Automatic putting and recycling structure of VR large-space head-mounted display equipment

Abstract

The utility model discloses an automatic putting and recycling structure of VR large-space head-mounted display equipment. The automatic putting and recycling structure is mainly composed of an automatic putting and recycling pile assembly, a transplanting machine assembly and a storage line assembly. The storage line assembly is rigidly connected with the top of a building through suspended ceiling bolts and is adjusted to be horizontal, the transplanter assembly is fixedly connected with the automatic pile putting and recycling assembly through one end of a sliding table installation base, the other end of the transplanter assembly is fixedly connected with the storage line assembly, and a sensor is adjusted to enable the helmet cabin and the lifting cabin to be aligned at the horizontal position. And the VR helmet can smoothly move between the two. According to the utility model, through an automatic issuing and recycling mechanism, ordered management of the head-mounted display is realized, the workload of service personnel is reduced, and the high efficiency and fluency of the whole experience process are ensured. The popularization and application of the technology can powerfully promote the further development of offline large-space VR experience projects, and provide more convenient, efficient and pleasant VR experience for users.

Description

Technical Field

[0001] The utility model relates to a VR self-service machine, especially an automatic delivery and recovery structure of a VR large-space head-mounted display device in an offline VR large-space experience scene. Background Art

[0002] With the increasing maturity and popularity of virtual reality technology, offline large-space VR experience projects are gradually gaining favor in the market. However, in these projects, the orderly distribution and recycling of VR head-mounted display devices has always been a problem that needs to be solved. Traditional distribution methods often rely on manual operations, which are not only inefficient but also prone to errors, resulting in users waiting too long and the experience process is not smooth. At the same time, the workload of service personnel is also increased, and more time and energy need to be invested to manage the distribution and recycling of headsets. Summary of the invention

[0003] In order to solve the above technical problems, the utility model improves the existing VR head-mounted display device storage and deployment process, makes up for the defects in the original process design, reduces the occupied space, reduces the number of operating employees, improves the use efficiency of VR head-mounted display equipment, and sterilizes it regularly and uniformly, thereby reducing production and maintenance costs.

[0004] The technical solution adopted by the utility model to solve its technical problems is:

[0005] The automatic placement and recovery structure of the VR large-space head-mounted display device is mainly composed of an automatic placement and recovery pile component, a transplanter component, and a storage line component.

[0006] The storage line assembly is rigidly connected to the top of the building through ceiling bolts and adjusted to a level; the automatic placement and recovery pile assembly is fixed to the wall of the building through expansion screws and the height of the lifting cabin of the automatic placement and recovery pile assembly is aligned with the height of the helmet cabin of the storage line assembly by adjusting the sensor height; the transplanter assembly is fastened to the automatic placement and recovery pile assembly at one end of the slide mounting base and to the storage line assembly at the other end, and the sensor is adjusted to align the helmet cabin and the lifting cabin in a horizontal position, so that the VR helmet can move smoothly between the two.

[0007] The automatic placement and recovery pile assembly is mainly composed of a hoist casing, a card reader, a safety grating, a hatch, a hatch guide rail, a hoist cabin, a VR head-mounted display device, a hoist electric slide, a hatch electric slide, a computer and an atomizer.

[0008] The card readers are installed in two positions, one on the outside of the hatch of the hoist shell and the other directly below the hoist cabin, both of which are used to obtain the RFID information of the VR head-mounted display device and send the information to the computer; the hoist cabin is placed in the hoist shell and is used to store the VR head-mounted display device; the lifting and lowering are achieved by driving the lifting electric slide; the atomizer is installed on the upper side of the hatch, aimed at the hoist cabin, and is used to spray ultrasonic atomized disinfectant to disinfect the VR head-mounted display device.

[0009] Furthermore, the hoist housing is firmly fixed on the building wall, and is provided with a square hatch as an inlet and outlet for VR head mounted display equipment. A card reader and a safety grating are installed on the hoist housing.

[0010] Furthermore, a safety grating is installed on the inside of the hatch to detect whether the hatch is blocked by foreign objects, ensuring the safe entry and exit of VR head-mounted display devices.

