Mobile support for organizing voice-command automation and telemedicine control devices in a surgical center.

Description

1 / 3 Mobile support for organizing voice-command automation and telemedicine control devices in a surgical center.

[001] The present utility model consists of a mobile support for organizing automation and telemedicine control devices in a surgical center, with application in the health area, aiming to enable voice control of medical equipment located inside the surgical center, as well as the possibility of visualizing the safe surgery scenario by projection, accessing patient data (clinical information and images), and the possibility of communicating with people outside the surgical center and even conducting medical consultations (telemedicine).

[002] Currently there are stands on the market where monitors with cameras for telemedicine are placed, some with space for a notebook, some with UPS, but there is a gap in a model that has a touch monitor with a camera and has software that allows control of medical devices by voice command, adaptation to use a virtual keyboard (laser), mini thermal printer that prints A4 paper, possibility of attaching a portable image projector, with energy autonomy (through batteries) without needing to be connected to a power source via a wall outlet to function, with an innovative design, made of stainless steel that guarantees durability and can withstand cleaning with products used for disinfection in the surgical center.

[003] Existing technologies do not have an adapter for a projector, nor for a virtual laser keyboard, nor for a portable thermal printer that prints A4 format sheets and has batteries that guarantee autonomous operation without needing to be connected to an electrical power source to function. Petition 870250102769, dated 10 / 11 / 2025, page 4 / 14 2 / 3

[004] In 2019, a patent was filed in the United States under registration number US11468998B2 for methods and systems to assist physicians with clinical decisions, in which recommendations and other information are derived using a software reinforcement learning framework relating patient information to experiential medical case files. The decision guidance systems and methods are applicable to medical and other applications. This system is not related to the surgical center.

[005] In 2022, with registration in the United States, registration number US11361853B2, a method and system for automated processing of medical records with telemedicine are presented. The method and system include several electronic medical models specifically designed to reduce the complexity and risk associated with collecting information from a virtual patient encounter, creating a medical diagnosis, tracking the patient through medical processes during a telemedicine session, and generating the appropriate number and medical type codes for a specific type of medical practice when processed. This system is not related to the surgical center.

[006] The present utility model was developed to organize in a beautiful structure, with an innovative and functional design made of stainless steel (withstands cleaning with disinfectant liquids used in the surgical center), portable, mobile and which has a place to place a touch screen monitor with built-in CPU, with camera, place to place a normal keyboard and / or laser keyboard, possibility of attaching a portable projector, place to attach a portable thermal printer and with two batteries that guarantee autonomy of operation for 18 hours uninterruptedly and with an energy consumption measurement system, where it is possible to verify the need to recharge the batteries. Petition 870250102769, dated 10 / 11 / 2025, page 5 / 14 3 / 3

[007] Figure 1 shows the top view of the support.

[008] Figure 2 shows the front view of the support.

[009] Figure 3 shows a side view of the support.

[010] Figure 4 shows the other side view of the support.

[011] Figure 5 shows a perspective view of the support. Petition 870250102769, dated 10 / 11 / 2025, page 6 / 14

Claims

1 / 2 CLAIMS 1. MOBILE SUPPORT FOR ORGANIZING AUTOMATION CONTROL DEVICES BY VOICE COMMAND AND TELEMEDICINE IN SURGICAL CENTERS characterized by consisting of a support made of stainless steel with a central square metal structure 3 cm wide (hollow structure where all the wiring of the equipment to be used in the device will be inserted) measuring 132 cm on a caster structure with four metal and gel wheels.

2. MOBILE SUPPORT FOR ORGANIZING AUTOMATION CONTROL DEVICES WITH VOICE COMMAND AND TELEMEDICINE IN SURGICAL CENTERS, characterized by having the following in the central structure of the device: 1) metal structure for placing a monitor; 2) metal structure for placing the virtual laser keyboard projector; 3) metal structure for placing a conventional keyboard; 4) metal structure for placing a mini thermal printer; 5) metal structure for placing a UPS and a meter for load and operating autonomy.

3. MOBILE SUPPORT FOR ORGANIZING AUTOMATION CONTROL DEVICES WITH VOICE COMMAND AND TELEMEDICINE IN SURGICAL CENTERS, characterized by having structures made of stainless steel, with height adjustment and rounded corners.

4. MOBILE SUPPORT FOR ORGANIZING AUTOMATION CONTROL DEVICES BY VOICE COMMAND AND TELEMEDICINE IN SURGICAL CENTERS characterized by consisting of a mobile support capable of coupling a UPS system (Penalty 870250102769, dated 10 / 11 / 2025, page 7 / 14 2 / 2) that guarantees energy autonomy for 18 hours, with the capacity to couple a touchscreen monitor with a built-in mini-computer.

5. MOBILE SUPPORT FOR ORGANIZING AUTOMATION CONTROL DEVICES BY VOICE COMMAND AND TELEMEDICINE IN A SURGICAL CENTER, characterized by having the capacity to attach a virtual laser keyboard, mini thermal printer, and multimedia projector, functioning as a device capable of controlling the automation of a surgical center. Petition 870250102769, dated 10 / 11 / 2025, page 8 / 14

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