CN204513160U - Grille lamp and lamp-mounting structure - Google Patents

Abstract

A kind of Grille lamp and lamp-mounting structure, wherein said lamp-mounting structure is suitable for a lamp main body to be locked on a lamp plate, and described lamp-mounting structure comprises an installation unit, wherein said installation unit comprises an installation elements to be suitable for being arranged at described lamp plate; With a lock unit, wherein said lock unit comprises a locking element, and described locking element extends described installation elements, and described locking element is suitable for sealed described lamp main body.

Description

Grille lamp and lamp-mounting structure

Technical field

The utility model relates to a kind of light fixture, particularly a kind of Grille lamp and for a lamp main body is installed on a lamp plate, thus makes a lamp-mounting structure of described Grille lamp.

Background technology

In the environment for use such as modern house or office, the Grille lamp that can be installed in the positions such as ceiling in modes such as embedded or ceiling types plays more and more important role.

Grille lamp, usually formed by least one light fixture being installed in a lamp plate, and the quantity of this light fixture have impact on the specification of this Grille lamp, thus make this Grille lamp of different size be suitable for being applied to different places, such as, as required, this Grille lamp can comprise a lamp, two lamps, three lamps and four lamp equal-specifications.Traditionally, each this light fixture is installed on this lamp plate integratedly forms this Grille lamp, and this Grille lamp relies on this lamp plate to be installed on the positions such as ceiling.That is, in the production process of this Grille lamp, each this light fixture is installed on this lamp plate by professional by modes such as screws, and this mode not only have impact on the production efficiency of this Grille lamp, and add the manufacturing cost of this Grille lamp undoubtedly.In addition, this Grille lamp is being transported to market and is being transported to from market the on-site process of user from manufacturer, must be overall transported, to such an extent as to adds transport difficulty and the cost of transportation of this Grille lamp.In addition, this Grille lamp does not allow user or other laymans to be disassembled from this lamp plate by this light fixture, thus when this Grille lamp causes this light fixture to damage because of long use or otherwise reason, user or other laymans cannot change it, and once such situation occurs, user is merely able to ask professional to visit to repair or replace it this Grille lamp damaged, and this can add use cost and the maintenance cost of this Grille lamp undoubtedly.

Utility model content

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein said lamp-mounting structure at least one lamp main body is installed on a lamp plate, to make described Grille lamp.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein said lamp-mounting structure allows described lamp main body to be removably installed in described lamp plate, thus described lamp-mounting structure allows user or layman to keep in repair the described Grille lamp damaged or change, thus be conducive to the maintenance cost and the use cost that reduce described Grille lamp.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein when described lamp main body is installed on described lamp plate, described lamp-mounting structure automatically can fix described lamp main body in described lamp plate, to improve the installation effectiveness of described Grille lamp.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein said lamp-mounting structure is used for making described lamp main body and described lamp plate remain on installation site, and after described Grille lamp is mounted, described lamp main body can not come off from described lamp plate, thus ensures the security of described Grille lamp when being used.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, and wherein said lamp-mounting structure is applicable to the described Grille lamp of different size.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, the described lamp main body of wherein said Grille lamp and described lamp plate are suitable for being transported individually or peddling, like this, cost of transportation and the use cost of described Grille lamp can be reduced.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein after described Grille lamp is mounted, every described lamp main body does not directly contact with light fixture attachments such as ceilings, thus the heat that every described lamp main body produces can not be directly conducted to the light fixture attachments such as ceiling, like this, the structural stability of the installation site of the light fixture attachments such as described Grille lamp and ceiling can not only be guaranteed, but also the generation of fire can be prevented or slow down the speed of fire spread.

An object of the present utility model is to provide a kind of Grille lamp and lamp-mounting structure, wherein said lamp-mounting structure does not need complicated structure and accurate component, and described lamp-mounting structure is simple, convenient, be suitable for popularizing on a large scale.

In order to achieve the above object, the utility model provides a kind of lamp-mounting structure, and it is suitable for a lamp main body to be locked on a lamp plate, it is characterized in that, comprising:

One installation unit, wherein said installation unit comprises an installation elements to be suitable for being arranged at described lamp plate; With

One lock unit, wherein said lock unit comprises a locking element, and described locking element extends described installation elements, and described locking element is suitable for sealed described lamp main body.

According to a preferred embodiment of the present utility model, described lamp main body comprises a lamp housing, and described lamp housing is provided with at least one sealed groove, and described locking element is extended the described sealed groove being locked on described lamp housing.

According to a preferred embodiment of the present utility model, described lock unit also comprises at least one flexible member, and the two ends of every described flexible member extend to described locking element and described installation elements respectively.

According to a preferred embodiment of the present utility model, described locking element comprises a sealed body and a fixing body to be adapted to be mounted to described installation elements, and wherein said sealed body forms a sealed side to be suitable for being locked on the described sealed groove of described lamp housing.

According to a preferred embodiment of the present utility model, described sealed body comprises one first sealed body and one second sealed body, extend described first sealed body to the bending and transition of described second sealed body, thus form described sealed side at described first sealed body and described second sealed body link position.

According to a preferred embodiment of the present utility model, described locking element is a bending flexure strip.

According to a preferred embodiment of the present utility model, described installation elements is provided with one first guiding groove, and described locking element is able to the orbital motion formed along described first guiding groove.

According to a preferred embodiment of the present utility model, described installation elements is provided with one second guiding groove, and described second guiding groove extends and is communicated in described first guiding groove; Correspondingly, described lock unit also comprises a slide block, and described slide block extends described locking element, and wherein said slide block is able to the orbital motion formed along described second guiding groove.

According to a preferred embodiment of the present utility model, the width of described second guiding groove is less than the width of described first guiding groove, thus described installation elements forms two muscle elements in the both sides of described second guiding groove.

