A track-type expandable intelligent linear lamp

Abstract

The present invention relates to the technical fields of lighting devices, energy-saving lighting equipment, etc., and provides a track-type expandable intelligent linear lamp, which includes a track-type power supply upper cover, a snap-on connection shell assembly, and a lamp body assembly. The bottom of the linear upper cover shell of the track-type power supply upper cover is installed with a power cord, an electric control module, and a power cord plug-in terminal, the power cord plug-in terminal is plugged with the power cord, and the electric control module is electrically connected to the power cord; the snap-on connection shell assembly connects or disconnects its linear upper cover connection slot with the linear upper cover shell, the lamp body assembly is assembled on the linear connection shell through the linear lamp body connection slot, and is electrically connected to the power cord through the power cord plug-in terminal, the lamp body assembly provides lighting according to the control of the power cord plug-in terminal by the electric control module, and the electric control module presets an intelligent control program unit to control the on and off of the power cord plug-in terminal to control the lamp body assembly, thereby realizing rapid installation of the lamp body structure and conductive connection to meet the intelligent customization needs of the user end.

Description

Technical Field

[0001] The present invention relates to the technical fields of lighting devices, energy-saving lighting equipment, etc., and in particular to a track-type expandable intelligent linear lamp. Background Art

[0002] An expandable linear lamp is an LED lamp with a lamp module expansion function. Users can choose the number of lamp modules to be connected in series according to actual needs. At present, common lamp modules mainly include a lamp body module and a power supply cover. After the power cord inside the power supply cover is connected to the lamp body module, the lamp body module is docked with the power supply cover and screwed. The end of the power supply cover extends out of the expansion interface, which is used to be connected in series with the power supply cover of another lamp module. The lamp module of this lamp body module and power supply cover has a simple structure, but it needs to be screwed during installation. The screw locking operation is relatively complicated and difficult to install. In addition, considering that the expandable linear lamp is mainly used for ceilings, there are certain safety hazards in performing complex screw locking operations at high altitudes. In addition, the existing expandable linear lamps mainly install a brightness sensor or a sound sensor to automatically control the lighting or extinguishing of all lamp modules in the expandable linear lamp in terms of intelligent control, which does not support the user's intelligent customization needs.

[0003] In summary, existing expandable linear lights have technical problems such as being difficult to install and not supporting users' intelligent customization needs. Summary of the invention

[0004] In view of the above-mentioned deficiencies in the prior art, the present invention provides a track-type expandable intelligent linear light to reduce the difficulty of installing the expandable linear light and support the user's intelligent customization needs.

[0005] The track-type expandable intelligent linear light provided by the present invention comprises:

[0006] The track-type power supply upper cover comprises a linear upper cover shell, a power cord, an electric control module and a power cord plug-in terminal; the power cord, the electric control module and the power cord plug-in terminal are installed at the bottom of the linear upper cover shell, the power cord plug-in terminal is plugged with the power cord, and the electric control module is electrically connected with the power cord;

[0007] A buckle connection shell assembly, comprising a quick-connect buckle and a linear connection shell, wherein the linear connection shell comprises a linear upper cover connection slot and a linear lamp body connection slot arranged back to back; the quick-connect buckle passes through the linear upper cover connection slot and is engaged or disengaged with two inner sides of the linear upper cover shell to connect or disengage the linear upper cover connection slot with the linear upper cover shell;

[0008] The lamp body assembly is assembled on the linear connection shell through the linear lamp body connection groove, and is electrically connected to the power cord through the power cord plug-in terminal. The lamp body assembly provides lighting according to the control of the power cord plug-in terminal by the electric control module; the electric control module presets an intelligent control program unit, and the intelligent control program unit performs lighting control according to at least two types of sensor information; after identifying different sensor information, the intelligent control program unit calls the preset corresponding lighting control mode to control the on and off of the power cord plug-in terminal to control the lamp body assembly.

