Patent Description:
The present invention relates to lighting field, with particular emphasis on a lamp.

In the assembly, the lamp generally needs to be fixed by additional components such as a face frame, that is, the lamp body assembly is fixedly connected with the face frame to form a complete lamp. In this fixed structure, when the lamp body component such as the LED light source breaks down, the entire lamp needs to be disassembled, the maintenance is inconvenient, and the cost is increased. <CIT>, <CIT>, <CIT>, <CIT> disclose different embodiments of LED lamp spots.

Moreover, the fixed structure causes a lamp to correspond to a lens or a filter. To achieve different illumination effects and obtain different spots, the entire lamp has to be replaced, resulting in waste of resources, which limits the scope of application of the lamp and further increases costs.

In view of the above problems, an object of the present invention is to provide a lamp with simple structure, detachable, convenient maintenance, and low cost.

it is also an object of the present invention to provide a lamp capable of providing a plurality of illumination effects.

In particular, the invention relates to a lamp, comprising a lamp body assembly, a positioning frame assembly surrounding the periphery of the lamp body assembly for assembling the lamp body assembly to the fixture, wherein:.

the lamp body assembly is detachably assembled with the positioning frame assembly.

The inner wall of the positioning frame assembly is provided with a groove formed along the circumferential direction of the positioning frame assembly, and the lamp body assembly is provided with a marble on the periphery that can be chimed with the groove to realize the connection between the lamp body assembly and the positioning frame assembly, and the marble drives the lamp body assembly to slide in the groove.

The lamp body assembly includes a lamp body and advantageously a fixing frame disposed on the outer wall of the lamp body and fixedly connected to the lamp body, and the marble is positioned on the fixing frame.

The lamp body includes a light-emitting cylinder, a light source located at a rear end of the light-emitting cylinder, and a lens assembly detachable at a front end of the light-emitting cylinder.

The lens assembly includes a lens located at the illumination end of the light source and connected with the light source main board, a decorative ring disposed at the light emitting end of the lens and matched with the inner wall of the light-emitting cylinder, and a detachable filter mounted on the decorative ring.

The inner wall of the decorative ring is provided with a carrying platform that is in contact with the light incident surface of the filter, and at least two bumps disposed above the carrying platform and in contact with the edge of the light exit surface of the filter to prevent the filter from falling off.

Advantageously, the side wall of the decorative ring above the carrying platform is separated by two slits facing the light incident end of the light-emitting cylinder to form an elastic wall, and one of the at least two bumps is located on the elastic wall.

Advantageously, the positioning frame assembly is a ring like positioning frame, the opposite sides of the positioning frame assembly are provided with a pair of lugs for clamping.

Compared with the prior art, the invention has the advantages that the positioning frame assembly and the lamp body assembly are detachably connected, and when the lamp body assembly is damaged, the lamp body assembly can be directly removed for maintenance, and the maintenance is convenient; the sliding fit between the marble and the groove simplifies the assembly structure; the lens assembly is arranged in a detachable structure, and the filter is detachably disposed on the decorative ring, so that the lens or the filter can be replaced according to actual needs, thereby meeting different illumination effects, and the structure can be combined with the sliding setting of the positioning frame assembly and the lamp body assembly to further ensure the changing requirements of the illumination angle and realize different illumination requirements.

the present application is illustrated by way of the following detailed description based on of the accompanying drawings. It should be noted that illustration to the embodiment in this application is not intended to limit the invention. The embodiments of the present invention are described in detail below, and the examples of the embodiments are illustrated in the drawings, wherein the same or similar reference numerals are used to refer to the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are intended to be illustrative of the invention and are not to be construed as limiting.

<FIG> is a schematic structural view of a preferred embodiment of the lamp of the present application. The lamp comprises a lamp body assembly <NUM> and a positioning frame assembly <NUM> surrounding the outer periphery of the lamp body assembly <NUM> for assembling the lamp body assembly <NUM> to a fixture. The lamp body assembly <NUM> and the positioning frame assembly <NUM> are detachably assembled. Generally, this kind of lamp is commonly used in spotlight, down light, ceiling lamp, etc., but this kind of structure is not excluded for lamps of other uses. At the same time, the specific use of the lamps is not the focus of the protection of the present application, so it is not elaborated here.

