CN207438389U

CN207438389U - A kind of spliced building exciter lamp

Info

Publication number: CN207438389U
Application number: CN201721212384.9U
Authority: CN
Inventors: 郭兆雄
Original assignee: Guangzhou Gold Aoliang Photoelectric Technology Co Ltd
Current assignee: Guangzhou Kaijia Future Technology Co., Ltd
Priority date: 2017-09-20
Filing date: 2017-09-20
Publication date: 2018-06-01
Anticipated expiration: 2027-09-20

Abstract

The utility model discloses a kind of spliced building exciter lamp, including lamp housing, luminescence component, connector and lamp stand；Luminescence component is placed in the inside of lamp housing；Connector corresponds to the both ends for being socketed on lamp housing respectively；The both ends of connector are respectively formed the first socket end, and the first socket end is used to socket-connect in a manner of removable with lamp housing or lamp stand；The first clamping portion for protruding from the first socket end is formed between the first socket end of both ends, the first clamping portion and one end of lamp housing are mutually supported, for forming /V to connector；It can be socket-connected by connector between lamp housing or socket-connected with lamp stand, mutually socket is realized between lamp housing or by connector between lamp housing and lamp stand, subsequently through the body of rod of design different shape structure, meets the needs of different lamps moulding and fabricating yard, form the combined lamp that can be combined and change morphosis, compared with traditional LED lamp degree of freedom higher, user experience is promoted.

Description

A kind of spliced building exciter lamp

Technical field

The utility model is related to a kind of lamps and lanterns more particularly to a kind of spliced building exciter lamps.

Background technology

At present, either indoor or outdoor, fixed or hand-held illuminations generally all uses LED light, LED light Sufficient brightness, the features such as low energy consumption have become the first choice of light source used in current lighting apparatus.Especially the whole world is all being advocated at present It leads under energy-saving and environment-friendly overall situation, in order to cater to the call of low-carbon life, large sizes such as urban road, outdoor passageway, market at present The lighting apparatus of public place by LED light substantially to cover popularization.

But there are following defects for existing fixed LED lamp：

(1) either outdoor highway, road and roadside illumination at present or large-scale indoor/outer market, outdoor sports, LED light specification is more unified used by illumination, most LED light just limited to when dispatching from the factory the LED light moulding, Structure and the scope of illumination, lamps and lanterns if necessary to different shaping structure or if needing expansion/reduction illumination zone then need LED light is redesigned or manufactured, limitation is larger and waste manufactures cost.

(2) due to LED light, temperature is higher in use, radiates for convenience, is generally close to LED lamp panel is affixed Have in the fulcrum bearing of heat sinking function inside lamp housing, while for the compactedness for ensureing the leakproofness of lamps and lanterns and lamps and lanterns, lamp housing with The end cap mounting means that lid sets lamp housing end is generally fixedly mounted, and lamps and lanterns have defined lamps and lanterns from a moment manufactured Mounting means and installation after light source compared with the direction of lamp stand, lamps and lanterns after installation is complete generally can not adjusting angle again Degree, limitation is larger and seriously affects user experience, changes light source in the case of in specific needs, then can only be by again The mounting plane for buying different lighting systems, the lamps and lanterns of angle or change lamps and lanterns can be only achieved desired effect.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of spliced building exciter lamp, It will be socket-connected by connector between lamp housing and lamp housing or lamp housing and lamp stand in a manner of removable, by designing different shape The lamp stand of style is arranged in pairs or groups with lamp housing and is socketed, arbitrary to change light fitting shape structure, improves lamps and lanterns assembling degree of freedom.

The purpose of this utility model adopts the following technical scheme that realization：

A kind of spliced building exciter lamp, including lamp housing, luminescence component, connector and lamp stand；The luminescence component is placed in The inside of the lamp housing；The connector corresponds to the both ends for being socketed on the lamp housing respectively；The both ends difference shape of the connector Into the first socket end, first socket end is used to socket-connect in a manner of removable with the lamp housing or the lamp stand；Both ends Be formed with the first clamping portion for protruding from first socket end between first socket end, first clamping portion with it is described One end of lamp housing is mutually supported, for forming /V to the connector；The both ends of the lamp stand are respectively provided with and described One socket end cap connects matched connecting pin；The connector be connected between two lamp housings or be connected to a lamp housing and Between one lamp stand.

