WO2016165146A1

WO2016165146A1 - Conductive track-typed mounting assembly

Info

Publication number: WO2016165146A1
Application number: PCT/CN2015/077091
Authority: WO
Inventors: 苗光夫
Original assignee: 深圳市璐景光电科技有限公司
Priority date: 2015-04-17
Filing date: 2015-04-21
Publication date: 2016-10-20
Also published as: CN104848180A; CN104848180B

Abstract

Disclosed is a conductive track-typed mounting assembly, comprising a guide rail (1) and at least one suspending component (2) slidably connected onto the guide rail (1), wherein the guide rail (1) is provided with a first rail (11) on which the suspending component (2) can slide; at least two electrodes (11a, 11b, 11c) are provided in the first rail (11); and each suspending component (2) comprises a trigger member (22a, 22b) for current conduction corresponding to each electrode (11a, 11c). In the conductive track-typed mounting assembly, the suspending component can not only conduct current, but can also hang a weight, and the positive and negative electrodes can be arranged and converted creatively and conveniently, so that the suspending component can move on the guide rail at any adjustable interval, so that the mounting assembly is suitable for installing advertisement lamp boxes, advertisement machines, lamps and so on in public places or in the home. It can further equip the guide rail with lighting lamps so as to be applied to illumination for industrial production places, shop windows and counters and so on. In addition, since a plurality of electrodes can be provided in an inner side of the guide rail, different types of low-voltage direct currents and low-voltage alternating currents can be supplied according to requirements.

Description

Conductive rail mounting assembly

Technical field

[0001] The present invention relates to the field of lamp installation technology, and more particularly to a conductive track type mounting assembly.

Background technique

[0002] In the prior art, in public places such as exhibition halls, shopping malls, theaters, hotels, stations, etc., advertising media such as advertising light boxes and advertising machines are often seen. The general installation methods of these advertising media are: fixing the wall to the wall by brackets or It is fixed to the ceiling with a bracket. This fixed approach makes these facilities difficult to replace, and labor intensive and materials. In addition, the fixed bracket and the power cord are leaking outside, which affects the aesthetic effect. technical problem

[0003] An object of the present invention is to provide a conductive track type mounting assembly, which solves the problem that the installation components for installing an advertising light box, an advertising machine, a lamp, and the like in the prior art are not easy to replace, have a single function, and are complicated to be installed, resulting in a long installation period. And the cost of installation is high.

Problem solution

Technical solution

[0004] The technical solution adopted by the present invention to solve the technical problem is: a conductive rail type mounting assembly, comprising: a rail and at least one hanging component slidably connected on the rail, the rail having the hanging component a sliding first track, at least two electrodes are disposed in the first track, and each of the hanging assemblies includes a trigger for conducting current corresponding to each of the electrodes.

[0005] In the conductive track type mounting assembly of the present invention, a first electrode is disposed in the first track, and the trigger member corresponding to the first electrode is a first flat head screw, and the hanging component a conductive base for mounting the first flat head screw, the conductive base is disposed in the first rail, and the conductive base is provided with a first screw facing the first electrode a first flat head screw is installed in the first screw hole; the first flat head screw is screwed out from the first screw hole to contact the first electrode, the first The flat head screw is separated from the first electrode by being screwed toward the first screw hole.

[0006] In the conductive track type mounting assembly of the present invention, the conductive base is connected with a guide for conducting current An electrical connection tube, the conductive connection tube extending from the first rail.

[0007] In the conductive rail type mounting assembly of the present invention, the first flat head screw exposes a first flat head from the first screw hole, and the first flat head is mounted with abutting to the a first insulating rubber seat for sliding along the first track of the first track.

[0008] In the conductive rail type mounting assembly of the present invention, a second electrode is disposed in the first track, and the trigger member corresponding to the second electrode is abutted on the second electrode a sliding column sliding along the first track, the sliding column being a conductive pillar for conducting electricity or an insulating pillar for insulating electricity.

[0009] In the conductive rail type mounting assembly of the present invention, the conductive base is provided with a through hole, and the sliding column passes through the through hole and is abutted to the second electrode by a spring support. The spring is mounted in the conductive connecting tube, the conductive connecting tube has a resisting portion for abutting the spring, one end of the spring abuts on the sliding column, and the other end of the spring abuts An insulating sleeve is disposed on an inner wall of the conductive connecting tube to the resisting portion of the conductive connecting tube.

[0010] In the conductive rail type mounting assembly of the present invention, the hanging assembly is connected with a wire for hanging, and one end of the conductive connecting tube extending from the first rail is along the axial direction of the wire. A tightening sleeve and a tension sleeve for stabilizing the wire are sequentially connected, and an inner receiving space for accommodating a line card is formed inside the tightening sleeve and the tension sleeve, and the line card is mounted in the receiving Within the space, the wires are mounted within the line card and extend from the line card and the tension sleeve.

[0011] In the conductive rail type mounting assembly of the present invention, the sliding column is a conductive column, and the wire is made of metal and is axially connected to the sliding column through the conductive connecting tube and a spring. The spring is sleeved on the outer circumference of the wire.

