TWM619786U - Smart modular pole structure - Google Patents

Abstract

The present utility is a smart modular pole structure, wherein the components thereof are modularized so that they can be incorporated to or disassembled from the pole structure independently and freely. As such, the present utility provides better usage of space with more flexibility and efficiency. The present disclosed utility model can combine 5G cell sites, streetlamps, and traffic lights with the devices equipped on the conventional electric poles in a better way. As such, the goal of broadening 5G cell sites coverage can be achieved for the vision of smart city.

Description

Intelligent modular rod structure

The present disclosure relates to a rod structure, especially a modularized rod structure.

With the use of 5G communication technology, hardware equipment must also be adjusted to meet the needs of 5G technology and maximize its performance. Different from 4G communication, 5G communication brings higher message transmission volume, which means higher speed network. However, the high speed of 5G comes from the use of higher frequencies to transmit data, and the drop in signal strength with distance will be much greater than that of 4G. In other words, compared with 4G communication, we will need to set up more and higher density base stations to realize the popularization of 5G communication.

However, the space in most cities is already quite crowded, not to mention the public's doubts about the impact of electromagnetic waves on human health, making the deployment of 5G base stations a considerable challenge. Therefore, in order to popularize and realize 5G communication technology, new ways are needed in the field to more perfect application of urban space, and thereby achieve the goal of widespread 5G base stations.

The purpose of this disclosure is to provide a novel pole structure, which can easily combine base stations with common poles in cities such as street lights, traffic lights, telephone poles, street signs, etc., to achieve a perfect application of urban space and The goal of setting up 5G base stations.

Another purpose of the present disclosure is to provide a novel rod structure, which modularizes the rod structure commonly found in cities, so that it can be easily disassembled, assembled, replaced, repaired, and moved on the rod. The equipment is conducive to urban design.

In order to achieve the above objective, the present disclosure provides a modular rod structure, which includes a base, which includes a bottom surface and an extension end; at least one hollow modular rod, defines a first accommodating space inside; wherein , A surface of the at least one hollow modular rod body is provided with: an equipment track, a window, or a combination thereof; wherein the window is connected to the first accommodating space; and a base station, the inside of which defines a A second accommodating space; wherein the base station includes an interface, which is connected to the second accommodating space; wherein, the extension end of the base is used to connect to a first connector, and the at least one hollow One end of the modular rod is used to connect to the first connecting piece, so that the base and the at least one hollow modular rod are detachably connected through the first connecting piece; wherein, the at least one One end of the hollow modular rod is used to connect to a second connecting piece, and the interface of the base station is used to connect to the second connecting piece, so that through the second connecting piece, the base station and The at least one hollow modularized rod is detachably connected; wherein, when the base station and the at least one hollow modularized rod are detachably connected, the first accommodating space and the second accommodating Space connectivity.

The present disclosure also provides a modular rod structure, which includes: a base including a bottom surface and an extension end; at least one hollow modular rod defining a first accommodating space inside; wherein the A surface of at least one hollow modular rod body is provided with: an equipment track, a window, or a combination thereof; wherein the window is connected to the first accommodating space; a fastener, a part of the fastener It is used to buckle on the equipment track, and the other part is used to connect to an additional component; wherein, the buckle is slidably buckled on the equipment track; and a first connecting piece is used to The base and the at least one hollow modular rod are detachably connected; wherein the first connector is a set of connectors or a two-way connection port; wherein, the set of connectors includes a male connector and a female connector Plug; wherein, when the first connector is the set of connectors, one of the male connector and the female connector is set at the extension end of the base, and the other is set at the at least one hollow modularization One end of the rod body, so that the base and the at least one hollow modularized rod body are connected through the joint of the male connector and the female connector; wherein, the two-way connection port includes a body that includes a body, and the body A first plug and a second plug extending axially at the corresponding two ends; wherein, when the first connector is the two-way connection port, the first plug is used to interact with the extension of the base End joint, the second plug-in is used for jointing with one end of the at least one hollow modular rod body, so that the base and the at least one hollow modular rod body are respectively jointed with the bidirectional connecting port.

