CN110030503A

CN110030503A - Fluorescent glass structure

Info

Publication number: CN110030503A
Application number: CN201910448782.8A
Authority: CN
Inventors: 孙丰
Original assignee: Jiangsu Mingster Photoelectric Technology Co Ltd
Current assignee: Jiangsu Mingster Photoelectric Technology Co Ltd
Priority date: 2019-05-28
Filing date: 2019-05-28
Publication date: 2019-07-19
Anticipated expiration: 2039-05-28
Also published as: CN110030503B

Abstract

The invention discloses a kind of fluorescent glass structures, it is intended to provide a kind of fluorescent glass for capableing of flexible modulation lamp strip position, its key points of the technical solution are that, including the first outside sandwich and the second outside sandwich, the first hollow layer is successively arranged between first outside sandwich and the second outside sandwich, intraformational bed and the second hollow layer, first outside sandwich, first hollow layer, intraformational bed, second hollow layer and the second outside sandwich collectively constitute three layers structure, the inside of first hollow layer is equipped with bindiny mechanism, the inside of first hollow layer is equipped with the first regulating mechanism, the inside of second hollow layer is equipped with the second regulating mechanism, first hollow layer, it is carved with conducting resinl in the surface of intraformational bed and the second hollow layer, the surface of conducting resinl is equipped with the LED lamp tube being fixed on inside the first hollow layer, the two sides that first hollow layer is internally located at LED lamp tube are connected with fluorescent tube interlayer, in first Dead level, which is internally located at fluorescent tube interlayer, is equipped with bindiny mechanism, and bindiny mechanism realizes that each fluorescent tube is interbedded and is fixedly connected.

Description

Fluorescent glass structure

Technical field

The present invention relates to fluorescent glass fields, in particular to fluorescent glass structure.

Background technique

LED glass is a kind of high-tech product for being embedded in LED light source and forming various patterns, pattern in glass.Itself Possess outstanding brightness and energy-efficient characteristic, LED glass science and technology can enable glass surface not see route, be suitable for various plate with And curved glass, meet the various design application demands of customer.LED glass can obstruct 99% ultraviolet light and 40% or more infrared ray, Have the function of partial isolation, while being also a safety glass.

The manufacturing method of fluorescent glass, the step of including are as follows: will selected from IIIA, IVA, VA, VIA, the VIIA by periodic table, At least one of the group of VIII, IB, IIB and Group IVB element composition metal component is adsorbed to porous high silicon dioxide glass；So Cellular glass is heated under reducing atmosphere afterwards.By this method obtain fluorescent glass have excellent heat resistance, The characteristics such as chemical durability, mechanical strength, and it is strong luminous with display when the irradiation such as ultraviolet light.The glass can act effectively as illumination The illuminator of system, display equipment etc..

Currently, the Chinese patent of Publication No. CN207892461U discloses a kind of hollow fluorescent glass, it includes outside Glass, inner glass, two walls and LED circuit board, two walls are both secured to outside glass and the inner glass Between, and two wall intervals are arranged and enclose to set jointly to form spaced gas layer, LED line with outside glass and inner glass Road plate is set in the outside glass.

Although this hollow fluorescent glass can greatly promote the indoor heat insulation of hollow fluorescent glass: it is this Fluorescent glass is identical as conventional fluorescent glass, is disposably to design, when fluorescent glass is set with specification as requested After meter and installation, the structure of installation inside glass can not be replaced, the LED lamp tube in design inside insertion fluorescent glass It is that cannot generate the part of later period variation, however the usage range of fluorescent glass is wider with tube circuit, part hotel owner uses The typesetting inside fluorescent glass is needed to be replaced frequently when fluorescent glass, is needed if using the fluorescent glass of this structure often Different fluorescent glasses is customized, the cost of hotel owner is unable to get control, needs to put into a large amount of economic costs.

Summary of the invention

The present invention in view of the above technical problems, the shortcomings that overcoming the prior art, provides fluorescent glass structure.

In order to solve the above technical problems, the present invention provides fluorescent glass structure.

