding is connected to two side plates respectively at the both ends of bar, and the both ends of the pull rod are respectively and fixedly connected in two first elasticity Part；The driving mechanism for driving two the first elastic components vertically to move is provided in the frame.

By using above-mentioned technical proposal, when the light intensity of outdoor solar light is too strong, two are driven by driving mechanism First elastic component vertically moves, and two the first elastic components are vertically mobile to drive pull rod mobile, and pull rod is mobile to pull elastic plate Bottom move down, the bottom of elastic plate, which moves down, can reduce the distance between two neighboring elastic plate, in this way Light is effectively stopped, thus light can be reduced and entered the room.

The utility model is further arranged to: offer first sliding groove in two side plates respectively, two described first Sliding slot is vertically arranged, and the two described one end of first elastic component far from top plate slide be connected to two first sliding grooves respectively.

By using above-mentioned technical proposal, first sliding groove has guiding role far from one end of top plate to the first elastic component, A possibility that deviateing when the first elastic component is vertically moved far from one end of top plate can be reduced in this way.

The utility model is further arranged to: the driving mechanism includes that sliding respectively is connected in two first sliding grooves Rack gear, be set in bottom plate and along the trunnion axis of floor length direction setting, be respectively and fixedly connected in trunnion axis both ends gear and It is installed on transmission component of the bottom plate for driving trunnion axis to rotate；Two rack gears are respectively and fixedly connected with remote in two the first elastic components One end from top plate, and two rack gears are engaged in two gears respectively；The both ends of the trunnion axis are rotatablely connected respectively In two side plates.

It is driven when needing to drive two the first elastic components mobile by transmission component by using above-mentioned technical proposal Trunnion axis rotation, trunnion axis rotation drive two gear rotations, and two gear rotate drivings, two rack gears are mobile, and two rack gears move It is dynamic to drive two the first elastic components mobile, the labor intensity of operator can be reduced in this way.

The utility model is further arranged to: the transmission component includes being arranged the worm gear for being fixed on trunnion axis, rotation company It is connected to bottom plate and horizontally disposed transmission shaft and the worm screw for being fixed in transmission shaft one end；The worm gear is in bottom plate and engages In worm screw；Axial line of the axial line of the transmission shaft perpendicular to trunnion axis, one end protrusion bottom of the transmission shaft far from worm gear The lateral wall of plate is arranged and is removably connected with handwheel.

By using above-mentioned technical proposal, when needing that trunnion axis is driven to rotate, by rotating hand wheel rotating transmission shaft, pass Moving axis rotation drives worm screw rotation, the rotation of worm screw rotate driving worm gear, and worm gear rotation drives trunnion axis rotation, passes through transmission component Trunnion axis rotation is driven, trunnion axis can in this way rotated more stable.

The utility model is further arranged to: the side of the handwheel is connected with link block, offers in the link block Slot, the transmission shaft are plugged in slot far from one end of worm screw, and it is remote for fixed conveyor axis that multiple groups are provided in the slot Fixation kit from worm screw one end.

By using above-mentioned technical proposal, handwheel is detachably connected with transmission shaft, is convenient for installing transmission shaft in this way.

The utility model is further arranged to: fixation kit described in every group includes the second elasticity for being fixed in slot inner sidewall Part and the movable block in slot is connected to along the radial slippage of slot；The described one end of second elastic component far from slot inner sidewall It is fixed in movable block.

By using above-mentioned technical proposal, when needing is fixedly connected with handwheel with transmission shaft, push movable block to close The direction of slot inner sidewall is mobile, and the second elastic component is in confined state at this time, and then transmission shaft is inserted into slot；Work as biography After moving axis is inserted into slot, movable block is unclamped, transmission shaft is fixed in movable block under the action of the second elastic component at this time；Pass through Transmission shaft is fixed in fixation kit, is convenient for dismounting transmission shaft in this way.

The utility model is further arranged to: the movable block is connected with rake, the inclination far from one end of handwheel Portion is tilted to the direction far from slot axial line.

Directly transmission shaft can be inserted between multiple movable blocks by setting rake by using above-mentioned technical proposal, It is convenient for that transmission shaft is fixed in this way.

The utility model is further arranged to: the relative inner of two side plates offers multiple second sliding slots respectively, Multiple second sliding slots are vertically arranged, and sliding is connected to two second cunnings correspondingly respectively at the both ends of the pull rod Slot；Multiple second sliding slots are connected to two first sliding grooves respectively.

By using above-mentioned technical proposal, second sliding slot has guiding role to pull rod, can reduce pull rod in this way on edge A possibility that deviateing in vertical slipping.