As mentioned above, this disclosure modularizes the pole structure, so that it can efficiently integrate common poles such as street lights, traffic lights, telephone poles, and street signs in cities, and provide an excellent field for setting up 5G base stations. At the same time, it solves the needs of urban design and wide deployment of 5G base stations.

The following content will be combined with drawings and specific examples to exemplarily illustrate the technical content of the disclosure. Therefore, it is helpful for those skilled in the art to which the present disclosure belongs to understand the advantages and effects of the present disclosure. However, the specific examples described in this specification and the drawings are for demonstration purposes only. Without departing from the spirit of the disclosure, the disclosure can be implemented, applied, and achieved in other different ways to achieve the effects mentioned in the article. Those with ordinary knowledge in the technical field to which this disclosure belongs can, based on the content of this disclosure, freely make various modifications and adjustments without departing from the spirit of this disclosure, and they still fall within the scope of the rights of this disclosure.

The "one" and "at least one" mentioned in this manual should be interpreted in the same way, which means that unless otherwise specified in the text, the "one" should be interpreted as "at least one" and not limitedly interpreted as "single".

As shown in FIG. 1, the modular rod structure 100 of the present disclosure includes a base 110 and at least one hollow modular rod 120. The “modularization” in this article means that the components in the rod structure are independent of each other and can be freely disassembled and assembled, so as to achieve more flexible and efficient space applications. In addition, it is feasible that the rod structure may include more than one component, which can be assembled in any order, as long as the assembly sequence does not affect the function of the component. For example, the modularized rod structure 100 of the present disclosure may include a plurality of the hollow modularized rods 120. Alternatively, the modular rod structure 100 of the present disclosure may include more than one base station 130, and the plurality of base stations 130 may be installed on top of each other.

Base

In one embodiment, the base 110 includes a bottom surface 111 and an extension end 113; wherein the bottom surface 111 is used to contact a plane to support the modular rod structure 100. The extension 113 is used to connect other components of the modular rod structure of the present disclosure, for example, the hollow modular rod 120. The connection method will be described in subsequent paragraphs.

In a preferred embodiment, the area of the bottom surface 111 can be calculated from the length and weight of the entire rod body to ensure that the base 110 can stably support the entire rod body. In another preferred embodiment, the base 110 may further include a stabilizer to anchor the base 110 on the plane. The stabilizer is for example, but not limited to, ground screws, soil screws, or foundation screws. In a specific example, the plane may be an asphalt pavement, a cement pavement, or a soil pavement. In a feasible implementation aspect, the base 110 may include an accommodating space for accommodating the circuits of the equipment assembled in the modular rod structure.

Hollow modular rod

The "hollow" of the "hollow modular rod body" mentioned herein means that the rod body includes an accommodating space. As shown in the feasible implementation aspect of FIG. 2, the interior of the hollow modular rod body 120 defines a accommodating space 121 (referred to as the “first accommodating space 121” in this specification) at both ends of the hollow modular rod body 120. Feasibly, the hollow modular rod body 120 can be a hollow cylinder, a quadrangular cylinder (as shown in Figure 2), a pentagonal cylinder, or a hexagonal cylinder with a specific thickness; wherein the thickness depends on the required thickness of the rod. The intensity is not specifically limited in this disclosure. Feasibly, the accommodating space 121 may be consistent with or inconsistent with the shape of the column.

As shown in the possible implementations of FIGS. 3A and 3B, the surface of the hollow modular rod 120 is provided with an equipment track 123, a window 125, or a combination thereof. The "combination" mentioned herein means that the device rail 123 and the window 125 can be provided on the surface of the rod body at the same time. For example, in a specific example in which the hollow modular rod is a quadrangular pillar, one surface of the pillar is provided with the equipment rail 123, and the other surface is provided with the window 125; or Yes, the device rail 123 is provided on three surfaces of the column, and the window 125 is provided on the other surface. In some examples, the device track 123 and the window 125 can also be arranged on the same surface.