According to a preferred embodiment of the present utility model, the both sides of described installation elements are also respectively equipped with a portion and a guiding channel, and every described guiding channel is communicated in described portion and described first guiding groove respectively; The two ends of wherein said locking element also extend to form a limiting section respectively, and every described limiting section passes every described guiding channel and is arranged at often described portion movably.

According to a preferred embodiment of the present utility model, described installation elements is provided with at least one installing blind, and every described installing blind is communicated in described first guiding groove respectively, and the end of every described flexible member extends and is fixed on every described installing blind.

According to a preferred embodiment of the present utility model, described locking element has a free side and a bottom side, and described bottom side deviously transition is connected to described free side.

The utility model also provides a kind of Grille lamp, and it is adapted to be mounted to a light fixture attachment, and it comprises:

One lamp plate;

At least one lamp main body, wherein every described lamp main body is suitable for being electrically connected on external power source; With

At least one lamp-mounting structure, wherein every described lamp-mounting structure comprises an installation unit and a lock unit respectively; Wherein every described installation unit comprises an installation elements respectively to be suitable for being arranged at described lamp plate, and every described lock unit comprises a locking element respectively to be suitable for extending every described installation elements, and wherein every described locking element is able to sealed every described lamp main body.

According to a preferred embodiment of the present utility model, described lamp plate extends to described light fixture attachment from every described lamp main body, to make described lamp plate for separating every described lamp main body and described light fixture attachment.

According to a preferred embodiment of the present utility model, every described lamp main body also comprises a lamp housing, and every described lamp housing is respectively equipped with at least one sealed groove, and every described locking element is extended the described sealed groove being locked on described lamp housing.

According to a preferred embodiment of the present utility model, described lamp plate is provided with at least one installation passage, every two described lamp-mounting structures are arranged at a described installation passage symmetrically, lamp main body described in one of them by two described lamp-mounting structures by the described installation passage being installed on described lamp plate in locking manner.

According to a preferred embodiment of the present utility model, described locking element comprises a sealed body and a fixing body to be adapted to be mounted to described installation elements, and wherein said sealed body forms a sealed side to be suitable for being locked on the described sealed groove of described lamp housing.

According to a preferred embodiment of the present utility model, described installation elements and described lamp plate form.

According to a preferred embodiment of the present utility model, described sealed body comprises one first sealed body and one second sealed body, extend described first sealed body to the bending and transition of described second sealed body, thus form described sealed side at described first sealed body and described second sealed body link position.

According to a preferred embodiment of the present utility model, described locking element is a bending flexure strip.

According to a preferred embodiment of the present utility model, described lock unit also comprises at least one flexible member, and the two ends of every described flexible member extend to described locking element and described installation elements respectively.

According to a preferred embodiment of the present utility model, described installation elements is provided with one first guiding groove, and described locking element is able to the orbital motion formed along described first guiding groove.

According to a preferred embodiment of the present utility model, described installation elements is provided with one second guiding groove, and described second guiding groove extends and is communicated in described first guiding groove; Correspondingly, described lock unit also comprises a slide block, and described slide block extends described locking element, and wherein said slide block is able to the orbital motion formed along described second guiding groove.

According to a preferred embodiment of the present utility model, the width of described second guiding groove is less than the width of described first guiding groove, thus described installation elements forms two muscle elements in the both sides of described second guiding groove.

According to a preferred embodiment of the present utility model, according to a preferred embodiment of the present utility model, and a guiding channel, every described guiding channel is communicated in described portion and described first guiding groove respectively; The two ends of wherein said locking element also extend to form a limiting section respectively, and every described limiting section passes every described guiding channel and is arranged at often described portion movably.

According to a preferred embodiment of the present utility model, described installation elements is provided with at least one installing blind, and every described installing blind is communicated in described first guiding groove respectively, and the end of every described flexible member extends and is fixed on every described installing blind.

According to a preferred embodiment of the present utility model, described locking element has a free side and a bottom side, and described bottom side deviously transition is connected to described free side.

According to a preferred embodiment of the present utility model, described lamp housing is also provided with at least one ennation, described lamp main body also comprises at least one keeper to be installed on every described ennation, wherein between every described keeper and described lamp plate one forms one clamps chamber, for the described light fixture attachment of clamping.

According to a preferred embodiment of the present utility model, described light fixture attachment is ceiling.

According to a preferred embodiment of the present utility model, described lamp plate is made up of the solid material of low heat conduction.

According to a preferred embodiment of the present utility model, described lamp plate is made up of gypsum material.

According to a preferred embodiment of the present utility model, described lamp main body also comprises a lamp device, described lamp device is arranged at described lamp housing, wherein said lamp device comprises a radiator structure and a ray structure further, and described ray structure is arranged at described radiator structure to be suitable for the heat of generation to be radiated to by described radiator structure the external environment condition of described Grille lamp.

According to a preferred embodiment of the present utility model, described radiator structure comprises a heat conducting element and at least one heat dissipation element, and every described heat dissipation element compartment of terrain extends described heat conducting element; Wherein said ray structure comprises a lamp base and at least one light-emitting component, and every described light-emitting component is arranged in described lamp base, and described grade is arranged at described heat conducting element.

According to a preferred embodiment of the present utility model, described heat conducting element is provided with a mounting groove, and described lamp installation is in described mounting groove.

According to a preferred embodiment of the present utility model, described heat conducting element and every described heat dissipation element are made up integratedly of highly heat-conductive material.

According to a preferred embodiment of the present utility model, described radiator structure is made up of aluminium or aluminum alloy materials.

According to a preferred embodiment of the present utility model, described lamp device also comprises a housing and a light-guide device, described housing extends to from described heat dissipation element and is held in the light channel of described lamp housing, described duct element is positioned at described housing, and described light-guide device is positioned at the opticpath of every described light-emitting component.

According to a preferred embodiment of the present utility model, described light-guide device is the one of lens or reflector.