[0011] Furthermore, the hatch is located at the hatch opening, and is driven by the hatch electric slide to move up and down along the hatch guide rail to open and close the hatch opening.

[0012] Furthermore, the door guide rail provides a track for the door to move up and down, ensuring smooth and accurate movement.

[0013] Furthermore, the VR head mounted display device is placed in a lifting cabin and is lifted and lowered by a lifting electric slide for deployment and recovery.

[0014] Furthermore, the lifting electric slide is fixedly connected to the hoist casing and serves as a main power source to control the lifting and lowering of the lifting cabin and the VR head-mounted display device.

[0015] Furthermore, the hatch electric slide drives the hatch to move up and down along the hatch guide rail to open and close the hatch.

[0016] Furthermore, the computer receives VR head mounted display device information sent by the card reader, and controls the actions of the lifting electric slide and the hatch electric slide, coordinating the entire delivery and recovery process.

[0017] As a technical solution of the utility model, the various components of the automatic placement and recovery pile assembly work together through fixed connection, drive connection, signal connection, etc., to ensure the smooth placement and recovery of the VR head-mounted display device.

[0018] The automatic placement and recovery pile component is a key component of the automatic placement and recovery structure of the VR head-mounted display device, providing a window function for the VR head-mounted display device in a large space. Users obtain or return the VR head-mounted display device through the automatic placement and recovery pile. The management personnel place qualified VR head-mounted display devices or recover faulty VR head-mounted display devices through the automatic placement and recovery pile. The automatic placement and recovery pile realizes the management and control of the VR head-mounted display device and the collection of information through the cooperation of the RFID system and the computer system.

[0019] The transplanter assembly is mainly composed of an electric slide body, a slide plate, a slide mounting base, an electric slide motor adapter, and a paddle.

[0020] The electric slide motor adapter drives the slide plate and the paddle to complete the transplanting of the equipment. The electric slide body is firmly fixed on the hoist shell through the slide mounting base. The electric slide body is tightly connected to the hoist shell of the automatic delivery and recovery pile assembly through the slide mounting base.

[0021] Furthermore, the slide plate cooperates with the electric slide and is connected to the power motor through the electric slide motor adapter. The slide plate slides on the track of the electric slide body.

[0022] Furthermore, the paddle is fastened to the slide plate of the slide table to directly drive the paddle to move.

[0023] Furthermore, the slide mounting base is used to connect the electric slide body and the hoist housing of the automatic delivery and recovery pile assembly.

[0024] Furthermore, the electric slide motor adapter serves as a connector between the power motor and the slide plate, converting the rotary motion of the motor into the linear motion of the slide plate.

[0025] Furthermore, the paddle is fastened to the slide plate of the slide table and moves with the movement of the slide plate to transfer the equipment from the storage line assembly to the lifting cabin, or transfer the equipment from the lifting cabin back to the storage line assembly.

[0026] As a technical solution of the utility model, the transplanter component is an important component of the automatic delivery and recovery structure of the VR head-mounted display device, which enables the VR head-mounted display device to move between the automatic delivery and recovery pile component and the storage line component.

[0027] The storage line assembly is mainly composed of a chain guide, a chain adapter, a VR head-mounted display device cabin, a dust cover, a roller, a mounting base plate, a card reader, a reduction motor, a spare VR head-mounted display device, a mounting boom, and a ceiling decorative panel.

[0028] The chain guide is annularly installed on the mounting base plate to provide a fixed movement path for the chain; one end of the VR head-mounted display device cabin is tightly connected to the chain adapter, and a roller is installed on the bottom surface of the other end, and the roller is in contact with the mounting base plate, so that the VR head-mounted display device cabin can move smoothly under the drive of the chain; the spare VR head-mounted display device is placed inside the VR head-mounted display device cabin, and moves in a circle along the chain with the VR head-mounted display device cabin; the reduction motor is installed on the mounting base plate, and the driving chain drives the VR head-mounted display device cabin and the spare VR head-mounted display device to move in a circle through the chain adapter.

[0029] Furthermore, the installation base plate is fastened to the building wall foundation by installing hangers to ensure the stability and levelness of the entire assembly.