Further, the spliced building exciter lamp further includes end cap；End cap lid in a manner of removable is located at Wherein one end of the lamp housing, for replacing the end that the connector forms the spliced building exciter lamp；The end cap One end be formed with the second socket end, the other end is formed with the second clamping portion for protruding from second socket end；Described second Socket end is used to socket-connect with the lamp housing；Second clamping portion is located at the end cap for mutually being supported with the lamp housing /V is formed on the lamp housing.

Further, the inner cavity of the lamp housing, first socket end and second socket end are cylindrical shape；It is described It is clearance fit between lamp housing and first socket end, second socket end；First socket end with described second set The outer circumferential surface for connecing end is equipped with sealing ring.

Further, the spliced building exciter lamp, which further includes, leads bull stick；It can between the connector and the lamp housing It relatively rotates；It is described to lead that bull stick is placed in the inside of the lamp housing and activity is connected to connector described in both ends respectively at both ends；It is described Luminescence component is relatively fixed with the lamp housing, and the bull stick of leading is connected with the luminescence component, so that the lamp housing and the hair Optical assembly is rotated synchronously using the bull stick of leading as rotation axis compared with the connector；

The inner cavity of the lamp housing is barrel-shaped；The axial line for leading bull stick is overlapped with the axial line of the lamp housing inner cavity.

Further, the bull stick of leading is bolt；The screw rod of the bolt penetrates wherein one connector and stretches out shape Into stitching section, the head of the bolt, which is located at the outside of another connector and supports to be formed with the outside of the connector, to be supported Splenium；The stitching section is connected with nut, the outside of connector where the nut is located at the stitching section；By adjusting described Nut compared with the connector tightness so that the radial direction shape of the pressure section and the nut to the bolt Into /V.

Further, the connector between the lamp housing and the lamp stand is equipped with the first connection sheet；First connection sheet It is resisted against the outside of the connector in a manner of removable；It is provided with to live for the bolt in the middle part of first connection sheet It is dynamic to wear the first through hole connect.

Further, the bull stick of leading is polished rod；The both ends of the polished rod are worn respectively is connected to limit assembly；Limit described in both ends Hyte part is located at the outside of connector described in both ends respectively, for limiting the radial direction position that the polished rod is located at the lamp housing It moves.

Further, interior the second connection sheet for being equipped with to support the polished rod between the polished rod of the connector； Second connection sheet is resisted against the inside of the connector in a manner of removable；Use is provided in the middle part of second connection sheet The second through hole connect is worn in supplying the polished rod activity.

Further, the luminescence component and described lead are additionally provided with lamps and lanterns assembly between bull stick；The lamps and lanterns assembly it is upper Portion is formed with supporting part；The luminescence component is arranged at the supporting part, shines for luminescence component described in support and to described Component radiates；Bull stick is led described in being socketed in the lower part of the lamps and lanterns assembly；

The lamp housing offers the opening with inside outside the lamp housing that links；The opening is opposite with the luminescence component It sets, so that the light that the luminescence component projects extends the lamp housing from the opening；Fixed cover is set on the supporting part There is lampshade；The outer rim of the lampshade and the inner edge of the opening lean, so that the lamp housing and the lamps and lanterns assembly are opposite solid It is fixed.

Further, the luminescence component includes lamp plate and power cord；Described lead leads to structure during bull stick is, described lead turns The one side of bar towards the lamps and lanterns assembly is offered leads the string holes connected inside bull stick with described；It opens the lower part of the lamps and lanterns assembly Have and connect the string holes and the cable tray of the supporting part；Described power cord one end is connected with external power supply, and the other end is from institute State lead bull stick wherein one end penetrate it is described lead inside bull stick and pass through the string holes and the cable tray, from the support Portion is stretched out to be connected with the lamp plate circuit；

The mother socket for being used to implement the spliced architectural lighting circuit for lamp connection is installed in the connector；The lamp The inner cavity of shell is equipped with the male plug of grafting corresponding with the female plug, and the male plug passes through the power cord and lamp plate electricity Road connects.