In a preferred embodiment, based on the axial direction of the hollow modular rod body (as shown by the arrow in Figure 3A), the equipment rail 123 is substantially parallel to the axial direction and is arranged on the surface . In other feasible implementation aspects, the equipment rail 123 may also be substantially perpendicular to the axial direction, or at any angle with the axial direction. In another feasible implementation aspect, the equipment track may extend in a spiral shape on the surface of the hollow modular rod body (not shown). The spirally extending arrangement can provide flexible space application.

In a preferred embodiment, the device rail 123 is provided with a first positioning hole 127 (C in Fig. 4C). The first positioning hole 127 can facilitate the installation of an additional component on the hollow modular rod 100 (as described in the subsequent paragraphs). In a specific implementation aspect, the equipment track 123 is provided with a plurality of the first positioning holes 127, and the first positioning holes 127 are distributed on the equipment track at an equal distance. Feasibly, the equipment track 123 may further include a protective plug (not shown). The protective plug has a shape matching the first positioning hole 127, and can be inserted into the first positioning hole steadily, thereby protecting the first positioning hole 127 that is not in use.

In a possible implementation aspect, the window 125 is connected to the first accommodating space 121. In a specific implementation aspect, the window 125 is used as a ventilation vent, which can be a plurality of holes, slits (as shown in FIG. 3B), or a combination thereof. In a feasible implementation aspect, the window 125 can also allow the lines of the equipment erected on the equipment rail 123 to pass through and enter the first accommodating space 121. In this way, the lines of the devices can be arranged in the first accommodating space 121 without being easily damaged, and it is also relatively simple. In a possible implementation aspect, a speaker (not shown in the figure) is provided in the first accommodating space 121, and the window 125 is used to enable the speaker to clearly broadcast sound.

In another specific implementation aspect, the window 125 is used as a maintenance and installation window to facilitate the installation of wiring and maintenance by maintenance personnel. In a preferred embodiment, the hollow modular rod 120 further includes a cover (not shown). The cover system is hinged to a surface of the at least one hollow modularized rod body 120 to cover the window 125. Therefore, when the window 125 does not need to be used, the cover can be covered to prevent rainwater or other foreign objects from invading the first accommodating space 121. "Avoid the intrusion of rainwater or other foreign objects" in this article means to reduce the possibility of such objects intruding, but not to completely block the intrusion of such objects. For example, the surface of the cover should be provided with holes or slits, so that when the cover covers the window 125, the holes or the slits can bear the function of ventilation and heat dissipation.

In a preferred embodiment, the modular rod structure includes a plurality of hollow modular rods 120 (as shown in the embodiment shown in Figure 1). The hollow modular rods 120 can be connected to each other or other components in the manner described in the following paragraphs. It is worth noting that this method is a detachable connection, so each component of the modular rod structure 100 of the present disclosure can be freely disassembled and assembled to change positions.

In a possible embodiment, the modular rod structure 100 further includes a cap (not shown). The cap can be used to cover the free end of the hollow modular rod 120. Thus, the communication between the first accommodating space 121 and the external environment is separated. The “free end” referred to herein refers to one end of the hollow modular rod body 120, which is not used for connecting any other components and is exposed to the external environment. In addition, the term "separation" as used herein refers to reducing the communication between the first accommodating space 121 and the external environment, and is not a condition for achieving complete isolation.

Base station

In the embodiments shown in FIGS. 1 and 5, preferably, the modular rod structure of the present disclosure includes a base station 130. In a feasible implementation aspect, a second accommodating space 131 is defined inside the base station. The "base station" mentioned in this article refers to a space that is mainly used to store communication equipment, not the presence or absence of communication equipment as a condition. For example, the second accommodating space 131 is preset to store a data transmission device, but the device may not be installed or temporarily removed. In a preferred embodiment, the data transmission device is a 5G communication device, but it is not limited to this, and other communication devices can also be placed in the second accommodating space 131.