According to a preferred embodiment of the present utility model, described lamp device also comprises a lamp cylinder, and described lamp cylinder is arranged at described lamp housing and is covered in described radiator structure.

According to a preferred embodiment of the present utility model, described lamp cylinder is provided with at least one heat dissipation channel.

Accompanying drawing explanation

Figure 1A is the schematic perspective view at a visual angle of Grille lamp according to a preferred embodiment of the present utility model.

Figure 1B is the schematic perspective view at the another visual angle according to the Grille lamp of another preferred embodiment of the present utility model.

Fig. 2 is the decomposing schematic representation of the Grille lamp according to above preferred embodiment of the present utility model.

Fig. 3 is the cross-sectional schematic of the Grille lamp according to above preferred embodiment of the present utility model.

Fig. 4 A is the schematic perspective view at a visual angle of lamp-mounting structure according to a preferred embodiment of the present utility model.

Fig. 4 B is the schematic perspective view at the another visual angle according to the lamp-mounting structure of above preferred embodiment of the present utility model.

Fig. 5 is the decomposing schematic representation of the lamp-mounting structure according to above preferred embodiment of the present utility model.

Fig. 6 A to Fig. 6 C is the installation process schematic diagram of the Grille lamp according to above preferred embodiment of the present utility model respectively.

Fig. 7 is the schematic perspective view of the lamp-mounting structure according to another preferred embodiment of the present utility model.

Fig. 8 A and Fig. 8 B is the installation process schematic diagram of the Grille lamp according to above preferred embodiment of the present utility model respectively.

Fig. 9 is the cross-sectional schematic of the lamp main body according to above preferred embodiment of the present utility model.

Figure 10 A to Figure 10 D is the different embodiments of the Grille lamp according to above preferred embodiment of the present utility model respectively.

Detailed description of the invention

Below describe and realize the utility model for disclosing the utility model to enable those skilled in the art.Preferred embodiment in below describing only as an example, it may occur to persons skilled in the art that other apparent modification.The general principle of the present utility model defined in the following description can be applied to other embodiments, deformation program, improvement project, equivalent and not deviate from the other technologies scheme of spirit and scope of the present utility model.

Figure 1A to Fig. 3 shows a kind of Grille lamp 100, which employs the lamp-mounting structure 110 that the utility model provides, those skilled in the art is to be understood that, described Grille lamp 100 described by Figure 1A to Fig. 3 is exemplary, and it does not affect the feasible embodiment of described lamp-mounting structure 110 of the present utility model and the scope described by claim.

Described Grille lamp 100 according to Figure 1A to Fig. 3 of the present utility model, it comprises lamp-mounting structure 110 described at least one, and described Grille lamp 100 also comprises a lamp plate 120 and at least one lamp main body 130, described lamp plate 120 is applicable to described Grille lamp 100 to be installed on a light fixture attachment 140, described lamp main body 130 is suitable for being electrically connected on external power source to produce function, such as described lamp main body 130 can produce luminous ray to provide illumination, or described lamp main body 130 can produce ultraviolet light to provide disinfective action, the utility model is unrestricted in this regard.And, user wishes that described Grille lamp 100 can be different from the mounting means of the integral type of traditional Grille lamp, namely every described lamp main body 130 can be removably installed in described lamp plate 120, therefore, described lamp-mounting structure 110 may be used for forming the mounting structure between every described lamp main body 130 and described lamp plate 120.

Further, described lamp plate 120 has at least one installation through hole 121 of the two sides being communicated in described lamp plate 120, and each described lamp main body 130 is installed on each described installation passage 121 of described lamp plate 120 accordingly by one or more described lamp-mounting structure 110.

It is worth mentioning that, described light fixture attachment 140 involved by the utility model can be but be not limited to ceiling, and described light fixture attachment 140 is for separating space to form a upper space and a usage space, wherein said Grille lamp 100 can be suspended in the described usage space of described light fixture attachment 140 bottom, and the light that described Grille lamp 100 produces can from the top lower portion radiation of described usage space, thus assisted user obtains better light efficiency.

Also it is worth mentioning that, described Grille lamp 100 involved by the utility model can comprise one or more described lamp main body 130, that is, the quantity of described lamp main body 130 can affect the specification of described Grille lamp 100, such as, described Grille lamp 100 can comprise one, two, three, four or more described lamp main body 130, as shown in Figure 10 A to Figure 10 D, thus described Grille lamp 100 allows user to need to select according to different uses.

In addition, described light fixture attachment 140 is provided with an installation perforate 141, and described Grille lamp 100 realizes installing by the described installation perforate 141 of described light fixture attachment 140.Specifically, the described installation perforate 141 of described light fixture attachment 140 can be pre-formed in the manufacture process of described light fixture attachment 140, or when described Grille lamp 100 is installed, is formed in the suitable location hollow out of described light fixture attachment 140.

In addition, the described installation perforate 141 of described light fixture attachment 140 can be located at the middle part of a described light fixture attachment 140, and also can be located at the link position of light fixture attachment 140 described in two or more, the utility model is unrestricted in this regard.In ensuing description, be located at the middle part of described light fixture attachment 140 for the described installation perforate 141 of described light fixture attachment 140, the described Grille lamp 100 that the utility model provides is done further exposure and described.

The described installation perforate 141 of described light fixture attachment 140 is communicated in described upper space and described usage space, described Grille lamp 100 can extend to from the described installation perforate 141 of described usage space through described light fixture attachment 140 and be held in described upper space, and described Grille lamp 100 is held in the described installation perforate 141 of described light fixture attachment 140, to realize the installation of described Grille lamp 100, thus described Grille lamp 100 forms recessed light fixture.In other words, after described Grille lamp 100 is installed in described light fixture attachment 140, the main part branch of described Grille lamp 100 is hidden in described upper space, thus ensures the aesthetic property of described Grille lamp 100.