Technical effect: the structure of fluorescent glass being designed as adjustable, and setting is dissipated there are two hollow layer in fluorescent glass The better performances of heat, the luminescence component in fluorescent glass can replace position to reach the requirement of hotel owner, and hotel owner can be to luminous glass Fluorescent tube sequence inside glass is replaced, to be combined into oneself desired lexicographic order, without customizing new hair again in producer Light glass saves economic input, and the included frame structure of fluorescent glass can be placed directly in outdoor or shop, without additional Fixed structure auxiliary, the design of itself frame uses as sealing simultaneously, blocks to the adjustable part of fluorescent glass And sealing, the stability and security performance of structure are preferable.

The technical solution that the present invention further limits is: a kind of fluorescent glass structure, including outside the first outside sandwich and second Interlayer is successively arranged the first hollow layer, intraformational bed and the second hollow layer between first outside sandwich and the second outside sandwich, described First outside sandwich, the first hollow layer, intraformational bed, the second hollow layer and the second outside sandwich collectively constitute three layers structure, and described The inside of one hollow layer is equipped with bindiny mechanism, and the inside of first hollow layer is equipped with the first regulating mechanism, and described second is hollow The inside of layer is equipped with the second regulating mechanism, and conducting resinl is carved on the surface of first hollow layer, intraformational bed and the second hollow layer, institute The surface for stating conducting resinl is equipped with the LED lamp tube being fixed on inside the first hollow layer, and first hollow layer is internally located at LED lamp tube Two sides be equipped with fluorescent tube interlayer, first hollow layer be internally located at fluorescent tube interlayer be equipped with bindiny mechanism, the bindiny mechanism It realizes that each fluorescent tube is interbedded to be fixedly connected.

Further, first regulating mechanism includes being fixedly connected on agreeing with layer, being opened in contract for fluorescent tube interlayer bottom It closes the buckle space of layer bottom and set on the strip for agreeing with layer bottom, the cross section in the buckle space is six sides of open-ended Shape, the strip itself are attached to elastic deformation ability, and the strip is equipped with the bending part in corresponding buckle space, and the strip is embedding Bending part can comply with the inner wall fitting buckle space in buckle space when entering to buckle space, and the fluorescent tube interlayer is covered in layer is agreed with The outside of LED lamp tube.

Further, second regulating mechanism includes fixed strip inside the second hollow layer, set on agreeing with a layer side It the limit hole of wall and is fixedly connected on fixed strip and sequentially passes through the second outer clip far from the crossbearer of layer one end, the fixed strip is agreed with Layer, the second hollow layer, intraformational bed and agree with layer.

Further, the bindiny mechanism includes the first link block for being fixedly connected on fluorescent tube interlayer side, is fixedly connected In on the first link block hemisphere jut, be fixedly connected on the fluorescent tube interlayer other side the second link block and be set to the second link block On spherical card slot.

Further, be equipped with can be by the first outside sandwich, first hollow for the outside of first outside sandwich and the second outside sandwich Layer, intraformational bed, the second hollow layer, the covering of the second outside sandwich frame, the both ends of the crossbearer are equipped with through crossbearer and frame Fixing screws, the crossbearer are fixed on frame by fixing screws.

Further, first outside sandwich is fixedly connected with sealing strip positioned at the outside for agreeing with layer.

Further, the adsorption of the hemisphere jut, which is magnetic, inhales item, and the inside for seeking shape card slot is equipped with and magnetic Property inhale the iron bar attracted each other of item.

Further, the crossbearer is equipped with cooling fin far from the side of fixed strip.

Further, the bottom of the frame is equipped with stabilizer blade.

Further, the front end outside first link block and the second link block is equipped with glass baffle, the different lamp The second glass baffle is equipped between pipe clamp layer.

The beneficial effects of the present invention are:

(1) in the present invention, fluorescent glass built-in first hollow layer and the second hollow layer, the design of dual hollow layer improve hair The heat dissipation performance of light glass, LED lamp tube can generate a large amount of heat when shining, dual hollow layer can guarantee inside fluorescent glass Ventilative and heat dissipation performance more preferably, is in fluorescent glass in normal temperature section and works.

