A delivery robot with an LED matrix panel

Abstract

The invention relates to a delivery robot that includes a casing (12) mounted on a carrier platform (14) and facilitates delivery carrying. The casing (12) includes a front wall (22), a rear wall (24) corresponding to the front wall, a first lateral wall (26), and a second lateral wall (28). The robot contains an LED matrix panel (30) mounted on at least one of these walls.

Description

[0001] A DELIVERY ROBOT WITH AN LED MATRIX PANEL

[0002] TECHNICAL FIELD

[0003] The invention is related to a delivery robot containing an LED matrix panel where advertisements are broadcasted.

[0004] PRIOR ART

[0005] With the advancing technology, robotic devices are becoming widespread in daily life. In the literature, the use of robots is also being utilized for the delivery of ordered packages to customers. Additionally, commercial advertising also generates revenue for companies. The commercial advertisements are usually conducted on stationary panels.

[0006] Delivery robots, being constantly in motion to deliver packages, are suitable vehicles for broadcasting advertisements. However, on the bodies of these delivery robots, there has not been an advertising flow, either stationary or moving, made with an LED matrix advertising panel.

[0007] CN215701650 discloses a robot. In the invention, it is ensured that information to be displayed, such as advertising information, is played on the information display screen, which is a flat liquid crystal display provided on the body.

[0008] BRIEF DESCRIPTION OF THE INVENTION

[0009] The object of the invention is to develop a delivery robot that includes an LED matrix panel enabling stationary or mobile advertising broadcast on its casing (body).

[0010] To achieve these goals, the invention describes a delivery robot that includes an casing mounted on a carrier platform and facilitates delivery carrying. The delivery robot contains an LED matrix panel mounted on at least one wall of the casing's front wall, a rear wall corresponding to the front wall, a first lateral wall, and a second lateral wall. Hence, it is possible to display an advertising flow on an LED matrix panel on the body (casing) of the delivery robot. A preferred configuration of the invention includes a controller in the casing that activates preloaded advertising flow information connected to the panel. In this way, advertisements can be displayed on the panel when the controller activates the advertising flow information.

[0011] In a preferred configuration of the invention, the panel is a material that can flex in a bendable manner. As such, the LED matrix panel does not break in bending or tilting situations.

[0012] In a preferred configuration of the invention, the advertising flow on the panel located on the rear wall is set to be stationary or in a first direction or a second direction. This allows for stationary or mobile advertising broadcasts on the rear wall.

[0013] In a preferred configuration of the invention, the advertising flow on the panel located on the front wall is set to be stationary or in a first direction or a second direction. This allows for stationary or mobile advertising broadcasts on the front wall.

[0014] In a preferred configuration of the invention, the advertising flow on the panel located on the first lateral wall is set to be stationary or in a third direction or a fourth direction. This allows for stationary or mobile advertising broadcasts on the first lateral wall.

[0015] In a preferred configuration of the invention, the advertising flow on the panel located on the second lateral wall is set to be stationary or in a third direction or a fourth direction. This allows for stationary or mobile advertising broadcasts on the second lateral wall.

[0016] A preferred configuration of the invention includes multiple digits on the panel. This allows for the display of advertising broadcasts by transferring the activated advertising flow to the multiple digits in a predetermined manner via the controller.

[0017] BRIEF DESCRIPTION OF THE FIGURES

[0018] Figure 1 shows a delivery robot from a front perspective.

[0019] Figure 2 shows a delivery robot from a side perspective.

[0020] Figure 3 is a continuation of the delivery robot in Figure 2.

[0021] Figure 4 shows a delivery robot from a rear perspective.

[0022] Figure 5 is a schematic representation of the connection between the panel and the controller in a delivery robot.

[0023] DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the subject of the invention is explained with references to examples for a better understanding, without any limitation.

