Abstract: The multi-result artificial intelligence (AI) system includes a registration module, an initialization module, an input module, a processing module, a result generation module, and a result display module. The registration module is for users to register a device type or a payment type. The initialization module is connected to the registration module, which configures multiple different AI models based on the registered device type or payment type, with each AI model being based on a Large Language Model (LLM). The input module is connected to the initialization module to receive a user request. The processing module is connected to the input module for distributing the user request to the AI models. The result generation module is connected to the processing module for generating multiple results from the user request using the AI models. The result display module is connected to the result generation module to display the results.

Abstract: The multi-result artificial intelligence (AI) system includes a registration module, an initialization module, an input module, a processing module, a result generation module, and a result display module. The registration module is for users to register a device type or a payment type. The initialization module is connected to the registration module, which configures multiple different AI models based on the registered device type or payment type, with each AI model being based on a Large Language Model (LLM). The input module is connected to the initialization module to receive a user request. The processing module is connected to the input module for distributing the user request to the AI models. The result generation module is connected to the processing module for generating multiple results from the user request using the AI models. The result display module is connected to the result generation module to display the results.

Abstract: A headset structure includes a headphone, which is formed with a recessed compartment; and a wireless microphone, which is receivable and positionable in the recessed compartment. The wireless microphone includes a wireless transmitter. With such an arrangement of the wireless microphone, the distance between the earphone and the wireless microphone can be easily adjusted in order to solve the feedback sound problem and through such an arrangement of the recessed compartment, the wireless microphone is receivable and retained therein to thereby prevent the wireless microphone from being lost or dropped after being removed.

Abstract: A multifunctional projection apparatus includes a projection portion including a projection light source and a projection screen; a support portion, the support portion arranged at one side of the projection portion, a supporting frame being arranged between the projection portion and the support portion, two ends of the supporting frame being respectively connected to the projection portion and the support portion; a control circuit arranged in the projection portion and electrically connected to the projection light source and the projection screen; a sounding module arranged in the projection portion; and a wireless charging module arranged on the support portion. The supporting frame can be used to adjust the relative position between the projection portion and the support portion, and the sounding module is operable to issue sounding, while the wireless charging module may carry out electrical charging, so that multiple functions are achieved.

Abstract: A multifunctional roller blind device includes a roller blind body, which includes a roller driven by a drive module and a covering connected to the covering; a control circuit, which is arranged in the roller blind body and electrically connected to the drive module; a sensor module, which is arranged on the roller blind body and electrically connected to the control circuit; and a sound generation module, which is arranged on the roller blind body. The sensor module detects the brightness in a room and sends out a sensing signal, based on which the control circuit controls the drive module to rotate the roller to roll up or lower down the covering, thereby fulfilling automatic control. The covering includes a sound insulation material to prevent outdoor noise from entering the room and the sound generation module is operable to generate sounding, so as to achieve the purpose of multiple functions.

Abstract: The movable booth includes an enclosure, a lighting device, and a wireless communication device. The enclosure includes a top side, a bottom side, and multiple lateral sides. The lateral sides are respectively connected to the top and bottom sides, forming an enclosed space. The lighting device is installed within this enclosed space, and the wireless communication device is also set up inside the enclosed space. This movable booth provides users with enhanced privacy and convenience, allowing them to access the internet or make calls within the enclosed space of the enclosure. The wavelength of the lighting device ranges from 400 nanometers to 430 nanometers, effectively achieving an antibacterial effect within the enclosed space. Additionally, the enclosure can be moved to a suitable location according to actual needs.

Abstract: A multifunctional carrying bag includes a bag body, which is formed with a receiving space and includes a display fixed thereto; a solid-state battery, which is arranged in the receiving space and is electrically connected to the display; and an input device, which is arranged in the receiving space and is electrically connected to the display and the solid-state battery. The solid-state battery is provided with at least one charging connection port. The solid-state battery and the input device are received in the receiving space, and the bag body can be collapsed and closed for easy portability, and the solid-state battery can be used to charge an external electronic device (such as mobile devices including mobile phones, notebook computers, tablet computers, and POS machines), increasing practicality and convenience.

Abstract: An input device comprises a body, having an upper cover as well as a lower cover and a space formed between them for disposing an electronic circuit with a connecting interface; a meter, disposing in the body; and a control circuit, disposing in the space and coupling to the meter and the electronic circuit; whereby a human physiology parameter detected by the meter can be transmitted to a monitor program installed on a computer through the connecting interface. Wherein, the meter can be a temperature meter, a contact meter or an infrared meter, a blood pressure and heartbeat meter, a body fat meter or a skin analyzer, such that the input device of the present invention has the ability of measuring the temperature, blood pressure and heartbeat, body fat or skin quality of human being.