Note : Les descriptions sont présentées dans la langue officielle dans laquelle elles ont été soumises.
CA 02418873 2005-12-19
MULTI-POSITIONING CEILING LAMP
FIELD OF THE INVENTION
The present invention relates to ceiling lamps, and particularly
to a multi-positioning ceiling lamp, in that the main rod and wire
connecting boxes of the ceiling lamp are engaged correctly by an
automatic calibration function.
BACKGROUND OF THE INVENTION
Currently, the way for assembly a ceiling lamp is divided into
a singe stage and multiple stages. Since the tube of the lamp is
installed with electric wires, to be easy in installation, before sold,
the lamp rod and the wire connecting box are connected so that the
volume of the lamp is large and thus the cost is high. Thereby, there
is an eager demand for a novel multi-positioning ceiling lamp which
can be assembled by the user himself (herself) so as to reduce the
volume in package and reduce the cost in transfer.
Summary of the invention
Accordingly, in one aspect of the present invention there is
provided a multi-positioning ceiling lamp having a structure for
assembling a lamp rod and wire connecting boxes. The lamp
comprises the following elements. A plurality of wire connecting
boxes each of the wire connecting box has a plurality of inserting
holes annularly arranged around a periphery of the wire connecting
box. An inner side of each wire connecting box is installed with a
retaining seat. A connecting hole is formed axially in the retaining
seat. A plurality of retaining seats. A receptacle is at rear sides of
retaining seats. A conductive seat is installed in the receptacle; each
of two sides of the receptacle having a through hole. A positioning
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screw passes through each of the through hole so as to lock the
receptacle into the positioning holes of the retaining seats. A
plurality of braking pieces are mounted to respective retaining seats.
Each connector is locked to a lamp rod. Each connector has a
braking inclined surface at a rear side thereof. A channel is formed
at a middle section of the braking inclined surface. A front end of
the channel has a stop wall. Each of the two sides of the channel is
formed with at least one via hole; and the front end thereof has a
stop edge.
According to another aspect of the present invention, there is
provided an electric connecting structure for assembling a lamp rod
and wire connecting boxes; comprising: a plurality of wire
connecting boxes; each of the wire connecting boxes having a
plurality of inserting holes annularly arranged around a periphery of
each of the wire connecting boxes; a plurality of retaining seats; an
inner side of each wire connecting box being installed with a
respective retaining seat; a connecting hole being formed axially in
the retaining seat; each of the retaining seats being locked to one
inserting hole of each wire connecting box through a positioning
stud; a receptacle at a rear side of each retaining seat; a conductive
seat being installed in the receptacle; each of two sides of the
receptacle having a through hole; a positioning screw passing
through each of the through hole so as to lock the receptacle into the
positioning holes of the retaining seats; a plurality of braking pieces;
each braking piece being mounted to a respective retaining seat;a
plurality of connectors; a rear end of each connector being locked to
a lamp rod; each connector having a braking inclined surface at a
rear side thereof; a channel being formed at a middle section of the
braking inclined surface; a front end of the channel having a stop
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wall; each of the two sides of the channel being formed with at least
one via hole; and the front end thereof having a stop edge; wherein
each connector is embedded into a connecting hole of the retaining
seat; and the braking pieces are buckled to a bottom of the braking
inclined surface so that the connector is positioned firmly; wherein,
in assembly, the positioning studs or positioning screws are
protruded from the wall of the connecting holes based on positions
of the wire connecting boxes; wherein where the stop wall of the
channel of the connector is at a position with respect to the
positioning studs on the wall of the connecting holes of the retaining
seats; in assembly, the stop wall is removed so that the positioning
studs of the wire connecting box in that position slides through the
channel, but can not slide through the positioning screws of another
wire connecting box at another position; wherein where the stop
edge at the via hole of each connector is at a position with respect to
the positioning screws at the connecting hole of each retaining seat;
in assembly, the stop edge is removed, so that the positioning screws
of the wire connecting box in that position slides through the via
hole, but can not slide through the positioning stud of another wire
connecting box at another position; therefore, the electric connecting
structure is formed by above components and assembly way,
furthermore, in assembly, the lamp rod is inserted into the wire
connecting box so that the connector and the retaining seat are
connected correctly.
The various features and advantages of the present invention
will be more readily understood from the following detailed
description when read in conjunction with the appended drawing.
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Brief Description of the Drawings
Fig. 1 is an exploded perspective view of the retaining seat in
the first embodiment of the present invention.
Figs. 1A to 1F are exploded perspective views showing the
insertion actions of the first embodiment.
Fig. 2 is an assembled perspective view of the first
embodiment of the present invention.
Fig. 3 is an exploded perspective view of the retaining seat in
the second embodiment of the present invention.
Fig. 4 is an assembled perspective view of the second
embodiment of the present invention.
Fig. 5 is an exploded schematic view of the main rod, retaining
box, and wire connecting box of the present invention.