In a preferred embodiment, the base station 130 includes an interface 133 that can be used to connect with other components of the modular rod structure 100. For example, in the embodiment shown in FIG. 5, the interface 133 is used to connect to a hollow modular rod 120. In a feasible implementation aspect, the interface 133 is connected to the first accommodating space 121, the second accommodating space 131, or both. Accordingly, the line of the data transmission device stored in the second accommodating space 131 can enter the first accommodating space 121 through the interface 133. In a specific implementation aspect, the base station 130 includes a window 135, and the window 135 can be covered by a cover 137. Through the window 135, maintenance personnel can conveniently install or overhaul the data transmission equipment stored in the second accommodating space 131.

In a possible embodiment (not shown in the figure), as described in the preceding paragraph, the modular rod structure 100 of the present disclosure may include more than one base station 130, and the plurality of base stations 130 may be stacked on each other. In this embodiment, one of the base stations 130 may have another interface, which is used to connect to another base station 130, so that the two adjacent base stations 130 are stacked on each other. In another feasible implementation aspect, the base station 130 provided with another interface can also be installed in the middle section of the modular rod structure 100 of the present disclosure, so that the two interfaces of the base station 130 are respectively connected to one Hollow modularized rod body 120.

Fasteners

In a possible implementation aspect, the modular rod structure 100 of the present disclosure further includes a fastener. As shown in FIG. 4A and FIG. 4B, a part of the buckle 140 is used to buckle on the equipment rail 123 in FIG. 4, so that the buckle 140 can slide on the equipment rail 123. The other part of the fastener 140 is used to connect to an additional component. In the specific example of the figure, the other part is a hole 143 preset to match the additional component, and a screw can be used to fix the additional component through the hole 143 (as shown in Figure 4B, this figure omits the Additional components to facilitate the observation of the structure of the fastener). Please refer to FIGS. 4A and 4B again. The buckle 140 is provided with a second positioning hole 145 that matches the first positioning hole 123 of the equipment rail 123. In a feasible implementation aspect, the buckle 140 can be simply buckled on the equipment rail 123 without other devices for fixing; in another feasible implementation aspect, the first positioning hole 123 and the second positioning hole 123 can be passed through With the cooperation of the two positioning holes 145, a stabilizer 147 is used to stabilize the fastener 140 on the equipment rail 123.

In a preferred embodiment, the device rail 123 is provided with a first wiring hole 129 (see Figures 4B and 4C), and the buckle 140 is provided with a second wiring hole 149 (please (See Figure 4A and Figure 4B). The positions of the first wiring hole 129 and the second wiring hole 149 can correspond to the window 125 of the hollow modularized rod 120, so that the lines of the equipment installed on the equipment rail 123 can pass through the three A person enters the first accommodating space 121 of the hollow modular rod body 120.

Feasibly, as shown in Figure 1, the additional components include lighting equipment 151, monitoring equipment 153, communication equipment (network transmitter 157), display screen 155, signage, or a combination thereof. Preferably, the modular rod structure 100 includes a plurality of fasteners 140 and these are respectively connected to an additional component. Feasibly, the fasteners 140 and the additional components connected thereto are distributed on the equipment rails 123 of the plurality of hollow modular rods 120. It is also possible that more than one buckle 140 and its connected additional components are buckled on the equipment rail 123 of the same hollow modular rod 120.

Connection relationship

In a possible implementation aspect, the base and the hollow modular rod are connected through a first connecting member. Specifically, the extension end of the base is used to connect to a first connecting piece, and one end of the hollow modular rod is used to connect to the first connecting piece, so that the first connecting piece , The base and the at least one hollow modularized rod are detachably connected. As used herein, "one end of the hollow modular rod is used to connect to the first connector" or similar terms refers to the situation when the hollow modular rod needs to be connected to the first connector . In other words, any end of the hollow modular rod body disclosed in the present disclosure is not limited to being connected to the first connector, nor is it only connected to the first connector.

In a feasible implementation aspect, the hollow modular rod body and the base station are connected through a second connector. Specifically, one end of the hollow modular rod is used to connect to a second connecting piece, and the interface of the base station is used to connect to the second connecting piece, so that through the second connecting piece , The base station and the hollow modularized rod are detachably connected. As used herein, "one end of the hollow modular rod is used to connect to a second connector" or similar terms refers to the situation when the hollow modular rod needs to be connected with the second connector . In other words, any end of the hollow modular rod body disclosed in the present disclosure is not limited to being connected to the second connector, nor is it only connected to the second connector.