In conclusion the utility model has the advantages that compared with the prior art

1. driving two the first elastic components vertically to move by driving mechanism when the light intensity of outdoor solar light is too strong Dynamic, two the first elastic components are vertically mobile to drive pull rod mobile, and the mobile bottom for pulling elastic plate of pull rod moves down, elasticity The bottom of plate, which moves down, can reduce the distance between two neighboring elastic plate, can effectively be hindered light in this way Gear, thus light can be reduced and entered the room；

2. driving trunnion axis rotation by transmission component, trunnion axis turns when needing to drive two the first elastic components mobile Dynamic to drive two gear rotations, two gear rotate drivings, two rack gears are mobile, and two rack gears are mobile to drive two first elasticity Part is mobile, can reduce the labor intensity of operator in this way；

3. pushing movable block to move to the direction close to slot inner sidewall when needing is fixedly connected with handwheel with transmission shaft Dynamic, the second elastic component is in confined state at this time, and then transmission shaft is inserted into slot；After transmission shaft is inserted into slot, pine Movable block is opened, transmission shaft is fixed in movable block under the action of the second elastic component at this time；By fixation kit to transmission shaft It is fixed, is convenient for dismounting transmission shaft in this way.

Detailed description of the invention

Fig. 1 is the explosive view of embodiment saliency transparent insulating layer；

Fig. 2 is the structural schematic diagram of embodiment saliency second sliding slot；

Fig. 3 is the structural schematic diagram of embodiment saliency lifting device；

Fig. 4 is the partial sectional view of embodiment saliency fixation kit.

In figure: 1, frame；11, bottom plate；12, top plate；13, side plate；131, first sliding groove；132, second sliding slot；133, lead to Hole；14, inner layer glass；15, glass outer；2, transparent insulating layer；3, lifting device；31, the first elastic component；32, barrier assembly； 321, support rod；322, elastic plate；323, pull rod；33, driving mechanism；331, rack gear；332, trunnion axis；333, gear；334, Transmission component；3341, worm gear；3342, transmission shaft；3343, worm screw；3344, handwheel；4, link block；41, slot；5, fixed group Part；51, the second elastic component；52, movable block；53, rake.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment: a kind of energy-saving aluminium alloy curtain wall window as depicted in figs. 1 and 2, including frame 1, is set to the inside of frame 1 Inner layer glass 14, the transparent insulating layer 2 that is set to the glass outer 15 in the outside of frame 1 and is set on inner layer glass 2；Thoroughly Sunlight board layer can be selected in bright insulating layer 2；Frame 1 includes bottom plate 11, top plate 12 and two side plates 13, inner layer glass 14 and outer layer Lifting device 3 is provided between glass 15 on frame 1.

As shown in Figures 2 and 3, lifting device 3 includes the first elastic component 31 being respectively arranged in two side plates 13；Two The top of first elastic component 31 is fixed in top plate 12, and vertically sliding is connected to two respectively for the bottom end of two the first elastic components 31 In a side plate 13, spring is can be selected in the first elastic component 31；Vertically multiple groups are disposed between two the first elastic components 31 Barrier assembly 32；Every group of barrier assembly 32 includes being fixed in the support rod 321 of side plate 13, being fixed in the bullet of 321 bottom of support rod Property plate 322 and the pull rod 323 for being fixed in 322 bottom of elastic plate；Offer first sliding groove 131 in two side plates 13 respectively, two A first sliding groove 131 is vertically arranged, and two first one end of elastic component 31 far from top plate 12 slide be connected to two respectively First sliding groove 131；Gap is provided between each adjacent two elastic plate 322, the both ends at 321 top of support rod are respectively and fixedly connected in two Rubber slab can be selected in a side plate 13, elastic plate 322；Vertically sliding is connected to two side plates 13 respectively at the both ends of pull rod 323, and The both ends of pull rod 323 are respectively and fixedly connected in two the first elastic components 31；It is provided in frame 1 for driving two the first elastic components 31 The driving mechanism 33 vertically moved.When the light intensity of outdoor solar light is too strong, two first are driven by driving mechanism 33 Elastic component 31 vertically moves, and two the first elastic components 31 are vertically mobile to drive pull rod 323 mobile, and pull rod 323 is mobile to be pulled The bottom of elastic plate 322 moves down, and the bottom of elastic plate 322, which moves down, can be reduced between two neighboring elastic plate 322 Distance, light can effectively be stopped in this way, thus light can be reduced and entered the room.