(2) in the present invention, the first regulating mechanism in fluorescent glass can realize the adjustable structure of LED lamp tube, LED light Pipe can replace the lexicographic order in fluorescent glass according to the requirement of hotel owner itself at any time, form different texts, without hotel owner's weight New fluorescent glass is newly customized, expense economically is saved.

(3) in the present invention, the second regulating mechanism in fluorescent glass can help that the lamp strip position after adjusting is fixed, Guarantee the stability of fluorescent glass.

(4) in the present invention, fluorescent glass plays a dual role of support and sealing by frame, crossbearer and bracket, not only It can guarantee the safety inside fluorescent glass, and can play a supportive role to fluorescent glass, between frame, crossbearer and bracket Detachable type structure can at any time be adjusted LED lamp tube.

(5) in the present invention, stable structure is firm when the structure between fluorescent tube and fluorescent tube is fixed, and is guaranteed by glass baffle The aesthetics of fluorescent glass.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of bindiny mechanism in embodiment 1；

Fig. 2 is the structural schematic diagram of each level of fluorescent glass in embodiment 1；

Fig. 3 is the top view of embodiment 1；

Fig. 4 is the front view of internal structure in embodiment 1.

In figure, the 1, first outside sandwich；2, the second outside sandwich；3, the first hollow layer；4, intraformational bed；5, the second hollow layer；6, Bindiny mechanism；61, the first link block；62, hemisphere jut；63, the second link block；64, spherical card slot；7, the first regulating mechanism； 71, agree with layer；72, space is buckled；73, strip；8, the second regulating mechanism；81, fixed strip；82, limit hole；83, crossbearer；9, it leads Electric glue；10, LED lamp tube；11, fluorescent tube interlayer；12, stabilizer blade；13, frame；14, fixing screws；15, sealing strip；16, magnetic to inhale Item；17, iron bar；18, cooling fin；19, bending part；20, the first glass baffle；21, the second glass baffle.

Specific embodiment

Below in conjunction with attached drawing, invention is further described in detail.

Embodiment 1: fluorescent glass structure, as shown in Fig. 1, Fig. 3 and Fig. 4, outer body of the invention is frame 13, truss With stabilizer blade 12, two frames 13 are placed in the two sides of fluorescent glass primary structure, and frame 13 carries out each layer of structure of fluorescent glass The back side of package covering, frame 13 is equipped with a horizontal crossbearer 83, and two stabilizer blades 12 are fixedly connected on the bottom of two frames 13 Portion.

As shown in Figure 1, Figure 2 and Fig. 4 shown in, the primary structure of fluorescent glass layer successively by the first outside sandwich 1, the first intraformational bed 4, Hollow layer, the second intraformational bed 4, the second outside sandwich 2 are constituted, and fluorescent glass is three layers structure, and the inside of the first hollow layer 3 is equipped with The inside of bindiny mechanism 6 and the first regulating mechanism 7, the second hollow layer 5 is equipped with the second regulating mechanism 8, the first hollow layer 3, inner clip Conducting resinl 9 is carved on the surface of layer 4 and the second hollow layer 5, and the surface of conducting resinl 9 is equipped with the LED being fixed on inside the first hollow layer 3 Fluorescent tube 10.

