阅读说明：本技术 一种可拆卸大堂软膜灯具 (Detachable hall soft film lamp ) 是由 刘德志 丘远存 彭永雄 周俊 高珊 于 2021-06-09 设计创作，主要内容包括：本发明公开了一种可拆卸大堂软膜灯具,属于软膜灯具领域,一种可拆卸大堂软膜灯具,包括用于承重的承重梁,承重梁通过镀锌角钢固定在顶板上,承重梁的底部固定安装有防坠器和灯具升降器,防坠器和灯具升降器相邻位置安装,防坠器和灯具升降器组合形成吊装组件,承重梁的底部且位于吊装组件的下方设置有软膜灯具,软膜灯具与吊装组件之间设置有用于连接升降的钢丝绳结构,软膜灯具的相对两侧壁设置有拆卸结构,钢丝绳结构包括有升降钢丝绳和防坠钢丝绳,升降钢丝绳用于连接灯具升降器与软膜灯具,防坠钢丝绳用于连接防坠器与软膜灯具,它可以实现灯箱上升下降更为平稳,还起到防止坠落,突然坠落时延缓坠落速度,最终停止坠落的作用。(The invention discloses a detachable hall soft film lamp, belonging to the field of soft film lamps, the detachable hall soft film lamp comprises a bearing beam for bearing, the bearing beam is fixed on a top plate through galvanized angle steel, the bottom of the bearing beam is fixedly provided with a falling protector and a lamp lifter, the falling protector and the lamp lifter are arranged at adjacent positions, the falling protector and the lamp lifter are combined to form a hoisting assembly, the soft film lamp is arranged at the bottom of the bearing beam and below the hoisting assembly, a steel wire rope structure for connecting and lifting is arranged between the soft film lamp and the hoisting assembly, the two opposite side walls of the soft film lamp are provided with a detaching structure, the steel wire rope structure comprises a lifting steel wire rope and a falling-preventing steel wire rope, the lifting steel wire rope is used for connecting the lamp lifter and the soft film lamp, the falling-preventing steel wire rope is used for connecting the falling protector and the soft film lamp, the lamp box can be lifted and descended more stably, the device also has the functions of preventing falling, slowing the falling speed when falling suddenly and finally stopping falling.)

1. The utility model provides a can dismantle hall mantle lamps and lanterns, is including spandrel girder (1) that is used for the bearing, spandrel girder (1) is fixed on the roof through galvanized angle steel (2), its characterized in that: the anti-falling device comprises a bearing beam (1), and is characterized in that an anti-falling device (3) and a lamp lifter (4) are fixedly mounted at the bottom of the bearing beam (1), the anti-falling device (3) and the lamp lifter (4) are mounted at adjacent positions, the anti-falling device (3) and the lamp lifter (4) are combined to form a hoisting assembly, a soft membrane lamp (5) is arranged at the bottom of the bearing beam (1) and below the hoisting assembly, a steel wire rope structure (6) for connecting and lifting is arranged between the soft membrane lamp (5) and the hoisting assembly, and dismounting structures (7) are arranged on two opposite side walls of the soft membrane lamp (5);

wire rope structure (6) are including lift wire rope (601) and prevent weighing down wire rope (602), lift wire rope (601) are used for connecting lamps and lanterns riser (4) and mantle lamps and lanterns (5), prevent weighing down wire rope (602) and be used for connecting safety hook (3) and mantle lamps and lanterns (5).

2. A demountable hall soft film light fixture according to claim 1, wherein: the back of the soft membrane lamp (5) is provided with at least four aluminum through girders (8) along the axial arrangement of a long shaft, steel wire holes (9) are fixed at the outer four corners and the inner four corners of the aluminum through girders (8), lifting steel wire ropes (601) sequentially and crossly penetrate the outer four corners, the steel wire holes (9) are connected with a lamp lifter (4), anti-falling steel wire ropes (602) sequentially and crossly penetrate the inner four corners, the steel wire holes (9) are connected with an anti-falling device (3), and the lifting steel wire ropes (601) and the anti-falling steel wire ropes (602) are sequentially connected with the steel wire holes (9) in series to form a symmetrical triangular shape.