[0024] Figure 1 , Figure 2, Figure 3 and Figure 4 show a delivery robot from the front, back, and side perspectives. In Figure 5, the connection between the panel and controller in a delivery robot is schematically shown. The delivery robot (10) shown in Figure 1 , Figure 2, Figure 3, and Figure 4 includes a casing (12) carrying a delivery package. A casing (12) is mounted on a carrier platform (14). Here, the carrier platform (14) serves as the chassis of the delivery robot (10). The delivery robot (10) operates autonomously, ensuring a mutual data flow with the data center. The autonomous delivery robot (10) includes one or more wheels (16) that facilitate horizontal forward and backward movements. In this delivery robot of the invention, four wheels (16) are mounted on the carrier platform (chassis) (14). The wheels (16) on the carrier platform (14) of the delivery robot (10) are set in motion in accordance with movement commands from the central server. A cover (18) is mounted on the upper part of the casing (12) in the delivery robot (10). Here, the cover (18) seals the storage area provided inside the casing (12) from the top. Thus, the delivery package is placed in the storage area when the cover (18) is opened. In the delivery robot of the invention, a LED matrix panel (30) is mounted on the casing (12). The panel (30) is mounted on at least one wall of the casing (12), which includes a front wall (22), a back wall (24) corresponding to the front wall, a first lateral wall (26) opposite each other, and a second lateral wall (28). Hence, an advertisement flow (32) is displayed on the LED matrix panel (30) mounted on the casing (12). In one configuration of the invention, the LED matrix panel (30) can be on a single wall, and in another configuration, it can form a single advertising line across all walls of the casing (12). Additionally, the panel (30) is made from a flexible material that can bend and flex. Thus, the panel (30) does not break when it bends or flexes. When the panel (30) is mounted on the front wall (22) in the delivery robot (10), the advertisement flow (32) on the panel (30) is displayed in a stationary manner or in a first direction (a), or in a second direction (b). When the panel (30) is mounted on the back wall (24), the advertisement flow (32) on the panel (30) is displayed in a stationary manner, or in a first direction (a), or in a second direction (b). Moreover, when the panel (30) is mounted on the first lateral wall (26) and / or the second lateral wall (28), the advertisement flow (32) is displayed in a stationary manner, or in a third direction (c), or in a fourth direction (d). In one configuration of the invention, when it is mounted on all walls (22) (24) (26) (28), it can display advertisement information in a stationary manner, and in another configuration, it can display advertisement information with an advertisement flow (32) in a single direction when mounted on all walls (22) (24) (26) (28). In Figure 5 related to the delivery robot (10), the connection between the panel (30) and a controller (20) is shown. The panel (30) contains multiple digits (34). The controller (20) is connected in a way that provides electrical flow on the casing (12). The electrical energy of the controller (20) is supplied by a battery mounted on the casing (12). Here, the controller (20) is electrically connected to the panel (30). Furthermore, the controller (20) is an electronic circuit that activates pre-loaded advertisement flow (32) information. Thus, when electrical energy is supplied to the controller (20), advertisement broadcasts can be displayed on the panel (30) by activating the advertisement flow (32) information of the controller (20). Also, the activated advertisement flow (32) by the controller (20) is transferred to the multiple digits (34) on the panel (30) in a manner determined in programming to display advertisement broadcasts.

[0025] REFERENCE NUMBERS

[0026] 10 Delivery robot 28 Second lateral wall

[0027] 12 Casing 30 Panel

[0028] 14 Carrier platform 32 Advertising flow

[0029] 16 Wheel 34 Digit

[0030] 18 Lid a First direction

[0031] 20 Controller b Second direction

[0032] 22 Front wall c Third direction

[0033] 24 Rear wall d Fourth direction

[0034] 26 First lateral wall

Claims

CLAIMS1- A delivery robot comprising a casing (12) mounted on a carrier platform (14) and facilitates delivery carrying; characterized by an LED matrix panel (30) is mounted on at least one wall of the casing's (12) front wall (22), a rear wall (24) corresponding to the front wall, a first lateral wall (26), and a second lateral wall (28).2- A delivery robot according to Claim 1 , wherein a controller (20) activates preloaded advertising flow (32) information is connected to the panel (30) in the casing (12).3- A delivery robot according to any of the preceding claims, wherein the panel (30) is a material that can flex in a bendable manner.4- A delivery robot according to any of the preceding claims, wherein the advertising flow (32) on the panel (30) located on the rear wall (24) is set to be stationary or in a first direction (a) or a second direction (b).5- A delivery robot according to any of the preceding claims, wherein the advertising flow (32) on the panel (30) located on the front wall (22) is set to be stationary or in a first direction (a) or a second direction (b).6- A delivery robot according to any of the preceding claims, wherein the advertising flow (32) on the panel (30) located on the first lateral wall (26) is set to be stationary or in a third direction (c) or a fourth direction (d).7- A delivery robot according to any of the preceding claims, wherein the advertising flow (32) on the panel (30) located on the second lateral wall (28) is set to be stationary or in a third direction (c) or a fourth direction (d).8- A delivery robot according to any of the preceding claims, wherein multiple digits (34) is provided on the panel (30).

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