Compared with prior art, the beneficial effects of the utility model are：

Mutually socket is realized between the lamp housing of spliced building exciter lamp or by connector between lamp housing and lamp stand, after Continue the body of rod by designing different shape structure, meet the needs of different lamps moulding and fabricating yard, formation can be arbitrary group The combined lamp for changing morphosis is closed, and the socket quantity of spliced building exciter lamp then can be big according to needed for illumination zone It is small to carry out the increasing or decreasing of quantity, it can according to different demands to passing through between the body of rod and lamp housing before lamp installation fixation Connector carries out continuously being socketed or being spaced socket, realizes product modular, compared with traditional LED lamp degree of freedom higher, carries Rise user experience.

Description of the drawings

Fig. 1 is the spliced building exciter lamp bolt arrangement schematic diagram of the utility model；

Fig. 2 is the spliced building exciter lamp polished rod structure diagram of the utility model；

Fig. 3 is one of spliced building exciter lamp bolt arrangement assembly example of the utility model；

Fig. 4 is the two of the spliced building exciter lamp bolt arrangement assembly example of the utility model；

Fig. 5 is the three of the spliced building exciter lamp bolt arrangement assembly example of the utility model；

Fig. 6 is one of spliced building exciter lamp polished rod structure assembly example of the utility model；

Fig. 7 is the two of the utility model spliced architectural lighting light structure assembly example.

In figure：10th, lamp housing；11st, it is open；20th, luminescence component；21st, lamp plate；30th, connector；31st, the first socket end；32、 First clamping portion；40th, end cap；41st, the second socket end；42nd, the second clamping portion；50th, bull stick is led；51st, bolt；511st, stitching section； 5111st, nut；512nd, pressure section；513rd, the first connection sheet；5131st, first through hole；52nd, polished rod；521st, limit assembly；522nd, Two connection sheets；5221st, the second through hole；60th, lamps and lanterns assembly；61st, supporting part；611st, lampshade；70th, lamp stand；71st, vertical rod；72nd, it is straight Bar；73rd, T-bar.

Specific embodiment

In the following, with reference to attached drawing and specific embodiment, the utility model is described further, it is necessary to explanation is, On the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As shown in Figs. 1-2, the utility model provides a kind of spliced building exciter lamp, lamps and lanterns with and lamps and lanterns or and lamp stand It is arbitrarily socketed in a manner of removable between 70, improves the degree of freedom before and after lamp installation, which includes Lamp housing 10, luminescence component 20, connector 30 and lamp stand 70；Luminescence component 20 is placed in the inside of lamp housing 10；Connector 30 is right respectively The both ends of lamp housing 10 should be socketed on；The both ends of connector 30 are respectively formed the first socket end 31, and the first socket end 31 is used for and lamp Shell 10 or lamp stand 70 are socket-connected in a manner of removable；It is formed between two first socket ends 31 and protrudes from the first socket end 31 First clamping portion 32, the first clamping portion 32 and one end of lamp housing 10 are mutually supported, for forming /V to connector 30；Lamp stand 70 Both ends are respectively provided with is socketed matched connecting pin with the first socket end 31；Connector 30 is connected between two lamp housings 10 or connects It is connected between a lamp housing 10 and a lamp stand 70.It is and of different shapes by designing the lamp stand 70 of different pattern moulding according to demand Lamp stand 70 and lamp housing 10 splice and combine, and to meet the shape and structure requirement of different lamps, form modularized combination type lamps and lanterns, Lamps and lanterns form can be changed before and after installation, improve lamps and lanterns assembling degree of freedom.

Carried out in lamp housing 10 and lamp stand 70 before socket combines, can according at present on the market most light fitting shape demands to not Lamp stand 70 with modeling structure is designed, and is produced in batches so as to the demand of follow-up lamps and lanterns batch installation, such as can be by lamp stand 70 It is designed to the lamp stand 70 of the guardrail between pavement and car lane, pavement and car lane one side, Lawn lamp and builds The bar structures such as the wall lamp of exterior wall are built, and lamp housing 10 is socketed during subsequent installation, so that lamps and lanterns meet corresponding place and make Type requirement, certainly, on lamp stand 70, the socket end structure between lamp housing 10 is also required to match with the first socket end 31, lamp stand It can be that multiple lamp housings 10 are socketed successively by connector 30 between 70 and lamp housing 10, can be also socketed wherein by connector 30 Lamp stand 70, so as to form interval between luminescence component 20；In this example, the end shape to socket-connect of 70 and first socket end 31 of lamp stand Into connecting pin, connecting pin and the first socket end 31 are tubular structure and clearance fit, between the first socket end 31 and connecting pin It can relatively rotate, improve the degree of freedom of spliced building exciter lamp.

