CN105042434B - The light fixture skeleton structure that can be attached on architectural top and integrated lamp island - Google Patents

Abstract

The invention relates to a skeleton structure of a lamp that can be combined on the top floor of a building, comprising a frame-shaped outer frame that can be connected to the top surface of the building, the outer frame includes an outer frame; the outer frame is in the shape of a profile, and the window defined by the outer frame At least one connecting keel is arranged in the space, and the connecting keel divides the window space defined by the outer frame into at least two sub-windows; it also includes side triangular keels, which are set at the inner side of the outer frame, and the side triangular keels, connecting The keel is a triangular keel, and the side triangular keels and connecting keels are positioned on the outer frame. In addition, it also relates to an integrated lamp island using the skeleton structure of the above-mentioned lamp. In this way, users can purchase these bulk parts by themselves with the help of the complete set of product structure diagrams provided by the company, and then assemble various styles of lamps they like. Because the present invention has the above-mentioned characteristics and advantages, unexpected technical effects have been achieved, so it can be applied to lamp products with an island structure.

Description

Luminaire skeleton structure and integrated light island that can be integrated on the top floor of the building

technical field

The present invention relates to a lamp, in particular to a lamp skeleton structure and an integrated lamp island that can be combined on the top floor of a building. The lamp skeleton structure and the lamp island not only have a simple installation structure, but also have multiple light-emitting surfaces located in different directions. For this reason, light can be emitted from multiple directions, so that the interior space can be sufficiently illuminated. Since the light island is installed on the top of the building lower than the top of the surrounding buildings, it has a protruding structure, like a raised island in the ocean, so it is also called an integrated light island. The building top surface not only refers to the top surface of the main structure inside the house, but also the suspended ceiling level.

Background technique

The main structure of the ceiling lamp installed on the top of the building in the prior art includes a frame and a luminous body stored in the frame, for example, the Chinese utility model patent with the patent number 201220491747.8, which discloses a 1. A wall-mounted LED three-dimensional lamp, the three-dimensional lamp includes a frame and a base plate, and the frame and the base plate are connected by a connecting device, and a light guide plate, a three-dimensional drawing board and a transparent plate are stacked on the base plate in sequence, and the two sides of the light guide plate Or the lower side is provided with LED lights. The light emitted by the LED lamp is irradiated into the characteristic space through the transparent plate. Another example is the invention patent No. 201310226666.4 submitted by the applicant of this patent on June 8, 2013, which discloses an LED lamp that can be embedded in the hole of the lamp on the ceiling layer. The LED lamp includes a ring-shaped lamp holder and an LED lamp panel, and an LED light-emitting device is arranged in the lamp panel; a positioning step is arranged in the ring inner hole of the ring-shaped lamp holder, and the lamp panel is combined in the ring inner hole and It can rest on the positioning step, so that the light emitted by the LED lamp panel is irradiated into a specific space through the inner hole of the ring. However, when we carefully observe the lamps of the above-mentioned patents 201220491747.8 and 201310226666.4, we can find that the frame of the lamp and the ring lamp holder all encircle the LED lamp at its central position, which not only affects the lighting range of the LED lamp, but also Make described lamps and lanterns appear very dull.

Aiming at the above problems, the Chinese utility model patent 201220333866.0 discloses a corresponding solution. The patent discloses a LED panel light product, the LED panel light includes an aluminum frame, a back plate, and an LED panel light. The LED panel light The lamp is embedded in the aluminum frame, the back panel is embedded in the back of the aluminum frame, and an LED illusion light is arranged on the aluminum frame. The LED illusion light makes the frame have an illumination effect, expands the area of the light-emitting surface of the lamp, and can also make the frame have a decorative function.

Contents of the invention

With the improvement of people's living standards, people are no longer satisfied with using one style of lamps for a long time, and they no longer want to spend more cost to replace lamps; secondly, people are no longer satisfied with using illuminants or lamps It is only used as a household item that provides lighting functions. For example, the LED flat panel light disclosed in the above-mentioned patent 201220333866.0 has actually made some attempts to enrich life with light, and achieved certain results. However, the LED illusion lights set on the aluminum frame are too fancy, not only not suitable for most people or in the workplace, but also the direction of illumination of the LED illusion lights is consistent with the orientation of the LED panel lights , except for the entertainment factor, it does not substantially increase the light perception effect. For this reason, in the existing ceiling lamps and chandeliers that are seen in daily life, the light is concentrated in a small light-emitting area and the light direction is single. The indoor lighting source essentially belongs to a point light source lighting mode, which is very rigid. For this reason, it is very necessary to improve the installation structure and lighting mode of indoor lighting fixtures.

On the basis of the prior art, the present invention attempts to improve the structure of the existing lamps, so that it not only has ordinary lighting functions, but also can freely form lamps with different sizes and extending directions along the horizontal direction of the roof and also has decorative functions. The island-shaped lighting fixtures meet individual needs, and can also easily replace various external decorative devices and light-emitting devices in the lamps, making the lamps easy to install and maintain, thereby reducing the cost of use.

In order to achieve the above-mentioned technical purpose, the present invention firstly proposes a lamp skeleton structure that can be combined on the top floor of the building, including a frame-shaped outer frame that can be connected to the top surface of the building, and the outer frame includes an outer frame; its features In that, the outer frame is shaped like a profile, and at least one connecting keel is arranged in the window space defined by the outer frame, and the connecting keel divides the window space defined by the outer frame into at least two sub-windows; It includes a side triangular keel, the side triangular keel is arranged at the inner side of the outer frame, the side triangular keel and the connecting keel are triangular keels, and the side triangular keel and the connecting keel are positioned on the on the outer border.

Wherein, the outer frame is frame-shaped or ring-shaped, for which it has a defined window space. The several outer frames that make up the outer frame can be spliced directly or connected through transition joints, such as the corner joints mentioned below, at their corner joints. The connection to the top surface of the building means that the top surface of the outer frame is directly against the roof surface or the suspended ceiling surface of the building, or the outer frame is connected to the roof or ceiling of the building through other transitional connection devices such as hanging chains. ceiling layer. In the structure combined with the ceiling surface, it is also a connection scheme that the top surface of the outer frame can be stored on the ceiling surface. In these connection structures, the peripheral sides of the outer frame located under the building roof or suspended ceiling are generally visible exposed surfaces. For this reason, the exposed surface defined in the present invention refers to the facade or part that can be normally observed by people standing on the ground after the lamp island is installed in place; The facade or parts are referred to as non-exposed facades or non-exposed surfaces such as the top surface of the outer frame, the inner facade, and the like.

After the outer frame is combined with the top structure, it will reflect different visual facades, that is, the outer facade and lower side elevation of the outer frame in this solution. The outer elevation refers to a side elevation located on the outer side of the outer frame and roughly perpendicular to the horizontal plane (ground), and the opposite is the inner elevation; the lower elevation of the outer frame refers to a side elevation located on the outside of the outer frame The lower side of the outer frame is roughly parallel to a side elevation of the horizontal plane (ground), so the elevation represents a concept of orientation or direction.

Wherein, the outer frame is in the shape of a profile, for which the outer frame can be shaped by extrusion or other similar processes to have a special-shaped cross-sectional geometry and can be cut into an outer frame of any length and size as required.