[0012] In the conductive track type mounting assembly of the present invention, a third electrode is disposed in the first track, and the third electrode and the first electrode are respectively symmetrically disposed on the first track port a second flat head screw corresponding to the third electrode, the second flat head screw is mounted on the conductive base, and the conductive base is provided with a tongue opening toward the side a second screw hole of the third electrode, the second flat head screw is installed in the second screw hole; the second flat head screw is screwed out from the second screw hole to realize mutual interaction with the third electrode The second flat head screw is separated from the third electrode by being screwed toward the second screw hole.

[0013] In the conductive rail type mounting assembly of the present invention, the second flat head screw is exposed from the second screw hole A second flat head is mounted, and the second flat head is mounted with a second insulating rubber seat abutting the first rail for sliding along the first rail.

[0014] In the conductive rail type mounting assembly of the present invention, the electrode is electrically connected to an external power source or the hanging component is electrically connected to an external power source.

[0015] In the conductive rail type mounting assembly of the present invention, a side of the guide rail facing away from the first rail is formed with a second rail, and the second rail is provided with at least two electrodes, the second rail The upper electrodes are electrically connected in one-to-one correspondence with the electrodes on the first track.

[0016] In the conductive rail type mounting assembly of the present invention, a lighting fixture is mounted on the second rail.

Advantageous effects of the invention

Beneficial effect

[0017] The conductive track type mounting assembly embodying the present invention has the following beneficial effects: The conductive track type mounting assembly of the present invention is quick and convenient to install, the overall structure is light and simple, and the manufacturing and installation costs are low. The conductive rail type mounting assembly of the invention can fix the rail to the ceiling through a self-tapping screw, and connect the external power source through the power socket on the plug, and the wire can be used not only for hanging advertising light boxes, advertising machines, lamps, etc. The conductive connecting tube is also electrically conductive to the advertising light box, the advertising machine, the lamp, etc.; the conductive track type mounting assembly of the invention can also be fixed on the ceiling by wires, and then the hanging rail is connected, and the connecting wire and the conductive connecting tube are connected to the external power source, and the electricity is connected. The electrodes are transmitted to the electrodes disposed on the first track, and then the electrodes on the first track are transmitted to the electrodes on the second track, and various lighting fixtures, advertising lamps, and the like can be mounted on the second track. The hanging component in the conductive track type mounting assembly of the invention can be energized and can hang heavy objects, can carry weights up to 60kg weight, and the setting and conversion of positive and negative electrodes are very clever and convenient, and the hanging components can be on the guide rails. Move up, the spacing can be adjusted freely, it is very suitable for public places and home installation advertising light boxes, advertising machines, lamps, etc., can also be installed on the rails lighting fixtures and then widely used in industrial production sites, shop windows, counters and other lighting. In addition, since there are multiple electrodes on the inside of the rail, different low-voltage DC and low-voltage AC can be provided as needed.

Brief description of the drawing

DRAWINGS

1 is a schematic external view of a conductive track type mounting assembly of the present invention;

2 is a schematic cross-sectional view of a guide rail of the present invention; 3 is a schematic structural view of a plug according to the present invention;

4 is a cross-sectional view showing the first structure of the hanging assembly of the present invention;

[0022] FIG. 5 is a cross-sectional view showing a second structure of the suspension assembly of the present invention;

6 is a schematic structural view showing the assembly of the first insulating rubber seat and the first flat head screw of FIG. 5 according to the present invention;

7 is a schematic structural view of the assembly of the second insulating rubber seat and the second flat head screw of FIG. 5 according to the present invention;

8 is a partial structural view of FIG. 5 of the present invention;

9 is a cross-sectional view showing a third structure of the hanging assembly of the present invention;

10 is a cross-sectional view showing a fourth structure of the hanging assembly of the present invention;

11 is a schematic structural view of a lighting fixture formed in Embodiment 8 of the present invention.

Embodiments of the invention

[0029] The structure and function principle of the conductive rail-mounted assembly of the present invention will be further described below with reference to the accompanying drawings and embodiments:

[0030] In the description of the present invention, it is to be understood that the terms "center", "vertical", "transverse", "upper", "lower", "front", "rear", "left", "right" The orientation or positional relationship of "," "vertical", "horizontal", "top", "bottom", "inside", "outer", "shun", "reverse", etc. is based on the figure The orientation or positional relationship is merely for the purpose of describing the present invention and the description of the invention, and is not intended to indicate or imply that the device or component referred to has a specific orientation, is constructed and operated in a specific orientation, and thus is not to be construed as limiting the invention. .

[0031] As shown in FIG. 1, a conductive track type mounting assembly includes a guide rail 1, at least one suspension assembly 2 slidably coupled to the guide rail 1, and a wire 3 connected to each suspension assembly 2, in the guide rail A plug 4 is installed at each end of the 1st. The number of the hanging components 2 may be one, two or more, which will be further described in detail in the following specific embodiments. The guide rail 1 can be fixed to the wall with a self-tapping screw, and the advertising light box, the lamp, the advertising machine, etc. can be hanged by the wire 3; the wire 3 can also be fixed on the wall, and the guide rail 1 is suspended. The guide rail 1 is made of metal or hard plastic, etc., preferably made of aluminum alloy. The guide rail 1 of the aluminum alloy has high strength, is not easily deformed, is light in weight, simple in appearance, beautiful in appearance, and can effectively protect internal electrodes or as electrodes. Circuit board.