As shown in Figure 1, Figure 2 and shown in Fig. 4, the two sides that the first hollow layer 3 is internally located at LED lamp tube 10 are fixedly connected with lamp tube clip Layer 11, the two sides of fluorescent tube interlayer 11 are equipped with bindiny mechanism 6, and bindiny mechanism 6 can realize the interbedded fixation of each LED lamp tube 10 even It connects, bindiny mechanism 6 is made of the first link block 61, hemisphere jut 62, the second link block 63 and spherical card slot 64, the first link block 61 are located therein the side wall in one piece of fluorescent tube interlayer, 11 outside, and the first link block 61 is fixedly connected with far from the side of fluorescent tube interlayer 11 Hemisphere jut 62, the adsorption of hemisphere jut 62, which is magnetic, inhales item 16, and second is connected to outside another piece of fluorescent tube interlayer 11 The side wall of side, the second link block 63 are fixedly connected with spherical card slot 64 far from the side of fluorescent tube interlayer 11, spherical card slot 64 it is interior Portion is fixedly connected with iron bar 17, and iron bar 17 can inhale item 16 with magnetism and attract each other, and fluorescent tube interlayer 11 is located at close to the first link block 61 outside is equipped with the first glass baffle 20, and fluorescent tube interlayer 11, which is located at, is again provided with the first glass close to the outside of the second link block 63 Glass baffle 20 is equipped with the second glass baffle 21, two piece of second glass baffle 21 and the first glass between different fluorescent tube interlayers 11 Baffle 20 can cover the gap between different fluorescent tube interlayers 11.

As shown in Figure 1, Figure 2 and shown in Fig. 4, the first regulating mechanism 7 is formed by agreeing with layer 71, buckle space 72 with strip 73, contract The bottom that layer 71 is fixedly connected on fluorescent tube interlayer 11 is closed, the bottom for agreeing with layer 71 offers buckle space 72, agrees with the bottom of layer 71 Portion is fixedly connected with strip 73, and the cross section in buckle space 72 is the hexagon of top open-ended, and strip 73 protrudes into buckle space 72 inside, the cross section of strip 73 are the hexagon in fitting buckle space 72, and strip 73 carries elastic deformation ability, strip 73 It is equipped with the bending part 19 of fitting buckle 72 inner wall of space, fluorescent tube interlayer 11 and agrees with layer 71 and be covered in LED lamp tube 10 simultaneously Outside, the first outside sandwich 1 are fixedly connected with sealing strip 15 positioned at the outside for agreeing with layer 71.

As shown in Figure 1, Figure 2 and Figure 3, the second regulating mechanism 8 due to fixed strip 81, limit hole 82 with crossbearer 83 composition, Fixed strip 81 is set to the inside of the second hollow layer 5, and limit hole 82 is set to the side wall for agreeing with layer 71, and crossbearer 83 are fixedly connected on Item 81 is determined far from the one end for agreeing with layer 71, and fixed strip 81 sequentially passes through the second outside sandwich 2, the second hollow layer 5, intraformational bed 4 and contract It closes layer 71 to be arranged, the both ends of crossbearer 83 are equipped with the fixing screws 14 through crossbearer 83 and frame 13, and crossbearer 83 passes through fixing screws 14 are fixed on frame 13, and crossbearer 83 is equipped with cooling fin 18 far from the side of fixed strip 81.

It as shown in Fig. 1, Fig. 3 and Fig. 4, is made of inside entire fluorescent glass 10 groups of LED lamp tubes 10, is total to and is equipped with two rows, one Five groups are arranged, five groups of LED lamp tubes 10 are moveable structure, and fixing screws 14 are removed, crossbearer 83 are extracted out with fixed strip 81 In limit hole 82, the frame 13 of fluorescent glass two sides can be disassembled, and after frame 13 is removed, gently push the fluorescent tube interlayer of side 11, each group of LED lamp tube 10 can be removed, changing replacement after rearrangement insertion to the position of LED lamp tube 10 will roll over The inner wall in the fitting buckle of turn of bilge 19 space 72 is inserted into, and the magnetic suction item 16 and iron bar 17 when fixed on hemisphere jut 62 are mutual Attract, is fixed by hemisphere jut 62 with spherical card slot 64 between 10 interlayer of LED lamp tube.

The above embodiments are only explanation of the invention, are not limitation of the present invention, those skilled in the art Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this All by the protection of Patent Law in the scope of the claims of invention.