In addition, in the process of installing described Grille lamp 100, first described Grille lamp 100 can be installed on described light fixture attachment 140, and then described light fixture attachment 140 is suspended in space.Certainly, also optionally first described lamp plate 120 can be installed on described light fixture attachment 140, and described light fixture attachment 140 is suspended in space, and then described lamp main body 130 is installed by the described lamp-mounting structure 110 being installed on described lamp plate 120 in advance.

Fig. 2 shows the decomposing schematic representation of described Grille lamp 100, which depict the described lamp-mounting structure 110 of described Grille lamp 100, the relation between described lamp plate 120 and described lamp main body 130, lamp-mounting structure 110 described in wherein one or more is arranged by described installation through hole 121 compartment of terrain along described lamp plate 120, thus, when described lamp main body 130 is installed through the described installation through hole 121 of described lamp plate 120, each described lamp-mounting structure 110 for by described lamp main body 130 and described lamp plate 120 sealed.Such as, in this example described by Fig. 2, two described lamp-mounting structures 110 are arranged at the both sides of the described installation through hole 121 of described lamp plate 120 symmetrically.

In other words, described lamp main body 130 is dismountable with described lamp plate 120, like this, described lamp plate 120 and described lamp main body 130 can be transported or store respectively, to reduce transport difficulty and the space of described Grille lamp 100, and by such mode, when the described lamp main body 130 of described Grille lamp 100 damages because of long use or other reason, just can continue to use described Grille lamp 100 as long as user changes the described lamp main body 130 damaged, this is that traditional Grille lamp is unexpected, and it is effective especially for the selling cost and use cost reducing described Grille lamp 100.

Fig. 3 shows the sectional view of described Grille lamp 100 when being installed on described light fixture attachment 140, which depict the relation of described Grille lamp 100 and described light fixture attachment 140.Specifically, after the described installation perforate 141 described Grille lamp 100 being installed on described light fixture attachment 140, described lamp main body 130 does not directly contact with described light fixture attachment 140, thus the heat that described lamp main body 130 operationally produces can not be directly conducted to described light fixture attachment 140, to guarantee that described Grille lamp 100 is by the security in the process that uses.More particularly, described lamp plate 120 can extend to described light fixture attachment 140 from described lamp main body 130 to surrounding, thus described lamp plate 120 is for being installed on described light fixture attachment 140 by described lamp main body 130.Be understandable that, in the utility model, described lamp plate 120 is for separating described lamp main body 130 and described light fixture attachment 140.

Preferably, described lamp plate 120 can be made up of the solid material of low heat conduction, such as gypsum material, thus effectively stops the conduction of heat between described lamp main body 130 and described light fixture attachment 140.In some other embodiments, described lamp plate 120 can also be made up of metal material or plastic material, such as, metal material such as aluminium, aluminium alloy, cast iron or iron and steel lamp that described lamp plate 120 can be selected, the utility model is unrestricted in this regard.In addition, according to the needs of the environment for use of described Grille lamp 100, described lamp plate 120 can also be used for the decoration of described Grille lamp 100, thus, improve the aesthetic property of described Grille lamp 100.

Preferably, described light fixture attachment 140 can be made up of the solid material of low heat conduction, such as plank, plasterboard, fiberboard etc., to improve the fire protecting performance of described light fixture attachment 140, thus guarantees that described Grille lamp 100 is by the reliability in the process that uses.

Fig. 4 A and Fig. 4 B respectively illustrates the schematic perspective view of the different visual angles of described lamp-mounting structure 110, wherein said lamp-mounting structure 110 comprises installation unit 410 and a lock unit 420 further, described installation unit 410 is suitable for being installed in described lamp plate 120, described lock unit 420 is installed in described installation unit 410, thus in place, described lamp main body 130 is locked on described lamp plate 120 by described lock unit 420, thus described lamp-mounting structure 110 can realize the connection between described lamp plate 120 and described lamp main body 130.

Specifically, described installation unit 410 comprises an installation elements 430, and described locking element 420 comprises a locking element 440, and described installation elements 430 is suitable for being arranged at described lamp plate 120, and described locking element 420 is installed on described installation elements 430.The free side 441 of described locking element 440 has primary importance 442 and a second place 443, and the described free side 441 of described locking element 440 is able to move between described primary importance 442 and the described second place 443, thus realizes the installation of described Grille lamp 100.In the utility model, the position that the described free side 441 defining described locking element 440 extends in its natural state is described primary importance 442, correspondingly, the described free side 441 defining described locking element 440 is the described second place 443 in the downward position reached of state of sealed described lamp main body 130.

In addition, described locking element 440 extends described installation elements 430, with the curved surface making the described free side 441 of described locking element 440 protrude from the inwall place of described lamp plate 120, thus, when the described installation passage 121 that described lamp main body 130 passes described lamp plate 120 is installed, the lateral wall of described lamp main body 130 can contact the described free side 441 of described locking element 440 and extrude described locking element 440, the described second place 443 is moved to from described primary importance 442 to make the described free side 441 of described locking element 440, thus described in suitable position locking element 440 for described lamp main body 130 is locked on described lamp plate 120.

Further, described lamp main body 130 comprises lamp device 450 and a lamp housing 460, and described lamp device 450 is arranged at described lamp housing 460, and described lamp device 450 is suitable for being electrically connected on external power source to produce function.It is sealed to be suitable for by the described locking element 440 of described lock unit 420 that described lamp housing 460 is provided with at least one sealed groove 461 further.

In certain embodiments, the described installation elements 430 of described installation unit 410 is suitable for forming with described lamp plate 120, and in further embodiments, described installation unit 410 can also comprise other component, at least one mounting screw 470 that such as Fig. 4 A illustrates, and described installation elements 430 is also provided with at least one installing hole 431, thus pass through the every described installing hole 431 of every described mounting screw 470 and described installation elements 430, described installation elements 430 can be installed on described lamp plate 120.