[0032] In the present example, as shown in FIG. 2, the guide rail 1 has a first rail 11 for sliding the hanging assembly 2, and at least two electrodes are disposed in the first rail 11, and the electrodes are arranged along the length of the rail 1. Strip electrode The number can be designed in two, three or more, but the two electrodes are used to conduct the two electrodes and serve as a positive electrode and a negative electrode, respectively, thereby deriving the positive current and the negative current. It should be noted that the electrode here may be a simple electrode plate made of metal, but it is preferably a positive electrode and a negative electrode formed of a circuit board, and more preferably a PCB circuit board. In the present example, when the guide rail 1 is fixed to the wall and the advertising light box, the lamp, the advertising machine, etc. are suspended by the wire 3, as shown in FIG. 3, the power plug 41a and the guide can be provided outside the plug 4. The first circuit board connector 42a and the first contact spring piece 43a connected to the electrodes of the first track of the first track, the external current transmitted by the power plug 41a through the first circuit board connector 42a and the first contact spring piece 43a Two of the electrodes in the first track 11 are then passed to the advertising light box, the light fixture, the advertising machine, etc. through the hanging assembly 2 and the wire 3.

[0033] As shown in FIG. 2, in the present example, the preferred guide rail 1 is formed with a second rail 12 on the side facing away from the first rail 11, and the second rail 12 is also provided with at least two electrodes. Two of the electrodes on the second track 12 serve as positive and negative electrodes for electrically connecting with the positive and negative poles of the first track 11, thereby guiding the positive current and the negative current on the first track 11 to the second track 12 In this way, an advertising light box, a light fixture or an advertising machine can be installed on the second rail 12, and the wire 3 can be fixed and the rail 1 can be suspended. As shown in FIG. 3, in the present example, a second contact spring piece 43b and a second circuit board connecting piece 42b are further disposed on the plug 4 for respectively connecting with two of the electrodes in the second track 12, Current is transferred from the first track 11 to the second track 12. It should be noted that the electrode on the second track 12 may be a simple metal electrode plate, but it is preferably a positive electrode and a negative electrode formed of a circuit board, and more preferably a PCB circuit board.

[0034] In the present example, as shown in FIG. 2, wherein the first rail 11 has a cornice on a side facing the hanging assembly 2, and the left side bottom wall of the first rail 11 on one side of the cornice is installed. There is a first electrode l la, and a third electrode 1 lc is mounted on the right bottom wall of the first rail 11 on the other side of the cornice, and the top wall opposite to the cornice is mounted on the first rail 11 The second electrode l lb. It should be noted that it is also possible to mount only any two of the first electrode l la, the second electrode l ib and the third electrode 11c in the first track 11 , which are all within the protection scope of the present invention. The electrodes that can be mounted on the second rail 12 correspond one-to-one with the electrodes mounted on the first rail 11, as needed.

[0035] As shown in FIGS. 4-5, the hanging assembly 2 includes a conductive base 21, and the conductive base 21 is disposed in the first rail 11, and the conductive base 21 is provided with a first opening facing the first electrode 11a. The screw hole 21a and the opening face the second screw hole 21b of the third electrode 11c, and the first flat head screw 22a and the corresponding one are installed in the first screw hole 21a and the second screw hole 21b. Two flat head screws 22b. The first flat head screw 22a is in contact with the first electrode 11a by being rotated away from the first screw hole 21a, and the first flat head screw 22a is separated from the first electrode 11a by being screwed toward the first screw hole 21a; The second flat head screw 22b is brought into contact with the third electrode 1 lc by being rotated away from the second screw hole 21b, and the second flat head screw 22b is separated from the third electrode 11c by being screwed toward the second screw hole 22a.

[0036] As shown in FIGS. 6-7, the first flat head screw 22a exposes the first flat head 220a from the first screw hole 21a, and the second flat head screw 22b exposes the second flat head from the second screw hole 21b. The portion 220b is mounted with a first insulating rubber seat 23a abutting against the inner wall of the first rail 11 on the first flat head portion 220a, and a second abutting to the inner wall of the first rail 11 on the second flat head portion 220b. The insulating rubber seat 23b, the first insulating rubber seat 23a and the second insulating rubber seat 23b can slide along the first rail 11, so that the first insulating rubber seat 23a and the second insulating rubber seat 23b serve to make the conductive base 21, The first flat head screw 22a and the second flat head screw 22b are respectively insulated from the inner wall of the first rail 11, and may also function as a sliding block to slide. In the present example, the first insulating rubber seat 23a abuts against the left side wall of the first rail 11, and the second insulating rubber seat 23b abuts against the right side wall of the first rail 11.

[0037] The structure of the first insulating rubber seat 23a and the second insulating rubber seat 23b is as shown in FIG. 6-7. The first insulating rubber seat 23a and the second insulating rubber seat 23b are provided with first through holes 230a communicating with each other. And the second through hole 230b, the inner diameter of the first through hole 230a is smaller than the inner diameter of the second through hole 230b, and the first through hole 230a is adapted to the threaded portions of the first flat head screw 22a and the second flat head screw 22b, respectively. The through holes 230b are fitted to the first flat head 220a and the second flat head 220b, respectively.