[0030] Furthermore, the chain adapters are arranged in a ring shape, and the chain adapters are evenly distributed on the chain for connecting and driving the VR head-mounted display device cabin.

[0031] Furthermore, the card reader is installed on the installation base plate, located below the VR head-mounted display device cabin, and is used to gradually scan the spare VR head-mounted display devices passing above it, obtain information and send it to the data processing center.

[0032] Furthermore, the dust cover is installed around the mounting base to prevent the VR head mounted display device from accidentally falling, block dust, and reduce operating noise.

[0033] Furthermore, the ceiling decorative panel is installed below the installation base plate to beautify the appearance and further reduce noise.

[0034] Working process: During the delivery and recovery of VR head-mounted display devices, the reduction motor drives the chain and chain adapter to move the VR head-mounted display device cabin at the specified position to the corresponding position according to the information obtained by the card reader, and then the transplanter assembly completes the transplantation of the equipment. Throughout the process, the connection relationship between the various components ensures the stable and efficient operation of the equipment.

[0035] As a technical solution of the utility model, the storage line assembly is a core component of the automatic delivery and recovery structure of the VR head-mounted display device, which provides storage and collection functions for the VR head-mounted display device in a large space, and realizes accurate positioning and control of the VR head-mounted display device through the cooperation of the RFID system and the computer system.

[0036] The beneficial effects of the utility model are:

[0037] This utility model realizes orderly management of head displays through an automated distribution and recycling mechanism, reduces the workload of service personnel, and ensures the efficiency and smoothness of the overall experience process. The promotion and application of this technology will strongly promote the further development of offline large-space VR experience projects and provide users with a more convenient, efficient and enjoyable VR experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 This is a diagram of the automatic placement and recovery pile component.

[0039] Figure 2 It is a diagram of the transplanter components.

[0040] Figure 3 It is a storage line component diagram.

[0041] Figure 4 It is the general assembly drawing of the utility model. DETAILED DESCRIPTION

[0042] like Figure 1 As shown, the hoist housing (1.1) is firmly fixed on the building wall as a frame, and a square hatch is provided on it as an entry and exit passage for taking in and placing the VR head mounted display device. The lifting electric slide (1.8) is fixedly connected to the hoist housing (1.1) as a main power source to drive the lifting cabin (1.6) and the VR head mounted display device (1.7) placed in the cabin to be moved, so that the VR head mounted display device (1.7) can be raised and lowered between the hatch and the storage line. A card reader (1.2) is installed just below the lower stop position of the lifting cabin (1.6) to obtain information from the VR head-mounted display device and send it to the computer (1.10). A safety grating (1.3) is installed on the inside of the hatch. Driven by the hatch electric slide (1.9), the hatch (1.4) on the inside of the safety grating (1.3) moves up and down along the hatch guide rail (1.5). An outlet is provided on the upper side of the hatch to aim at the atomizer (1.11) of the lifting cabin, which sprays ultrasonic atomized disinfectant to disinfect the VR head-mounted display device (1.7). A card reader (1.2) is installed on the operating slope on the outside of the hatch of the hoist casing (1.1) to obtain information from the VR head-mounted display device and send it to the computer (1.10).

[0043] When placing the VR head mounted display device, the user uses the battery with RFID information provided by the merchant to scan over the card reader (1.2), and the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10). The transplanter component (3) transplants the VR head mounted display device (1.7) from the storage line component (3) into the lifting cabin (1.6), and then the computer (1.10) controls the lifting electric slide (1.8) to control the lifting cabin (1.6) and the VR head mounted display device (1.7) placed in the cabin to descend. After reaching the position, the card reader (1.1.1) below the lifting cabin (1.6) obtains the VR head mounted display device information and sends it to the computer (1.10). The computer (1.10) controls the movement of the electric slide of the hatch door (1.9), and the hatch door (1.4) moves downward along the hatch door guide rail (1.5) to open. The user takes out the VR head mounted display device (1.7). The computer (1.10) confirms through the card reader (1.1.1) and the safety grating (1.3) that the removal is correct and there is no foreign object blocking the hatch. The electric slide of the hatch door (1.9) is controlled to move, and the hatch door (1.4) moves upward along the hatch door guide rail (1.5) to close. The lifting electric slide (1.8) is actuated, and the lifting cabin (1.6) is controlled to return to the top original position, waiting for the next time to take out the VR head mounted display device. The entire delivery process is completed.