Figs. 6 to 8 is an exploded view showing the assembly of the
suspending lamp of the present invention.
BRIEF DESCRIPTION OF THE PREFERRED EMBODIMENTS
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In the following, two embodiments about the multi-positioning
ceiling lamp of the present invention will be described herein.
The first embodiment:
Referring to Figs. I and 2, the wire connecting box I of the
present invention has a plurality of inserting holes 11. An inner
side of the wire connecting box 1 has a retaining seat 2. The
retaining seat 2 has a connecting hole 21 formed along an axial
direction of the retaining seat 2. A lower side of the retaining seat
2 has a plurality of screw holes 22. A plurality of positioning studs
23 passes through the fixing holes 12 at a lower side of the wire
connecting box I and then is locked into the screw holes 22. A rear
side of the retaining seat 2 has a positioning hole 24 for locking an
inserting seat 3.
The inserting seat 3 has a conductive seat 31. Two sides of the
conductive seat 31 have respective through holes 32. A positioning
screw 33 passes through one of the through holes 32 to be locked to
the positioning hole 24 of the retaining seat 2.
The retaining seat 2 has an opening 25. Two braking pieces 26
are installed within the opening 25. A pivotal shaft 28 serves to
press a torsion spring 27 to resist against the braking pieces 26 to be
between two pivotal holes 29.
A rear end of the connector 4 is locket to a lamp rod 5. The
lamp rod 5 may be a suspending rod of one of various types. A
front end of the connector 4 is installed with a conductive head 41
and a rear end of the connector is installed with at least one braking
inclined surface 42. The surface 42 may have teeth 421 for
buckling a main rod 6 of a suspending lamp when inserting the
suspending lamp so as to prevent the suspending lamp from dropping
down. A channel 43 can be formed in a middle section of the
connector 4. A front end of the channel 43 is sealed by a wall 431.
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Two sides of the channel arc formed with respective via holes 44.
A front end of each via hole 44 is installed with a stop edge 441.
The body of the connector 4 can be formed as a tilt surface which
is matched to the tilt connecting hole 21 of the retaining seat 2 so
that as the connector 4 is embedded into the connecting hole 21, the
two can be tightly engaged.
The second embodiment:
With reference to Figs. 3 and 4, the wire connecting box I is
annularly arranged with a plurality of inserting holes 11. Each
inserting hole 11 is formed with a limiting hole 111'. An inner side
of the inserting hole 1 1 is mounted with a retaining seat 2'. A front
end of the retaining seat 2' is formed with a threaded tube 211'. An
upper side of the threaded tube 211' is formed with a limiting block
221' configured with respect to the limiting hole 1 i 1'. Thereby,
when the threaded tube 211' passes through a connecting hole 21'
axially formed in the retaining seat 2', the limiting block 221' is
exactly embedded into the limiting hole 111' for being positioned
therein so as to prevent the retaining seat 2' from rotation. Then the
retaining ring 222' is locked to the threaded tube 211' so that the
retaining seat 2' is fixed to the wire connecting box 1'. Moreover, a
rear side of the retaining seat 2" is installed with a positioning hole
24' for locking the inserting seat 3'.
The retaining seat 2' has a braking piece 26'. A positioning
stud 23' serves to lock the braking piece 26' to the threaded hole 22'.
The receptacle 3' has a conductive seat 31'. 'Two sides of the
receptacle 3' are formed with respective through hole 32'. A
positioning screw 33' passes through one of the through hole 32' to
be locked to the positioning hole 24' of the positioning seat 2'.
In this second embodiment, the connector 4 is identical to the
connector 4 of the first embodiment.
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In above two embodiments, when the connector 4 is embedded
into the connecting holes 21 and 21'. The braking pieces 26 and 26'
pass through the braking inclined surface 26 of the connector 4 so
that the braking pieces 33, 33' are buckled to a bottom of the braking
inclined surface 42. At the same time, the conductive head 41 is
exactly embedded into the conductive seats 31, 31' of the receptacles
3, 3' so as to supply power to the lamp through the lamp rod 5.
Moreover, the connector 4 is firmly secured to the lamp rod 5.
Referring to Figs. IA to IF, the positioning screws 33, 33' are
protruded from the wall of the connecting holes 21, 21' of the
retaining seats 2, 2', or the positioning studs 23, 23' are protruded
from the braking pieces 26, 26'.
Referring to Figs. 1 , 3 , I A to 1 C, and 6, if the wire connecting
box I is positioned at a position shown in Fig. 6, then the positioning
screws 33, 33' are protruded from the walls of the connecting holes
21, 21'. The stop edge 441 at the front end of the via hole 44 of the
connector 4 is removed, then the connector 4 is embedded into the
connecting holes 21, 21'. The positioning screws 33, 33' slide
through the channel 43 so that the conductive head 41 of the
connector 4 is embedded into the conductive seats 31, 31' of the
receptacles 3, 3'. Further, the braking pieces 26, 26' are exactly
embedded into a bottom of the braking inclined surface 42 of the
connector 4.