Wherein, the outer frame is one of the peripheral parts that form and define the entire skeleton structure of the lamp and the integrated lamp island. Since the outer frame is a profile structure, when it is assembled on site or pre-assembled in the factory before leaving the factory, The outer frame that can be cut to fit the length is assembled into a frame of a desired shape, and its size and shape extending in the horizontal direction can be set arbitrarily without restriction, so that the entire lamp skeleton or integrated lamp island can be adjusted horizontally The extended area and shape of the ceiling can also be unrestricted and can be arranged adaptively according to the shape of the indoor headspace.

Wherein, the connecting keel is a triangular keel, firstly, from the perspective of the installation position, it is defined that the connecting keel spans the window space defined by the outer frame instead of being parallel to the inner side of the outer frame so that The window space defined by the outer frame can further be divided into at least two sub-window structures, and the triangular keel arranged at the inner side of the outer frame is defined as a side triangular keel in the present invention. As for the setting number of the connecting keels, it can be determined according to the size of the window area and the shape of the window. When the span is too large or the shape is complex, 2, 3 or more can be set. As the number of the connecting keels increases, the corresponding The number of said sub-windows of will also increase.

Since the connecting keel is bridged in the window space defined by the outer frame, the end of the connecting keel can be positioned on the outer frame through the connector to be mentioned below, for example, Let the cantilever of the connector be directly inserted into the triangular space inside the end of the triangular keel or let the cantilever of the connector be directly clamped on the top of the end of the triangular keel; and the connector can be directly inserted , riveted, welded or fixedly connected with screws on the non-exposed facade of the outer frame.

Secondly, in the case that the connecting keel divides the window space defined by the outer frame into two or more sub-windows, the size of the sub-window itself can be determined according to the size of the plate-shaped lamps to be mentioned below. It depends on the size; further, it is not necessary to set all the plate-shaped lamps in each of the sub-windows, and the left and right arrangement of the decorative gussets, heating Electrical devices such as electrical appliances or speakers.

Wherein, the side triangular keel is a triangular keel, first of all, the definition of the triangular keel located at the inner peripheral position of the outer frame is also given from the perspective of the installation position. For this reason, the side triangular keel is arranged on the inner side of the outer frame, which means that the side triangular keel is arranged parallel to the inner side of the outer frame, and the side triangular keel is against the outer frame. The inner side of the frame is positioned or directly positioned on the inner side of the outer frame. Secondly, the side triangular keel can be set at all inner side positions of the outer frame, or the side triangular keel can be set at the inner side position of a part of the outer frame, specifically setting the side triangular keel Quantity and orientation can be determined according to factors such as the quantity and weight of the plate-shaped lamps and decorative gussets that it needs to receive and fix.

In the scheme of arranging the side triangular keel against the inner side of the outer frame, the same positioning scheme as that for positioning the connecting keel can be adopted.

In the solution where the side triangular keel is directly positioned on the inner side of the outer frame, an upwardly extending insertion edge that can be combined with the triangular keel can be further provided on the inner side of the outer frame, and the side The triangular keel is clamped on the inserting edge of the outer frame. In order to prevent the plate-like lamps and decorative gussets inserted into the side triangular keel from being ejected from the insertion side, it is further possible to use the above-mentioned connector to press on the side. On the side triangular keel; in this way, the insertion side is combined with the upper and lower sides of the connector, and the side triangular keel can be directly positioned on the inner side of the outer frame, so that the plate-shaped When components such as lamps and decorative gussets are inserted into the side triangular joists, the connector can prevent the side triangular joists from coming out of the insertion side. The connector can be arranged on the side of the side triangular joist, or at both ends of the side triangular joist. Of course, it is conceivable that in the method of assembling the lamp island in the factory or on the ground in advance, it is not necessary to set any device for pressing the side triangular keel. Press and hold the side triangular keel by hand.

According to the above technical solution, it is further found that the connecting keel not only divides the window space defined by the outer frame into at least two sub-windows, but also the connecting keel is further located between the left and right side triangular keels In the space, the connecting keel can be individually combined with the side triangular keel to coordinately connect and position the plate-shaped lamps, decorative gussets, electrical components and other components that will be mentioned below. The connecting keel can be arranged parallel to the side triangular keel, or can be arranged at a certain angle, or even perpendicular to each other. The combination of the side triangular keel and the connecting keel (middle triangular keel) forms a sub-window area Positioning device in different orientations.

A further technical solution may also include several connectors connected to the non-exposed facade of the outer frame, and the side triangular keels and the connecting keels are respectively positioned on the sides by means of the connectors at different positions. on the outer frame.

Wherein, the connector may be detachably connected to the outer frame, or may be fixedly connected to the outer frame. In the scheme of fixed connection, the structure of riveting or welding connection can be used; in the scheme of detachable connection, the structure of plug-in or screw connection can be used. Yes, an inner card slot is provided on the non-exposed facade of the outer frame, and the connector is snapped into the inner card slot; wherein, the inner card slot is formed on the non-exposed vertical surface of the outer frame. The groove-shaped structure on the surface, with the help of the inner card slot, can not only clamp the connecting hardware (first connector) for positioning the connecting keel, but also clamp the connecting hardware for positioning the side triangle keel The piece (the second connector) can also be used to clamp the lifting hardware (the third connector) used to lift the outer frame, and can also be used to clamp the connection hardware used to install the lighting power supply such as the illuminant ( Fourth connector), etc., for this reason, the devices that can be directly engaged with the inner card slot are collectively referred to as detachable connectors. The inner card slot is generally composed of a pair of L-shaped hook arms, and the connector is inserted and locked into the slot formed by the pair of L-shaped hook arms. In order to realize the connection of various detachable connectors, one or more inner card slots may be provided.

Wherein, the described connectors in the different positions refer to the different described connectors corresponding to connecting the side triangular keel and the connecting keel respectively, because the objects connected to them are different, the different described connectors The location is also different. For this reason, this feature mainly includes the definition that the connectors used for positioning the side triangle joists and the connecting joists are different connectors.

A further technical solution may also be that an upwardly extending insertion edge capable of being combined with a triangular keel is provided on the inner side of the outer frame, and the side triangular keel is clamped on the insertion edge of the outer frame. The upward extension refers to the extension toward the roof after the lamp island is installed on the top surface of the building. In this way, when the insertion edge is inserted into the triangular keel, the triangular keel can be positioned at least in the left and right directions.

A further technical solution may also be that at least one of the connectors presses against the side triangle keel. That is, at least one of the connectors for positioning the side triangular joists positions the side triangular joists by pressing against the side triangular joists. The way of pressing can be that the cantilever included in the connector directly presses on the top of the side triangle keel, or the cantilever included in the connector is directly inserted into the triangular space at the end of the side triangle keel In order to press down the side triangle keel.

A further technical solution may be that the outer frame further includes a corner combination, the corner combination is connected between ends of the outer frame, and the corner combination has an exposed surface.

Wherein, the exposed exposed surface of the corner combination is the outer surface of the corner combination that can be observed by people standing on the ground after the lamp frame or lamp island is installed in place. In this way, it is not only convenient to assemble the outer frame with the help of the corner combination, but also the assembly effect is beautiful, especially it is possible to form a side frame that is different from the outer frame or the side that will be mentioned below by means of the corner combination. The decorative effect of the translucent panel.