Preferably, described locking element 440 also has a bottom side 444, wherein said free side 441 deviously transition is communicated in described bottom side 444, thus the position be connected with described bottom side 444 in the described free side 441 of described locking element 440 forms arc-shaped structure, like this, when described lamp main body 130 is installed on described lamp plate 120, the lateral wall of described lamp housing 460 and the contact of described locking element 440 can be prevented and in the process done relative motion, occur dead point or not smooth situation of moving.

As shown in Figure 5, described lock unit 420 also comprises at least one flexible member 550, the two ends of every described flexible member 550 extend to described installation elements 430 and described locking element 440 respectively, and every described flexible member 550 be suitable for produce elastic deformation move between described primary importance 442 and the described second place 443 to make the described free side 441 of described locking element 440.Further, described installation elements 430 is also provided with one first guiding groove 510, with the move in tracks guiding described locking element 440 to be formed at described first guiding groove 510 of described installation elements 430, thus the described free side 441 of described locking element 440 is locked in the described sealed groove 461 of described lamp housing 460.

Further, described installation elements 430 is also provided with one second guiding groove 520, and described second guiding groove 520 extends and is communicated in described first guiding groove 510.Correspondingly, described lock unit 420 also comprises a slide block 560, described slide block 560 extends described locking element 440, thus when described locking element 440 be positioned at described first guiding groove 510 and along described first guiding groove 510 formed orbital motion time, described slide block 560 is positioned at described second guiding groove 520 and the orbital motion formed along described second guiding groove 520 simultaneously, to make described locking element 440 there will not be skew relative to the motion of described installation elements 430, thus guarantee the stability in use of described lamp-mounting structure 110.

The width of described second guiding groove 520 is less than the width of described first guiding groove 510, thus described installation elements 430 forms a muscle element 570 respectively in the both sides of described second guiding groove 520, with when described locking element 440 sealed described lamp housing 460, every described muscle element 570 produces and supports and the effect of strengthening.

In addition, the both sides of described installation elements 430 are also respectively equipped with a portion 530 and a guiding channel 540, and every described guiding channel 540 is communicated in described portion 530 and described first guiding groove 510 respectively.Correspondingly, the two ends of described locking element 440 extend to form a limiting section 580 respectively, every described limiting section 580 passes every described guiding channel 540 to be arranged at often described portion 530, thus cooperatively interacting by every described limiting section 580 and every described portion 530, to prevent described locking element 440 to be separated with described installation elements 430 in the process of movement, thus guarantee the stability in use of described lamp-mounting structure 110.

In addition, described installation elements 410 is also provided with at least one installing blind 590, every described installing blind 590 is positioned at described first guiding groove 510, to be communicated in described first guiding groove 510 respectively, and every described installing blind 590 corresponds to every described flexible member 550, thus make every described flexible member 550 extend described locking element 440 respectively, and the end of every described flexible member 550 is individually fixed in every described installing blind 590.

Fig. 6 A to Fig. 6 C shows the installation process of described Grille lamp 100, as a typical example of the present utility model, described Grille lamp 100 can comprise two described lamp-mounting structures 110, a described lamp plate 120 and a described lamp main body 130, wherein every described lamp-mounting structure 110 comprises described installation unit 410 and described lock unit 420 respectively, the described installation elements 430 of every described installation unit 410 is arranged at the both sides of the described installation passage 121 of described lamp plate 120 symmetrically, the described locking element 440 of every described lock unit 420 is installed on every described installation elements 430 respectively, described installation elements 430 is extended to make described locking element 440, and make the distance between the described free side 441 of every described locking element 440 be less than the diameter of the described installation passage 121 of described lamp plate 120, now, the described free side 441 of every described locking element 440 is in described primary importance 442.

Described lamp main body 130 is being installed in the process of described lamp plate 120, described lamp main body 130 does the relative motion perpendicular to described lamp plate 120, and because the diameter of described lamp housing 460 of described lamp main body 130 be greater than every described locking element 440 described free side 441 between distance, thus described lamp housing 460 can contact the described free side 441 of every described locking element 440, and extrude described locking element 440 and move to the described second place 443 from described primary importance 442, now, the every described flexible member 550 be between described locking element 440 and described installation elements 430 can be extruded with elastic deformation, thus every described flexible member 550 has the trend and the displacement that make described locking element 440 be back to initial position.

When described lamp main body 130 is moved by continuation to make the every described sealed groove 461 of described lamp housing 460 correspond respectively to the described free side 441 of every described locking element 440, every described locking element 440 can automatically be locked in the every described sealed groove 461 of described lamp housing 460 under the effect of every described flexible member 550, now, the described free side 441 of every described locking element 440 is in the described second place 443, thus realizes the installation of described lamp main body 130.And what it will be appreciated by those skilled in the art that is, under the effect of every described flexible member 550, when described lamp main body 130 is not subject to the effect of other power in addition to the gravitational force, described lamp main body 130 can be remained on installation site by every described lamp-mounting structure 110, and described lamp main body 130 can not be made to come off from described lamp plate 120, thus be conducive to guaranteeing that described Grille lamp 100 is by the reliability in the process that uses.

It is worth mentioning that, when described Grille lamp 100 is implemented as the light fixture of other specifications, mounting means between described lamp main body 130 with described lamp plate 120 with above-described embodiment describe consistent, namely realize between described lamp main body 130 and described lamp plate 120 by every described lamp-mounting structure 110 sealed.

In addition, as shown in FIG. 1A and 1B, described lamp housing 460 is also provided with at least one ennation 150, described lamp main body 130 comprises at least one keeper 160, wherein the end of every described keeper 160 is installed on every described ennation 150 respectively, thus when described lamp main body 130 is locked on described lamp plate 120, be able to formation one between every described keeper 160 and described lamp plate 120 and clamp chamber 161, thus make described Grille lamp 100 can be clamped on described light fixture attachment 140, thus described Grille lamp 100 is installed and keeps in the described installation perforate 141 with described light fixture attachment 140.Preferably, every described keeper 160 is flexible members.