[0044] When recycling the VR head mounted display device, the user uses the battery with RFID information provided by the merchant to scan over the card reader (1.2), the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10), the computer (1.10) controls the cabin door electric slide (1.9) to move, the cabin door (1.4) moves downward along the cabin door guide rail (1.5) to open, the user places the VR head mounted display device (1.7) in the lifting cabin (1.6), the computer (1.10) confirms through the card reader (1.1.1) and the safety grating (1.3) that the placement is correct and that there is no foreign object blocking the hatch, controls the cabin door electric slide (1.9) to move, and the cabin door (1.4) moves along the cabin door guide rail (1. 5) Move upward and close, the hatch has an outlet on the upper side that is aimed at the atomizer (1.11) of the lifting cabin, spraying ultrasonic atomized disinfectant to disinfect the VR head-mounted display device (1.7), and then the computer (1.10) controls the lifting electric slide (1.8) to move, control the lifting cabin (1.6) and the VR head-mounted display device (1.7) placed in the cabin to rise, and after they are in place, the recovery transplanter assembly is put into action, and the VR head-mounted display device (1.7) is transplanted to the storage line assembly (3) through the transplanter assembly (3), and the lifting electric slide (1.8) is moved to control the lifting cabin (1.6) to return to the original position at the bottom, waiting for the next recovery of the VR head-mounted display device, and the entire recovery process is completed.

[0045] like Figure 2As shown, the electric slide body (2.1) of the transplanter assembly (2) is fastened to the hoist housing (1.1) of the automatic delivery and recovery pile assembly (1) through the slide mounting base (2.4), and the power motor converts the rotary motion into linear motion through the cooperation of the electric slide motor adapter (2.6) and the slide plate (2.3), driving the paddle (2.7) fastened to the slide plate (2.3) to move back and forth along the electric slide body (2.1), thereby transplanting the VR head-mounted display device to the automatic delivery and recovery pile assembly (1) or the storage line. The delivery and transplanter assembly and the recovery and transplanter assembly have the same accessories, and the original position is opposite to the direction of movement.

[0046] When placing the VR head mounted display device, the user uses a battery with RFID information provided by the merchant to scan over the card reader (1.2), and the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10), starts the transplanter assembly (3) motor, and the slide plate (2.3) at the original position inside the storage line assembly (3) moves, and uses the paddle (2.7) fastened thereto to transplant the VR head mounted display device from the storage line assembly (3) into the lifting cabin (1.6), and then returns to the starting position and waits for the next start.

[0047] When recycling the VR head mounted display device, the user uses a battery with RFID information provided by the merchant to scan over the card reader (1.2), and the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10), starts the transplanter assembly (3) motor, and the slide plate (2.3) at the original position inside the lifting cabin (1.6) moves, and uses the paddle (2.7) fastened thereto to transplant the VR head mounted display device from the lifting cabin (1.6) into the storage line assembly (3), and then returns to the starting position and waits for the next start.

[0048] like Figure 3As shown, the mounting base plate (3.6) of the storage line assembly (3) is fastened to the building wall foundation through the mounting hanger (3.10) and adjusted to be level, the chain guide rail (3.1) is installed in a ring shape on the mounting base plate (3.6), the chain is arranged in a ring shape along the chain guide rail (3.1), and chain adapters (3.2) are evenly distributed on the chain guide rail (3.1), one end of the VR head mounted display device cabin (3.3) is fastened to the chain adapter (3.2), and the bottom surface of the other end is installed with a roller (3.5) in contact with the mounting base plate (3.6), and when working, it is installed on the mounting base plate (3.6). .6) drives the chain through the chain adapter (3.2) to drive the VR head-mounted display device cabin (3.3) and the spare VR head-mounted display device (3.9) placed therein to move in a circular manner. The card reader (3.7) installed on the mounting base plate (3.6) below the VR head-mounted display device cabin (3.3) gradually scans the spare VR head-mounted display device (3.9) above it, obtains information and sends it to the data processing center for further processing, and records the current location of the VR head-mounted display device. The surrounding dust cover (3.4) is installed on the mounting base plate (3.6) to prevent the VR head-mounted display device from accidentally falling and causing accidents, block dust, and reduce operating noise. A ceiling decorative panel (3.11) is installed below the mounting base plate (3.6) to beautify the appearance and further reduce noise.

