DE212019000164U1 - Smart street light - Google Patents

Abstract

An intelligent street lamp comprising a street lamp body which is divided into a plurality of functional modules one after another from top to bottom, each two adjacent functional modules being releasably attached and connected by a locking structure; wherein the locking structure includes a positioning post, a plurality of locking rivets, a positioning hole, and a plurality of locking slots, the positioning post and the plurality of locking rivets evenly arranged around the positioning post being provided on an end surface of a functional module, respectively; the positioning hole and the plurality of locking slots evenly arranged around the positioning post are each formed on an end face adjacent to the end face of another functional module provided with the positioning post and the plurality of locking rivets; and the positioning post is inserted in a matching manner into the corresponding positioning hole and the plurality of locking rivets are clamped in one-to-one correspondence in the locking slots, so that two adjacent functional modules are releasably attached and connected.

Description

Field of invention

The invention relates to the technical field of street lamp lighting, in particular to an intelligent street lamp.

State of the art

In recent years, in the course of national construction and development projects and the needs of urban planning, intelligent street lights have been developed and today they are an indispensable one thanks to their numerous functions, intelligent design and the integration of security monitoring, base stations, charging stations, LED lighting, environmental monitoring and so on Part of the Internet of Things in cities, which is why their popularity is increasing. The smart street lights are becoming the most important data feed point for smart cities.

Most of the masts of intelligent street lights currently on the market are one-piece, that is, the masts are made by welding, which is why the products are bulky and are adapted according to the planned function and structure, which complicates standardized operations, production and Assembly efficiency lowers and represents a high security risk during installation. Numerous lines in the masts have to be configured in order to fulfill the various functions of the intelligent street lights, and the lines in the masts are very difficult to connect and maintain; in addition, many functional parts have to be combined, which requires numerous weldments on the sides of the masts, so that the products are excessively large and their specifications are different. As a result, the products are only roughly packaged, have surfaces that are easily scratched in transit, and are inconvenient and costly to transport.

Object of the invention

The technical object of the invention is to provide an intelligent street lamp for solving the technical problems of product bulkiness, poor production and assembly efficiency, poor suitability for standardized operations and poor transportation properties caused by the integrated structure of the mast of existing intelligent street lamps will.

In order to achieve the aforementioned technical object, the invention provides an intelligent street lamp comprising a street lamp body which is divided into a plurality of functional modules one by one from top to bottom; two adjacent functional modules being releasably attached and connected by a locking structure. The locking structure includes a positioning post, a plurality of locking rivets, a positioning hole, and a plurality of locking slots, the positioning post and the plurality of locking rivets evenly arranged around the positioning post being provided on an end face of a functional module, respectively; the positioning hole and the plurality of locking slots evenly arranged around the positioning post are each formed on an end face adjacent to the end face of another functional module provided with the positioning post and the plurality of locking rivets; and the positioning post is inserted in a matching manner into the corresponding positioning hole and the plurality of locking rivets are clamped in one-to-one correspondence in the locking slots, so that two adjacent functional modules are releasably attached and connected.

Optionally, the positioning post is frustoconical.

Optionally, the locking rivets are T-shaped rivets and the locking slots are annular holes. The opening area of one end of each annular hole is larger than that of the other end of the annular hole so that each locking rivet is inserted into one end of the corresponding annular hole and then rotated to be clamped into the other end of the annular hole.

Optionally, a steel pipe is welded to the inside of the positioning hole and the positioning post is inserted into the corresponding positioning hole such that the steel pipe is arranged around the corresponding positioning post.

Optionally, the steel pipe is attached and connected to the positioning post by an anti-theft screw, and an openable and closable anti-theft cover plate is provided on a portion of the side wall of each functional module that corresponds to the anti-theft screw.

Optionally, an openable and closable anti-theft cover plate is provided in the side wall of each functional module, and an anti-theft screw, which corresponds to the anti-theft cover plate in the functional module, is used to reinforce the connection of the end faces of two adjacent functional modules.

The function modules are optionally cylindrical.

Optionally, the plurality of function modules includes any combination of a wireless communication function module, an LED light function module, an information release function module, a voice transmission function module, and an emergency function module.

Optionally, a 5G base station module and / or a WLAN module are provided in the wireless communication function module.

Optionally, a one-button call module and / or a vehicle charging module are provided in the emergency function module.

The intelligent street lamp of the invention has the street lamp body which is subdivided into the plurality of functional modules one after another from top to bottom, two adjacent functional modules being detachably attached and connected by the locking structure. In this way, a modularization of the mast of the intelligent street lamp is achieved, that is, the mast of the intelligent street lamp is divided into independent functional modules according to the required functions. All functional modules have the same shape and structure, which simplifies standardized production, facilitates transport and simplifies packaging; the cables in the mast are also easy to connect and maintain. Two adjacent functional modules are releasably attached and connected by the locking structure and can therefore be assembled and dismantled conveniently, quickly, safely and stably, and the user can select the functional modules actually required so that customer-specific production is possible. It becomes clear that the intelligent street lamp can be easily and quickly assembled and disassembled, is easy to maintain and manufactured in a standardized manner and is easy to transport.