Fig. 7 shows the described lamp-mounting structure 130A of another preferred embodiment of the present utility model, its for sealed described lamp main body 130A in described lamp plate 120A.Specifically, described lamp-mounting structure 130A comprises an an installation unit 410A and lock unit 420A, and wherein said installation unit 410A comprises an installation elements 430A, and described lock unit 420A comprises a locking element 440A.In the utility model, described installation elements 430A is suitable for forming with described lamp plate 120A.

More particularly, in typical case of the present utility model, two described installation elements 430A symmetrically and be arranged at the described installation passage 121A of described lamp plate 120A integratedly, every described locking element 440A is installed on described every described installation elements 430A respectively, and every described locking element 440A extends every described installation elements 430A respectively, for sealed described lamp main body 130A in described lamp plate 120A.

Further, every described locking element 440A comprises an a fixing body 710A and sealed body 720A, and described sealed body 720A extends described fixing body 710A, and described fixing body 710A is used for described locking element 440A to be installed on described installation elements 430A.Described sealed body 720A comprises one first sealed body 721A and one second sealed body 722A further, described first sealed body 721A extends described fixing body 710A, described second sealed body 722A extends described first sealed body 721A, thus forms a sealed side 723A at the link position of described first sealed body 721A and described second sealed body 722A.Preferably, described second sealed body 722A deviously transition is connected to described first sealed body 721A, thus between described first sealed body 721A and described second sealed body 722A, form the described sealed side 723A of circular arc, for sealed described lamp main body 130A.

Correspondingly, the described sealed side 723A of described locking element 440A has an a primary importance 442A and second place 443A, and the described sealed side 723A of described locking element 440A is able to move between described primary importance 442 and described second place 443A, thus realizes the installation of described Grille lamp 100A.In the utility model, the position that the described sealed side 723A defining described locking element 440A extends in its natural state is described primary importance 442A, correspondingly, the described sealed side 723A defining described locking element 440A is described second place 443A in the downward position reached of state of sealed described lamp main body 130A.

In addition, described locking element 440A extends described installation elements 430A, with the curved surface making the described sealed side 723A of described locking element 440A protrude from the inwall place of described lamp plate 120A, thus, when the described installation passage 121A that described lamp main body 130A passes described lamp plate 120A installs, the lateral wall of described lamp main body 130A can contact the described sealed side 723A of described locking element 440A and extrude described locking element 440A, described second place 443A is moved to from described primary importance 442A to make the described sealed side 723A of described locking element 440A, thus locking element 440A is used for described lamp main body 130A to be locked on described lamp plate 120A described in suitable position.

Fig. 8 A and Fig. 8 C shows the installation process of described Grille lamp 100A, described Grille lamp 100A comprises two described lamp-mounting structure 110A, a described lamp plate 120A and described lamp main body 130A, wherein every described lamp-mounting structure 110A comprises described installation unit 410A and described sealed unit 420A respectively, the described installation elements 430A of every described installation unit 410A is arranged at the both sides of the described installation passage 121A of described lamp plate 120A symmetrically, the described locking element 440A of every described lock unit 420A is installed on every described installation elements 430A respectively, described installation elements 430A is extended to make described locking element 440A, and make the distance between the described sealed side 723A of every described locking element 440A be less than the diameter of the described installation passage 121A of described lamp plate 120A, now, the described sealed side 723A of every described locking element 440A is in described primary importance 442A.

Described lamp main body 130A is being installed in the process of described lamp plate 120A, described lamp main body 130A does the relative motion perpendicular to described lamp plate 120A, and because the diameter of described lamp housing 460A of described lamp main body 130A be greater than every described locking element 440A described sealed side 723A between distance, thus described lamp housing 460A can contact the described sealed side 723A of every described locking element 440A, and extrude described locking element 440A and move to described second place 443A from described primary importance 442A.It is worth mentioning that, described locking element 440A is a bending flexure strip, thus described locking element 440A can produce elastic deformation after pressing, and has trend and the displacement of scope initial position.

When described lamp main body 30A is extruded movement to make the every described sealed groove 461A of described lamp housing 460A correspond respectively to the described sealed side 723A of every described locking element 440A, the every described sealed side 723A of every described locking element 440A can automatically be locked in the every described sealed groove 461A of described lamp housing 460A, now, the described sealed side 723A of every described locking element 440A is in described second place 443A, thus realizes the installation of described lamp main body 130A.

Fig. 9 further illustrates the detailed description of the invention of described lamp device 450, wherein said lamp device 450 comprises radiator structure 910 and a ray structure 920, described ray structure 920 is suitable for being electrically connected on external power source to produce light, described ray structure 920 is arranged at described radiator structure 910, the external environment condition of described Grille lamp 100 is radiated to further to be suitable for the heat conduction that produced by described ray structure 920 to described radiator structure 910, thus guarantee that the temperature of described Grille lamp 100 inside when being used can not be too high, thus be conducive to the service life extending described Grille lamp 100.

Described radiator structure 910 comprises a heat conducting element 911 and at least one heat dissipation element 912, every described heat dissipation element 912 compartment of terrain extends described heat conducting element 911, that is, adjacent described heat dissipation element 912 also indirectly contacts, thus the heat dispersion of described radiator structure 910 is strengthened by increasing described radiator structure 910 and the contact area of external environment condition, wherein said ray structure 920 is arranged at described heat conducting element 911.

Described ray structure 920 comprises a lamp base 921 and at least one light-emitting component 922, wherein every described light-emitting component 922 is arranged at described lamp base 921, described lamp base 921 is arranged at described heat conducting element 911, thus can along with the generation of a large amount of heats when every described light-emitting component 922 works, this heat is conducted to every described heat dissipation element 920 by described heat conducting element 911, and by every described heat dissipation element 920 by this heat radiation to the external environment condition of described Grille lamp 100.