In a possible implementation aspect, the modularized rod structure includes a plurality of hollow modularized rods; wherein the adjacent hollow modularized rod systems are connected by a third connecting member. In this embodiment, the connected ends of the adjacent hollow modular rods are respectively connected to the third connector, so that the adjacent hollow modular rods are detachably connected.

In a possible embodiment, the first connecting member, the second connecting member, and the third connecting member may be the same or different. In a preferred embodiment, the connector used in the present disclosure can be a set of connectors 200 (Figure 6) or a bidirectional connection port 300 (Figure 7).

Please match the embodiment shown in FIG. 2 and FIG. 6. Possibly, the set of connectors 200 includes a male connector 201 and a female connector 203. Specifically, the male connector 201 is designed to fit the internal structure of the rod at one end of the hollow modular rod 120, so that the internal structure can directly bear the function of the female connector 203. The figure shows that the third connector is an embodiment of the set of connectors 200. In this embodiment, the male connector 201 and the female connector 203 are respectively arranged at the connected ends of the adjacent hollow modularized rod body 120, so that the male connector 201 and the female connector The joining of 203 connects the adjacent hollow modularized rod body 120. In this preferred embodiment, the set of connectors 200 further includes a stabilizer 205 that stabilizes the connection between the male connector 201 and the female connector 203. The stabilizer 205 may be, for example, but not limited to, a bolt.

Similarly, in the embodiment where the first connector is the set of connectors 200, one of the male connector 201 and the female connector 203 is disposed on the extension end 113 of the base 110, and the other is disposed on the extension end 113 of the base 110. One end of the hollow modularized rod body 120, so that the base 110 and the hollow modularized rod body 120 are connected through the coupling of the male connector 201 and the female connector 203. In the embodiment where the second connector is the set of connectors 200, one of the male connector 201 and the female connector 203 is disposed at one end of the hollow modularized rod body 120, and the other is disposed at the The interface 133 of the base station 130, thus, the hollow modularized rod 120 and the base station 130 are connected through the coupling of the male connector 201 and the female connector 203.

As shown in FIG. 7, in another feasible implementation aspect, the connecting member is a bidirectional connecting port 300. The two-way connection port 300 includes a main body 301, and a first plug 303 and a second plug respectively extending from the main body 301 and the corresponding two ends of the main body 301 toward the axial direction (arrow as shown in the figure) 305. In the embodiment where the first connector is the two-way connection port, the first insert 303 is used to connect with the extension end 113 of the base 110, and the second insert 305 is used to connect with the hollow modular rod One end of the body 120 is joined, so that the base 110 and the hollow modular rod 120 are joined to the bidirectional connection port 300 respectively. In the embodiment where the second connector is the bidirectional connection port 300, the first plug-in 303 is connected to one end of the hollow modular rod 120, and the second plug-in 305 is connected to the interface of the base station 130 133 is joined, so that the hollow modular rod 120 and the base station 130 are joined to the bidirectional connection port 300 respectively. In the embodiment where the third connector is the bidirectional connection port 300, the first plug 303 and the second plug 305 are respectively connected to the connected ends of the adjacent hollow modularized rod body 120, so that, The adjacent hollow modularized rods 120 are respectively joined with the bidirectional connecting ports 300.

The bidirectional connection port 300 may further include a stabilizing member such as the stabilizing member 205 of the set of connectors 200, which stabilizes the first plug 303 and the second plug 305, the extension 113 and the at least one hollow module, respectively The connection between the rod body 120 and the base station 130 is changed. It is worth noting that when the hollow modular rod body 120 is connected to the base 110, the connecting member does not block the communication between the first accommodating space 121 and the accommodating space of the base 110. In the same way, the connecting member does not block the communication of the first accommodating space 121 between the plurality of hollow modular rods 120, nor does it block the first accommodating space 121 and the second accommodating space. The space 131 is connected.