Claims

1. a kind of fluorescent glass structure, including the first outside sandwich (1) and the second outside sandwich (2), it is characterised in that: outside described first The first hollow layer (3), intraformational bed (4) and the second hollow layer (5) are successively arranged between interlayer (1) and the second outside sandwich (2), it is described First outside sandwich (1), the first hollow layer (3), intraformational bed (4), the second hollow layer (5) and the second outside sandwich (2) collectively constitute three Layered structure, the inside of first hollow layer (3) are equipped with bindiny mechanism (6), and the inside of first hollow layer (3) is equipped with the One regulating mechanism (7), the inside of second hollow layer (5) are equipped with the second regulating mechanism (8), first hollow layer (3), interior The surface of interlayer (4) and the second hollow layer (5) is carved with conducting resinl (9), and the surface of the conducting resinl (9), which is equipped with, to be fixed in first The internal LED lamp tube (10) of dead level (3), the two sides that first hollow layer (3) is internally located at LED lamp tube (10) are equipped with lamp tube clip Layer (11), first hollow layer (3) are internally located at fluorescent tube interlayer (11) and are equipped with bindiny mechanism (6), the bindiny mechanism (6) Realize being fixedly connected between each fluorescent tube interlayer (11).

2. fluorescent glass structure according to claim 1, it is characterised in that: first regulating mechanism (7) includes fixing It is connected to agreeing with layer (71), be opened in the buckle space (72) for agreeing with layer (71) bottom and being set to contract for fluorescent tube interlayer (11) bottom The strip (73) of layer (71) bottom is closed, the cross section of buckle space (72) is the hexagon of open-ended, the strip (73) Itself subsidiary elastic deformation ability, the strip (73) are equipped with the bending part (19) of corresponding buckle space (72), the strip (73) bending part (19) can comply with inner wall fitting buckle space (72) of buckle space (72) when insertion buckle space (72), described Fluorescent tube interlayer (11) and agree with the outside that layer (71) is covered in LED lamp tube (10).

3. fluorescent glass structure according to claim 2, it is characterised in that: second regulating mechanism (8) includes being set to The internal fixed strip (81) of second hollow layer (5) set on the limit hole (82) for agreeing with layer (71) side wall and is fixedly connected on fixation For item (81) far from agreeing with the crossbearer (83) of layer (71) one end, the fixed strip (81) sequentially passes through the second outside sandwich (2), in second Dead level (5), intraformational bed (4) and agree with layer (71).

4. fluorescent glass structure according to claim 3, it is characterised in that: the bindiny mechanism (6) includes being fixedly connected In fluorescent tube interlayer (11) side the first link block (61), be fixedly connected on the first link block (61) hemisphere jut (62), The spherical card slot for being fixedly connected on second link block (63) of fluorescent tube interlayer (11) other side and being set on the second link block (63) (64).

5. fluorescent glass structure according to claim 4, it is characterised in that: first outside sandwich (1) and the second outer clip The outside of layer (2) is equipped with can will be outside the first outside sandwich (1), the first hollow layer (3), intraformational bed (4), the second hollow layer (5), second The frame (13) of interlayer (2) covering, the both ends of the crossbearer (83) are equipped with the fixing screws through crossbearer (83) and frame (13) (14), the crossbearer (83) is fixed on frame (13) by fixing screws (14).

6. fluorescent glass structure according to claim 5, it is characterised in that: first outside sandwich (1), which is located at, agrees with layer (71) outside is fixedly connected with sealing strip (15).

7. fluorescent glass structure according to claim 6, it is characterised in that: the adsorption of the hemisphere jut (62) has Magnetism inhales item (16), and the inside of the spherical card slot (64) is equipped with and the magnetic iron bar (17) inhaling item (16) and attracting each other.

8. fluorescent glass structure according to claim 7, it is characterised in that: the crossbearer (83) is far from fixed strip (81) Side is equipped with cooling fin (18).

9. fluorescent glass structure according to claim 8, it is characterised in that: the bottom of the frame (13) is equipped with stabilizer blade (12).

10. fluorescent glass structure according to claim 9, it is characterised in that: first link block (61) connects with second It connects the front end of block (63) outside and is equipped with the first glass baffle (20), be equipped with the second glass between the different fluorescent tube interlayer (11) and keep off Piece (21).