Spliced building exciter lamp further includes end cap 40；The lid in a manner of removable of end cap 40 is located at wherein the one of lamp housing 10 End when 10 one end of lamp housing of spliced building exciter lamp with another lamp housing 10 or lamp stand 70 without being socketed, connects for replacing Part 30 forms the end of spliced building exciter lamp；One end of end cap 40 is formed with the second socket end 41, and the other end is formed with prominent For the second clamping portion 42 of the second socket end 41；Second socket end 41 is used to socket-connect with lamp housing 10；It uses the second clamping portion 42 It is supported in 10 phase of lamp housing, end cap 40 is located on lamp housing 10 and forms /V.

In order to improve the leakproofness between lamp housing 10 and connector 30, end cap 40, the inner cavity of lamp housing 10, the first socket end 31 It is cylindrical shape with the second socket end 41；It is clearance fit between 10 and first socket end 31 of lamp housing, the second socket end 41；First The outer circumferential surface of 31 and second socket end 41 of socket end is equipped with sealing ring；In this example, the first clamping portion 32 and the second clamping portion 42 Also it is cylindrical shape, the diameter of the first clamping portion 32 and the second clamping portion 42 is respectively greater than the first socket end 31 and the second socket end 41, and it is consistent with 10 outer circumference diameter of lamp housing；First clamping portion, 32 outer circumferential surface is arranged with anti-skid chequer between also waiting successively.

In order to make the utility model that can adjust the direction of luminescence component 20 before and after installation process, to meet different lamps Light source compared with the direction of lamp stand 70 or mounting surface, spliced building exciter lamp, which further includes, leads bull stick 50；Connector 30 and lamp It can be relatively rotated between shell 10；Lead that bull stick 50 is placed in the inside of lamp housing 10 and activity is connected to two end connections 30 respectively at both ends； Luminescence component 20 is relatively fixed with lamp housing 10, is led bull stick 50 and is connected with luminescence component 20 so that lamp housing 10 and luminescence component 20 with Bull stick 50 is led to rotate synchronously compared with connector 30 for rotation axis, in 10 steering procedure of lamp housing, lamp housing 10 and luminescence component 20 be relatively-stationary state, and luminescence component 20 is then connected with leading bull stick 50, and in this example, lead bull stick 50 is with luminescence component 20 It opposite can be flexibly connected or affixed, when lamp housing 10 is rotated compared with connector 30, luminescence component 20 turns together together with lamp housing 10 It is dynamic, and be oriented to by leading bull stick 50, lamp housing 10 is made to be rotated around 50 axial line of bull stick is led, adjusts 20 direction of luminescence component.

Preferably, in order to improve the steering precision of lamp housing 10, the inner cavity of lamp housing 10 is barrel-shaped；Lead the axial line of bull stick 50 It is overlapped with the axial line of 10 inner cavity of lamp housing, so that lamp housing 10 rotates in rotation process along the axial line of 10 inner cavity of lamp housing, it is more excellent , the axial line of connector 30 is overlapped with the axial line of 10 inner cavity of lamp housing, thus, lamp housing 10 in rotation process with being connected Axial displacement would not be generated between part 30, improves spliced building exciter lamp compactedness.

Connection mode there are two types of leading between bull stick 50 and connector 30：

(1) bull stick 50 is led as bolt 51；The screw rod of bolt 51, which penetrates wherein a connection piece 30 and stretches out, forms stitching section 511, the head of bolt 51 is located at the outside of another connector 30 and supports forms pressure section 512 with the outside of connector 30；It spells Socket part 511 is connected with nut 5111, and nut 5111 is located at the outside of 511 place connector 30 of stitching section；By adjusting nut 5111 compared with connector 30 tightness limited so that pressure section 512 and nut 5111 form the radial direction of bolt 51 Position.Connector 30 between lamp housing 10 and lamp stand 70 is equipped with the first connection sheet 513；First connection sheet 513 is in a manner of removable It is resisted against the outside of connector 30；The middle part of first connection sheet 513 is provided with to wear the first through hole connect for 51 activity of bolt 5131；

(2) bull stick 50 is led as polished rod 52；The both ends of polished rod 52 are worn respectively is connected to limit assembly 521, and limit assembly 521 is preferred It can be used for the component for stopping 52 radial displacement of polished rod for steel wire, axle sleeve etc.；Both ends limit assembly 521 is located at both ends and connects respectively The outside of part 30, for limiting the radial direction displacement that polished rod 52 is located at lamp housing 10.