As is well known, the positioning frame assembly serves as a connection medium between the lamp body assembly and the fixture surface, and the lamp body assembly is often fixed to the fixture surface by the positioning frame assembly. The existing positioning frame assembly and the lamp body assembly are generally welded or integrally formed. When the light source or other internal components in the lamp break down, it is necessary to remove the lamp from the fixture surface as a whole. In many cases, the positioning frame assembly is fixed by screw driven by the electric drill. If this operation is repeated many times, it will cause inconvenience in disassembly. At the same time, the mounting hole on the fixture will become larger due to repeated repetition of such operations, which will affect the fastness of assembly. In the present application, the positioning frame assembly and the lamp body assembly are designed to be detachably assembled, and in the event of a failure of the light source or the like, only the lamp body assembly needs to be removed for maintenance, which reduces maintenance troubles.

In this embodiment, referring to <FIG>, the inner wall of the positioning frame assembly <NUM> is provided with a groove <NUM> formed along the circumferential direction of the positioning frame assembly <NUM>, and the lamp body assembly <NUM> is provided with a marble <NUM> on the periphery that can be chimed with the groove <NUM> to realize the connection between the lamp body assembly <NUM> and the positioning frame assembly <NUM>, and the marble <NUM> can drive the lamp body assembly <NUM> to slide in the groove <NUM>. The structure is simple in design, reduces the production cost, and is convenient to install. When the light source in the lamp body assembly, namely the LED lamp, is broken, the entire lamp body assembly <NUM> can be pulled out from the groove <NUM>, so that the marble <NUM> is separated from the groove <NUM>, and only the lamp body assembly <NUM> needs to be repaired, reducing the maintenance cost. Moreover, the combination of marbles and grooves enables the lamp body assembly to have the rotating function, good hand feeling, even pull strength, which can effectively prevent the lamp body assembly from being damaged due to uneven force when pulling out from the grooves.

The lamp body assembly <NUM> includes a lamp body <NUM> and a fixing frame <NUM> disposed on the outer wall of the lamp body <NUM> and fixedly connected to the lamp body <NUM>. The marble <NUM> is positioned on the fixing frame <NUM>. The shape of the fixing frame <NUM> can be determined according to the actual situation, as long as the marble <NUM> is positioned on the fixing frame <NUM> and can cooperate with the groove <NUM>.

obviously, since the marble <NUM> is disposed on the fixing frame <NUM>, when the marble <NUM> slides in the groove <NUM>, it not only corresponds to that the fixing frame <NUM> is in the positioning frame assembly <NUM>, but also that the fixing frame <NUM> is fixedly connected to the lamp body <NUM>. In essence, the lamp body <NUM> rotates within the positioning frame assembly <NUM>. It is conceivable that when the light emitted from the lamp body <NUM> is different, the lamp body <NUM> can be rotated within the positioning frame assembly <NUM> to achieve different illumination effects, which will be explained below.

The fixing frame <NUM> is fixedly connected to the outer wall of the lamp body <NUM> by the rivet <NUM> in this application, as shown in <FIG> and <FIG>, the fixing frame <NUM> is a fixing ring disposed around the periphery of the lamp body <NUM>, and the positioning frame assembly <NUM> is ring like positioning frame.

Continue to refer to <FIG> and <FIG>, the lamp body <NUM> includes a light-emitting cylinder <NUM>, a light source <NUM> located at the rear end of the light-emitting cylinder <NUM>, and a lens assembly <NUM> detachable at the front end of the light-emitting cylinder <NUM>. The lens assembly <NUM> comprises a lens <NUM> located at the illumination end of the light source <NUM> and connected with the light source main board <NUM> through screws, a decorative ring <NUM> fixed at the light emitting end of the lens <NUM> and matched with the inner wall of the light-emitting cylinder <NUM>, and a detachable filter <NUM> mounted on the decorative ring <NUM>.