[0038] As shown in FIG. 6-7, the first insulating rubber seat 23a and the second insulating rubber seat 23b are installed in two ways. In the first manner, as shown in FIG. 6, the first insulating rubber seat 23a is used. For example, the first flat head screw 22a passes through the first insulating rubber seat 23a from the bottom to the top, and the first flat head 220a is located at the lower end. The first mounting method requires the first through hole 230a at the lower end, and the second through hole 230b The upper end, such that the lowermost end of the first insulating rubber seat 23a abuts the first flat head 220a, so that the first flat head 220a can be stably contacted with the first electrode 11a; the second way, as shown in FIG. The second insulating rubber seat 23b is taken as an example. The second flat head screw 22b passes through the second insulating rubber seat 23b from the bottom to the top, and the second flat head 220b is located at the lower end. The second manner requires the first through hole 230a to be located at the upper end. The second through hole 230b is located at the lower end, that is, the second insulating rubber seat 23b is reversely mounted on the second flat head screw 22b as compared with the first mounting manner, such that the second through hole 230b is the second flat head screw 22b. The screw in and out provides space for the event. The above two mounting methods are only exemplified by the first insulating rubber seat 23a and the second insulating rubber seat 23b, and are not limited. According to actual needs, the first insulating rubber seat 23a can also be designed according to the second mounting manner. The second insulating rubber seat 23b can also be designed according to the structure of the first mounting method.

[0039] As shown in FIG. 4-5, the hanging assembly 2 further includes a sliding post 24 abutting against the top wall of the first rail 11, and the conductive base 21 is provided with a through hole for the sliding column 24 to pass through. The sliding post 24 passes through the through hole and is supported by the spring 25 to abut against the top wall of the first rail 11. In the present example, the second electrode l ib is disposed on the top wall of the first rail 11, so that the sliding post 24 abuts against the second electrode l ib . The conductive base 21 is connected with a conductive connecting tube 26 along the edge of the through hole, and the conductive connecting tube 26 protrudes from the first rail 11, thereby discharging current to the outside, wherein the spring 25 is mounted in the conductive connecting tube 26. As shown in FIG. 8, the conductive connecting tube 26 has a resisting portion 26a for abutting against the spring 25. Referring to FIG. 4-5, one end of the spring 25 abuts on the sliding post 24, and the other end of the spring 25 abuts to the conductive connection. The abutting portion 26a of the tube 26 is placed.

[0040] As shown in FIG. 4-5, one end of the conductive connecting tube 26 extending from the first rail 11 is sequentially connected with a tightening sleeve 27 and a tension sleeve 28 for stabilizing the wire 3 in the longitudinal direction, and the sleeve is tightened. 27 is connected to the conductive connecting pipe 26, and in combination with FIG. 8, a substantially "L" type insulating member 29 is disposed between the conductive connecting pipe 26 and the guide rail 1 and between the tightening bushing 27 and the guide rail 1 to avoid short circuit. The fastening sleeve 27 and the tension sleeve 28 are internally formed with an accommodation space for accommodating the line card 30, the line card 30 is mounted in the accommodation space, and the wire 3 is mounted in the line card 30 and from the line card 30 and the tension sleeve 29 Extend inside. The design of the tightening sleeve 28 and the tensioning sleeve 29 is mainly to prevent the wire 3 from swaying greatly in the hanging shackle, and to avoid the suspension being unstable. The tightening sleeve 28 and the tensioning sleeve 29 can stabilize a part of the length. Wire 3.

[0041] The sliding column 24 can be designed as a conductive pillar for electrical conduction or an insulating pillar for insulation as needed. As shown in FIG. 4, the sliding column 24 is a conductive column, and the conductive column is provided with a blind hole. The wire 3 is an electrically conductive wire made of metal. The wire 3 can extend upward through the conductive connecting tube 26 and the spring 25 until In the blind hole, so that the conductive column transmits current to the wire 3, and the spring 25 is sleeved on the outer circumference of the wire 3. As shown in Fig. 5, the sliding column 24 is an insulating column, and the wire 3 does not need to extend upward to the insulating column. As shown in Fig. 4-5, an insulating sleeve 31 is disposed on the inner wall of the conductive connecting tube 26, and the insulating sleeve 31 is sleeved on the outer periphery of the sliding portion 24 and the spring 25 to avoid short circuit when the sliding column 24 is a conductive post.

[0042] The suspension assembly 2 described above includes a contact member for conducting current corresponding to each electrode, The middle contact member may be a first flat head screw 22a, a second flat head screw 22b, or a sliding column 24.

[0043] The conductive rail mounting assembly is specifically described below by different embodiments:

Embodiment 1 :

[0045] The number of the hanging components 2 is one, and the positive current and the negative current are respectively drawn from the single hanging component 2.