A further technical solution may also include a side light-transmitting plate that can transmit light, the side light-transmitting plate is arranged at least on a part of the outer facade of the outer frame, and the outer surface of the side light-transmitting plate forms the Part of the exposed surface of the outer frame, the outer surface of the side light-transmitting plate is substantially flush with the exposed surface of the corner combination. For this reason, through the side light-transmitting plate, a light-emitting surface is added in the outer direction of the lamp frame or the integrated lamp island, which enhances the overall three-dimensional lighting effect of the integrated lamp island. Wherein, the side light-transmitting plate is at least arranged on a part of the outer facade of the outer frame, which mainly defines the position where the side light-transmitting plate is arranged on the outer frame, that is, the side light-transmitting plate is located on the outer side of the outer frame. On the outer elevation of the outer frame, it can not only cover all or part of the outer elevation of the outer frame, but also directly extend to the lower elevation of the outer frame while covering part of the outer elevation of the outer frame. face and part of the lower side elevation. As for the orientation of the side light-transmitting plate, according to the above structure, it can be oriented in a direction perpendicular to the ground, or it can have a certain angle with the vertical direction and present an inclined shape or a polyhedron shape with multiple orientations. As for the connection between the side light-transmitting plate and the outer frame, it can be a buckle connection or a side plug-in connection structure, and it can even be an integrated extrusion of the side light-transmitting plate and the outer frame. Press molding; the buckle refers to directly buckle or disassemble the side light-transmitting plate from the front direction, and the side insertion refers to inserting the side light-transmitting plate from the side end of the outer frame to the side light-transmitting plate set on the structure in the slot on the outer frame.

A further technical solution may also be that a concave cavity capable of guiding light is provided on the outer frame, and the side light-transmitting plate covers the concave cavity. According to this structure, the side light-transmitting plate covers the concave cavity, and when the side light-transmitting plate and the outer frame are arranged in a buckle connection or side plug-in connection, the side light-transmitting plate is defined. The light-transmitting plate is detachably covered at the opening of the concave cavity; in the case of an integrally extruded structure arranged between the side light-transmitting plate and the outer frame, the The side light-transmitting plate becomes a bottom wall of the cavity. If the outer frame is made of a non-light-transmitting material such as aluminum alloy, after extrusion molding, a light-transmitting plate can be processed on the bottom wall of the cavity by stamping and other processing methods. holes, so that the side light-transmitting plate has a light-transmitting function.

Wherein, the concave cavity not only forms a structure connected to the side light-transmitting plate, but also has the function of accommodating illuminants or conducting light to provide light to the side light-transmitting plate, that is, has the function of guiding light. According to the different structures of the concave cavity on the outer frame, we can set its light guiding function as follows:

First, in the case that the light in the window space defined by the concave cavity and the outer frame does not communicate but is an independent cavity, a separate second illuminant can be set in the concave cavity, and in the In the window space defined by the outer frame, a first illuminant such as the illuminant included in the plate-shaped lamp is additionally arranged, and the concave cavity mainly collects and transmits the light of the second illuminant to the side light-transmitting plate;

Second, when the light in the window space defined by the concave cavity communicates with the outer frame, for example, the side light-transmitting plate is integrally formed with the outer frame so that the side light-transmitting plate is the concave cavity. In the structure of a bottom wall of the cavity, the second luminous body and the first luminous body can be respectively arranged in the concave cavity and the window space, or one ( Or a group of) illuminants, of course, does not prevent a group of illuminants from including multiple light emitting units. The concave cavity is a channel for light to pass through, that is, a channel for the light of the first illuminant disposed inside the front light-transmitting panel to pass through or for the light of the second illuminant to shine on the front light-transmitting panel. In this case, the second luminous body and the first luminous body can be combined into one.

A further technical solution may also be that the side light-transmitting plate is fastened to the opening of the concave cavity from the front. The front fastening does not refer to inserting into the concave cavity from the side, but when a person stands on the front (front) of the side light-transmitting plate, directly buckles the side light-transmitting plate from the front direction It is connected to the mouth of the concave cavity, which not only facilitates installation but also facilitates the removal of the side light-transmitting plate at high altitude.

A further technical solution may also include an upper decorative plate, an upper card slot is arranged on the upper part of the outer facade of the outer frame, the upper decorative plate is clamped on the upper card slot, and the upper decorative plate The board is arranged up and down with the side light-transmitting board, and the outer surface of the upper decorative board is substantially flush with the exposed surface of the corner combination. In this way, the decoration and decoration diversity of the upper area of the outer facade of the outer frame can be further enhanced.

A further technical solution may also include a lower decorative plate, a lower card slot is provided on the lower elevation of the outer frame, the lower decorative plate is clamped on the lower card slot, and the lower The outer surface of the decorative board is substantially flush with the exposed surface of the corner combination. In this way, a decorative effect different from that of the side light-transmitting plate can be formed by means of the lower decorative plate, which enhances the decorative and decorative diversity of the lower side elevation area of the outer frame; secondly, the width of the lower decorative plate , can further extend a certain distance into the window space, so as to cover the joint gap between the inner frame or the front light-transmitting panel and the outer frame mentioned below, and further enhance the aesthetic feeling.

A further technical solution may also be that the outer frame also includes an inner connection block, the ends of the outer frame are connected through the inner connection block, and the inner connection block is stored in a non- on the exposed facade. In this way, the mechanical connection between the outer frame of different sections can be formed by means of the inner connection block, so that the outer frame can be assembled in advance according to the site conditions. Wherein, the inner connection block may be connected to the outer frame by rivets or screws, or may be inserted into the inner card slot or other connection slots on the outer frame and then fixedly connected by screws.

A further technical solution may also be that the inner connection block is also provided with a connection hole for easy connection with the hoisting device, and the orthographic projection position of the connection hole is located in the window space defined by the outer frame. Wherein, the hoisting device is a hoisting device for hoisting the outer frame, and the connection hole provides a connection point. According to this solution, the end of the screw rod, the end of the hook body, etc. on the lifting device can be combined with the connecting hole to realize lifting. The orthographic projection position of the connection hole is located in the window space defined by the outer frame, which can facilitate the installation or removal of the outer frame.

In addition, we also provide an integrated lamp island using the skeleton structure of the lamp, which is characterized in that it includes the skeleton structure of the lamp, and also includes a plate-shaped lamp, and the plate-shaped lamp includes an inner frame and a front surface that can transmit light The light-transmitting panel and the illuminant arranged inside the front light-transmitting panel, the inner frame delimits the front light-transmitting panel; Shaped lamps can be arranged from the lower side of the outer frame to the sub-window area and detachably plugged into the triangular keel by means of the insertion edge of the inner frame, and at least one of the sub-window areas is arranged One of said plate-shaped lamps.

Wherein, the integrated light island of the present invention is a lighting fixture that can be combined on the top surface of a building. When it is installed in place, it protrudes downward from the top surface of the combined building (such as the roof surface or ceiling surface), like a small island protruding from the ocean. The integrated light island not only has a downward positive lighting surface but also further It is also possible to set the illuminating surface facing the side direction on its outer side; secondly, it is mainly defined by the outer frame (height and the extent of horizontal extension), so it is different from traditional crystal chandeliers. It will take up too much vertical space. Compared with the traditional ceiling lamp, it can expand and extend a relatively large island in the horizontal direction. Compared with the traditional ceiling layer, it can not only be pre-assembled in the factory or on the ground, but also has There are more decorative surfaces and lighting surfaces, and it can also form a protruding layer structure similar to the first-level ceiling, so it can be applied to the lighting and decoration of ordinary home and office spaces.

