CN101266035A

CN101266035A - Module support structure for lamp base

Info

Publication number: CN101266035A
Application number: CNA2008100881668A
Authority: CN
Inventors: S·瓦伦蒂尼
Original assignee: Ea S P A
Current assignee: Ea S P A
Priority date: 2007-02-02
Filing date: 2008-02-01
Publication date: 2008-09-17

Abstract

The invention discloses a module supporting structure used for a lamp holder, comprising a plurality of module components (1). Each module component (10) is provided with at least two cavities (11) and a connection device (12) and is designed to accommodate at least one lamp holder (P) and prevent the lamp holder from moving in two directions (x, y) right-angled with each other. The connection device is designed to connect two module components (1) using a fastener to interact along a third direction (z) when the lamp holder (P) is in an operation position. The third direction (z) is transverse on a plane determined by the two directions (x, y). The connection device (12) prevents any moving of the lamp holder (P) and is prevented from moving in the two directions (x, y). The module structure (10) also comprises a connection component (2) used for connecting the pairing module components (1), so as to randomly extend in space.

Description

The module support structure that is used for lamp socket

Technical field

The present invention relates to a kind of module support structure that is used for lamp socket.

Background technology

In the industrial lighting field, the form of light structures constantly increases, and it constantly makes great efforts to come into the market to satisfy the potential purchase public's more different tastes.

Even have simple and the most most economical structure, its objective is provides a plurality of practical plans, makes the maximum expansion of its scope of application, and interested buyer is maximum to be expanded thereby make.Especially for the lamp socket of Halogen lamp LED, thereby interested on the market is with its a plurality of possibilities that can spatially arrange the Halogen lamp LED of predetermined quantity arbitrarily of combining, keep revising the possibility of this layout as time passes, even use same structural detail.At present, unique structure of describing two kinds of lamp sockets of type above being used in the prior art assemble constitutes by connecting carriage, and lamp socket is connected on this carriage by the jockey with fastener.The main limitation of this type annex comprises the following fact: this annex can only connect two lamp sockets, has hindered the production of more combining structures of the light-emitting component that has greater number; And, these carriages to lamp socket be connected it on connection cable without any the protection of type, got rid of structure that direct use produces and the possibility that does not have other assembly on himself.

Summary of the invention

Therefore, the objective of the invention is to eliminate above-mentioned shortcoming.It realizes that by a kind of modular structure the content of the technical characterictic of this modular structure claim is from here expressed.

Major advantage of the present invention is, quantity and its arrangement spatially that can interconnective lamp socket be arbitrarily.

And, because, therefore meeting safety standard to lamp socket and the due care that is connected to the cable above them, the structure of producing assurance allow it equally directly as automatic ray structure.

Before modular structure was locked to its operative configuration, the present invention allowed was used to be operatively connected to the cable of lamp socket and is obvious service advantages equally with the freedom that they are routed to optimal route.

At last, when above-mentioned advantage can obtain by a modular structure, this modular structure can be produced with the use of arbitrary number part (having tangible mobility and consequent and storage advantages associated) by the module component of single type, the variation of the minimum that can apply on former module component makes practicality of the present invention significantly increase: for example, the another one type of module component allows to realize that light-emitting component is in steric maximum arbitrariness.Equally, be different from the 3rd preceding two module component, mention the axial connection between the module component of type above the permission, thereby near modular structure or change distance between the lamp socket, further change their spatial distribution.

Description of drawings

With reference to accompanying drawing, more advantages of the present invention and feature will be more obvious in specific descriptions subsequently, there is shown preferred embodiment, and scope of the present invention without limits, wherein:

Fig. 1 is the perspective view of essential structure of the present invention;

Fig. 2 is the exploded view of the present invention's structure shown in Figure 1;

Fig. 3 illustrates several embodiment of main element among the present invention;

Fig. 4 illustrates appurtenances of the present invention;

Fig. 5 illustrates interchangeable structure of the present invention.

The specific embodiment

As shown in drawings, the present invention relates to a kind of module support structure that is used for lamp socket, it comprises a plurality of module components 1.Each module component 1 has at least two chambeies 11.Wherein at least one can hold lamp socket P, prevents this lamp socket at mutual rectangular both direction x, and y is last to be moved.For example, in the accompanying drawings, module component 1 has two chambeies 11, this be by lamp socket P base portion with contact the interaction of stop portions 111 in chamber 11 and realize.This module component 1 has jockey 12 equally, it is designed to connect two module components 1 when lamp socket P is positioned at operating position, these two module components interact along third direction z with fastener (a snap on action), described third direction z is horizontal and be preferably perpendicular to by above-mentioned both direction x the plane that y determines.Like this, any move of lamp socket P all is prevented from, and the existence of at least one lamp socket P has simultaneously stoped module component 1 even at two other direction x, any the relatively moving on the y.