Interior the second connection sheet 522 for being equipped with to support polished rod 52 between polished rod 52 of connector 30；Second connection sheet 522 It is resisted against the inside of connector 30 in a manner of removable；The middle part of second connection sheet 522 is provided with to wear for 52 activity of polished rod The second through hole 5221 connect.

As an alternative solution, when 10 one end of lamp housing with another lamp housing 10 or lamp stand 70 without being socketed, end cap 40, which is replaced, to be connected Fitting 30 covers the one end for being located at lamp housing 10, and 40 middle part of end cap is provided with to compress and hide for pressure section 512 and limit assembly 521 The groove step received.

Actually, it is only necessary to avoid the limiting component for leading 50 radial displacement of bull stick i.e. by being added at the both ends for leading bull stick 50 Can, the above method (1) and method (2) can effectively improve 10 internal part of lamp housing for preferably embodiment, wherein method (1) Structural compactness；And the component of method (2) connects then simpler, convenient for assembly, adaptability higher.

It the luminescence component 20 of the utility model and leads and is additionally provided with lamps and lanterns assembly 60 between bull stick 50；The top of lamps and lanterns assembly 60 It is formed with supporting part 61；Luminescence component 20 is arranged at supporting part 61, and in this example, luminescence component 20 can be close with supporting part 61 Fitting is arranged on by screw rack on supporting part 61；Supporting part 61 for support luminescence component 20 and dissipates luminescence component 20 Heat；Preferably, 61 cross-sectional shape of supporting part is " Qian " shape, certainly, according to 10 design requirement of lamp housing and can also be catered to luminous Rectangular, the other shapes such as triangle, the bottom surface of " Qian " shape and luminescence component are designed in 61 cross section of supporting part by 20 structure of component 20 connections, the both sides of " Qian " shape form luminescence component 20 position-limiting action and for setting up support lampshade 611, set up lampshade 611 Mode can be by setting concave station upward in the both sides of supporting part 61, in 611 lower part of lampshade, boss phase directed downwardly is set Clamping slips into clamping by matching grooves；In order to which luminescence component 20 is enable to be rotated with lamp housing 10 around 50 axial line of bull stick is led, lamp The lower part of tool assembly 60, which is socketed on, leads bull stick 50.

Lamp housing 10 offers 10 outside of linkage lamp housing and internal opening 11；Opening 11 is oppositely arranged with luminescence component 20, So that the light that luminescence component 20 projects extends lamp housing 10 from opening 11, it is preferred that 11 shape of being open should be with luminescence component 20 shape matches, preferably rectangular, and circular or other irregular shapes can be also designed to according to 10 shape of lamp housing, and shine group The arrangement of part 20 shape is then consistent with 11 shape of opening so that the light that luminescence component 20 is sent can be penetrated all at opening 11 Go out, avoid energy waste；Fixed cover is equipped with lampshade 611 on supporting part 61；The outer rim of lampshade 611 and the inner edge of opening 11 offset It leans on, so that lamp housing 10 is relatively fixed with lamps and lanterns assembly 60, in order to make lamps and lanterns more beautiful, outside the surface of lampshade 611 and lamp housing 10 Circumferential surface is tangent to be flushed, and certainly, is also not only limited in this way, can also protrude from lamp housing 10.