3. A demountable hall soft film light fixture according to claim 1, wherein: the back of mantle lamps and lanterns (5) is provided with and is no less than nine aluminium and leads to girder (8), nine the crossbeam (8) is led to the aluminium alternately sets up in proper order, the symmetry is provided with four steel wire holes (9) of trapezoidal distribution on the crossbeam (8) is led to the aluminium, is located nine the central authorities that crossbeam (8) was led to the aluminium are fixed with four that are the cross distribution steel wire hole (9), lift wire rope (601) are butterfly form and pass outside eight steel wire hole (9) and are connected with riser (4), prevent weighing down wire rope (602) and be cross and pass four steel wire hole (9) and are connected with safety hook (3).

4. A demountable hall soft film light fixture according to claim 1, wherein: dismantle structure (7) including metal frame limit (701) and F sign indicating number (702), metal frame limit (701) are around installing the base a week at mantle lamps and lanterns (5) lamp house, metal frame limit (701) are the barb form and roll up inwards, F sign indicating number (702) pass through the fix with screw the bottom of lamp house and hug closely the setting with metal frame limit (701), two extension boards of F sign indicating number (702) form and dismantle the trench, the inside of dismantling the trench is provided with the mantle of "V" shape and detains limit (703), the bottom of mantle lamps and lanterns (5) is provided with mantle smallpox (704), mantle smallpox (704) pass through mantle detains limit (703) with the lamp house forms detachable connection structure.

5. A demountable hall soft film light fixture according to claim 1, wherein: and lamp box clamping positions (10) extending and inclining towards the middle part are arranged on two sides of the top of the soft film lamp (5), and the lamp box clamping positions (10) adopt rigid elements.

Technical Field

The invention relates to the field of soft film lamps, in particular to a detachable hall soft film lamp.

Background

The soft film ceiling is originated in Switzerland, is introduced in China in 95 years, is an indoor decoration material widely used in recent years, the size of the ceiling needs to be measured on the spot, the soft film ceiling is manufactured in a factory, the stability of the size of the soft film is between 15 ℃ below zero and 45 ℃, the light-transmitting film ceiling can be matched with various lighting systems such as neon lamps, fluorescent lamps and the like, and the illusive and shadowless indoor lamp effect can be created.

The soft film ceiling has very good characteristics, such as fireproof function: the soft film ceiling meets the fire-proof standard of many countries, in short, the general building materials spread fire and heat to other positions when being subjected to high temperature or burning, but the soft film ceiling only melts through itself after burning and shrinks automatically within a few seconds until leaving the fire source, then automatically stops, and no harmful gas or solution is discharged to drip down to hurt human bodies or property, and the energy-saving function is achieved: firstly, the surface of the smooth ceiling is manufactured according to the film screen, if the surface can be seen to have countless concave-convex grains, the purpose is to enhance the light refraction, so that a user is encouraged to mount a wall lamp or an inverted lamp to enhance the effect, the method can reduce the number of lamp sources, and the method is widely applied to soft film lamps in most engineering interior decorations due to the excellent characteristics of the soft film lamps, but the large soft film lamps have heavier dead weight, the lamps are easy to swing in the mounting process, and the position imbalance in the rising process easily causes the lamps not to be rotated and reset.

Disclosure of Invention

1. Technical problem to be solved

Aiming at the problems in the prior art, the invention aims to provide a detachable hall soft film lamp which can balance a lamp box, enables the lamp box to ascend and descend more stably, and also has the functions of preventing falling, delaying the falling speed when falling suddenly and finally stopping falling.

2. Technical scheme

In order to solve the above problems, the present invention adopts the following technical solutions.

A detachable hall soft film lamp comprises a bearing beam for bearing, wherein the bearing beam is fixed on a top plate through galvanized angle steel, the bottom of the bearing beam is fixedly provided with a falling protector and a lamp lifter, the falling protector and the lamp lifter are installed at adjacent positions, the falling protector and the lamp lifter are combined to form a hoisting assembly, a soft film lamp is arranged at the bottom of the bearing beam and below the hoisting assembly, a steel wire rope structure for connecting and lifting is arranged between the soft film lamp and the hoisting assembly, and two opposite side walls of the soft film lamp are provided with dismounting structures;

the steel wire rope structure comprises a lifting steel wire rope and an anti-falling steel wire rope, the lifting steel wire rope is used for connecting the lamp lifter and the soft film lamp, and the anti-falling steel wire rope is used for connecting the anti-falling device and the soft film lamp.