Modular structure 10 comprises Connection Element 2 equally, is used to connect into right module component 1, thereby can extends arbitrarily in the space.Connection Element 2 can be made all-in-one-piece with module component 1 equally, and it comprises at least one external screw thread 21, and it is designed to allow, and 13 places are connected in the hole with module component 1, and hole 13 has internal thread 14, and it matches with the external screw thread 21 of Connection Element 2.

Fig. 1, Fig. 2 and Fig. 3 b show the module component 1 with single hole 13, and this hole 13 has the internal thread 14 that is used for Connection Element 2.On the contrary, Fig. 3 c and Fig. 5 illustrate the module component 1 with two holes 13, and this hole 13 has the internal thread 14 that the external screw thread 21 with Connection Element 2 is complementary, so this modular structure 10 can be expanded in the space.The dimension of module component 1 produces restriction to the quantity in the hole 13 that can make, in theory itself in addition can be greater than 2.

On their inner surface, module component 1 has the groove 15 that is used for holding the connection cable that is connected to lamp socket P, and this groove 15 is admitted between the chamber 11 of lamp socket P being designed to.

In an accompanying drawing illustrated compression, jockey 12 comprises hook-shaped outstanding 16 and the contact surface 17 that is complementary that forms respectively on the opposite edges of module component 1, and when two module components 1 interconnected, they toward each other like this.

At last, as shown in Figure 5, especially in Fig. 5 b, modular structure 10 comprises axial connector 3, it has the shape of similar lamp socket P base portion, thereby need between the light source or the end of modular structure 10 place under the situation in more spaces, the axial lamp socket P of connector in can the chamber 11 of alternative module element 1, it is clamped by a pair of module component 1 equally.

In the scope that does not break away from the present invention's design, above-mentioned invention can be revised or change in many ways.

And all details of the present invention can be replaced by technical equivalent element.

Obviously, in fact can make amendment and/or improve, all modifications and/or improve all by the protection domain of herein claims cover.

Claims

1, a kind of module support structure that is used for lamp socket, it is characterized in that, it comprises a plurality of module components (1) and jockey (12), each module component (1) comprises at least two chambeies (11), this chamber is designed to hold at least one lamp socket (P) and stops it at least at mutual rectangular both direction (x, y) upward move, described jockey is designed to when lamp socket (P) when being positioned at operating position, connect with interactional two module components of fastener (1) along third direction (z), described third direction (z) is transverse to by above-mentioned both direction (x, y) plane of Que Dinging, jockey (12) stops any mobile of lamp socket (P) and stops it above-mentioned both direction (x, y) last moving by lamp socket (P).

2, modular structure as claimed in claim 1 is characterized in that, it comprises the Connection Element (2) that is used to connect into to module component (1), makes modular structure (10) extend in the space like this.

3, modular structure as claimed in claim 2 is characterized in that, Connection Element (2) comprises internal thread (21) at least, and this internal thread is designed to allow and is connected to module component (1).

4, modular structure as claimed in claim 3 is characterized in that, described module component (1) has at least one hole that has internal thread (14) (13), and described internal thread (14) matches with the external screw thread (21) of described Connection Element (2).

5, modular structure as claimed in claim 3, it is characterized in that, described module component (1) has a plurality of holes (13) that have internal thread (14), and described internal thread (14) matches with the external screw thread (21) of described Connection Element (2), makes modular structure (10) expand in the space.

As the described modular structure of each claim of front, it is characterized in that 6, (x, y) definite plane meets at right angles described third direction (z) with above-mentioned both direction.

As the described modular structure of each claim of front, it is characterized in that 7, described module component (1) has the groove (15) that is used to hold the connection cable that is connected to lamp socket (P).

8, modular structure as claimed in claim 7 is characterized in that, described groove (15) is positioned between two chambeies (11) that are used for lamp socket.

9, modular structure as claimed in claim 1, it is characterized in that, described jockey (12) comprises hook-shaped outstanding (16) and the contact surface (17) that matches that forms respectively on the opposite edges of module component (1), thereby when two module components (1) when interconnecting, they toward each other.

10, as the described modular structure of each claim of front, it is characterized in that, it comprises axial connector (3), and described axial connector is designed to be contained in the chamber (11) of module component (1), replaces at least one lamp socket (P) that is clamped by a pair of module component (1).