[0046] Specifically, as shown in FIG. 2, a first electrode 1 la is disposed on the left bottom wall in the first track 11, a third electrode 11c is disposed on the right bottom wall, and a second electrode 1 ib is disposed on the top wall. Referring to FIG. 5-6, the driving member that turns on the first electrode 11a is a first flat head screw 22a, and the first flat head screw 22a is screwed out and touched with the first electrode 11a, and the first through hole of the first insulating rubber seat 23a. The first insulating head 23a is located below the second through hole 230b, so that the lowermost end of the first insulating rubber seat 23a abuts against the first flat head 220a of the first flat head screw 22a, so that the first flat head screw 22a is in stable contact with the first electrode 11a. The current of the first electrode 11a is turned on, and the first electrode current is transmitted to the conductive base 21 by the first flat head screw 22a, and is transmitted from the conductive base 21 to the conductive connecting tube 26 as an external electrode; The seat 23b is oppositely mounted with respect to the first insulating rubber seat 23a, that is, the first through hole 230a is located above the second through hole 230b, and the second through hole 230b provides activity for the second flat head 220b of the second flat head screw 22b. Space, the second flat head screw 22b can The second screw hole 21b is screwed in, and is separated from the third electrode 11c, so that the third electrode 11c is not turned on; the contact member that is in contact with the second electrode 1 ib is the sliding column 24, and the sliding column 24 is made of metal. The conductive pillars are led out of the second electrode current by the conductive pillars 24, and the second electrode current is transmitted to the wires 3 as external electrodes, so that the first electrode current and the second electrode current form a power supply loop.

[0047] wherein the first electrode current derived from the first flat head screw 22a is a positive current, and the second electrode current derived from the conductive post is a negative current; or the first electrode current derived from the first flat head screw 22a is a negative current The second electrode current derived from the conductive column is a positive current.

[0048] It should be noted that since the third electrode 11c is not turned on, in the present embodiment, the third electrode 11c may not be provided, and only the first electrode 11a and the second electrode 11b may be disposed.

[0049] It should be noted that, in this embodiment, the number of the hanging components 2 may also be multiple, and the plurality of hanging components 2 are completely identical.

Example 2:

[0051] The difference from the first embodiment is that the first flat head screw 22a is separated from the first electrode 11a, and the first electrode 1 la is not turned on. The specific structure is the second flat head screw 22b and the second in the first embodiment. The rubber edge rubber seat 23b is the same; The second flat head screw 22a is in contact with the third electrode lie, and conducts the current of the third electrode 11c. The specific structure is the same as that of the first flat head screw 22a and the first insulating rubber seat 23a in the first embodiment, and the second flat head The screw 22b conducts the current of the third electrode 11c to the conductive base 21, and is guided by the conductive base 21 to the conductive connecting tube 26 as an external electrode. As in the first embodiment, the contact member that is in contact with the second electrode 1 ib is The sliding column 24, and the sliding column 24 is a conductive column made of metal, the second electrode current is derived from the conductive column, and the second electrode current is transmitted to the wire 3 as an external electrode, so the second electrode current and the third The electrode current forms a power supply loop.

[0052] wherein the third electrode current derived from the second flat head screw 22b is a positive current, and the second electrode current derived from the conductive column is a negative current; or the third electrode current derived from the second flat head screw 22b is a negative current The second electrode current derived from the conductive column is a positive current.

[0053] It should also be noted that since the first electrode 11a is not turned on, the first electrode 11a may not be provided in the present embodiment, and only the second electrode 1 lb and the third electrode 1 lc may be disposed.

Example 3:

[0055] The difference from Embodiment 1 is that, in addition to the first flat head screw 22a being in contact with the first electrode 11a as a contact member, the second flat head screw 22b is also contacted as the third member 11c as a contact member. The contact structure of the two flat head screws 22 b is the same as that of the first flat head screw 22 a and the first insulating rubber seat 23 a , and the first electrode current derived from the first flat head screw 22 a and the second electrode current drawn from the second flat head screw 22 b are collectively used as The positive current is transmitted to the conductive base 21 and then conducted to the conductive connecting tube 26 as the external electrode by the conductive base 21; as in Embodiment 1, the contact member that is in contact with the second electrode 1 ib is the sliding column 24 And the sliding column 24 is a conductive column made of metal, and the second electrode current is derived from the conductive column as a negative current, and the second electrode current is conducted to the wire 3 as an external electrode, so the first electrode current and the first electrode The positive current of the three electrode currents together with the negative electrode current of the second electrode current forms a power supply loop.

Similarly, the first electrode current and the third electrode current may also collectively function as a negative current, and the second electrode current acts as a positive current.

Example 4:

[0058] The number of the hanging components 2 is two and is respectively set as a first hanging component and a second hanging component, and the positive and negative currents are respectively drawn by the two hanging components.

[0059] Specifically, the first electrode 1 la is disposed on the left bottom wall in the first track 11, the third electrode 1 lc is disposed on the right bottom wall, and the second electrode 1 lb is disposed on the top wall. [0060] The structure of the first hanging assembly is as shown in FIG. 4, the contact member that is in contact with the second electrode 1 ib is a sliding column 24, and the sliding column 24 is a conductive column made of metal, which is derived from the conductive column. a second electrode current, and the second electrode current is transmitted to the wire 3 as an outer electrode; referring to FIG. 7, the first through hole 2 30a of the first insulating rubber seat 23a is located above the second through hole 230b, second The through hole 230b provides a movable space for the first flat head screw 22a, and the first flat head screw 22a can be screwed in toward the first screw hole 21a, and is separated from the first electrode 11a, so that the first electrode 11a is not turned on; The flat head screw 22b is also separated from the third electrode 11c, and the third electrode 11c is also not turned on. The second insulating rubber seat 23b and the second flat head screw 22b have the same structure as the first insulating rubber seat 23a and the first flat head screw 22a. .