The inner wall of the decorative ring <NUM> is provided with a carrying platform <NUM> that is in contact with the light incident surface of the filter <NUM>, and at least two bumps <NUM> disposed above the carrying platform <NUM> and in contact with the edge of the light exit surface of the filter <NUM> to prevent the filter <NUM> from falling off. In the present application, the side wall of the decorative ring <NUM> above the carrying platform <NUM> is separated by two slits <NUM> facing the light incident end of the light-emitting cylinder <NUM> to form an elastic wall <NUM>, and one of the at least two bumps <NUM> is located on the elastic wall <NUM>. In order to facilitate the user to adjust the position and the mounting direction of the filter <NUM>, and to facilitate the removal of filter, the light exit surface of the filter <NUM> is provided with a protrusion 127A for the finger to grip.

When assembling the filter <NUM>, first insert the edge of the filter <NUM> between the other bump <NUM> and the corresponding carrying platform <NUM>, and then open the elastic wall <NUM> apart outward in the radial direction, place the corresponding side edge of the filter <NUM> on the carrying platform <NUM> corresponding to the elastic wall <NUM>, and then loose the elastic wall <NUM>, and thus the bump <NUM> located on the elastic wall <NUM> cooperates with the carrying platform <NUM> to fix the filter <NUM>; When removing the filter <NUM>, open the elastic wall <NUM> and remove the filter <NUM> located below the elastic wall <NUM>.

The filter <NUM> is designed as a detachable connection that can be achieved by simply replacing the filter with the required thickness when the user needs different lighting effects, without replacing the entire lamp body or even the entire lamp. The detachable connection of the lens assembly also makes it easy for the user to replace the lens and filter together and install other suitable lens assembly as required, thereby meeting the lighting requirements of different angles and effects, which not only reduces the stock of lamp accessories, reduces the inventory and cost pressure, and at the same time, combined with the function that the lamp body assembly <NUM> can rotate within the positioning frame assembly <NUM> with the cooperation of marble <NUM> and groove <NUM>,but also expand the illumination angle adjustment range, thereby better realizing different illumination requirements, so as to achieve better illumination effect. The specific installation and fixation mode of the replaced lens assembly is similar to the above, which is not described here.

Claim 1:
A lamp, comprising a lamp body assembly (<NUM>), a positioning frame assembly (<NUM>) surrounding the periphery of the lamp body assembly (<NUM>) for assembling the lamp body assembly (<NUM>) to a fixture,
wherein
the lamp body assembly (<NUM>) is detachably assembled with the positioning frame assembly (<NUM>)
wherein the inner wall of the positioning frame assembly (<NUM>) is provided with a groove (<NUM>) formed along the circumferential direction of the positioning frame assembly (<NUM>), and the lamp body assembly (<NUM>) is provided with a marble (<NUM>) on the periphery that can be chimed with the groove (<NUM>) to realize the connection between the lamp body assembly (<NUM>) and the positioning frame assembly (<NUM>), and the marble (<NUM>) drives the lamp body assembly (<NUM>) to slide in the groove (<NUM>),
wherein the lamp body assembly (<NUM>) includes a lamp body (<NUM>), wherein the lamp body (<NUM>) includes a light-emitting cylinder (<NUM>) and a lens assembly (<NUM>) detachable at a front end of the light-emitting cylinder (<NUM>), wherein the lens assembly (<NUM>) includes a lens (<NUM>), a decorative ring (<NUM>) disposed at the light emitting end of the lens (<NUM>) and matched with the inner wall of the light-emitting cylinder (<NUM>), and a detachable filter (<NUM>) mounted on the decorative ring (<NUM>)
characterized in that
the inner wall of the decorative ring (<NUM>) is provided with a carrying platform (<NUM>) that is in contact with the light incident surface of the filter (<NUM>), and at least two bumps (<NUM>) disposed above the carrying platform (<NUM>) and in contact with an edge of the light exit surface of the filter (<NUM>) to prevent the filter (<NUM>) from falling off.