Finally, please refer to Figure 1. In this specific example, the base 110 is connected to a number of hollow modular rods 120 in sequence upwards, and the base is connected to the extreme end (the top of the modular rod structure 100)台130. The hollow modularized rod body 120 in this specific example has no free end, so no cap is needed. The surface of the hollow modularized rods 120 may be provided with equipment rails 123 for the erection of various additional components, or only windows 125 may be provided. The spirit of the present disclosure is that through the modularization concept of the present disclosure, the various components of the modular rod structure 100 are assembled with detachable connectors, so that it can be easily disassembled, assembled, replaced, repaired, and repaired. And move the equipment installed on the pole.

100: Modular rod structure 110: base 111: Bottom 113: Extension 120: Hollow modular rod 121: The first accommodating space 123: Equipment track 125: window 127: The first positioning hole 129: The first wiring hole 130: base station 131: Second housing space 133: Interface 135: Window 137: Lid 140: clip 143: Hole 145: second positioning hole 147: Stabilizer 149: The second wiring hole 151: Lighting Equipment 153: Surveillance Equipment 155: display screen 157: Network Transmitter 200: group connector 201: male connector 203: Female connector 205: Stabilizer 300: Bidirectional port 301: body 303: The first plug-in 305: second plug-in

Figure 1 is a schematic diagram of the modular rod structure of the present disclosure.

Figure 2 is an enlarged schematic view of the hollow modular rod of the specific example of Figure 1 to show the internal structure.

Fig. 3A is a view of the hollow modular rod of the specific example in Fig. 1.

Figure 3B is a view of the hollow modular rod of the specific example in Figure 1.

Fig. 4A shows the structure of the fastener in the specific example shown in Fig. 1.

Figure 4B shows the connection between the buckle and the equipment track, in which the additional component is omitted to facilitate the observation of the connection relationship between the buckle and the equipment track.

Fig. 4C is an enlarged schematic diagram of the hollow modular rod of the specific example in Fig. 1 to show the device track and the first positioning hole.

Figure 5 is an enlarged schematic diagram of the base station of the specific example in Figure 1.

Figure 6 is a partial cross-sectional view of the specific example in Figure 1, showing the connection structure of adjacent hollow modular rods.

Figure 7 shows another connection member that can be used for the modular rod structure of the present disclosure.

100: Modular rod structure

110: base

111: Bottom

113: Extension

120: Hollow modular rod

123: Equipment track

125: window

130: base station

131: Second housing space

151: Lighting Equipment

153: Surveillance Equipment

155: display screen

157: Network Transmitter

Claims (26)