Specifically, luminescence component 20 includes lamp plate 21 and power cord (not indicated in figure)；In order to make 10 inside group of lamp housing Part wiring more specification is neat, leads and leads to structure during bull stick 50 is, the one side for leading bull stick 50 towards lamps and lanterns assembly 60 offers and leads The string holes (not indicated in figure) of 50 inside connection of bull stick；The lower part of lamps and lanterns assembly 60 is provided with connection string holes and the cabling of supporting part 61 Passage (does not indicate) in figure；Power cord one end is connected with external power supply, and the other end, which penetrates to lead from the wherein one end for leading bull stick 50, to be turned Inside bar 50 and through cable-through hole and cable tray, stretch out from supporting part 61 and be connected with 21 circuit of lamp plate, using this kind of cabling/cloth Line mode not only makes 10 internal structure of lamp housing more very clear, conveniently checks 10 inner case of lamp housing to repair, while energy Influence of the bad weather to the utility model is avoided, such as remaining impurity of rainwater is avoided, which to enter inside lamp housing 10, causes leak electricity short-circuit Situation；Preferably, lead bull stick 50 and lamps and lanterns assembly 60 is affixed, thus, since luminescence component 20, lamp housing 10, lamps and lanterns are total It is relatively-stationary state to hold 60 and lead bull stick 50, and when lamp housing 10 is rotated compared with connector 30, power cord then can be with It with lamp housing 10, lamps and lanterns assembly 60 and leads bull stick 50 and rotates together, lamps and lanterns assembly 60 is avoided to be rotated compared with bull stick 50 is led, makes line Hole is tangent with cable tray, the situation for line of cutting off the power.Lamp plate 21 is alternatively arranged equipped with several along 61 length direction of supporting part LED lamp bead and be correspondingly arranged at the projection lens on several LED lamp bead tops.

In order to improve the installation of the utility model, wiring efficiency, it is equipped in connector 30 and is used to implement spliced building The mother socket (not indicated in figure) of lighting lamp circuit connection, in this example, for mother socket tool there are two socket, two sockets are respectively facing company The both ends of fitting 30；The inner cavity of lamp housing 10 is equipped with the male plug (not indicated in figure) of grafting corresponding with female plug, and male plug passes through Power cord is connected with 21 circuit of lamp plate.

In the utility model installation process, 30 one end of connector coordinates with the suit of lamp housing 10, the male plug inside lamp housing 10 Head grafting circuit connection corresponding with the mother socket in connector 30, if at this point, 30 other end of connector is socketed with another lamp housing 10 Cooperation, the other end of mother socket is then mating with the male plug of another lamp housing 10, connects 21 circuit of lamp plate in two lamp housings 10 It connects；Preferably, male plug is equally installed in the connecting pin at the both ends of lamp stand 70, circuit connects between two male plugs, if connection Part 30 socket-connects with lamp stand 70, then cooperatively forming circuit with mother socket by the male plug at 70 both ends of lamp stand is connected, and reduces installation The time required to wiring.

Under be classified as the utility model spliced building exciter lamp different structure embodiment：

Embodiment 1：As shown in figure 3, be one of fitting structure that method (1) bolt 51 connects, in this example, spliced building Headlamp is one, therefore, is socketed in one end of lamp housing 10 for the connector 30 that is socketed with lamp stand 70, the other end then with end cap 40 socket-connect；The stitching section 511 of bolt 51 is spirally connected with nut 5111, and nut 5111 is tightened after in adjustment lamp housing 10, leads to It crosses nut 5111 and holds out against connector 30 and end cap 40 relatively with pressure section 512；Lamp stand 70 is respectively two sections, wherein one section of lamp stand 70 Intersect the vertical rod 71 in 90 ° for both ends central axes, another section of lamp stand 70 is straight-bar 72,71 one end of vertical rod and 30 phase of connector Socket, the other end socket-connects with straight-bar 72 so that lamps and lanterns are integrally in " L " the shape structure stood upside down, and one end that straight-bar 72 is not socketed is again It is fixed on the ground perpendicular to horizontal plane, completes the assembling of lamps and lanterns.

Embodiment 2：As shown in figure 4, be the two of the fitting structure that method (1) bolt 51 connects, in this example, spliced building Headlamp is two, is socket-connected between two lamp housings 10 by connector 30, wherein one end that a lamp housing 10 is not socketed is socketed with End cap 40, one end that another lamp housing 10 is not socketed are socketed with the connector 30 to socket-connect with lamp stand 70；Bolt 51 supports Splenium 512 supports the outer connectors 30 that tooth is pierced by another lamp housing 10 in one end extension of the outside of end cap 40 and past connector 30, And pass through nut 5111 and 511 threaded of stitching section, by adjusting lamp housing 10 after, tighten nut 5111 and support connector 30 opposite hold out against fixes lamp housing 10 with pressure section 512；The end connection 30 not being socketed is socketed again with lamp stand 70, with implementation Example 1 is identical, and lamp stand 70 is respectively vertical rod 71 and straight-bar 72, and " L " shape structure lamps and lanterns of handstand are ultimately formed by being sequentially connected, And it is fixed on ground and completes assembling.