[0009] Compared with the prior art, the present invention has the following beneficial effects:

[0010] The present invention provides a track-type expandable intelligent linear lamp, a track-type power supply upper cover, a snap-on connection shell assembly and a lamp body assembly. The track-type power supply upper cover includes a linear upper cover shell, a power cord, an electric control module and a power cord plug-in terminal; the power cord, the electric control module and the power cord plug-in terminal are installed at the bottom of the linear upper cover shell, the power cord plug-in terminal is plugged with the power cord, and the electric control module is electrically connected to the power cord; the snap-on connection shell assembly includes a quick-connect buckle and a linear connection shell, the linear connection shell includes a linear upper cover connection slot body and a linear lamp body connection slot body arranged back to back; the quick-connect buckle passes through the linear upper cover connection slot body, and is engaged or disengaged with the two inner sides of the linear upper cover shell to connect the linear upper cover to the lamp body. The cover connection slot is connected or disconnected with the linear upper cover shell; the lamp body assembly is assembled on the linear connection shell through the linear lamp body connection slot, and is electrically connected to the power cord through the power cord plug-in terminal, and the lamp body assembly provides lighting according to the control of the power cord plug-in terminal by the electric control module; the electric control module presets an intelligent control program unit, and the intelligent control program unit performs lighting control according to at least two sensor information; the intelligent control program unit calls the preset corresponding lighting control mode after identifying different sensor information, controls the on and off of the power cord plug-in terminal, so as to control the lamp body assembly. The track-type expandable intelligent linear lamp connects or disconnects the linear upper cover connection slot with the linear upper cover shell through the quick-connect buckle, realizes rapid installation of the lamp body structure, and realizes rapid conductive connection by plugging the power cord plug-in terminal with the power cord, and performs lighting control according to at least two sensor information through the preset intelligent control program unit, controls the on and off of the power cord plug-in terminal, so as to control the lamp body assembly, and meets the intelligent customization needs of the user end. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] The drawings described herein are used to provide a further understanding of the present invention and constitute a part of the present invention. The exemplary embodiments of the present invention and their description are used to explain the present invention and do not constitute an improper limitation of the present invention. Some specific embodiments of the present invention will be described in detail in an exemplary and non-restrictive manner with reference to the drawings. The same reference numerals in the drawings indicate the same or similar components or parts. It should be understood by those skilled in the art that these drawings are not necessarily drawn to scale. In the drawings:

[0012] Figure 1 It is a schematic cross-sectional structure diagram of a track-type expandable intelligent linear light according to an embodiment of the present invention;

[0013] Figure 2 This is a structural schematic diagram of a linear upper cover shell according to an embodiment of the present invention;

[0014] Figure 3 is another structural schematic diagram of the linear upper cover shell according to an embodiment of the present invention;

[0015] Figure 4 This is a schematic diagram of an exploded structure of a track-type expandable intelligent linear light according to an embodiment of the present invention;

[0016] Figure 5 This is a structural schematic diagram of a linear connection shell according to an embodiment of the present invention;

[0017] Figure 6 It is another structural schematic diagram of the linear connection shell according to an embodiment of the present invention;

[0018] Figure 7 This is a schematic diagram of the structure of a quick-connect buckle according to an embodiment of the present invention;

[0019] Figure 8 It is another structural schematic diagram of the quick-connect buckle according to an embodiment of the present invention.

[0020] Description of reference numerals:

[0021] 1. Track-type power supply upper cover; 10. Linear upper cover shell; 100. Upper cover track groove; 1000. First upper cover track groove; 10001. First near-notch limit track groove; 100011. First inner notch edge; 10002. First near-notch bottom limit track groove; 1001. Second upper cover track groove; 10011. Second near-notch limit track groove; 100111. Second inner notch edge; 10012. Second near-notch bottom limit track groove; 101. Upper cover mounting groove; 102. Outer upper cover track groove; 103. Linear lamp expansion connector; 11. Power cord; 12. Electric control module; 13. Power cord plug-in terminal;