A modular rod structure comprising: a base including a bottom surface and an extension end; at least one hollow modular rod body defining a first accommodating space inside; wherein the at least one hollow module A surface of the rod body is provided with: an equipment track, a window, or a combination thereof; wherein the window is connected to the first accommodating space; and a base station, the inside of which defines a second accommodating space; wherein , The base station includes an interface that communicates with the second accommodating space; wherein, the extension end of the base is used to connect to a first connector, and one end of the at least one hollow modular rod Is used to connect to the first connector, so that through the first connector, the base and the at least one hollow modular rod are detachably connected; wherein, the at least one hollow modular rod One end is used to connect to a second connector, and the interface of the base station is used to connect to the second connector, so that through the second connector, the base station and the at least one hollow module are modularized The rod is detachably connected; wherein, when the base station and the at least one hollow modular rod are detachably connected, the first accommodating space communicates with the second accommodating space. The modular rod structure according to claim 1, wherein the equipment track is provided on a surface of the at least one hollow modular rod; wherein the axial direction of the at least one hollow modular rod As a reference, the equipment track is substantially parallel to, substantially perpendicular to, or at any angle to the axial direction, and is arranged on a surface of the at least one hollow modular rod body, or extends in a spiral shape. On the surface. The modular rod structure according to claim 1, wherein the equipment track is provided on a surface of the at least one hollow modular rod, and the modular rod structure further includes a fastener, A part of the buckle is used to buckle on the equipment track, and the other part is used to connect to an additional component. The modular rod structure according to claim 3, wherein the buckle is slidably buckled on the equipment track. The modular rod structure according to claim 3, wherein the equipment track is provided on a surface of the at least one hollow modular rod; wherein the equipment track includes a first positioning hole, and the card The fastener includes a second positioning hole matching the first positioning hole and a stabilizer; wherein the stabilizer is used to lock the first positioning hole and the second positioning hole. The modular pole structure according to claim 3, wherein the additional components include: lighting equipment, monitoring equipment, communication equipment, display screens, billboards, or combinations thereof. The modular rod structure according to claim 1, wherein the window is provided on a surface of the at least one hollow modular rod; wherein the window includes a plurality of holes, slits, or a combination thereof. The modular rod structure according to claim 7, wherein the at least one hollow modular rod further comprises a cover, which is hingedly connected to a surface of the at least one hollow modular rod to cover The window. The modular rod structure according to claim 1, wherein the first connector, the second connector, or both are a set of connectors, which include a male connector and a female connector; Wherein, when the first connector is the set of connectors, one of the male connector and the female connector is disposed on the extension end of the base, and the other is disposed on the at least one hollow modular rod body Therefore, the base and the at least one hollow modularized rod are connected through the joint of the male connector and the female connector; wherein, when the second connector is the set of connectors, the male connector One of the connector and the female connector is disposed at the end of the at least one hollow modularized rod, and the other is disposed at the interface of the base station, so that the at least one hollow modularized rod and the The base station is connected through the joint of the male connector and the female connector. The modular rod structure according to claim 9, wherein the set of connectors further includes a stabilizer that stabilizes the joint between the male connector and the female connector. The modular rod structure according to claim 1, wherein the first connector, the second connector, or both are a two-way connection port, which includes a body, and the body and the body A first plug and a second plug extending axially at the corresponding two ends; wherein, when the first connector is the two-way connection port, the first plug is used to interact with the extension of the base End joint, the second plug-in is used to join the end of the at least one hollow modularized rod body, so that the base and the at least one hollow modularized rod body are respectively engaged with the bidirectional connecting port; wherein, When the second connector is the bidirectional connection port, the first plug-in is engaged with the end of the at least one hollow modularized rod body, and the second plug-in is engaged with the interface of the base station, so that The at least one hollow modularized rod body and the base station are respectively connected with the bidirectional connection port. The modular rod structure according to claim 11, wherein the bidirectional connection port further includes a stabilizer that stabilizes the first plug-in and the second plug-in, respectively, the extension end and the at least one hollow modularization The pole body and the joint of the base station. The modularized rod structure according to claim 1, which includes a plurality of the hollow modularized rods, and further includes a third connector; wherein, the third connector is used for detachable connection Adjacent hollow modular rods. The modular rod structure according to claim 13, wherein the first connector, the second connector, the third connector, or three of them are a set of connectors, which include a male connector And a female connector; wherein, when the first connector is the set of connectors, one of the male connector and the female connector is disposed on the extension end of the base, and the other is disposed on the at least one The end of the hollow modularized rod body, so that the base and the at least one hollow modularized rod body are connected through the joint of the male connector and the female connector; wherein, when the second connector is the set When connecting a connector, one of the male connector and the female connector is set at the end of the at least one hollow modularized rod body, and the other is set at the interface of the base station, so that the at least one hollow mold The assembly rod body