[0049] When placing the VR head mounted display device, the user uses the battery with RFID information provided by the customer service to scan over the card reader (1.2), and the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10), and then the reduction motor (3.8) drives the chain to drive the VR head mounted display device cabin (3.3) at the designated position and the spare VR head mounted display device (3.9) placed therein to move to the position corresponding to the placement port of the automatic placement and recovery pile component (1), and then starts the transplanter component (3) motor to transplant the VR head mounted display device from the storage line component (3) to the lifting cabin (1.6), and then after the transplanter component (3) is reset, the storage line component (3) is reset and waits for the next start.

[0050] When recycling the VR head mounted display device, the user uses a battery with RFID information provided by the merchant to scan over the card reader (1.2), and the card reader (1.2) obtains the VR head mounted display device information and sends it to the computer (1.10), and then the reduction motor (3.8) drives the chain to drive the vacant VR head mounted display device cabin (3.3) at the specified position to move to the position corresponding to the recycling port of the automatic delivery recycling pile component (1) through the chain adapter (3.2), and then the transplanter component (3) motor is started to transplant the VR head mounted display device from the lifting cabin (1.6) to the storage line component (3), and then after the transplanter component (3) is reset, the storage line component (3) is reset and waits for the next start.

[0051] like Figure 4 As shown, the automatic placement and recovery pile assembly (1) is firmly fixed to the building wall through the frame of the lifting machine housing (1.1); the installation base plate (3.6) of the storage line assembly (3) is fastened to the foundation of the building wall through the installation suspension rod (3.10); the transplanter assembly (2) is fastened to the lifting machine housing (1.1) of the automatic placement and recovery pile assembly (1) through the electric slide body (2.1) and the slide installation base (2.4) to form an automatic placement and recovery structure for a VR large-space head-mounted display device.

[0052] In summary, the utility model innovatively realizes the automatic placement and recovery of VR large-space head-mounted display devices. The core goal of this structure is to achieve the orderly distribution of VR head-mounted display devices, reduce the workload of service personnel, and ensure the efficiency and smoothness of the overall experience process. Through the design of the automatic placement and recovery structure, users do not need to wait in line, and can quickly obtain the headset with simple operations to start their VR experience.

[0053] This automated distribution method not only greatly improves distribution efficiency and reduces users’ waiting time, but also avoids confusion and errors caused by human error. The automatic delivery and recovery structure also significantly reduces the workload of service personnel. Service personnel no longer need to personally manage the distribution and recovery of headsets. They only need to regularly check the operating status of the equipment and perform necessary maintenance and care. This not only reduces the workload of service personnel, allowing them to devote more energy to providing other services, but also improves the overall quality and efficiency of services.

[0054] In order to ensure the sanitation and safety of VR head-mounted display devices, we have also integrated a mist disinfection function into the automatic delivery and recovery structure. This function can quickly and effectively disinfect the VR head-mounted display device before it is issued, ensuring that every user can use a clean and hygienic headset. Although the mist disinfection function is not the main design goal of this structure, it is also important for improving user experience and health protection.

[0055] This utility model aims to achieve orderly management of VR head-mounted display devices through an automated distribution and recycling mechanism, reduce the workload of service personnel, and ensure the efficiency and smoothness of the overall experience process. The promotion and application of this technology will strongly promote the further development of offline large-space VR experience projects and provide users with a more convenient, efficient and enjoyable VR experience.