As shown in Fig. 2, the relative inner of two side plates 13 offers multiple second sliding slots 132, multiple second sliding slots respectively 132 are vertically arranged, and sliding is connected to two second sliding slots 132 correspondingly respectively at the both ends of pull rod 323；Multiple second Sliding slot 132 is connected to two first sliding grooves 131 respectively.Second sliding slot 132 has guiding role to pull rod 323, can drop in this way A possibility that low pull rod 323 deviates in vertically slipping.

As shown in Figures 2 and 3, driving mechanism 33 includes sliding the rack gear being connected in two first sliding grooves 131 respectively 331, be set in bottom plate 11 and along the trunnion axis 332 of 11 length direction of bottom plate setting, be respectively and fixedly connected in 332 both ends of trunnion axis Gear 333 and be installed on bottom plate 11 for drive trunnion axis 332 rotate transmission component 334；Two rack gears 331 are respectively and fixedly connected with In two first one end of elastic component 31 far from top plate 12, and two rack gears 331 are engaged in two gears 333 respectively, and two The bottom of side plate 13 offers the through-hole 133 passed through for two rack gears 331 respectively；The both ends of trunnion axis 332 are rotatablely connected respectively In two side plates 13, bottom plate 11 is hollow plate, is convenient for installing trunnion axis 332 in this way.When needing to drive two the first bullets Property part 31 it is mobile when, drive trunnion axis 332 to rotate by transmission component 334, the rotation of trunnion axis 332 drives two 333 turns of gear Dynamic, two 333 rotate drivings of gear, two rack gears 331 are mobile, and two rack gears 331 are mobile to drive two the first elastic components 31 to move It is dynamic, the labor intensity of operator can be reduced in this way.

As shown in Figures 2 and 3, transmission component 334 includes being arranged the worm gear 3341 for being fixed on trunnion axis 332, rotation connection In bottom plate 11 and horizontally disposed transmission shaft 3342 and it is fixed in the worm screw 3343 of 3342 one end of transmission shaft；Worm gear 3341 is in In bottom plate 11 and it is engaged in worm screw 3343；Axial line of the axial line of transmission shaft 3342 perpendicular to trunnion axis 332, transmission shaft 3342 The lateral wall of one end protrusion bottom plate 11 far from worm gear 3341 is arranged and is removably connected with handwheel 3344.It is horizontal when needing to drive When axis 332 rotates, by rotating 3344 rotating drive shaft 3342 of handwheel, the rotation of transmission shaft 3342 drives worm screw 3343 to rotate, snail The rotation of 3343 rotate driving worm gear 3341 of bar, the rotation of worm gear 3341 drive trunnion axis 332 to rotate, are driven by transmission component 334 Trunnion axis 332 rotates, and trunnion axis 332 can in this way rotated more stable.When being installed to driving mechanism 33, using elder generation Opening, then installs driving mechanism 33, closes finally by the mode of welding to opening.

As shown in Figure 3 and Figure 4, the side of handwheel 3344 is connected with link block 4, and slot 41 is offered in link block 4, transmission Axis 3342 is plugged in slot 41 far from one end of worm screw 3343, and it is separate for fixed conveyor axis 3342 that multiple groups are provided in slot 41 The fixation kit 5 of 3343 one end of worm screw；Every group of fixation kit 5 include be fixed in 41 inner sidewall of slot the second elastic component 51 and The movable block 52 being connected to along the radial slippage of slot 41 in slot 41；Second one end of elastic component 51 far from 41 inner sidewall of slot It is fixed in movable block 52, spring can be selected in the second elastic component 51；Movable block 52 is connected with rake far from one end of handwheel 3344 53, rake 53 is tilted to the direction far from 41 axial line of slot.When needing to install handwheel 3344, pass through rake 53 are inserted directly into transmission shaft 3342 between multiple movable blocks 52, are convenient for dismounting handwheel 3344 in this way.

The application method of this kind of energy-saving aluminium alloy curtain wall window is as follows:

When the light intensity of outdoor solar light is too strong, by rotating 3344 rotating drive shaft 3342 of handwheel, transmission shaft 3342 Rotation drives worm screw 3343 to rotate, and 3343 rotate driving worm gear 3341 of worm screw rotation, the rotation of worm gear 3341 drives 332 turns of trunnion axis Dynamic, the rotation of trunnion axis 332 drives two gears 333 to rotate, and two gear 333 rotate driving, two rack gears 331 move down, and two A rack gear 331, which moves down, drives two the first elastic components 31 to move down, and two the first elastic components 31 move down drive and draw Bar 323 moves down, and pull rod 323, which moves down, pulls the bottom of elastic plate 322 to move down, and the bottom of elastic plate 322 is downward Movement can reduce the distance between two neighboring elastic plate 322, can effectively be stopped to light in this way, thus can be with Light is reduced to enter the room.