and the base station are connected through the joint of the male connector and the female connector; Wherein, when the third connector is the set of connectors, the male connector and the female connector are respectively arranged at the connected ends of the adjacent hollow modularized rods, so as to pass through the male connector The joint with the female connector connects the adjacent hollow modularized rod body. The modular rod structure according to claim 14, wherein the set of connectors further includes a stabilizer that stabilizes the joint between the male connector and the female connector. The modular rod structure according to claim 13, wherein the first connector, the second connector, the third connector, or three of them are a bidirectional connection port, which includes a body, and A first plug-in and a second plug-in respectively extending axially from the corresponding two ends of the main body; wherein, when the first connector is the two-way connection port, the first plug-in is used to communicate with the base The extension end of the at least one hollow modular rod is engaged with the second plug-in unit, so that the base and the at least one hollow modular rod are respectively engaged with the bidirectional connecting port Wherein, when the second connector is the bidirectional connection port, the first plug-in is engaged with the end of the at least one hollow modular rod, and the second plug-in is engaged with the interface of the base station, Thereby, the at least one hollow modularized rod body and the base station are respectively connected to the bidirectional connection port; wherein, when the third connector is the bidirectional connection port, the first plug-in and the second plug-in are respectively Are connected to the connected ends of the adjacent hollow modularized rods, so that the adjacent hollow modularized rods are respectively connected with the bidirectional connecting port. The modular rod structure according to claim 16, wherein the bidirectional connection port further includes a stabilizing member that stabilizes the first plug-in and the second plug-in, respectively, the extension end and the at least one hollow modularization The pole body and the joint of the base station. A modular rod structure, 2 comprising: a base including a bottom surface and an extension end; at least one hollow modular rod body defining a first accommodating space inside; wherein the at least one hollow mold A surface of the assembly rod body is provided with: an equipment track, a window, or a combination thereof; wherein the window is connected to the first accommodating space; A buckle, a part of the buckle is used to buckle to the equipment track, and the other part is used to connect to an additional component; wherein the buckle is slidably buckled to the equipment track; and A first connecting piece, which is used to detachably connect the base and the at least one hollow modularized rod; wherein the first connecting piece is a set of connectors or a two-way connecting port; wherein, the set The connector includes a male connector and a female connector; wherein, when the first connector is the set of connectors, one of the male connector and the female connector is disposed on the extension end of the base, The other is arranged at one end of the at least one hollow modularized rod body, so that the base and the at least one hollow modularized rod body are connected through the joint of the male connector and the female connector; wherein, the two-way connection The port includes a body, and a first plug and a second plug extending axially from the body and corresponding two ends of the body; wherein, when the first connector is the two-way connection port , The first plug-in is used to engage with the extended end of the base, and the second plug-in is used to engage with one end of the at least one hollow modularized rod body, so that the base and the at least one hollow module The rod bodies are respectively connected with the bidirectional connecting port. The modular rod structure according to claim 18, wherein the device track is provided on a surface of the at least one hollow modular rod; wherein, the axial direction of the at least one hollow modular rod As a reference, the equipment track is substantially parallel to, substantially perpendicular to, or at any angle to the axial direction, and is arranged on a surface of the at least one hollow modular rod body, or extends in a spiral shape. On the surface. The modular rod structure according to claim 18, wherein the equipment track is provided on a surface of the at least one hollow modular rod; wherein the equipment track includes a first positioning hole, and the card The fastener includes a second positioning hole matching the first positioning hole and a stabilizer; wherein the stabilizer is used to lock the first positioning hole and the second positioning hole. The modular pole structure according to claim 18, wherein the additional components include: lighting equipment, monitoring equipment, communication equipment, display screens, billboards, or combinations thereof. The modular rod structure according to claim 18, wherein the window is provided on a surface of the at least one hollow modular rod; wherein the window includes a plurality of holes, slits, or a combination thereof. The modular rod structure according to claim 18, wherein the at least one hollow modular rod further comprises a cover which is hinged to a surface of the at least one hollow modular rod to cover The window. The modular rod structure according to claim 18, further comprising a cap, wherein the cap system covers one end of the at least one hollow modular rod. The modular rod structure according to claim 18, which includes a plurality of the hollow modular rods, and further includes a third connector; wherein, the third connector is used for detachable connection Adjacent hollow modularized rods. The modular rod structure according to claim 25, wherein the third connector is a set of connectors or a two-way connection port; wherein, the set of connectors includes a male connector and a female connector; Wherein, the male connector and the female connector are respectively arranged at the connected ends of the adjacent hollow modularized rods, thereby connecting the adjacent hollow through the engagement of the male connector and the female connector Modular rod; wherein, the two-way connection port includes a body, and a first plug and a second plug that extend axially from the body and the corresponding two ends of the body; wherein, the The first plug-in unit and the second plug-in unit are respectively connected to the connected ends of the adjacent hollow modularized rods, so that the adjacent hollow modularized rods are respectively connected to the bidirectional connecting port.

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