Embodiment 3：As shown in figure 5, be the three of the fitting structure that method (1) bolt 51 connects, in this example, spliced building Headlamp is four, and lamp stand 70 is two sections, is respectively the T-bar 73 of " T " shape structure and straight-bar 72, and four lamp housings 10 are gone here and there two-by-two Join the left and right ends for the T-bar 73 that is placed in, be respectively formed two groups of concatenation units and be mutually parallel with the body of rod at 73 top of T-bar；T The lamp housing 10 of 73 both sides of shape bar is mutually socketed respectively by connector 30, wherein the other end of a lamp housing 10 passes through 30 sets of connector T-bar 73 is connected to, one end lamp housing 10 not being socketed is then respectively sleeved on end cap 40；One group of concatenation unit passes through a bolt 51 Connection supporting, the pressure section 512 of bolt 51 is resisted against the outside of end cap 40 and extends towards 30 direction of connector, by from close to T The connector 30 of 73 one end of shape bar, which stretches out and covers connected nut 5111, supports fixation；The lower end of T-bar 73 is then connected with straight-bar 72, complete Into the assembly of lamps and lanterns.

Embodiment 4：As shown in fig. 6, be one of fitting structure that method (2) polished rod 52 connects, in this example, spliced building Headlamp is one, and the both ends of lamp housing 10 are respectively sleeved on connector 30, and 52 activity of polished rod is threaded through the of two end connections 30 It wears in two connection sheets 522 and respectively and is connected to limit assembly 521, limit assembly 521 is respectively positioned at the outer of two second connection sheets 522 Side；Lamp stand 70 is 4 sections, is respectively the identical vertical rod 71 of two-stage structure and four sections of straight-bars 72；One end of two sections of straight-bars 72 point It not being socket-connected by connector 30 and the both ends of lamp housing 10, one end of vertical rod 71 socket-connects again with above-mentioned two straight-bar 72 respectively, And the other end of both ends vertical rod 71, towards identical, the other end of both ends vertical rod 71 socket-connects again with other two straight-bar 72 respectively The "u"-shaped lamps and lanterns to stand upside down are formed, complete the assembly of lamps and lanterns.

Embodiment 5：As shown in fig. 7, be the two of the fitting structure that method (2) polished rod 52 connects, in this example, spliced building Headlamp is two, and the both ends of lamp housing 10 are respectively sleeved on connector 30, and 52 activity of polished rod is threaded through the of two end connections 30 It wears in two connection sheets 522 and respectively and is connected to limit assembly 521, limit assembly 521 is respectively positioned at the outer of two second connection sheets 522 Side；Lamp stand 70 is 3 sections, is respectively the identical vertical rod 71 of two-stage structure and one section of straight-bar 72；Connection between two lamp housings 10 Part 30 is connected by straight-bar 72 so that two lamp housings 10 are connected with straight-bar 72 in a straight line, one end difference that two lamp housings 10 are located remotely from each other It is socket-connected respectively with two vertical rods, 71 one end by connector 30, the other ends of two vertical rods 71 completes lamps and lanterns towards identical It is assembled.

The above embodiment is only the preferred embodiment of the utility model, it is impossible to be protected with this to limit the utility model Scope, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model scope claimed.

Claims

1. a kind of spliced building exciter lamp, it is characterised in that：

Including lamp housing, luminescence component, connector and lamp stand；The luminescence component is placed in the inside of the lamp housing；The connector The corresponding both ends for being socketed on the lamp housing respectively；The both ends of the connector are respectively formed the first socket end, first socket It holds to socket-connect in a manner of removable with the lamp housing or the lamp stand；It is formed between first socket end described in both ends prominent For the first clamping portion of first socket end, first clamping portion and one end of the lamp housing are mutually supported, for institute It states connector and forms /V；The both ends of the lamp stand are respectively provided with connects matched connecting pin with the described first socket end cap； The connector is connected between two lamp housings or is connected between a lamp housing and a lamp stand.