Wherein, the front light-transmitting panel is a device capable of transmitting light, so the light emitted by the illuminant arranged on the lamp island can pass through the front light-transmitting panel; the front light-transmitting panel It can be made of light-transmitting materials such as glass plates, transparent plastic plates, and imitation jade plates, or the front light-transmitting panel can also be a non-transparent plate body, and light-transmitting holes are arranged on it, so that the light-emitting body The light can be irradiated to the space below through the front light-transmitting panel. Secondly, the illuminant is located inside the front light-transmitting panel, and the inner frame, the front light-transmitting panel and the illuminant are combined to form an independent plate-shaped lamp or an inner frame assembly. In this way, each of the front light-transmitting panels corresponds to one (a group) of the first illuminants, and the plate-shaped lamps can be assembled in the factory in advance and then installed in the window space on site and connected with wires.

Wherein, the plate-shaped lamp can be detachably arranged to the sub-window area from the lower side of the outer frame, which first mainly defines the positioning method of the plate-shaped lamp in the sub-window area, that is, the The plate-shaped lamps are installed and connected to the sub-window area in a detachable manner. The purpose is to facilitate on-site installation and on-site maintenance and disassembly. The specific detachable installation structure can use a plug-in structure, etc. For this further solution The plate-shaped lamp is detachably plugged into the triangular keel by means of the insertion edge of the inner frame; secondly, an installation direction of the plate-shaped lamp and its front light-transmitting panel is defined, and the plate The plate-shaped lamp is pushed upward from the lower side of the outer frame to the sub-window area to realize installation, otherwise the plate-shaped lamp is pushed down from the sub-window area to complete all or the main disassembly work, that is to say, when it needs to be replaced The front light-transmitting panel or the inner illuminant can be realized without disassembling the outer frame; in addition, the installation position of the plate-shaped lamp is defined, which is positioned in the sub-window area instead of the outer frame The entire window area bounded by it. Of course, the front light-transmitting panel of the plate-shaped lamp or the outer peripheral area of the inner frame delimiting it may have a certain overlapping area in the orthographic projection direction with the connecting keel or even the outer frame.

A further technical solution may also include a decorative gusset plate, the decorative gusset plate is provided with an insertion edge, and the decorative gusset plate can be arranged from the lower side of the outer frame to the sub-window area and by means of The insertion edge of the decorative gusset is detachably plugged into the triangular keel, and the decorative gusset is arranged left and right with the front transparent panel. This feature defines that the decorative gusset has basically the same installation method and installation direction as the plate-shaped lamp, and also defines the gap between the decorative gusset and the plate-shaped lamp or its front light-transmitting panel. Relative positional relationship, because they are arranged left and right so they occupy different small window areas in the sub-window area. The decorative gusset is a board body that mainly plays a decorative role. Its inner side does not need to be equipped with a luminous body, similar to the ceiling gusset of the ceiling layer, so that all parts of the lamp island can be arranged The above-mentioned decorative gussets, thereby reducing the usage of the plate-shaped lamps, so that the front of the integrated lamp island presents a variety of decorative effects; as for the relative number and combination of the plate-shaped lamps and the decorative gussets can be determined according to The situation on the spot is determined.

A further technical solution may also include a positioning spring, and the middle coil part of the positioning spring is positioned on the bracket connected to the inner frame; when the plate-shaped lamp is installed in the window space, the positioning One end of the spring presses against the inner frame or the bracket, and the other end of the positioning spring presses against the triangular keel. In this way, the inner frame can not only rely on its splicing edge to form an insertion position with the triangular keel, but also can lift the inner frame and its connected front light-transmitting panel and other components by means of the positioning spring, Enhance connection strength. During installation, the upper end of the positioning spring can be pressed against the triangular keel at first, and when the inner frame assembly is drawn down, align the inserting side of the inner frame with the entrance of the triangular keel so that it When inserting, the positioning spring is also partially reset during insertion, and the positioning spring and the insertion edge form a pair of devices similar to clamp arms and are stuck on the triangular keel. The process is reversed when removing the inner frame assembly. In this way, the inner frame assembly can be easily assembled and disassembled from below the window space, at least without removing the outer frame. In this way, different numbers of plate-shaped lamps can be spliced to form lamp islands of different sizes, and multiple front light-transmitting panels can also be spliced to form forward light-transmitting surfaces of different styles.

A further technical solution may also include an electrical device, the electrical device is detachably arranged in the sub-window area, and the electrical device is arranged left and right with the front light-transmitting panel.

According to the above-mentioned technical scheme, compared with the prior art, the beneficial effects of the present invention are:

1. Because the main structural parts that make up the lamp skeleton and lamp island, such as outer frames, connecting keels, triangular keels, connectors, corner combinations, side light-transmitting panels, upper decorative panels, lower decorative panels, plate-shaped lamps, decorative gussets, etc. etc. are all standardized components. For this reason, users can purchase these bulk parts by themselves with the help of the complete set of product structure diagrams provided by the company, and then assemble various styles of lamps they like. In this way, companies can only provide these accessories without assembling a complete set of products by themselves, and it can also become a practical teaching material for middle school students' hands-on training.

2. Since the lamp frame can be sold to final consumers as an independent product, consumers can freely purchase plate-shaped lamps and decorative gussets of their favorite styles and assemble them into various forms after obtaining these frame products. Island-shaped lamps have changed the traditional sales and consumption patterns of lamps and guided the personalized consumption market.

3. Since the outer frame is in the shape of a profile, the outer frame is spliced by the outer frame to have a window space, and the extended area and extended shape of the lamp frame of the lamp island in the horizontal direction can be adaptively designed and combined , is very suitable for ordinary low-rise indoor environments, and even allows the lamp island itself to be used as a suspended ceiling layer, so as to meet the growing personalized customization of home decoration, so that the lamp island has multiple decorative functions.

4. Since the connecting keel and side triangular keel are positioned on the outer frame through the connector, the skeleton of the lamp island can be manufactured in advance in the project or on site, and then it can be integrally hoisted on the roof, and then installed The plate-shaped lamps allow users to purchase, install or replace various plate-shaped lamps of various styles that they like without being limited by the lamp itself, so as to further meet the needs of personalized customization.

5. Since the main components such as the outer frame, the connecting keel or the plate-shaped lamp can be set as standard components, the number of molds to be manufactured and the cost of manufacturing, management and operation are greatly reduced.

6. Since the non-exposed facade of the outer frame is also provided with an inner card slot capable of connecting a connector, it is convenient to locate the outer frame and other components in the outer frame such as triangles by means of the connector. keel.

7. Since the inner side of the outer frame is provided with an upwardly extending insertion edge, not only can the side triangular keel be positioned by means of the insertion edge, but also the plate-shaped lamp, the decorative buckle One side of the plate can bear directly against the inner side of the outer frame.

8. Since the connecting keel divides the window space defined by the outer frame into two or more sub-windows, for this reason, in different sub-window areas of the lamp island product or even in different installation areas of the same sub-window area, Other decorative parts such as decorative gussets and other electrical components such as speakers and heaters can be added to make the lamp island have a composite function, and the lower sides of these components with different functions can be combined to form the lamp island. A full visible underside exposed face.

9. Moreover, the plate-shaped lamps, decorative gussets, etc. can be detachably installed to the sub-window area from the lower side of the outer frame, so that lamps of different sizes and specifications can be quickly assembled no matter in the factory or at the installation site. The island greatly saves the labor cost of installation and the technical difficulty of assembly, and is especially suitable for the growing fast-installation market.

Because the present invention has the above-mentioned characteristics and advantages, unexpected technical effects have been achieved, so it can be applied to lamp products with an island structure.