[0061] The structure of the second hanging component is as shown in FIG. 5. The first flat head screw 22a is used as a trigger to rotate the first electrode 11a from the first screw hole 21a, and the first electrode 11a is turned on. 6, the first through hole 230a of the first insulating rubber seat 23a is located below the second through hole 23b, so that the lowermost end of the first insulating rubber seat 23a abuts against the first flat head 220a of the first flat head screw 22a, so that The first flat head screw 22a is in stable contact with the first electrode 11a, turns on the first electrode current, and transmits the first electrode current to the conductive base 21 by the first flat head screw 22a, and is transmitted from the conductive base 21 to the conductive connecting tube. 26, as the outer electrode; referring to FIG. 7, the second insulating rubber seat 23b is oppositely mounted with respect to the first insulating rubber seat 23a, that is, the first through hole 230a is located above the second through hole 230b, and the second through hole 230b Providing a movable space for the second flat head screw 22b, the second flat head screw 22b can be screwed in toward the second screw hole 21b, separated from the third electrode 11c, so that the third electrode 11c is not turned on; and the second electrode l ib is touched The sliding column 24 is changed to Edge of the column, the second electrode l ib also non-conductive. In this embodiment, the second hanging assembly may also be provided with the sliding column 24, and only slides through the first insulating rubber seat 23a and the second insulating rubber seat 23b in the first rail 11.

[0062] Therefore, the second electrode current of the first suspension assembly and the first electrode current of the second suspension assembly form a power supply loop.

[0063] wherein the second electrode current of the first hanging component is a positive current, the first electrode current of the second hanging component is a negative current; or the second electrode current of the first hanging component is a negative current The first electrode current of the second hanging component is a positive current.

[0064] It should be noted that, in the present embodiment, only the first electrode 11a and the second electrode 1 ib are turned on, and the third electrode 11c is not turned on. Therefore, in this embodiment, the first electrode may not be provided. The three electrodes l lc are provided with only the first electrode 11a and the second electrode 11b. [0065] It should be noted that, in this embodiment, the number of the hanging components may also be multiple, and one set is identical to the plurality of first hanging components, and the other set is exactly the same multiple. The second hanging component.

Example 5:

[0067] The difference from Embodiment 4 is that the structure of the second hanging component is changed. The first hanging component is still the structure shown in FIG. 4, and the second hanging component is mainly different in FIG. 9. As shown, the second flat head screw 22b is rotated as a contact member from the second screw hole 21b to contact the third electrode 111, and the third electrode 11c is turned on. The first through hole 230a of the second insulating rubber seat 23b is located at the The bottom of the second through hole 230b is such that the lowermost end of the second insulating rubber seat 23b abuts against the second flat head 220b of the second flat head screw 22b, so that the second flat head screw 2 2b is stably in contact with the third electrode 11c, and is turned on. a third electrode current, and the third electrode current is transmitted to the conductive base 21 by the second flat head screw 22b, and is transmitted from the conductive base 21 to the conductive connecting tube 26 as an outer electrode; the same as the first insulating rubber seat 23a The second insulating rubber seat 23b is reversely mounted, that is, the first through hole 230a is located above the second through hole 230b, and the second through hole 230b provides a movable space for the first flat head screw 22a, and the first flat head screw 22a can face the first Screw hole 21a , Separated from the first electrode 11a, and thus the first non-conductive electrodes 1 la; l ib and the second electrode contact 24 connected to the sliding post insulator stud, the second electrode l ib also non-conductive. In this embodiment, the second hanging assembly may also be provided with the sliding column 24, and only slides through the first insulating rubber seat 23a and the second insulating rubber seat 23b in the first rail 11.

[0068] Therefore, the second electrode current of the first suspension assembly and the third electrode current of the second suspension assembly form a power supply loop.

[0069] wherein the second electrode current of the first hanging component is a positive current, the third electrode current of the second hanging component is a negative current; or the second electrode current of the first hanging component is a negative current The third electrode current of the second suspension component is a positive current.

[0070] It should be noted that, in the present embodiment, only the third electrode 11c and the second electrode 1 ib are turned on, and the first electrode 11a is not turned on. Therefore, in this embodiment, the first electrode 11a may not be provided. One electrode l la is provided only with the third electrode 11c and the second electrode 11b.