Preferably, described heat conducting element 911 is provided with a mounting groove 9111 further, and the described lamp base 921 of described ray structure 920 is installed in the described mounting groove 9111 of described heat conducting element 911.

More preferably, the solid material that the described heat conducting element 911 of described radiator structure 910 and every described heat dissipation element 912 are suitable for by having good heat conduction and thermal diffusivity forms, such as, and the material such as aluminium or aluminium alloy.

Further, described lamp housing 460 also forms a light channel 462, described ray structure 920 corresponds to described light channel 462, and the light produced to enable described ray structure 920 is radiated to the external environment condition of described Grille lamp 100 by described light channel 462.

Described lamp device 450 also comprises housing 930 and a light-guide device 940, wherein said housing 930 extends to from the described heat conducting element 911 of described radiator structure 910 and is held in the described light channel 462 of described lamp housing 460, described light-guide device 940 is positioned at described housing 930, and described light-guide device 940 is positioned on the opticpath of every described light-emitting component 922 of described ray structure 920, thus the light making the every described light-emitting component 922 of described ray structure 920 produce can by the radiation of described light-guide device 940, thus described light-guide device 940 is for improving the light quality of the every described light-emitting component 922 of described ray structure 920.

Preferably, described light-guide device 940 can be the one of reflector or lens.

In addition, described lamp device 450 also comprises a lamp cylinder 950, and wherein said lamp cylinder 950 is arranged at described lamp housing 460, and described lamp cylinder 950 is covered in the top of described radiator structure 910, for the described radiator structure 910 of separation and other objects.Wherein said lamp cylinder 950 is provided with at least one heat dissipation channel 951, every described heat dissipation channel 951 is communicated in the inside of described lamp cylinder 950 respectively with outside, thus the heat of described radiator structure 910 radiation can be exchanged, to reduce the temperature of the inside of described lamp cylinder 950 with outside by every described heat dissipation channel 951.

It is worth mentioning that, one or more described lamp main body 130 can be installed on a described lamp plate 120, thus forms described Grille lamp 100, and described Grille lamp 100 can meet the use needs under varying environment.Such as in example as shown in Figure 10 A, a described lamp main body 130 can be installed in a described lamp plate 120, follow-uply by described lamp plate 120, described Grille lamp 100 can be installed on described light fixture attachment 140.Correspondingly, in some the other examples such as shown in Figure 10 B, 10C and 10D, two, three or four described lamp main bodies 130 can be installed in a described lamp plate 120 in different ways, to form the described Grille lamp 100 of different size, subsequently through described lamp plate 120, described Grille lamp 100 is installed on described light fixture attachment 140.Those skilled in the art will appreciate that the quantity of the described lamp main body 130 being installed on a described lamp plate 120 can be unrestricted.In addition, in other some specific examples, described Grille lamp 100 also allows the distributors of user or light fixture to be configured on same described lamp plate 120 by the described lamp main body 130 of different size and size, thus makes the use of described Grille lamp 100 more flexible.

One skilled in the art will understand that the embodiment of the present utility model shown in foregoing description and accompanying drawing only limits the utility model as an example and not.The purpose of this utility model is complete and effectively realize.Function of the present utility model and structural principle are shown in an embodiment and are illustrated, do not deviating under described principle, embodiment of the present utility model can have any distortion or amendment.

Claims (38)

1. a lamp-mounting structure, it is suitable for a lamp main body to be locked on a lamp plate, it is characterized in that, comprising:

One installation unit, wherein said installation unit comprises an installation elements to be suitable for being arranged at described lamp plate; With

One lock unit, wherein said lock unit comprises a locking element, and described locking element extends described installation elements, and described locking element is suitable for sealed described lamp main body.

2. lamp-mounting structure as claimed in claim 1, wherein said lamp main body comprises a lamp housing, and described lamp housing is provided with at least one sealed groove, and described locking element is extended the described sealed groove being locked on described lamp housing.

3. lamp-mounting structure as claimed in claim 2, wherein said lock unit also comprises at least one flexible member, and the two ends of every described flexible member extend to described locking element and described installation elements respectively.

4. lamp-mounting structure as claimed in claim 2, wherein said locking element comprises a sealed body and a fixing body to be adapted to be mounted to described installation elements, and wherein said sealed body forms a sealed side to be suitable for being locked on the described sealed groove of described lamp housing.

5. lamp-mounting structure as claimed in claim 4, wherein said sealed body comprises one first sealed body and one second sealed body, extend described first sealed body to the bending and transition of described second sealed body, thus form described sealed side at described first sealed body and described second sealed body link position.

6. lamp-mounting structure as claimed in claim 5, wherein said locking element is a bending flexure strip.

7. lamp-mounting structure as claimed in claim 3, wherein said installation elements is provided with one first guiding groove, and described locking element is able to the orbital motion formed along described first guiding groove.

8. lamp-mounting structure as claimed in claim 7, wherein said installation elements is provided with one second guiding groove, and described second guiding groove extends and is communicated in described first guiding groove; Correspondingly, described lock unit also comprises a slide block, and described slide block extends described locking element, and wherein said slide block is able to the orbital motion formed along described second guiding groove.

9. lamp-mounting structure as claimed in claim 8, the width of wherein said second guiding groove is less than the width of described first guiding groove, thus described installation elements forms two muscle elements in the both sides of described second guiding groove.

10., as the lamp-mounting structure as described in arbitrary in claim 7 to 9, the both sides of wherein said installation elements are also respectively equipped with a portion and a guiding channel, and every described guiding channel is communicated in described portion and described first guiding groove respectively; The two ends of wherein said locking element also extend to form a limiting section respectively, and every described limiting section passes every described guiding channel and is arranged at often described portion movably.