Description of drawings

Fig. 1 is a schematic diagram of the three-dimensional structure of the integrated lamp island applying the technical solution of the present invention, which shows a schematic diagram of the appearance structure viewed by the user standing on the ground after the lamp island is installed on the top surface of the building;

Fig. 2 is a schematic diagram of the structure of the lamp island shown in Fig. 1 in the upward direction, that is, the structure diagram seen after turning the lamp island shown in Fig. 1 by 180°;

Fig. 3 is a schematic diagram of an exploded structure of the lamp island shown in Fig. 2;

Fig. 4 is the cross-sectional view of A-A direction in Fig. 2, and dotted line part 60 among the figure represents the main structure top layer inside the house, dotted line part 61 represents the ceiling layer, dotted line part 52 represents suspender, and dotted line part 81 represents connector;

Fig. 5 is a partial enlarged view of area C in Fig. 4;

Fig. 6 is a partial enlarged view of area D in Fig. 4;

Fig. 7 is a partial enlarged view of E area in Fig. 2;

FIG. 8 is a partially enlarged view of area F in FIG. 1 .

detailed description

The specific structure of the integrated lamp island applying the technical solution of the present invention will be further described below in conjunction with the accompanying drawings.

The skeleton structure of the lamp applying the technical solution of the present invention and the integrated lamp island using the skeleton structure of the lamp, the integrated lamp island is a lighting appliance that can be combined on the top surface of a building. As shown in Fig. 1, Fig. 2 and Fig. 3, the skeleton structure of the lamp includes an outer frame 1, connecting keels 3, side triangular keels (3a, 3b) and connectors (81, 82, 83).

The outer frame 1 is formed into a rectangle by splicing four outer frames; the outer frame 1 includes a pair of opposite profile-shaped horizontal outer frames 1a and a pair of opposite profile-shaped vertical outer frames 1b. The horizontal outer frame 1a and the vertical outer frame 1b have similar cross-sectional structures, and the vertical outer frame 1b is taken as an example for a specific introduction below.

The cross-section of the vertical outer frame 1b is shaped like a profile, for which the outer frame 1b is shaped by extrusion or other similar processes to have a special-shaped cross-sectional shape, see Fig. 4, Fig. 5 and Fig. 6 for details. The vertical outer frame 1b includes a horizontal arm 110 extending outward, and a vertical arm 111 perpendicular to the horizontal arm 110 and extending downward. An open gap is formed between the horizontal arm 110 and the vertical arm 111. A cavity 112, the cavity 112 extends along the length direction of the outer frame 1b, and its opening is arranged obliquely, the space of the cavity 112 is not connected to the window space 7 defined by the outer frame 1 Not interoperable. A second illuminant D1 is disposed in the concave cavity 112 . The mouth of the cavity 112 is covered with a side light-transmitting plate 12 capable of transmitting light, and the cavity 112 can transmit the light emitted by the second illuminant D1 to the side light-transmitting plate 12 . A fastening structure is provided at the mouth of the concave cavity 112, specifically, an upper joint edge 18a is provided at the outer end of the transverse arm 110, and a lower joint edge is provided at the lower end of the vertical arm 111. 18b , the upper joint edge 18a and the lower joint edge 18b constitute a fastening base structure for jointing the side light-transmitting panel 12 . The side transparent plate 12 can be fastened and disassembled from the front direction of the cavity 112 . Since the mouth of the cavity is inclined downward, after the side light-transmitting plate 12 is fastened to the concave cavity 112, the side light-transmitting plate 12 presents an inclined shape, and the inclination angle of the side light-transmitting plate 12 About 45°. In this way, the side light-transmitting plate 12 is arranged on the outer elevation of the outer frame 1b and extends to the lower elevation of the outer frame 1b while simultaneously covering part of the outer elevation and part of the lower side of the outer frame 1b. On the side elevation, the outer surface 120 of the side light-transmitting plate 12 forms part of the exposed surface of the integrated light island, while the remaining outer and lower side elevations of the outer frame 1b can use non-transparent decorative strips Overlays such as the upper trim panel 13 and the lower trim panel 14 will be discussed below.

As shown in FIG. 5 , the light-transmitting window 12 a is also provided on the side light-transmitting plate 12 , and the inside of the light-transmitting window 12 a is covered with a light-transmitting plate (not shown in the figure). In this way, the light in the concave cavity 112 can pass through the light-transmitting plate and the light-transmitting window 12a to illuminate the outer space, and at the same time, the side light-transmitting plate 12 becomes the side of the lamp island that shines toward the side. To the light side B. The side lighting surface B is located on a different facade from the front lighting surface A formed by the front light-transmitting panel 20 to be discussed below, so that the front lighting surface A and the side lighting surface B can Multi-directional three-dimensional lighting for the living space. In addition, the side light-transmitting plate 12 and the vertical outer frame 1b are mutually independent components, and the side light-transmitting plate 12 is a structure that can be fastened to the concave cavity 112 in a detachable manner. , for which it is attached to the vertical outer frame 1b and becomes an additional decorative part of the vertical outer frame 1b. In this way, we can easily give the side light-transmitting plate 12 a variety of decorative elements to make it have a variety of styles, such as using a material different from the vertical outer frame 1b, or configuring a different material from the outer frame 1b. color, and the light-transmitting window 12a and relief pattern with figures of different shapes, animal and plant shapes or other beautiful shapes can also be set. In this way, users can choose side light-transmitting panels 12 with different appearance effects according to their own preferences, and the side light-transmitting panels 12 also make the appearance of the vertical outer frame 1b flexible and lively, instead of changing the usual rigidity appearance effect.

In addition to the above-mentioned fastening method, the side light-transmitting plate 12 can also be connected by side plugging, or even the side light-transmitting plate 12 can be integrally extruded with the outer frame 1b, After extrusion molding, punching and other processing methods can be used to process light-transmitting holes on the bottom wall of the cavity, so that the side light-transmitting plate 12 has a light-transmitting function.

Wherein, side insertion refers to inserting the side transparent plate 12 into the slot structure at the opening of the cavity 112 from the end of the outer frame 1b.

Wherein, in the case of an integrally extruded structure arranged between the side light-transmitting plate 12 and the outer frame 1b (not shown in the figure), it is defined that the side light-transmitting plate 12 can be directly A part of the exposed wall of the outer frame may further be a bottom wall of the cavity 112 . In the structure where the side light-transmitting plate 12 is a bottom wall of the concave cavity 112, the mouth of the concave cavity 112 faces the window space 7 defined by the outer frame 1, and the outer frame 1 defines The window space 7 communicates with the concave cavity 112, of course light can also communicate with each other. In this way, the second illuminant D1 and the first illuminant D2 can be respectively arranged in the concave cavity 112 and the window space 7, or one (or one) can be uniformly arranged in the concave cavity 112 or the window space 7. Group) illuminants, of course, does not prevent a group of illuminants from containing multiple light emitting units. The concave cavity 112 becomes a channel for light to pass through, that is, a channel for the light of the first illuminant D2 disposed inside the front light-transmitting panel 20 to pass through or for the light of the second illuminant D1 to irradiate the A passage in the inner space of the front light-transmitting panel 20 .

As for the position where the side light-transmitting plate 12 is arranged on the outer frame 1b, various layout forms can also be used. In addition to the above-mentioned forms, the side light-transmitting plate 12 can also cover the entire outer frame The outer elevation of 1b. As for the orientation of the side light-transmitting plate 12, it may be oriented in a direction perpendicular to the ground, or it may be in the shape of a polyhedron with multiple orientations.