Figure list

• 1 eine Strukturansicht einer intelligenten Straßenlaterne einer Ausführungsform der Erfindung;
• 2 eine auseinandergezogene Ansicht der intelligenten Straßenlaterne aus 1;
• 3 eine auseinandergezogene Ansicht einer Verriegelungsstruktur der intelligenten Straßenlaterne aus 1; und
• 4 ein Schaltdiagramm der Verriegelungsstruktur der intelligenten Straßenlaterne aus 1.

In order to provide a clearer description of the technical solutions of the embodiments of the invention or the prior art, there follows a brief description of the accompanying drawings which are necessary for describing the embodiments or the prior art. It is obvious that the drawings in the following description only serve to illustrate certain embodiments of the invention and that a person skilled in the art can arrive at other corresponding drawings without inventive step.

• 1 Fig. 3 is a structural view of a smart street light of an embodiment of the invention;
• 2 an exploded view of the smart street light 1 ;
• 3 Figure 3 is an exploded view of a locking structure of the smart street light 1 ; and
• 4th a circuit diagram of the interlocking structure of the smart street light 1 .

Description of the preferred embodiments

The specific embodiments of the invention are described in more detail below with reference to the accompanying drawings. It should be noted that the explanations of these embodiments are intended to aid understanding of the invention and are not intended to restrict the invention. The technical features can also be combined with one another in the following embodiments of the invention without contradicting one another.

As in 1 and 2 shown includes a smart street light 100 In this embodiment a street lamp body, which from top to bottom one after the other into a plurality of functional modules 110 is divided, with two adjacent function modules 110 are releasably attached and connected by a locking structure. As in 3 shown includes the locking structure 120 a positioning post 121 , a variety of locking rivets 122 , a positioning hole 123 and a plurality of locking slots 124 , the positioning post 121 and the multitude of locking rivets 122 evenly around the positioning post 121 are arranged, each on an end face of a functional module 110 are provided; the positioning hole 123 and the plurality of locking slots 124 evenly around the positioning post 121 are arranged, each on an end face adjacent to that with the positioning post 121 and the variety of locking rivets 122 provided end face of another functional module 110 are formed; and the positioning post 121 in a matching manner in the corresponding positioning hole 123 is introduced and the multitude of locking rivets 122 in one-to-one correspondence into the locking slots 124 is clamped so that two adjacent function modules 110 can be releasably attached and connected.

In this embodiment the positioning post is 121 as in 3 shown frustoconical and is therefore tapered to a certain extent on the outside and can be easily inserted into the corresponding positioning hole 123 introduce. The positioning post 123 is a hollow tube that communicates with a mast to facilitate wiring in the mast; the locking rivets 122 are T-shaped rivets; and the locking slots 124 are annular holes. The opening area of one end of each annular hole is larger than that of the other end of the annular hole (similar to a tadpole with a large head and a thin tail), so each locking rivet 122 is inserted into one end of the corresponding annular hole and then rotated to be clamped in the other end of the annular hole. In particular, as in 3 shown the number of locking rivets 122 in this embodiment three, and the three locking rivets 122 are evenly distributed at intervals of 120 °. Likewise, the number of locking slots is 124 three, and the three locking slots 124 are evenly distributed at intervals of 120 °. Two adjacent function modules 100 can be adjusted by the locking structure 120 quickly assemble and disassemble. During assembly, the two adjacent function modules 100 aligned with each other, the positioning post 121 at the top of one function module is inserted into the positioning hole 123 inserted into the bottom of the other functional module, and the individual locking rivets 122 into a large end of the corresponding locking slot 124 introduced; then the upper functional module 110 Rotated 90 ° counterclockwise to ensure that the locking rivet is locked 122 into the small end of the corresponding locking slot 124 is rotated, whereby the two functional modules 110 be assembled together. Such a structural assembly is stable and reliable. As in 1 shown, the two functional modules can be separated by removing the upper functional module 110 is rotated 90 degrees clockwise for disassembly, thus improving the assembling efficiency and the convenience of assembling the product.

As in 4th shown is a steel pipe 125 to the inside of the positioning hole 123 welded and the positioning post 121 is like this in the corresponding positioning hole 123 that introduced the steel pipe 125 around the corresponding positioning post 121 is arranged around, which increases the strength of the mast. To ensure the safety of the functional modules 110 are all functional modules 110 Reinforced inside for anti-theft security by adding an anti-theft cover plate that can be opened and closed 111 in the side wall of each functional module 110 is provided and an anti-theft screw 112 who have favourited the anti-theft cover plate 111 in the functional module, serves to reinforce the connection of the end faces of two adjacent functional modules 110 . After assembling the function modules 110 The anti-theft cover plate can thus be in place 111 of the upper functional module 110 for screwing on the anti-theft screw 112 be opened; and finally the anti-theft cover plate 111 again on the side wall of the function module 110 locked. Therefore, a threaded hole is made in the top surface of each functional module 110 formed, and at a position of the bottom of the functional module 110 A through hole is drilled that corresponds to the threaded hole. The person skilled in the art can alternatively use the following structure: The steel pipe 125 and the positioning post 121 are fastened and connected by the anti-theft screw and the anti-theft cover plate that can be opened and closed 111 is in a section of the side wall of each functional module 110 provided which corresponds to the anti-theft screw.