[0022] 2. Buckle connection shell assembly; 20. Quick-connect buckle; 201. First buckle; 2011. First bite; 2012. First elastic plug-in portion; 202. Second buckle; 2021. Second bite; 2022. Second elastic plug-in portion; 21. Linear connection shell; 210. Linear upper cover connection slot; 2101. Middle limit linear slot; 21011. Parallel slot; 2102. First buckle active area; 21021. First travel limit area; 2103. Second buckle active area; 21031. Second travel limit area; 2104. First concave edge side; 2105. Second concave edge side; 211. Linear lamp body connection slot; 2111. Focusing cup connection slot; 2112. Light-emitting surface lens connection slot;

[0023] 3. Lamp body assembly; 31. LED light strip; 32. Focusing cup; 33. Light-emitting surface lens

[0024] 4. Ceiling bracket. DETAILED DESCRIPTION

[0025] In order to enable those skilled in the art to better understand the scheme of the present invention, the technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only an embodiment of a part of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work should fall within the scope of protection of the present invention.

[0026] See also Figure 1-Figure 8The embodiment of the present invention provides a track-type expandable intelligent linear lamp, including: a track-type power supply upper cover 1, a snap-on connection shell assembly 2 and a lamp body assembly 3. The track-type power supply upper cover 1 includes a linear upper cover shell 10, a power cord 11, an electric control module 12 and a power cord plug-in terminal 13; the power cord 11, the electric control module 12 and the power cord plug-in terminal 13 are installed at the bottom of the linear upper cover shell 10, the power cord plug-in terminal 13 is plugged with the power cord 11, and the electric control module 12 is electrically connected to the power cord 11; the snap-on connection shell assembly 2 includes a quick-connect buckle 20 and a linear connection shell 21, the linear connection shell 21 includes a linear upper cover connection slot 210 and a linear lamp body connection slot 211 arranged back to back; the quick-connect buckle 20 passes through the linear upper cover connection slot 210, and is buckled or engaged with the two inner sides of the linear upper cover shell 10. Disengagement, so as to connect or detach the linear upper cover connection slot 210 with the linear upper cover shell 10; the lamp body assembly 3 is assembled on the linear connection shell 21 through the linear lamp body connection slot 211, and is electrically connected to the power cord 11 through the power cord plug terminal 13, and the lamp body assembly 3 provides lighting according to the control of the power cord plug terminal 13 by the electric control module 12; the electric control module 12 has a preset intelligent control program unit, and the intelligent control program unit performs lighting control according to at least two types of sensor information; the intelligent control program unit identifies different sensor information and calls the preset corresponding lighting control mode to control the on and off of the power cord plug terminal 13 to control the lamp body assembly 3.

[0027] It should be noted that, in this embodiment, a structure of a track-type power supply upper cover 1 and a snap-on connection shell assembly 2 is adopted, wherein the snap-on and slot design allows the user to quickly install and remove the device through a simple snap-on connection, reducing the need for screws or complex tools for installation. Specifically, the quick-connect snap-on 20 passes through the linear upper cover connection slot 210, and engages or disengages with the two inner sides of the linear upper cover shell 10 to connect or disengage the linear upper cover connection slot 210 with the linear upper cover shell 10. In addition, in this embodiment, the power cord plug-in terminal 13 is used to quickly connect the lamp body to the power supply, and the user only needs to simply plug in to complete the connection between the lamp body and the power supply, thereby avoiding complicated wiring and electrical connection operations. It should also be noted that in the present embodiment, the intelligent control program unit automatically adjusts the lighting mode through at least two types of sensor information (such as ambient light intensity, motion sensing, etc.). The user can identify the sensor information supported by the intelligent control program unit and independently select the number and type of sensors installed on the track-type expandable intelligent linear light to provide different sensor information, call the preset corresponding lighting control mode, control the on and off of the power cord plug-in terminal 13, and control the lamp body assembly 3 to meet the user's intelligent customization needs.