In order to further enrich the decorative effect of the outer frame 1, we can adopt the following scheme, and the following still takes the vertical outer frame 1b as an example for further detailed introduction:

On the cross arm 110 of the vertical outer frame 1b, an upper straight arm 113 extending upwards is also provided, and a transverse arm 114 is arranged at the top of the upper straight arm 113, and D is set as a matching surface that can be combined with the top surface of the building, and the gap between the lamp island and the top surface of the building can be reduced by combining the top surface D with the top surface of the building. The top end surface D refers to the end surface of the vertical outer frame 1b that is close to the top surface of the building.

As shown in Figures 4 and 5, an upper card slot 16 is also provided on the outer frame 1b, and the upper card slot 16 is located on the outer facade of the upper part of the outer frame 1b and is located at the edge of the concave cavity 112. above. In fact, the upper locking slot 16 is also located on the outer side of the upper straight arm 113 . An upper decorative plate 13 is clamped on the upper clamping groove 16 , and the upper decorative plate 13 and the side light-transmitting plate 12 are arranged vertically. In addition, a lower card slot 19 is also provided on the outer frame 1b, and the lower card slot 19 is located on the lower elevation of the outer frame 1b. As shown in FIG. 6 , a transverse arm 115 extending inwardly is provided at the lower end of the upright arm 111 . In fact, the lower locking slot 19 is also located on the lower side of the transverse arm 115 . A lower decorative panel 14 is clamped on the lower clamping groove 19 . According to the above scheme, the upper decorative panel 13 and the lower decorative panel 14 are also mutually independent members from the vertical outer frame 1b, and the upper decorative panel 13 and the lower decorative panel 14 can be connected to the upper clip The slot 16 and the lower part of the slot 19 are attached to the vertical outer frame 1b to become an additional decorative part of the vertical outer frame 1b. In this way, viewed from the outside, the vertical outer frame 1b is covered by the upper decorative plate 13, the side light-transmitting plate 12 and the lower decorative plate 14 in sequence, and the outer surfaces of the side light-transmitting plate 12, the upper decorative plate 13 and the lower decorative plate 14 The combination of surfaces forms the exposed surface of the vertical outer frame 1b. The side light-transmitting board 12 , the upper decorative board 13 and the lower decorative board 14 can be mixed and matched to form a variety of styles, endowing the outer frame 1 with a variety of appearance effects, thereby fully meeting the needs of different users.

As shown in FIG. 3 , the pair of horizontal outer frames 1 a and the pair of vertical outer frames 1 b form a frame shape or a ring shape, and the outer frame 1 has a window space 7 defined therefor. The adjacent horizontal outer frames 1a and vertical outer frames 1b are connected at the corner joints of the outer frames 1, that is, between the ends of the outer frames (11a, 11b) through corner joints 4, and of course The ends (11a, 11b) of the outer frame can be spliced together by means of welding process or the internal connecting block 5 mentioned below. As shown in FIG. 8 , the corner combination 4 has an exposed middle and outer surface 40 , an upper and outer surface 41 , and an exposed lower and outer surface 42 . The inner and outer exposed surfaces 40 are substantially flush, and the outer surface 130 of the upper decorative panel 13 is substantially flush with the upper exposed surface 41 of the corner combination body 4; The lower exposed surface 42 of 4 is substantially flush. In this way, the corner combination body 4 can be connected with the side transparent plate 12 , the upper decorative plate 13 and the lower decorative plate 14 in a smooth transition. Wherein, the outer frame ends (11a, 11b) refer to the head end or tail end located in the extending direction of the horizontal outer frame 1a and the vertical outer frame 1b. Because the outer frame ends (11a, 11b) of the adjacent horizontal outer frames 1a and vertical outer frames 1b are connected by the corner combination body 4, for this reason, the adjacent horizontal outer frames 1a and vertical outer frames When the frame 1b is connected, precise cutting is not required, which greatly simplifies the installation operation between the horizontal outer frame 1a and the vertical outer frame 1b. In order to strengthen the connection between the corners of the horizontal outer frame 1a and the vertical outer frame 1b, as shown in FIG. The connection between them is formed by the inner connection block 5, and the inner connection block 5 is connected to the outer frame (1a, 1b) by rivets or screws and stored on the non-exposed facade of the outer frame 1 . After the installation of the lamp island is completed, the inner connection block 5 can be well hidden. In addition, the inner connection block 5 is also provided with a connection hole 50 for the passage of a screw or a lifting device such as a suspender 52 mentioned below, and in order to facilitate the installation of the lifting device or the removal of the outer frame 1. The orthographic projection position of the connecting hole 50 is located in the window space 7 defined by the outer frame 1 . In this way, the mechanical connection between the outer frames (1a, 1b) of different sections can be formed by means of the corner combination 4 and the inner connection block 5, so that the outer frame 1 can be assembled in advance according to the site conditions.

According to the above scheme, it can be known that the outer frame 1 is one of the peripheral parts that form and define the entire skeleton structure of the lamp and the lamp island. Since the outer frame (1a, 1b) is a profile structure, for this reason During on-site assembly or pre-assembly in the factory before leaving the factory, the outer frame (1a, 1b) of the appropriate length can be intercepted and assembled into a frame shape, and the size and shape of its extension in the horizontal direction can be set arbitrarily without restriction , so that the extension area and shape of the entire framework structure of the lamp in the horizontal direction can also be unrestricted and can be arranged adaptively according to the shape of the indoor headspace. The outer frame 1 not only defines the extent of the horizontal extension of the window space 7, but also defines the height extension of the skeleton structure of the lamp. For this reason, the skeleton structure of the lamp and the lamp island are similar to the traditional crystal chandelier. It does not take up too much vertical space, so it can be applied to ordinary low-rise indoor environments such as ordinary homes and office spaces.

As shown in FIG. 6 , the skeleton structure of the lamp further includes, on the non-exposed facade of the outer frame (1a, 1b), such as the inner side of the vertical arm 111, a first connector capable of snap-fit connection is provided. 81. The inner card slots 100 of the second connector 82, the third connector 83, the fourth connector 84, etc., the inner card slots 100 extend along the length direction of the outer frame 1b. The inner card slot 100 is composed of a pair of L-shaped hook arms (101, 102). As shown in FIG. 4 , the third connector 83 is connected to a hoisting hardware for positioning and hoisting the outer frame 1 . The third connector 83 has a T-shaped head 830 and a bent tail 831. The T-shaped head 830 is inserted and positioned in the slot 100, and the bent tail 831 passes through a locking member (not shown in the figure). Out) is locked on the main structure top floor 60 inside the house, that is what we often call the roof. In this way, the outer frame 1 is hoisted on the top floor 60 by means of the connector 83 , and the top surface D of the outer frame 1 is made to abut against the lower ceiling layer E of the ceiling layer 61 . As shown in Figure 6, in order to enhance the mechanical connection between the outer frame 1 and the top layer 60, and also to enable the top surface D of the outer frame 1 to form a seamless connection with the suspended ceiling layer E As a result, the hanger 52 is also provided on the outer frame 1 . The suspender 52 is connected to the top layer 60 through the connection hole 50 of the inner connection block 5 . In this way, the outer frame 1 is combined with the top surface of the building, that is, the suspended ceiling level E. Of course, if the suspended ceiling layer 61 is not provided, the outer frame 1 can also be directly combined with the top layer of the top layer 60 , in this case, screws can be used instead of the suspenders 52 .