2. spliced building exciter lamp as described in claim 1, it is characterised in that：The spliced building exciter lamp further includes End cap；End cap lid in a manner of removable is located at wherein one end of the lamp housing, and institute is formed for replacing the connector State the end of spliced building exciter lamp；One end of the end cap is formed with the second socket end, and the other end, which is formed with, protrudes from institute State the second clamping portion of the second socket end；Second socket end is used to socket-connect with the lamp housing；It uses second clamping portion It is mutually supported in the lamp housing, the end cap is located on the lamp housing and forms /V.

3. spliced building exciter lamp as claimed in claim 2, it is characterised in that：The inner cavity of the lamp housing, the first set It is cylindrical shape that end, which is connect, with second socket end；It is between the lamp housing and first socket end, second socket end Clearance fit；The outer circumferential surface of first socket end and second socket end is equipped with sealing ring.

4. spliced building exciter lamp as described in claim 1, it is characterised in that：The spliced building exciter lamp further includes Lead bull stick；It can be relatively rotated between the connector and the lamp housing；Inside and the both ends led bull stick and be placed in the lamp housing Activity is connected to connector described in both ends respectively；The luminescence component is relatively fixed with the lamp housing, it is described lead bull stick with it is described Luminescence component connects, so that the lamp housing and the luminescence component are rotation axis compared with the connector using the bull stick of leading It rotates synchronously；

5. spliced building exciter lamp as claimed in claim 4, it is characterised in that：The bull stick of leading is bolt；The bolt Screw rod penetrate wherein one connector and stretch out form stitching section, the head of the bolt is located at another connector It simultaneously supports and the outside of connector formation pressure section in outside；The stitching section is connected with nut, and the nut is located at described The outside of connector where stitching section；By adjusting the nut compared with the tightness of the connector, so that described support Splenium forms /V with the nut to the radial direction of the bolt.

6. spliced building exciter lamp as claimed in claim 5, it is characterised in that：Company between the lamp housing and the lamp stand Fitting is equipped with the first connection sheet；First connection sheet is resisted against the outside of the connector in a manner of removable；Described It is provided with to wear the first through hole connect for the bolt activity in the middle part of a connecting piece.

7. spliced building exciter lamp as claimed in claim 4, it is characterised in that：The bull stick of leading is polished rod；The polished rod Both ends wear be connected to limit assembly respectively；Limit assembly described in both ends is located at the outside of connector described in both ends respectively, for limiting Make the radial direction displacement that the polished rod is located at the lamp housing.

8. spliced building exciter lamp as claimed in claim 7, it is characterised in that：In the connector between the polished rod Equipped with for supporting the second connection sheet of the polished rod；Second connection sheet is resisted against the connector in a manner of removable Inside；It is provided with to wear the second through hole connect for the polished rod activity in the middle part of second connection sheet.

9. spliced building exciter lamp as claimed in claim 4, it is characterised in that：The luminescence component with it is described lead bull stick it Between be additionally provided with lamps and lanterns assembly；The top of the lamps and lanterns assembly is formed with supporting part；The luminescence component is arranged at the supporting part, It radiates for luminescence component described in support and to the luminescence component；The lower part of the lamps and lanterns assembly is socketed on described lead and turns Bar；

The lamp housing offers the opening with inside outside the lamp housing that links；The opening is opposite with the luminescence component to be set It puts, so that the light that the luminescence component projects extends the lamp housing from the opening；Fixed cover is equipped on the supporting part Lampshade；The outer rim of the lampshade and the inner edge of the opening lean, so that the lamp housing is relatively fixed with the lamps and lanterns assembly.

10. spliced building exciter lamp as claimed in claim 9, it is characterised in that：The luminescence component include lamp plate and Power cord；Described lead leads to structure during bull stick is, the one side for leading bull stick towards the lamps and lanterns assembly is offered to be turned with described lead The string holes of connection inside bar；The lower part of the lamps and lanterns assembly, which is provided with, connects the string holes and the cable tray of the supporting part；Institute It states power cord one end to be connected with external power supply, the other end penetrates from described wherein one end for leading bull stick and described lead inside bull stick and pass through The string holes and the cable tray are crossed, stretches out from the supporting part and is connected with the lamp plate circuit；

The mother socket for being used to implement the spliced architectural lighting circuit for lamp connection is installed in the connector；The lamp housing Inner cavity is equipped with the male plug of grafting corresponding with the female plug, and the male plug is connected by the power cord and the lamp plate circuit It connects.