The stop edge 441 of the via hole 44 of the connector 4 exists,
and the stop wall 431 of the channel 43 is removed in advance. The
connector 4 embedded into the connecting holes 21, 21' will be
stopped by the p'ositioning screws 33, 33' so that it can not be
inserted further and thus the connector 4 will not enter into the
connecting holes 21, 21' of the retaining seats 2, 2' of the wire
connecting box 1' (referring to Fig. 6) at another stage.
Referring to Fig. 1, I D to IF, 3 and 6, in this stage, as shown in
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Fig. 6, the stop edge 441 of the via hole 44 of the connector 4 exist,
and the stop wall at the front end of the channel 32 is removed. The
positioning studs 23, 23' protruded from the hole walls of the
connecting holes 21, 21'. Thus the connector 4 is embedded into
the connecting holes 21, 21'. "The positioning studs 23, 23' will
pass through the channel 43 without being hindered by the stop wall
431 so that the conductive head 41 of the connector 4 is embedded
into the conductive seats 31, 31' of' the receptacles 3, 3' for
conduction. Moreover, the braking pieces 26, 26' exactly slide into
the bottom of the braking inclined surface 42 of the connector 4 so as
to be positioned therein. If it is desired to embed the connector 4
into the wire connecting box 1(referring to Fig. 6), it will be
hindered by the screws 33, 33' so that it is stopped. Thereby, the
connector 4 will not enter into the connecting holes 21, 21' of the
retaining seats 2, 2' of the wire connecting box 1(referring to Fig.
6).
As described above, when the stop wall 431 of the channel 43
of the connector 4 exists, the stop edge 441 at the front end of the via
hole 44 is removed in advance. Then, the connector 4 is embedded
into the connecting holes 21, 21'. It will be hindered by the
positioning studs 23, 23'. Thereby, the connector 4 will not enter
into the connecting holes 21, 21' of the retaining seats 2, 2' of the
wire connecting box 1(referring to Fig. 6).
By above structure, the connector 4 can be correctly aligned to
the wire connecting boxes 1, 1' so as to avoid the carelessness in
assembly. Thereby, the present invention can be assembled and
packaged rapidly with less material.
With reference to Fig. 5, 5A to 5C and 6, an upper side of the
main rod 6 of the suspending lamp is locked with a retaining box 61.
A middle section and lower end of the main rod 6 are locked with
respective wire connecting boxes 1, 1' at different positions. A top
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and a lower end of the main rod 6 are fixed with respective polygonal
supporting seats 62, 62'. A middle section thereof is firmly secured
with a polygonal supporting seat 101 with a thread 1011. The
centers of the retaining box 61 and two wire connecting boxes 1, 1'
are formed with polygonal central holes 612, 12, 12' which are
configured with respect to the polygonal supporting seats 62, 101,
62' so that the retaining box 61 and the two wire connecting boxes 1,
1' are positioned on the two polygonal supporting seats 62, 101, 62'
by the polygonal center holes 612, 12, 12'. The retaining boxes 61
1.0 and the wire connecting box 1' are locked into the inner threaded
holes of the polygonal supporting seats 62, 62'by using threaded
sleeves 623, 623'. Washers 621, 621' enclose the threaded sleeves
623, 623. Nuts 622, 622' lock the threaded sleeves 623, 623' and
then resists against the washers 621, 621' so as to fix the retaining
box 61 and the wire connecting box 1' to the two ends of the main
rod 6. Furthermore, the wire connecting box I at the middle section
is locked to the thread 1011 of the polygonal supporting seat 101 by a
nut 102 so as to fix the wire connecting box I to the middle section
of the main rod 6.
Referring to Figs. 6, 6A and 7, each stub 51 of the lamp rod 5 has
a fixing screw 52. The fixing screw 52 serves to lock the stub 51 to
the screw 611 of the retaining box 61.
After assembly the retaining box and the wire connecting boxes 1,
1', the screw hole 611 of the retaining box 61 is vertically aligned to
the inserting hole 11, 11' of the multiple layer wire connecting boxes
1, 1'. The inserting holes 11, 1 1' of the wire connecting boxes 1, 1'
in different stages are not aligned.
Referring to Figs. 8, 1, and 3, according to above structure, the
multi-positioning ceiling lamp of the present invention can be formed.
In assembly, by the mounting of the positioning screws 33, 33', the
walls of the connecting holes 21, 21' of the positioning studs 23, 23',
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and the channel 43 and the stop wall 431 of the connector 4, and by
the removing of the stop wall 431 or stop edge 441, the connector 4
and the retaining seats 2, 2' are not installed incorrectly. Thereby,
the work of package is easy and cost is thus saved.
7"he present invention is thus described, it will be obvious that
the same may be varied in many ways. Such variations are not to be
regarded as a departure from the spirit and scope of the present
invention, and all such modifications as would be obvious to one
skilled in the art are intended to be included within the scope of the
following claims.
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