As shown in Figure 4, after the outer frame (1a, 1b) is combined with the top structure, it will reflect a visually different facade, that is, the outer facade and lower surface of the outer frame (1a, 1b) described in this scheme. side elevation. The outer elevation refers to a side elevation located on the outer side of the outer frame (1a, 1b) and roughly perpendicular to the horizontal plane (ground), and the opposite is the inner elevation. The lower elevation of the outer frame (1a, 1b) refers to a side elevation located on the lower side of the outer frame (1a, 1b) and roughly parallel to the horizontal plane (ground). The non-exposed facades of the outer frames (1a, 1b) refer to the facades or parts that cannot be normally observed by people standing on the ground after the lamp island is installed in place, for example, the top vertical surface of the outer frame 1 Surface, inner elevation, etc.; the exposed surface refers to the external surface exposed to the sight of people. For this reason, the façade represents a concept of orientation or direction.

A further solution is that, as shown in FIG. 3 , the skeleton structure of the lamp further includes a connecting keel 3 arranged between a pair of opposite outer frames 1a, and the two ends of the connecting keel 3 pass through the first A connector 81 is connected to the inner card slot 100 of the outer frame 1a, that is, connected to a pair of the outer frames 1a. The first connector 81 has a structure similar to that of the second connector 82; similarly, if multiple connecting keels 3 are provided, the multiple first connectors 81 located in different positions are respectively corresponding to the second connector 82. The corresponding connecting keels 3 are connected. In this way, the connecting keel 3 bridges between a pair of opposite outer frames 1a to separate the window space 7 bounded by the outer frame 1 into two sub-windows (70, 71), and the sub-windows (70 , 71) The size of its own area depends on the size of the inner frame 2 which will be discussed below. In this embodiment, the connecting keel 3 is a triangular keel. In the sub-windows (70, 71), two front light-transmitting panels 20 arranged longitudinally and spaced apart are respectively arranged. The first illuminant D2 is arranged inside the front light-transmitting panels 20 and arranged on the two sides. The decorative gusset 2d between the front transparent panels 20, the first illuminant D2 is fixed on the outer frame 1 or positioned on other auxiliary devices. The lower side of the decorative gusset 2 b is substantially flush with the lower side of the front transparent panel 20 . Or only one front light-transmitting panel 20 is set in the sub-window 70, and other decorations are set in the remaining sub-window areas where the front light-transmitting panel 20 is not provided, such as the decorative gusset 2d or electrical components such as sound boxes. . In essence, the arrangement quantity and position of the front light-transmitting panels 20 in the window space 7, as well as the matching method of the front light-transmitting panels 20 and the decorative gusset 2d, can be assembled as desired by users. combination. In order to enrich the decorative effect of the lamp island, a decorative pattern 20d may also be printed on the front of the decorative gusset 2d.

Wherein, the front light-transmitting panel 20 is a plate capable of transmitting light, and light can be transmitted when the first luminous body D2 is arranged inside the front light-transmitting panel 20; The panel 20 is made of a light-transmitting imitation jade plate, or a light-transmitting plastic plate, a glass plate, or the front light-transmitting panel 20 can also be a non-transparent plate body, and a light-transmitting hole is arranged on it, so that the The light from the first illuminant D2 can pass through the front light-transmitting panel 20 to illuminate the space below, and the lower side of the front light-transmitting panel 20 forms a front lighting surface A. Since the light island has not only the front lighting surface A but also the side lighting surface B, the light island can emit light from multiple directions to provide three-dimensional lighting for a specific space. Secondly, the second illuminant D1 and the first illuminant D2 can be controlled separately to form different lighting modes.

In order to further facilitate assembly, a further technical solution may also be to provide the plate-shaped lamp 2a. As shown in FIG. 6, the plate-shaped lamp 2a includes a frame-shaped inner frame 2, the front light-transmitting panel 20 is delimited in the inner frame 2, and a first A luminous body D2, a cover plate 21 is arranged on the first luminous body D2, and the cover plate 21 is also enclosed in the inner frame 2. The inner frame 2, the front light-transmitting panel 20, the cover plate 21, the first illuminant D2 and other components are combined to form an independent plate-shaped lamp 2a or an inner frame assembly, so that each One of the front light-transmitting panels 20 corresponds to one (a group) of the first illuminants D2, and the plate-shaped lamps 2a can be assembled in the factory in advance and then installed in the window space 7 on site and connected. electric wire. Wherein the inner frame 2 itself may be spliced by more than 3 profiles.

As shown in Figure 4, in order to facilitate the positioning of the plate-shaped lamp 2a and the decorative gusset 2d in the window space 7, it is also very convenient to disassemble the plate-shaped lamp 2a and the decorative gusset 2d, Alternatively, the skeleton structure of the lamp further includes that left, middle and right positions of the window space 7 are provided with a left triangular keel 3b, a middle triangular keel 3c and a right triangular keel 3a parallel to each other. Wherein, the left triangular keel 3b and the right triangular keel 3a form a side triangular keel located around the window space 7 , and the middle triangular keel 3c forms a middle triangular keel, that is, the connecting keel 3 . The inner ends of the transverse arms 115 of the pair of vertical outer frames 1b are respectively provided with first inserting edges 15 extending upward, the outer frame 1b on the left side and the outer frame 1b on the right side The first insertion edge 15 is respectively inserted into the left triangular keel 3 b and the right triangular keel 3 a, and the triangular keel ( 3 a , 3 b ) is positioned by the first insertion edge 15 . As shown in Fig. 2 and Fig. 6, second connectors 82 are engaged respectively on the inner card slots 100 of the pair of outer frames 1b, and the second connectors 82 are used to press the left triangle Keel 3b, right triangle keel 3a. As shown in FIG. 6, the second connector 82 is roughly T-shaped and has a plug connector 820 and a cantilever 821. The plug connector 820 is snapped into the inner card slot 100, and the cantilever 820 directly presses On the top of the left triangular keel 3b and the right triangular keel 3a. Of course, as a further embodiment, when the span of the triangular keel (3a, 3b, 3c) is relatively large, its middle section can also be directly connected to the building through a clamping piece and a suspender, so as to further Reinforce the lifting strength.

As shown in Fig. 3, Fig. 4 and Fig. 6, the outer peripheral edge of the inner frame 2 is provided with a second insertion edge 23 extending upwards, and the inner frame 2 is moved upward from the lower side of the outer frame 1. Arrow G direction advances into the window space 7 and is plugged into two adjacent triangular keels (3a, 3b, 3c) through the second insertion edge 23, so that it is very convenient to The plate-shaped lamp 2a is positioned in the sub-window area, and at this time, the front light-transmitting panel 20 is detachably mounted to the outer frame from the lower side of the outer frame 1 by means of the inner frame 2 The sub-window area in the window space 7 defined by 1. Wherein, one of the second insertion edges 23 on the outer periphery of the inner frame 2 is arranged parallel to the first insertion edge 15 and simultaneously inserted into the triangular keel 3a or the triangular keel 3b, that is to say, through the A triangular keel (3a or 3b) connects them. Of course, it is also very convenient to disassemble the plate-shaped lamp 2a. Pushing the plate-shaped lamp 2a downward from the window space 7 can complete all or the main disassembly work very quickly, that is to say, when the plate-shaped lamp 2a needs to be replaced It can be realized without disassembling the outer frame 1 when installing the lamp 2a, which is not only convenient for on-site installation but also convenient for on-site maintenance and disassembly. The decorative gusset 2d is also provided with an insertion edge (the insertion edge adopts a structure similar to the second insertion edge 23), and the decorative gusset 2d is removed from the lower side of the outer frame 1 Push upwards in the direction of arrow G into the window space 7 and also be inserted into the triangular keel ( 3 a , 3 b , 3 c ) through the insertion edge. For this reason, the installation and removal of the decorative gusset 2d is also convenient. After the plate-shaped lamp 2a is positioned in the sub-window area, the connecting hardware (connector) for connecting and positioning the power supply of the first luminous body D2 can also be clamped on the inner card slot 100 , In this way, the power supply of the first illuminant D2 is positioned on the connector instead of resting on the front light-transmitting panel 20 .