Example 6:

[0072] The difference from Embodiment 4 is that the structure of the second hanging component is changed. The first hanging component is still the structure shown in FIG. 4, and the main difference of the second hanging component is that, for example, As shown in Fig. 10, in addition to the first flat head screw 22a as a contact member that is in contact with the first electrode 11a, the second flat head screw 22b also serves as a touch. The movable member is unscrewed from the second screw hole 21b and is in contact with the third electrode lie. The contact structure of the second flat head screw 22b is the same as that of the first flat head screw 22a and the first insulating rubber seat 23a, and the first flat head screw The first electrode current derived from 22a and the second electrode current drawn by the second flat head screw 22b are collectively used as a positive current, and are both conducted to the conductive base 21, and then conducted to the conductive connecting tube 26 by the conductive base 21 as an external electrode. The sliding column of the second hanging component is an insulating column; the second electrode current formed by the first hanging component acts as a negative current.

[0073] Therefore, the second electrode current of the first suspension component acts as a positive current to the positive electrode current of the second suspension component and the third electrode current to form a power supply loop. Of course, the second electrode current of the first suspension component can also be used as the positive current, and the first electrode current of the second suspension component and the third electrode current together serve as the negative current to form a power supply loop.

Example 7:

[0075] The difference from Embodiment 4 is that the structure of the first hanging component is changed, and the second hanging component is still the structure shown in FIG. 5, the main difference is that the first hanging component is a figure. In the structure shown in FIG. 9, the second flat head screw 22b as a trigger member is screwed out from the second screw hole 21b to contact the third electrode 111, and the third electrode 1 lc is turned on, and the first insulating rubber seat 23b is firstly passed. The through hole 230a is located below the second through hole 230b, so that the lowermost end of the second insulating rubber seat 23b abuts against the second flat head 220b of the second flat head screw 22b, so that the second flat head screw 22b and the third electrode 11c are stably connected. , the current of the third electrode 11c is turned on, and the third electrode 11c is electrically transmitted to the conductive base 21 of the first suspension component by the second flat head screw 22b, and is transmitted to the conductive base 21 of the first suspension component. The first insulating rubber seat 23a of the first hanging component is oppositely mounted with respect to the second insulating rubber seat 23b, that is, the first through hole 230a is located at the second through. Above the hole 230b, the second through 230b provides a movable space for the first flat head screw 22a, the first flat head screw 22a can be screwed in toward the first screw hole 21a, and is separated from the first electrode 11a, so that the first electrode 11a is not turned on; and the second electrode l ib The contacted sliding column 24 is changed to an insulating post, and the second electrode l ib is also not turned on. In this embodiment, the first hanging assembly may not be provided with the sliding column 24, and only slides through the first insulating rubber seat 23a and the second insulating rubber seat 23b in the first rail 11.

[0076] Therefore, the third electrode current of the first suspension assembly and the first electrode current of the second suspension assembly form a power supply loop.

[0077] wherein the third electrode current of the first hanging component is a positive current, and the first electrical current of the second hanging component The pole current is a negative current; or the third electrode current of the first suspension component is a negative current, and the first electrode current of the second suspension component is a positive current.

[0078] It should be noted that, in this embodiment, only the first electrode 11a and the third electrode 1 lc are turned on, and the second electrode 1 ib is not turned on, so it may not be set in this embodiment. The second electrode 1 ib is provided only with the first electrode 11a and the third electrode 1 lc.

Example 8:

[0080] The conductive track type mounting assembly structures of Embodiments 1-7 are all suitable for the present embodiment, but the present embodiment is different from Embodiments 1-7 in that the side of the guide rail 1 facing away from the first rail 11 is formed. There is a second track 12, as shown in FIG. 11, the LED light bar 5 is mounted on the inner side wall of the second track 12 opposite to the mouth of the second track 12, and is also mounted on the outer side walls of the two sides of the second track 12, respectively. The LED light bar 5 is provided with a hollow light guide plate 6 for the two LED light bars 5, and the light guide plate 6 is fixed with the LED light bar 5 by the pressing strip 7, and the light transmission and diffusion are installed at the mouth of the second track 12. The cover 8 forms a panel luminaire.

In summary, the conductive track type mounting assembly of the present invention is quick and convenient to install, and the overall structure is light and simple, and the manufacturing and installation costs are low. The conductive rail type mounting assembly of the invention can fix the rail to the ceiling through a self-tapping screw, and connect the external power source through the power socket on the plug, and the wire can be used not only for hanging advertising light boxes, advertising machines, lamps, etc. The conductive connecting tube is also electrically conductive to the advertising light box, the advertising machine, the lamp, etc.; the conductive track type mounting assembly of the invention can also be fixed on the ceiling by wires, and then the hanging rail is connected, and the connecting wire and the conductive connecting tube are connected to the external power source, and the electricity is connected. The electrodes are transmitted to the electrodes disposed on the first track, and then the electrodes on the first track are transmitted to the electrodes on the second track, and various lighting fixtures, advertising lamps, and the like can be mounted on the second track.

[0082] The hanging component in the conductive track-type mounting assembly of the present invention can be energized and can hang heavy objects, can carry weights up to 60kg weight, and the setting and conversion of positive and negative electrodes are very clever and convenient, and the hanging components It can be moved on the guide rails, and the spacing can be adjusted arbitrarily. It is very suitable for installing advertising light boxes, advertising machines, lamps, etc. in public places and homes. It can also be used to install lighting fixtures on the guide rails and then widely used in industrial production sites, shop windows, counters, etc. . In addition, since a plurality of electrodes can be mounted on the inner side of the guide rail, different low-voltage direct current and low-voltage alternating current can be provided as needed.