In addition, the functional modules 110 cylindrical. The functional modules are for a standardized production of the mast 110 designed with identical shape and size, which simplifies factory production, and whereby special packaging material can be designed and adapted for the functional modules in order to reduce the risk of damage during transport. The multitude of functional modules 110 includes any combination of a wireless communication function module, an LED light function module, an information sharing function module, a voice sending function module and an emergency function module (any combination may be a combination in terms of number or category, that is, the number of a particular function module can be one or more; for example, in In this embodiment, the wireless communication function module, the LED light function module, the LED light function module, the information release function module, the voice transmission function module and the emergency function module are configured sequentially from top to bottom). A 5G base station module and / or a WLAN module are provided in the wireless communication function module. A one-button call module and / or a vehicle charging module are provided in the emergency functions module. In this case, users can select the appropriate functional module 110 select as needed, which allows customization.

The embodiments of the invention discussed above with reference to the accompanying drawings are not intended to limit the invention. Various changes, modifications, substitutions and alterations can be made by those skilled in the art without departing from the spirit and spirit of the invention, and these also fall within the scope of the invention.

Commercial applicability

The intelligent street lamp of the invention has a street lamp body which is subdivided into a plurality of functional modules one after the other from top to bottom, with two adjacent functional modules being releasably attached and connected by the locking structure. In this way, a modularization of the mast of the intelligent street lamp is achieved, that is, the mast of the intelligent street lamp is divided into independent functional modules according to the required functions. All functional modules have the same shape and structure, which simplifies standardized production, facilitates transport and simplifies packaging; the cables in the mast are also easy to connect and maintain. Two adjacent functional modules are releasably attached and connected by the locking structure and can therefore be assembled and dismantled conveniently, quickly, safely and stably, and the user can select the functional modules actually required so that customer-specific production is possible. It becomes clear that the intelligent street lamp can be easily and quickly assembled and disassembled, is easy to maintain and manufactured in a standardized manner, and is easy to transport, which results in commercial applicability.

Claims (10)

An intelligent street lamp comprising a street lamp body which is divided into a plurality of functional modules one after another from top to bottom, each two adjacent functional modules being releasably attached and connected by a locking structure; wherein the locking structure includes a positioning post, a plurality of locking rivets, a positioning hole, and a plurality of locking slots, the positioning post and the plurality of locking rivets evenly arranged around the positioning post being provided on an end surface of a functional module, respectively; the positioning hole and the plurality of locking slots evenly arranged around the positioning post are each formed on an end face adjacent to the end face of another functional module provided with the positioning post and the plurality of locking rivets; and the positioning post is inserted in a matching manner into the corresponding positioning hole and the plurality of locking rivets are clamped in one-to-one correspondence in the locking slots, so that two adjacent functional modules are releasably attached and connected. Smart street light after Claim 1 , wherein the positioning post is frusto-conical. Smart street light after Claim 1 wherein the locking rivets are T-shaped rivets and the locking slots are annular holes; wherein an opening area of one end of each annular hole is larger than that of another end of the annular hole so that each locking rivet is inserted into one end of the corresponding annular hole and then rotated to be clamped in the other end of the annular hole. Smart street light after Claim 1 wherein a steel pipe is welded to the inside of the positioning hole, and the positioning post is inserted into the corresponding positioning hole such that the steel pipe is arranged around the corresponding positioning post. Smart street light after Claim 4 wherein the steel pipe is fixed to and connected to the positioning post by an anti-theft screw, and an openable and closable anti-theft cover plate is provided on a portion of the side wall of each functional module corresponding to the anti-theft screw. Smart street light after Claim 1 An openable and closable anti-theft cover plate is provided in the side wall of each functional module and an anti-theft screw, which corresponds to the anti-theft cover plate in the functional module, serves to reinforce the connection of the end faces of two adjacent functional modules. Smart street light after Claim 1 , the functional modules being cylindrical. Smart street light according to one of the Claims 1 to 7th wherein the plurality of function modules includes any combination of a wireless communication function module, an LED light function module, an information sharing function module, a voice transmission function module, and an emergency function module. Smart street light after Claim 8 , wherein a 5G base station module and / or a WLAN module are provided in the wireless communication function module. Smart street light after Claim 8 , wherein a one-button call module and / or a vehicle charging module are provided in the emergency functions module.

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