[0028] In some preferred embodiments, the linear upper cover shell 10 includes two inner upper cover track grooves 100 arranged opposite to each other; the quick-connect buckle 20 engages or disengages with the two inner upper cover track grooves 100 to connect or disengage the linear upper cover connection groove body 210 with the linear upper cover shell 10. It should be noted that in this embodiment, by providing two inner upper cover track grooves 100, the quick-connect buckle 20 is more firmly fixed and guided in the track groove, greatly improving the stability after installation. The two inner upper cover track grooves 100 provide more precise alignment and guiding functions, making it easier to insert the quick-connect buckle 20 into the correct position during the installation process, thereby simplifying the alignment and installation process, reducing the possibility of human operating errors, and improving installation efficiency.

[0029] In some further preferred embodiments, the two inner upper cover track grooves 100 include a first upper cover track groove 1000 and a second upper cover track groove 1001; the quick-connect buckle 20 is engaged or disengaged with the first upper cover track groove 1000 and the second upper cover track groove 1001 to connect or disengage the linear upper cover connection groove body 210 with the linear upper cover shell 10. In this embodiment, by providing the first upper cover track groove 1000 and the second upper cover track groove 1001, the quick-connect buckle 20 is engaged or disengaged with the first upper cover track groove 1000 and the second upper cover track groove 1001, and is more firmly fixed and guided in the track groove, greatly improving the stability after installation. The first upper cover track groove 1000 and the second upper cover track groove 1001 provide more precise alignment and guiding functions, making it easier to insert the quick-connect buckle 20 into the correct position during installation, thereby simplifying the alignment and installation process, reducing the possibility of human operation errors, and improving installation efficiency.

[0030] In some further preferred embodiments, the first upper cover track groove 1000 includes a first near-slot limit track groove 10001 and a first near-slot bottom limit track groove 10002 which are adjacently arranged, and the width of the first near-slot limit track groove 10001 is smaller than the width of the first near-slot bottom limit track groove 10002; the second upper cover track groove 1001 includes a second near-slot limit track groove 10011 and a second near-slot bottom limit track groove 10012 which are adjacently arranged, and the width of the second near-slot limit track groove 10011 is smaller than the width of the second near-slot bottom limit track groove 10012; the quick-connect buckle 20 includes at least two groups of buckle assemblies arranged at intervals, and each group of the at least two groups of buckle assemblies includes a first buckle 201 and a second buckle 202 with the same structure, the first buckle 201 includes a first bite opening 2011 and a first elastic plug-in portion 2012, and the second buckle 202 includes a second bite opening 2021 and a first elastic plug-in portion 2022. The first engaging opening 2011 has an upper engaging portion that engages with the first near-slot limiting track groove 10001 and passes through a side wall of the linear upper cover to connect the slot body 210 for pressing operation, and the lower engaging portion of the first engaging opening 2011 is inserted into the first near-slot bottom limiting track groove 10002 or withdraws from the first near-slot bottom limiting track groove 10002 when the upper engaging portion of the first engaging opening 2011 is pressed; the second engaging opening 2021 The upper engaging portion of the second near-slot limiting track groove 10011 is engaged, and passes through the other side wall of the linear upper cover connecting groove body 210 for pressing operation, and the lower engaging portion of the second engaging opening 2021 is inserted into the second near-slot bottom limiting track groove 10012 or withdraws from the second near-slot bottom limiting track groove 10012 when the upper engaging portion of the second engaging opening 2021 is pressed; the first elastic plug-in portion 2012 is plug-connected with the second elastic plug-in portion 2022. It should be noted that in this embodiment, the first upper cover track groove 1000 and the second upper cover track groove 1001 both include a near-slot limiting track groove and a near-slot bottom limiting track groove. The width of the near-slot limiting track groove is narrower than that of the near-slot bottom limiting track groove, so that the quick-connect buckle 20 can be more firmly inserted into the track groove when not pressed, effectively preventing the buckle from accidentally loosening or falling off during use, and enhancing the stability of the connection. Since the quick-connect buckle 20 engages with the near-slot mouth through the upper engaging portion and the near-slot bottom through the lower engaging portion, the width of the near-slot bottom limit track groove is wider, and the lower engaging portion of the buckle can easily enter and exit the near-slot bottom limit track groove, thereby easily inserting into or exiting the near-slot bottom limit track groove, reducing resistance during installation and disassembly, and further improving the convenience and reliability of operation.It should also be noted that the plug-in connection between the first elastic plug-in portion 2012 and the second elastic plug-in portion 2022 can increase the tightness of the connection between the first fastener 201 and the second fastener 202, so that the lamp will not become loose due to vibration, deformation, etc. during long-term use.