[0083] It is to be understood that those skilled in the art can make modifications and changes in the above description, and all such modifications and alterations are within the scope of the appended claims.

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Claims

Claim

A conductive track type mounting assembly, comprising: a rail (1) and at least one hanging component (2) slidably coupled to the rail (1), the rail (1) having the hanging Component (2) a sliding first track (11), at least two electrodes are disposed in the first track (11), and each of the hanging assemblies (2) includes a corresponding one of each of the electrodes A driver for conducting current.

The conductive track type mounting assembly according to claim 1, wherein the first rail (11) is provided with a first electrode (11a), and the touch corresponding to the first electrode (11a) The first flat head screw (22a), the hanging assembly (2) includes a conductive base (21) for mounting the first flat head screw (22a), and the conductive base (2 1) is disposed at In the first rail (11), the conductive base (21) is provided with a first screw hole (21a) facing the first electrode (11a), and the first flat head screw

(22a) installed in the first screw hole (21a);

The first flat head screw (22a) is brought into contact with the first electrode (11a) by being screwed away from the first screw hole (21a), and the first flat head screw (22a) passes toward the The first screw hole (21a) is screwed into and separated from the first electrode (11a). The conductive rail type mounting assembly according to claim 2, wherein the conductive base (21) is connected to the conductive base (21) An electrically conductive connecting tube (26) that conducts current, the electrically conductive connecting tube (26) extending from the first rail (11).

The conductive rail mounting assembly according to claim 2, wherein the first flat head screw (22a) exposes a first flat head (220a) from the first screw hole (21a), A first insulating rubber seat (23a) abutting to the first rail (11) for sliding along the first rail (11) is mounted on the first flat head (220a).

The conductive rail mounting assembly according to claim 3, wherein the first rail (11) is provided with a second electrode (1 ib) corresponding to the second electrode (1 ib) The contact member is a sliding column (24) that abuts on the second electrode (1 ib) and slides along the first rail (11), and the sliding column (24) is a conductive column for conducting electricity or used for Insulated electric insulation column.

The conductive rail mounting assembly according to claim 5, wherein the conductive base (21) is provided with a through hole, and the sliding column (24) passes through the through hole and passes through a spring (25). Abutting against the second electrode (1 ib), the spring (25) being mounted in the conductive connecting tube (26), the conductive connecting tube (26) having a spring for abutting a resisting portion (26a) of (25), one end of the spring (25) abuts against the sliding column (24), and the other end of the spring (25) abuts against the conductive connecting tube (26) The inner wall of the conductive connecting tube (26) is provided with an insulating sleeve (31) on the resisting portion (26a).

The conductive rail type mounting assembly according to claim 6, wherein the hanging assembly (2) is connected with a wire (3) for hanging, and the conductive connecting tube (26) is from the first An extended end of the rail (11) is sequentially connected with a tightening sleeve (27) and a tension sleeve (28) for stabilizing the wire (3) along the axial direction of the wire (3), the screwing The sleeve (27) and the tension sleeve (28) are internally formed with an accommodation space for accommodating a line card (30), the line card (30) is mounted in the accommodation space, and the wire (3) is mounted on Inside the line card (30) and extending from the line card (30) and the tension sleeve (28).

The conductive track type mounting assembly according to claim 7, wherein the sliding column (24) is a conductive column, and the wire (3) is made of metal and passes through the conductive connecting tube in the axial direction ( 26) and a spring (25) is coupled to the sliding column (24), the spring

(25) Set on the outer circumference of the wire (3).

The conductive rail mounting assembly according to claim 2, wherein a third electrode (11c) is disposed in the first rail (11), and the third electrode (11c) and the first electrode ( 11a) symmetrically disposed on both sides of the first rail (11), and the trigger corresponding to the third electrode (11c) is a second flat head screw (22b), the second flat head a screw (22b) is mounted on the conductive base (21), and the conductive base (21) is provided with a second screw hole (21b) having a mouth toward the third electrode (11c), a second flat head screw (22b) is mounted in the second screw hole (21b); The second flat head screw (22b) is brought into contact with the third electrode (11c) by being screwed away from the second screw hole (21b), and the second flat head screw (22b) passes toward the The second screw hole (21b) is screwed into and separated from the third electrode (11c)

[Claim 10] The conductive rail type mounting assembly according to claim 9, wherein the second flat head screw (22b) exposes a second flat head from the second screw hole (21b) ( 220b), the second flat head (220b) is mounted with a second insulating rubber seat (23b) abutting to the first rail (11) for sliding along the first rail (11).

[Claim 11] The conductive rail type mounting assembly according to claim 1, wherein the electrode is electrically connected to an external power source or the hanging component (2) is electrically connected to an external power source.

[Claim 12] The conductive rail type mounting assembly according to claim 1, wherein a side of the guide rail facing away from the first rail (11) is formed with a second rail (12), the second At least two electrodes are disposed on the track (12), and the electrodes on the second track (12) are electrically connected in one-to-one correspondence with the electrodes on the first track (11).

[Claim 13] The conductive rail type mounting assembly according to claim 12, wherein the second rail (12) is mounted with a lighting fixture.