Preferably, the back of the soft film lamp is provided with at least four aluminum through beams arranged along the axial direction of the long shaft, steel wire holes are fixed at the outer four corners and the inner four corners of each aluminum through beam, the lifting steel wire ropes sequentially and crosswise penetrate through the outer four corners, the steel wire holes are connected with the lamp lifter, the anti-falling steel wire ropes sequentially and crosswise penetrate through the inner four corners, the steel wire holes are connected with the anti-falling device, and the lifting steel wire ropes and the anti-falling steel wire ropes are sequentially connected with the steel wire holes in series to form a symmetrical triangle.

Preferably, the back of mantle lamps and lanterns is provided with and is no less than nine aluminium through girders, nine aluminium through girders alternately set up in proper order, the symmetry is provided with four steel wire holes of trapezoidal distribution on the aluminium through girder, is located nine the central authorities of aluminium through girder are fixed with four that are cross distribution the steel wire hole, lifting steel wire rope is butterfly form and passes outside eight steel wire hole and is connected with the riser, prevent weighing down the steel wire rope and be cross and pass four steel wire hole and be connected with the safety hook.

Preferably, dismantle the structure including metal frame limit and F sign indicating number, the metal frame limit is around installing the base a week at the mantle lamp house, the metal frame limit is the inside book of overhead kick form, the F sign indicating number passes through the fix with screw the bottom of lamp house and hug closely the setting with the metal frame limit, two extension boards of F sign indicating number form and dismantle the trench, the inside of dismantling the trench is provided with the mantle of "V" shape and detains the limit, the bottom of mantle lamp is provided with the mantle smallpox, the mantle smallpox passes through the mantle detain the limit with the lamp house forms detachable connection structure.

Preferably, lamp box screens extending and inclining towards the middle part are arranged on two sides of the top of the soft film lamp, and the lamp box screens are rigid elements.

3. Advantageous effects

Compared with the prior art, the invention has the advantages that:

(1) this scheme, adopt the whole frame construction, four aluminium of whole lamp house installation lead to the girder, the structural stability of lamps and lanterns is guaranteed to the maximum journey adopts and to dismantle the mantle design, the embedded mantle mounting structure of convenient maintenance can automatic rising alone, the lamps and lanterns riser is by four six millimeter wire rope pulling lifting disks, design two hundred kilograms of load, function dual fail safe speed difference safety hook is prevented falling from the area, when the lamp house tenesmus suddenly, the automatic locking is dead, design one hundred kilograms of load, through with the dead function of lamp riser automatic locking after the magneto outage, empty when can not appearing falling wait dangerous phenomenon.

(2) This scheme, use X shape to support and guarantee balanced stable, adopt the aluminium square tube as main part bearing structure, X shape bearing structure design adopts the formula of intercrossing, dispersion bearing design, make weight dispersion to every sliding point, the atress is even, can effectually play the guard action, X shape supports the primary function to, balanced lamp house, it is more steady to make the lamp house rise to descend, X shape supports still to play and prevents to fall, the speed of falling is delayed when falling suddenly, the effect that drops stops at last, can avoid when the ceiling lamp installation, the high altitude that probably takes place falls, the support body collapses, the object strikes, the electric shock, major casualty accidents such as conflagration.

Drawings

FIG. 1 is a schematic view of a mounting structure of a soft film lamp according to the present invention;

FIG. 2 is a schematic view of the back structure of the soft film lamp of the present invention;

FIG. 3 is a schematic view of the back structure of the soft film lamp of the present invention;

FIG. 4 is an enlarged detail view A of FIG. 1 according to the present invention;

FIG. 5 is a schematic view of a top X-shaped support mounting structure of the lamp of the present invention.