[0031] In some further preferred embodiments, the upper biting portion of the first biting opening 2011 and the upper biting portion of the second biting opening 2021 push the first elastic plug-in portion 2012 and the second elastic plug-in portion 2022 to be inserted deeper under the action of pressing pressure, and the first elastic plug-in portion 2012 and the second elastic plug-in portion 2022 are reset after the pressing pressure disappears. It should be noted that, in the present embodiment, the upper engaging portion of the first engaging opening 2011 and the upper engaging portion of the second engaging opening 2021 push the first elastic inserting portion 2012 and the second elastic inserting portion 2022 to be inserted deeper under the action of the pressing force, and the first elastic inserting portion 2012 and the second elastic inserting portion 2022 are inserted and reset after the pressing force disappears. Therefore, the lower engaging portion of the first engaging opening 2011 and the lower engaging portion of the second engaging opening 2021 can respectively enter and exit the first near-bottom limit rail groove 10002 and the second near-bottom limit rail groove 10012, thereby realizing the rapid installation and disassembly of the track-type power supply upper cover 1 and the snap-on connecting shell assembly 2.

[0032] In some further preferred embodiments, the linear upper cover connecting groove body 210 includes a middle limiting linear groove 2101; the middle limiting linear groove 2101 is arranged along the center line of the linear upper cover connecting groove body 210, dividing the interior of the linear upper cover connecting groove body 210 into equal parts to form a first fastener active area 2102 and a second fastener active area 2103, the edge side of the first elastic plug-in portion 2012 forms a first travel limiting area 21021 with the edge of the middle limiting linear groove 2101 in the first fastener active area 2102, and the edge side of the second elastic plug-in portion 2022 forms a second travel limiting area 21031 with the edge of the middle limiting linear groove 2101 in the second fastener active area 2103. It should be noted that, in this embodiment, the edge side of the first elastic plug-in portion 2012 forms a first travel limit zone 21021 with the edge of the middle limit linear groove 2101 in the first latch active area 2102, and the edge side of the second elastic plug-in portion 2022 forms a second travel limit zone 21031 with the edge of the middle limit linear groove 2101 in the second latch active area 2103, so that the first latch 201 and the second latch 202 are limited by the first travel limit zone 21021 and the second travel limit zone 21031 during the plug-in process, and avoid falling into the linear upper cover connection groove body 210, thereby improving the clamping stability of the first latch 201 and the second latch 202. Further, the middle limit linear groove 2101 includes a plurality of parallel grooves 21011 arranged side by side, and the slot directions of the plurality of parallel grooves 21011 are aligned with the power cord 11 and the electric control module 12. It should be noted that, in the present embodiment, since the groove directions of the plurality of parallel grooves 21011 are aligned with the power cord 11 and the electric control module 12, the power cord 11 can be limited and cooled by the plurality of parallel grooves 21011, and the electric control module 12 can be cooled, thereby improving the service life of the lamp. Furthermore, the linear upper cover connecting groove body 210 includes a first concave edge side 2104 and a second concave edge side 2105, the first near-slot limiting track groove 10001 includes a first inner groove groove edge 100011, and the second near-slot limiting track groove 10011 includes a second inner groove groove edge 100111. When the linear upper cover connecting groove body 210 is connected to the linear upper cover shell 10, the first concave edge side 2104 covers the first inner groove groove edge 100011, and the second concave edge side 2105 covers the second inner groove groove edge 100111, thereby improving the stability of the connection between the linear upper cover connecting groove body 210 and the linear upper cover shell 10.