Claims

1. The automatic placement and recovery structure of the VR large-space head-mounted display device is mainly composed of an automatic placement and recovery pile component, a transplanter component, and a storage line component, and is characterized by: The storage line assembly is rigidly connected to the top of the building through ceiling bolts and adjusted to a level; the automatic placement and recovery pile assembly is fixed to the wall of the building through expansion screws and the height of the lifting cabin of the automatic placement and recovery pile assembly is aligned with the height of the helmet cabin of the storage line assembly by adjusting the sensor height; the transplanter assembly is fastened to the automatic placement and recovery pile assembly at one end of the slide mounting base and to the storage line assembly at the other end, and the sensor is adjusted to align the helmet cabin and the lifting cabin in a horizontal position, so that the VR helmet can move smoothly between the two.

2. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 1 is characterized in that: The automatic delivery and recovery pile assembly is mainly composed of a hoist shell, a card reader, a safety grating, a hatch, a hatch guide rail, a hoist cabin, a VR head-mounted display device, a hoist electric slide, a hatch electric slide, a computer and an atomizer; the card reader is installed in two positions, one is outside the hatch of the hoist shell, and the other is directly below the hoist cabin, both of which are used to obtain the RFID information of the VR head-mounted display device and send the information to the computer; the hoist cabin is placed in the hoist shell and is used to store the VR head-mounted display device; The lifting and lowering is achieved by driving the lifting electric slide; the atomizer is installed on the upper side of the hatch and aimed at the lifting cabin to spray ultrasonic atomized disinfectant to disinfect the VR head-mounted display device.

3. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 2 is characterized in that: The hoist shell is firmly fixed on the building wall and is provided with a square hatch as an entry and exit channel for VR head-mounted display equipment. A card reader and a safety grating are installed on the hoist shell.

4. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 2 is characterized in that: The hatch is located at the hatch opening, and is driven by the hatch electric slide to move up and down along the hatch guide rail to open and close the hatch opening.

5. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 2 is characterized in that: The lifting electric slide is fixedly connected to the hoist casing and serves as a main power source to control the lifting and lowering of the lifting cabin and the VR head-mounted display device.

6. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 1 is characterized in that: The transplanter assembly is mainly composed of an electric slide body, a slide plate, a slide mounting base, an electric slide motor adapter, and a paddle; the electric slide motor adapter drives the slide plate and the paddle to complete the transplanting of the equipment, the electric slide body is firmly fixed on the hoist housing through the slide mounting base, and the electric slide body is tightly connected to the hoist housing of the automatic delivery and recovery pile assembly through the slide mounting base.

7. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 6 is characterized in that: The slide plate cooperates with the electric slide and is connected to the power motor through the electric slide motor adapter. The slide plate slides on the track of the electric slide body.

8. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 6 is characterized in that: The paddle is fastened to the slide plate of the slide table and moves with the movement of the slide plate to transfer the equipment from the storage line assembly to the lifting cabin, or transfer the equipment from the lifting cabin back to the storage line assembly.

9. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 1 is characterized in that: The storage line assembly is mainly composed of a chain guide, a chain adapter, a VR head-mounted display device cabin, a dust cover, a roller, a mounting base plate, a card reader, a reduction motor, a spare VR head-mounted display device, a mounting hanger and a ceiling decorative panel; the chain guide is annularly installed on the mounting base plate to provide a fixed movement path for the chain; one end of the VR head-mounted display device cabin is tightly connected to the chain adapter, and a roller is installed on the bottom surface of the other end, and the roller is in contact with the mounting base plate, so that the VR head-mounted display device cabin can move smoothly under the drive of the chain; the spare VR head-mounted display device is placed inside the VR head-mounted display device cabin, and moves in a circle along the chain with the VR head-mounted display device cabin; the reduction motor is installed on the mounting base plate, and the driving chain drives the VR head-mounted display device cabin and the spare VR head-mounted display device to move in a circle through the chain adapter.

10. The automatic delivery and recovery structure for a large-space VR head-mounted display device according to claim 9 is characterized in that: The chain adapters are arranged in a ring shape, and are evenly distributed on the chain, for connecting and driving the VR head-mounted display device cabin; the card reader is installed on the mounting base plate, located below the VR head-mounted display device cabin, for gradually scanning the spare VR head-mounted display devices passing above it, obtaining information and sending it to the data processing center.

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