The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.

Claims (8)

1. a kind of energy-saving aluminium alloy curtain wall window including frame (1), the inner layer glass (14) being set on the inside of frame (1), is set to Glass outer (15) on the outside of frame (1) and the transparent insulating layer (2) being set on inner layer glass (14), the frame (1) Including bottom plate (11), top plate (12) and two side plates (13), it is characterised in that: the inner layer glass (14) and glass outer (15) lifting device (3) are provided on frame (1) between, the lifting device (3) includes being respectively arranged at two side plates (13) the first elastic component (31) in；The top of two first elastic components (31) is fixed in top plate (12), described in two Vertically sliding is connected in two side plates (13) respectively for the bottom end of first elastic component (31)；Vertically in two first bullets Multiple groups barrier assembly (32) are disposed between property part (31)；Barrier assembly described in every group (32) includes being fixed in side plate (13) Support rod (321), the elastic plate (322) for being fixed in support rod (321) bottom and the drawing for being fixed in elastic plate (322) bottom Bar (323)；Gap is provided between elastic plate described in each adjacent two (322), the both ends difference at the top of the support rod (321) Two side plates (13) are fixed in, vertically sliding is connected to two side plates (13) respectively at the both ends of the pull rod (323), and described The both ends of pull rod (323) are respectively and fixedly connected in two the first elastic components (31)；It is provided in the frame (1) for driving two the The driving mechanism (33) that one elastic component (31) vertically moves.

2. a kind of energy-saving aluminium alloy curtain wall window according to claim 1, it is characterised in that: divide in two side plates (13) It does not offer first sliding groove (131), two first sliding grooves (131) are vertically arranged, two first elastic components (31) one end far from top plate (12) slides respectively is connected to two first sliding grooves (131).

3. a kind of energy-saving aluminium alloy curtain wall window according to claim 2, it is characterised in that: the driving mechanism (33) includes The rack gear (331) being connected in two first sliding grooves (131) is slid respectively, is set in bottom plate (11) and along bottom plate (11) length Direction setting trunnion axis (332), be respectively and fixedly connected in trunnion axis (332) both ends gear (333) and be installed on bottom plate (11) Transmission component (334) for driving trunnion axis (332) to rotate；Two rack gears (331) are respectively and fixedly connected in two the first bullets Property the one end of part (31) far from top plate (12), and two rack gears (331) are engaged in two gears (333) respectively；It is described The both ends of trunnion axis (332) are rotationally connected with two side plates (13) respectively.

4. a kind of energy-saving aluminium alloy curtain wall window according to claim 3, it is characterised in that: transmission component (334) packet It includes and is arranged the worm gear (3341) for being fixed on trunnion axis (332), is rotationally connected with bottom plate (11) and horizontally disposed transmission shaft (3342) and it is fixed in the worm screw (3343) of transmission shaft (3342) one end；The worm gear (3341) is in bottom plate (11) and nibbles Together in worm screw (3343)；Axial line of the axial line of the transmission shaft (3342) perpendicular to trunnion axis (332), the transmission shaft (3342) lateral wall of one end protrusion bottom plate (11) far from worm gear (3341) is arranged and is removably connected with handwheel (3344).

5. a kind of energy-saving aluminium alloy curtain wall window according to claim 4, it is characterised in that: the side of the handwheel (3344) It is connected with link block (4), is offered slot (41) in the link block (4), the transmission shaft (3342) is far from worm screw (3343) One end be plugged in slot (41), multiple groups are provided in the slot (41) for fixed conveyor axis (3342) far from worm screw (3343) fixation kit (5) of one end.

6. a kind of energy-saving aluminium alloy curtain wall window according to claim 5, it is characterised in that: fixation kit described in every group (5) Including being fixed in second elastic component (51) of slot (41) inner sidewall and being connected to slot along the radial slippage of slot (41) (41) movable block (52) in；Second elastic component (51) is fixed in movable block far from one end of slot (41) inner sidewall (52)。

7. a kind of energy-saving aluminium alloy curtain wall window according to claim 6, it is characterised in that: the movable block (52) is far from hand One end of wheel (3344) is connected with rake (53), and the rake (53) tilts to the direction far from slot (41) axial line.

8. a kind of energy-saving aluminium alloy curtain wall window according to claim 1, it is characterised in that: the phase of two side plates (13) Inside is offered respectively multiple second sliding slots (132), multiple second sliding slots (132) are vertically arranged, the pull rod (323) sliding is connected to two second sliding slots (132) correspondingly respectively at both ends；Multiple second sliding slots (132) point It is not connected to two first sliding grooves (131).