[0033] In some further preferred embodiments, the linear upper cover shell 10 also includes an upper cover mounting groove 101 located between the two inner upper cover track grooves 100; the power cord 11, the electric control module 12 and the power cord plug-in terminal 13 are installed in the upper cover mounting groove 101. The linear upper cover shell 10 also includes two outer upper cover track grooves 102 respectively located on the outer sides of the linear upper cover shell 10; the track-type expandable intelligent linear light also includes at least two ceiling brackets 4; the at least two ceiling brackets 4 are installed at intervals on the outer side of the linear upper cover shell 10 for ceiling installation of the linear upper cover shell 10; each of the ceiling brackets 4 has two upper cover connection ends, and when the ceiling is installed, the two upper cover connection ends are respectively connected to the two outer upper cover track grooves 102. The linear upper cover shell 10 also includes a linear light expansion connector 103 extending from one end of the linear upper cover shell 10, and the linear light expansion connector 103 is connected to the power line 11, and is used to be electrically connected to other track-type expandable intelligent linear lights. The lamp body assembly 3 includes an LED light strip 31, a focusing cup 32, and a light-emitting surface lens 33; the focusing cup 32 is located between the light-emitting surface lens 33 and the LED light strip 31; the LED light strip 31 is installed at the bottom of the linear lamp body connection groove 211, the focusing cup 32 connects the two inner sides of the linear lamp body connection groove 211, and the light-emitting surface lens 33 connects the two inner sides of the linear lamp body connection groove 211. The linear lamp body connection groove 211 includes two focusing cup connection grooves 2111 located at the same height of the two inner sides of the linear lamp body connection groove 211, and the two sides of the focusing cup 32 are respectively connected to the two focusing cup connection grooves 2111. The focusing cup 32 includes a plurality of focusing cup 32 units, which are arranged in a row to cover the LED light strip 31. The linear lamp body connection groove 211 includes two light-emitting surface lens connection grooves 2112 located at the same height on two inner sides of the linear lamp body connection groove 211, and the two sides of the light-emitting surface lens 33 are respectively connected to the two light-emitting surface lens connection grooves 2112.

[0034] In some preferred embodiments, the at least two types of sensor information are provided by different sensors installed on each of the track-type expandable intelligent linear lights. It should be noted that by installing different sensors on each lamp, multi-dimensional perception of the environment can be achieved. For example, a lamp can be equipped with a light intensity sensor and a human motion sensor at the same time. The light sensor is used to sense the ambient brightness, and the human sensor is used to detect whether a person is passing by. The combination of multiple sensor information enables the lamp to make smarter and more accurate lighting adjustments according to environmental changes. When multiple track-type expandable intelligent linear lights are connected, each lamp can select different sensors according to specific scene requirements. For example, a lamp focuses on ambient light intensity, while another lamp may focus on detecting temperature or motion. By configuring different sensors, users can customize each lamp according to their needs, so that the entire lamp system can adapt to more different usage scenarios. Different sensors can work together to achieve the fusion of multi-sensor information. For example, when the light sensor detects a decrease in ambient brightness and the human body sensor detects human activity, the preset intelligent control program unit can process the information from these two sensors at the same time, thereby automatically adjusting the brightness of the lamps, effectively optimizing the lighting control effect, and achieving more precise intelligent regulation.

[0035] It should be pointed out that the above embodiments are only preferred specific implementation modes of the present invention, and the protection scope of the present invention is not limited thereto. Any changes or substitutions that can be easily thought of by any technician familiar with the technical field within the technical scope disclosed by the present invention should be covered within the protection scope of the present invention. The protection scope of the present invention should be based on the protection scope of the claims.