Considering that the front light-transmitting panel 20 is made of a light-transmitting imitation jade plate and has a relatively large weight, in order to increase the pulling force on the front light-transmitting panel 20 and prevent the front light-transmitting panel 20 from accidentally falling, It further includes a positioning spring (not shown in the figure), and the middle coil part of the positioning spring is positioned on the bracket connected to the inner frame 2; when the plate-shaped lamp 2a is installed in the sub-window area One end of the positioning spring presses against the inner frame 1 or the bracket, and the other end of the positioning spring presses against the triangular keel (3a, 3b, 3c). In this way, the inner frame 2 can not only rely on its insertion edge to form an insertion position with the triangular keel (3a, 3b, 3c), but also can lift the inner frame 2 and its connected parts by means of the positioning spring. The front transparent panel 20 and other components enhance the connection strength. During installation, the upper end of the positioning spring can be pressed against the triangular keel (3a, 3b, 3c) at first, and when the plate-shaped lamp 2a is pulled out, the insertion edge on the inner frame 2 is aligned. Align the entrance of the triangular keel (3a, 3b, 3c) to allow it to be inserted, and the positioning spring is also partially reset when inserted, and the positioning spring and the insertion edge form a pair of devices similar to clamp arms and are stuck in the position. on the triangular keel (3a, 3b, 3c). The process is reversed when removing the plate-shaped lamp 2a. In this way, it is very convenient to assemble and disassemble the plate-shaped lamp 2a from below the window space 7 , at least without removing the outer frame 1 . The installation structure of the above-mentioned components such as lifting and positioning the inner frame 2 and the connected front light-transmitting panel 20 by means of the positioning spring can also refer to the technical solution disclosed in the applicant’s previously submitted patent application 201510066036.4 .

The fourth connector 84 has a structure basically similar to that of the second connector 82, and is snapped into the inner card slot 100, and is used for connecting and positioning the lighting power supply (transformer or power adapter) of the illuminant, etc. .

According to the above technical solution, the skeleton structure of the lamp can be spliced to form lamp islands of different sizes, different numbers of plate-shaped lamps 2a or the front light-transmitting panel 20 or their combination with the decorative gusset 2b and electrical components It is installed on the skeleton structure of the lamp, and multiple plate-shaped lamps 2a or the front light-transmitting panel 20 can also be spliced to form a front light-transmitting surface A of different styles. When the integrated light island is installed in place, it protrudes downward from the combined ceiling level E, like a small island protruding from the ocean. It also has an illuminating surface B that shines in the side direction, so that it can provide illumination light for all directions of the indoor space.

Claims (16)

1. the light fixture skeleton structure that can be attached on architectural top, including it is connectable in the shape of a frame outer on construction ceiling Frame, the housing include outer rim；Characterized in that, the outer rim is in section bar shape, the window space that the housing is defined In be disposed with least one connection keel, it is described connection keel the window space that the housing is defined is separated at least two Subwindow；Also include side triangular keel, the side triangular keel is arranged on the inner side edge position of the outer rim, the side triangle Keel, the connection keel are triangular keels, and the side triangular keel, the connection keel are positioned in the outer rim.

2. light fixture skeleton structure according to claim 1, it is characterised in that also include being connected to the non-outer of the outer rim Reveal several connectors on facade, the side triangular keel, the connection for connecting keel by means respectively of diverse location Device is positioned in the outer rim.

3. light fixture skeleton structure according to claim 2, it is characterised in that set on the non-exposed facade of the outer rim There is inner card cage, the connector is snapped fit onto on the inner card cage.

4. light fixture skeleton structure according to claim 2, it is characterised in that being provided with the inside of the outer rim can With reference to the plug side upwardly extended of triangular keel, the side triangular keel is connected on the plug side of the outer rim, positioning The connector top pressure in triangular keel is when described on triangular keel.

5. light fixture skeleton structure according to claim 1, it is characterised in that the housing also includes corner combination, institute State corner combination to be engaged between the end of the outer rim, the corner combination has exposed exposed face.

6. light fixture skeleton structure according to claim 5, it is characterised in that also include the side light-passing board for being capable of printing opacity, institute The portion outboard facade that side light-passing board is arranged at the outer rim is stated, the outer surface of the side light-passing board forms the outside The part exposed face of frame, the outer surface of the side light-passing board and the exposed face of the corner combination are substantially concordant.

7. light fixture skeleton structure according to claim 6, it is characterised in that be provided with the outer rim and be capable of leaded light Cavity, the side light-passing board cover the cavity.

8. light fixture skeleton structure according to claim 7, it is characterised in that the side light-passing board snaps into described from front On the accent of cavity.

9. light fixture skeleton structure according to claim 6, it is characterised in that also include upper decoration plate, in the outside The top of outer frame side elevation is provided with top neck, and the upper decoration plate is connected on the top neck, the upper decoration plate Arranged up and down with the side light-passing board, the outer surface of the upper decoration plate and the exposed face of the corner combination are substantially concordant.

10. light fixture skeleton structure according to claim 5, it is characterised in that also include lower decorative panel, in the outside Bottom neck is provided with the lower side elevation of frame, the lower decorative panel is connected on the bottom neck, the lower decorative panel Outer surface and the exposed face of the corner combination are substantially concordant.

11. according to any described light fixture skeleton structure of claim 1 to 10, it is characterised in that in the housing also includes Contiguous block, forms connection between the end of the outer rim by the interior contiguous block, and the interior contiguous block is collected in described outer On the non-exposed facade of frame.

12. light fixture skeleton structure according to claim 11, it is characterised in that be additionally provided with and be easy on the interior contiguous block The connecting hole being connected with hanging apparatus, the orthographic projection position of the connecting hole are located at the window space that the housing is defined.

13. the integrated lamp island of any described light fixture skeleton structure of application claim 1 to 12, it is characterised in that including described Light fixture skeleton structure, in addition to tabular light fixture, the tabular light fixture include inside casing, the front light penetrating panel for being capable of printing opacity and setting Illuminator on the inside of the front light penetrating panel, the inside casing draw a circle to approve the front light penetrating panel；Set on the inside casing There is the plug side being adapted to triangular keel, the tabular light fixture can be arranged into the subwindow region on the downside of the housing And be removably plugged into by means of the plug side of the inside casing on triangular keel, a subwindow region is at least wherein It is disposed with a tabular light fixture.

14. integrated lamp island according to claim 13, it is characterised in that also including decoration buckling plate, on the decoration buckling plate Plug side is provided with, the decoration buckling plate can be arranged into the subwindow region on the downside of the housing and by means of described The plug side of decoration buckling plate is removably plugged on triangular keel, the decoration buckling plate and the front light penetrating panel or so row Row.

15. integrated lamp island according to claim 13, it is characterised in that also detachable including electrical part, the electrical part Ground is arranged in the subwindow region, the electrical part and the front light penetrating panel left-right situs.

16. integrated lamp island according to claim 13, it is characterised in that also including retaining spring, the retaining spring Mesosphere body portion is navigated on the support being connected on the inside casing；When the tabular lamp installation is to window space, institute The one end for stating retaining spring suppresses the inside casing or the support, and the other end top pressure of the retaining spring is in triangular keel On.