11. lamp-mounting structures as claimed in claim 10, wherein said installation elements is provided with at least one installing blind, every described installing blind is communicated in described first guiding groove respectively, and the end of every described flexible member extends and is fixed on every described installing blind.

12. lamp-mounting structures as claimed in claim 11, wherein said locking element has a free side and a bottom side, and described bottom side deviously transition is connected to described free side.

13. 1 kinds of Grille lamps, it is adapted to be mounted to a light fixture attachment, it is characterized in that, comprising:

One lamp plate;

At least one lamp main body, wherein every described lamp main body is suitable for being electrically connected on external power source; With

At least one lamp-mounting structure, wherein every described lamp-mounting structure comprises an installation unit and a lock unit respectively; Wherein every described installation unit comprises an installation elements respectively to be suitable for being arranged at described lamp plate, and every described lock unit comprises a locking element respectively to be suitable for extending every described installation elements, and wherein every described locking element is able to sealed every described lamp main body.

14. Grille lamps as claimed in claim 13, wherein said lamp plate extends to described light fixture attachment from every described lamp main body, to make described lamp plate for separating every described lamp main body and described light fixture attachment.

15. Grille lamps as claimed in claim 13, wherein every described lamp main body also comprises a lamp housing, and every described lamp housing is respectively equipped with at least one sealed groove, and every described locking element is extended the described sealed groove being locked on described lamp housing.

16. Grille lamps as claimed in claim 15, wherein said lamp plate is provided with at least one installation passage, every two described lamp-mounting structures are arranged at a described installation passage symmetrically, lamp main body described in one of them by two described lamp-mounting structures by the described installation passage being installed on described lamp plate in locking manner.

17. Grille lamps as claimed in claim 16, wherein said locking element comprises a sealed body and a fixing body to be adapted to be mounted to described installation elements, and wherein said sealed body forms a sealed side to be suitable for being locked on the described sealed groove of described lamp housing.

18. Grille lamps as claimed in claim 17, wherein said installation elements and described lamp plate form.

19. Grille lamps as claimed in claim 17, wherein said sealed body comprises one first sealed body and one second sealed body, extend described first sealed body to the bending and transition of described second sealed body, thus form described sealed side at described first sealed body and described second sealed body link position.

20. Grille lamps as claimed in claim 19, wherein said locking element is a bending flexure strip.

21. Grille lamps as claimed in claim 16, wherein said lock unit also comprises at least one flexible member, and the two ends of every described flexible member extend to described locking element and described installation elements respectively.

22. Grille lamps as claimed in claim 21, wherein said installation elements is provided with one first guiding groove, and described locking element is able to the orbital motion formed along described first guiding groove.

23. Grille lamps as claimed in claim 22, wherein said installation elements is provided with one second guiding groove, and described second guiding groove extends and is communicated in described first guiding groove; Correspondingly, described lock unit also comprises a slide block, and described slide block extends described locking element, and wherein said slide block is able to the orbital motion formed along described second guiding groove.

24. Grille lamps as claimed in claim 23, the width of wherein said second guiding groove is less than the width of described first guiding groove, thus described installation elements forms two muscle elements in the both sides of described second guiding groove.

25. Grille lamps as claimed in claim 24, the both sides of wherein said installation elements are also respectively equipped with a portion and a guiding channel, and every described guiding channel is communicated in described portion and described first guiding groove respectively; The two ends of wherein said locking element also extend to form a limiting section respectively, and every described limiting section passes every described guiding channel and is arranged at often described portion movably.

26. Grille lamps as claimed in claim 25, wherein said installation elements is provided with at least one installing blind, and every described installing blind is communicated in described first guiding groove respectively, and the end of every described flexible member extends and is fixed on every described installing blind.

27. Grille lamps as claimed in claim 26, wherein said locking element has a free side and a bottom side, and described bottom side deviously transition is connected to described free side.

28. Grille lamps as claimed in claim 15, wherein said lamp housing is also provided with at least one ennation, described lamp main body also comprises at least one keeper to be installed on every described ennation, wherein between every described keeper and described lamp plate one forms one clamps chamber, for the described light fixture attachment of clamping.

29. Grille lamps as claimed in claim 28, wherein said light fixture attachment is ceiling.

30. Grille lamps as claimed in claim 13, wherein said lamp main body also comprises a lamp device, described lamp device is arranged at described lamp housing, wherein said lamp device comprises a radiator structure and a ray structure further, and described ray structure is arranged at described radiator structure to be suitable for the heat of generation to be radiated to by described radiator structure the external environment condition of described Grille lamp.

31. Grille lamps as claimed in claim 30, wherein said radiator structure comprises a heat conducting element and at least one heat dissipation element, and every described heat dissipation element compartment of terrain extends described heat conducting element; Wherein said ray structure comprises a lamp base and at least one light-emitting component, and every described light-emitting component is arranged in described lamp base, and described grade is arranged at described heat conducting element.

32. Grille lamps as claimed in claim 31, wherein said heat conducting element is provided with a mounting groove, and described lamp installation is in described mounting groove.

33. Grille lamps as claimed in claim 32, wherein said heat conducting element and every described heat dissipation element are made up integratedly of highly heat-conductive material.

34. Grille lamps as claimed in claim 33, wherein said radiator structure is made up of aluminium or aluminum alloy materials.

35. Grille lamps as claimed in claim 30, wherein said lamp device also comprises a housing and a light-guide device, described housing extends to from described heat dissipation element and is held in the light channel of described lamp housing, described duct element is positioned at described housing, and described light-guide device is positioned at the opticpath of every described light-emitting component.

36. Grille lamps as claimed in claim 35, wherein said light-guide device is the one of lens or reflector.

37. Grille lamps as claimed in claim 35, wherein said lamp device also comprises a lamp cylinder, and described lamp cylinder is arranged at described lamp housing and is covered in described radiator structure.

38. Grille lamps as claimed in claim 37, wherein said lamp cylinder is provided with at least one heat dissipation channel.