Claims

1. A track-type expandable intelligent linear light, characterized in that: include: The track-type power supply upper cover comprises a linear upper cover shell, a power cord, an electric control module and a power cord plug-in terminal; the power cord, the electric control module and the power cord plug-in terminal are installed at the bottom of the linear upper cover shell, the power cord plug-in terminal is plugged with the power cord, and the electric control module is electrically connected with the power cord; A buckle connection shell assembly, comprising a quick-connect buckle and a linear connection shell, wherein the linear connection shell comprises a linear upper cover connection slot and a linear lamp body connection slot arranged back to back; the quick-connect buckle passes through the linear upper cover connection slot and is engaged or disengaged with two inner sides of the linear upper cover shell to connect or disengage the linear upper cover connection slot with the linear upper cover shell; A lamp body assembly is assembled on the linear connection shell through the linear lamp body connection groove body, and is electrically connected to the power line through the power line plug terminal. The lamp body assembly provides lighting according to the control of the power line plug terminal by the electric control module; the electric control module presets an intelligent control program unit, and the intelligent control program unit performs lighting control according to at least two types of sensor information; the intelligent control program unit calls the preset corresponding lighting control mode after identifying different sensor information, controls the on and off of the power line plug terminal, so as to control the lamp body assembly; The linear upper cover shell includes two inner upper cover rail grooves arranged opposite to each other; the quick-connect buckle passes through the linear upper cover connection groove body and engages or disengages with the two inner upper cover rail grooves to connect or disengage the linear upper cover connection groove body with the linear upper cover shell; the linear upper cover shell also includes an upper cover mounting groove located between the two inner upper cover rail grooves; the power cord, the electric control module and the power cord plug-in terminal are installed in the upper cover mounting groove; the linear upper cover shell also includes two outer upper cover rail grooves respectively located on the outer sides of the linear upper cover shell; the track-type expandable intelligent linear lamp also includes at least two ceiling brackets; the at least two ceiling brackets are installed at intervals on the outer side of the linear upper cover shell for ceiling installation of the linear upper cover shell; each of the ceiling brackets has two upper cover connecting ends, and when the ceiling is installed, the two upper cover connecting ends are respectively connected to the two outer upper cover rail grooves.

2. The track-type expandable intelligent linear light according to claim 1, characterized in that: The linear upper cover shell also includes a linear lamp expansion connector extending out of one end of the linear upper cover shell, and the linear lamp expansion connector is connected to the power cord for electrical connection with other track-type expandable intelligent linear lamps.

3. The track-type expandable intelligent linear light according to claim 1, characterized in that: The lamp body assembly includes an LED light strip, a focusing cup and a light-emitting surface lens; the focusing cup is located between the light-emitting surface lens and the LED light strip; the LED light strip is installed at the bottom of the linear lamp body connecting groove, the focusing cup is connected to the two inner sides of the linear lamp body connecting groove, and the light-emitting surface lens is connected to the two inner sides of the linear lamp body connecting groove.

4. The track-type expandable intelligent linear light according to claim 3, characterized in that: The linear lamp body connecting groove comprises two focusing cup connecting grooves located at equal heights on two inner sides of the linear lamp body connecting groove, and two sides of the focusing cup are respectively connected to the two focusing cup connecting grooves.

5. The track-type expandable intelligent linear light according to claim 4, characterized in that: The focusing cup includes a plurality of focusing cup units, and the plurality of focusing cup units are arranged in a row in sequence to cover the LED light strip.

6. The track-type expandable intelligent linear light according to claim 3, characterized in that: The linear lamp body connecting groove comprises two light emitting surface lens connecting grooves located at equal heights on two inner sides of the linear lamp body connecting groove, and two sides of the light emitting surface lens are respectively connected to the two light emitting surface lens connecting grooves.

7. The track-type expandable intelligent linear light according to any one of claims 1 to 6, characterized in that: The at least two types of sensor information are provided by different sensors installed on each of the track-type expandable intelligent linear lights.

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