The reference numbers in the figures illustrate:

1. a spandrel girder; 2. galvanized angle steel; 3. a safety catch; 4. a lamp riser; 5. a soft film lamp; 6. A wire rope structure; 601. lifting the steel wire rope; 602. an anti-falling steel wire rope; 7. disassembling the structure; 701. a metal frame edge; 702. f code; 703. buckling edges of the soft film; 704. soft film ceilings; 8. an aluminum through girder; 9. a steel wire hole; 10. the lamp house screens.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention; it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by those skilled in the art without inventive work are within the scope of the present invention.

Referring to fig. 1-5, a detachable hall soft film lamp comprises a bearing beam 1 for bearing, wherein the bearing beam 1 is fixed on a top plate through galvanized angle steel 2, a falling protector 3 and a lamp lifter 4 are fixedly installed at the bottom of the bearing beam 1, the falling protector 3 and the lamp lifter 4 are installed at adjacent positions, the falling protector 3 and the lamp lifter 4 are combined to form a hoisting assembly, a soft film lamp 5 is arranged at the bottom of the bearing beam 1 and below the hoisting assembly, a steel wire rope structure 6 for connecting and lifting is arranged between the soft film lamp 5 and the hoisting assembly, and detaching structures 7 are arranged on two opposite side walls of the soft film lamp 5.

The steel wire rope structure 6 comprises a lifting steel wire rope 601 and an anti-falling steel wire rope 602, the lifting steel wire rope 601 is used for connecting the lamp lifter 4 and the soft film lamp 5, and the anti-falling steel wire rope 602 is used for connecting the anti-falling device 3 and the soft film lamp 5.

Example 1:

referring to fig. 1-5, at least four aluminum through beams 8 are arranged on the back of the soft film lamp 5 along the axial direction of the long shaft, steel wire holes 9 are fixed at the outer four corners and the inner four corners of each aluminum through beam 8, a lifting steel wire 601 passes through the steel wire holes 9 at the outer four corners in sequence and in a crossed manner to be connected with the lamp lifter 4, anti-falling steel wire 602 sequentially passes through the steel wire holes 9 at the inner four corners in a crossed manner to be connected with the anti-falling device 3, and the lifting steel wire 601 and the anti-falling steel wire 602 are sequentially connected with the steel wire holes 9 in series to form a symmetrical triangle.

Furthermore, the symmetrical triangular series connection method is suitable for a lamp box which is not overweight by twenty kilograms, and the threading mode is simpler and quicker.

Example 2:

referring to fig. 1-5, the back of the soft film lamp 5 is provided with at least nine aluminum through girders 8, nine aluminum through girders 8 are sequentially arranged in a crossed manner, four steel wire holes 9 are symmetrically arranged on the aluminum through girders 8 and distributed in a trapezoidal manner, four steel wire holes 9 are fixed in the center of the nine aluminum through girders 8 and distributed in a cross manner, a lifting steel wire rope 601 penetrates through the eight external steel wire holes 9 in a butterfly manner and is connected with the lifter 4, and an anti-falling steel wire rope 602 penetrates through the four steel wire holes 9 in a cross manner and is connected with the anti-falling device 3.

Furthermore, the lifting steel wire rope 601 is connected with eight external steel wire holes 9 in a butterfly shape in sequence, and the internal anti-falling steel wire rope 602 crosses four steel wire holes 9 in a cross shape and is suitable for a light box which is not overweight by thirty kilograms.

Further, the aluminum channel beam 8 can be 1.0 thick, and 10 × 50mm of aluminum alloy channel is used as the lamp beam, and two-directional tension of the steel wire structure 6 is used: the falling protector 3 and the lamp lifter 4 are arranged, the lamp lifter 4 is vertically pulled and ascended, the falling protector 3 is stably pulled to one side, and the falling protector has good stability.

Referring to fig. 1-5, the detaching structure 7 includes a metal frame 701 and an F code 702, the metal frame 701 surrounds the bottom edge of the lamp box of the flexible film lamp 5, the metal frame 701 is turned inward in an inverted hook shape, the F code 702 is fixed at the bottom of the lamp box by screws and is tightly attached to the metal frame 701, two support plates of the F code 702 form a detaching slot, an inverted "V" -shaped flexible film fastening edge 703 is arranged inside the detaching slot, a flexible film ceiling 704 is arranged at the bottom of the flexible film lamp 5, and the flexible film ceiling 704 forms a detachable connection structure with the lamp box by the flexible film fastening edge 703.

Referring to fig. 2-3, compared to embodiment 1, the present embodiment can support a heavier light box and is more stable during the process of installing the light box.

Example 3:

referring to fig. 5, a rigid outer frame 11 is mounted on the back of the soft film lamp 5, aluminum squares 12 are fixed inside the rigid outer frame 11 and at corresponding positions on the top of the bearing beam 1, a telescopic X-shaped support 13 is mounted between the aluminum squares 12 inside the rigid outer frame 11 and the aluminum squares 12 on the top of the bearing beam 1, a vertically extending steel wire rope is arranged at the bottom of the lamp lifter 4 and fixed on the back of the soft film lamp 5, and two falling protectors 3 are mounted on the bearing beam 1 and located on two sides of the lamp lifter 4.

Referring to fig. 1, compared to embodiments 1 and 2, this embodiment uses X-shaped supports 13 instead of the wire rope structure 6, except that:

get rid of wire rope structure 6's connected mode, and add and establish a safety hook 3, make overall structure have more safety and stability, and the lift in-process is because the easy horizontal hunting of the 6 hoist and mount in-process lamp houses of super high distance wire rope structure, destroy peripheral architectural surface and lead to unable positive restoration at the in-process unbalance of rising, use X shape to support 13 and guarantee balanced stable, adopt aluminium side 12 expert as main part bearing structure, X shape supports 13 structural design and adopts the interactive mode, the design of dispersion bearing, make weight dispersion to every sliding point, the atress is even, can effectually play the guard action.

Further, X-shaped supports 13 primary function does, and balanced lamp house makes the lamp house rise and descend more for the steadiness, and X-shaped supports 13 still plays and prevents to fall, and the time delay of falling suddenly delays the speed of falling, finally stops the effect of falling, can avoid when the ceiling lamp installation, probably takes place the high altitude and falls, the support body collapses, the object strikes, electrocutes, major casualties such as conflagration.

Referring to fig. 1 or 5, lamp box locking positions 10 extending and inclining to the middle are disposed on two sides of the top of the flexible film lamp 5, and the lamp box locking positions 10 are rigid elements.

Further, the light box clip 10 is mainly used for calibration, wherein the rigid element may be made of stainless steel.

Furthermore, the lamp lifter 4 adopts a high-pressure cast aluminum shell, is anticorrosive and antistatic in baking finish, has the characteristics of dust prevention and water prevention by adopting a treatment process, and is strong in design load capacity because the lifting disc is pulled by four six-millimeter steel wire ropes.

When in use: the lamp adopts an integral frame structure, four aluminum through main beams are installed on an integral lamp box, the structural stability of the lamp is ensured to the maximum extent, the detachable soft film design is adopted, the embedded soft film installation structure convenient to maintain can be independently and automatically lifted, the lamp lifter is pulled by four six-millimeter steel wire ropes, the lifting disc is designed to carry two hundred kilograms, the double-insurance speed difference falling protector with the falling prevention function is designed, when the lamp box suddenly falls, the lamp lifter is automatically locked, the lamp lifter carries one kilogram, the automatic locking function of the lamp lifter after the lamp lifter is powered off by a magneto is realized, the dangerous phenomena such as empty falling and the like can not occur, the X-shaped support 13 is used for ensuring the balance and stability, the aluminum square 12 through is adopted as a main bearing structure, the X-shaped support 13 adopts an interactive type structural design, the bearing design is dispersed, the weight is dispersed to each sliding point, the stress is uniform, and the protective effect can be effectively played, the X-shaped support 13 mainly acts to balance the lamp box, so that the lamp box can ascend and descend more stably, the X-shaped support 13 also plays a role in preventing falling, the falling speed is delayed when the lamp box suddenly falls, and the falling action is finally stopped, so that serious casualty accidents such as high-altitude falling, collapse of a frame body, object striking, electric shock, fire and the like can be avoided when the ceiling lamp is installed.

The foregoing is only a preferred embodiment of the present invention; the scope of the invention is not limited thereto. Any person skilled in the art should be able to cover the protection scope of the present invention by equivalent or modified according to the technical solution and the modified concept of the present invention within the technical scope of the present disclosure.