Computerized device structure for personalized elderly care decision support and treatment recommendations based on fuzzy MCDM

Abstract

This invention provides a computer device structure for supporting personalized elderly care decision-making and treatment recommendations based on fuzzy MCDM. [Solution] The computer device 100 according to the present invention comprises a rectangular main housing having a front, back, top, bottom and side surfaces; a display unit 1 mounted on the front; a user input unit 2 provided adjacent to the display unit 1; a plurality of connection ports 31, 32, 33, 34 formed on the side surface; a patient database connection port 4 and a center server connection port 5 located on the side surface; a communication block 6 mounted on the top surface; an antenna 7 supported by an antenna base support 71; an audio input port 8 and an audio output port 81 provided on the rectangular main housing; a hospital server connection unit 10, a power supply and battery unit 11, a device cooling unit 12 fixed to the back or side; and first to fourth base supports 91, 92, 93, 94 on the bottom surface.

Description

[[TECHNICAL FIELD]]

[0001] The present invention relates to the shape, structure and configuration of a computer device.

[0002] More specifically, the present invention relates to the structure of a portable computer device provided with respective components of a display, input, communication, server connection, audio, heat dissipation, and base support, which is used for decision support and treatment recommendation in personalized elderly care. [[BACKGROUND ART]]

[0003] In elderly care, reliance on computerized support systems for monitoring, recording, processing and presenting patient-related information is increasing. In hospitals, care facilities, elderly care centers, and home care environments, caregivers may be required to access patient records, communicate with hospital servers, connect to central care servers, receive voice instructions, perform manual input, and view decision support information through a display interface. For such applications, the computer device is not merely required as a general-purpose computer, but as a structurally organized device in which connection, communication, display and support components are arranged in a compact and easy-to-use manner.

[0004] Conventional desktop computers, tablet computers, and medical terminal devices generally include an independent display unit, an external keyboard, external communication accessories, an external speaker or microphone device, and an independent network connection configuration. Such a separated structure may occupy more space, and may be inconvenient in elderly care environments where the device is often placed on a hospital desk, bedside table, nurse station counter, or mobile care trolley. In such environments, it is desirable for the device to include a stable base, a highly visible display section, an easy-to-operate input section, and a plurality of connection ports arranged within a predetermined housing structure.

[0005] In applications supporting decision-making in elderly care, the device may need to communicate with various information sources, such as patient databases, central servers, hospital servers, and external devices. However, conventional computer enclosures do not always provide structurally dedicated arrangements for connecting to patient databases, central servers, hospital servers, and external communications within a single, compact enclosure. The use of multiple external cables, ports, and wireless communication elements without proper structural arrangement can make the device cumbersome to handle and may prevent it from providing a neat, terminal-like appearance suitable for use in medical and elderly care settings.

[0006] Furthermore, elderly care support systems may require visual, manual, and voice interaction. For example, caregivers and elderly users may need to view care-related information on a display, input information through a user input device, issue voice commands through a voice input port, and receive voice output through a voice output port. In known devices, these elements are often provided individually or arranged without consideration of a unified structural configuration. As a result, they may not be ergonomically suitable for rapid interaction in a care support environment.

[0007] Another limitation of conventional devices is the lack of an integrated communication structure. Wireless communication configurations are often built-in or provided via detachable external adapters. Such configurations may not provide a visible, dedicated antenna support structure. In elderly care support terminals, structurally defined communication blocks and antenna arrangements can realize a more organized, purpose-specific device configuration for external communication.

[0008] Furthermore, computer equipment used for continuous or semi-continuous elderly care support may generate heat during operation. If the enclosure does not have a dedicated cooling structure, this can lead to reduced ventilation and overheating of internal electronic components. Therefore, there is a need for an enclosure that incorporates a device cooling unit, preferably equipped with a louver or slit-shaped ventilation structure, within the device body.

[0009] Device stability is also crucial. In hospitals and nursing homes, devices may be accessed frequently, connected to various cables, moved between locations, or placed on uneven surfaces. Typical flat-bottomed enclosures may not provide sufficient height or support. Therefore, multiple base supports positioned at the lower corners of the enclosure improve stability and allow for better support and ventilation by keeping the device elevated.

[0010] Therefore, a computer device structure is required for providing personalized elderly care decision support and treatment recommendations based on fuzzy MCDM. In this structure, a display unit, user input unit, connection ports, patient database connection port, central server connection port, communication block, antenna, audio input port, audio output port, hospital server connection unit, power and battery unit, device cooling unit, and base support are structurally integrated within a single, compact enclosure. The reference symbols and structural elements of this device are described in the uploaded symbol description. [Overview of the Initiative] [Problems that the invention aims to solve]

[0011] The objective of this invention is to provide a computer device structure that has a compact housing and a combination of structural elements that facilitate decision-making support and treatment recommendations for the elderly.

[0012] Another objective of this invention is to provide a device structure in which a display device, a user input device, multiple connection ports, an antenna support, a communication block, a cooling device, and a base support are arranged in a harmonious structural configuration.

[0013] Furthermore, the objective of this invention is to provide a portable desktop computer device structure for decision-making support and treatment recommendations in personalized elderly care based on fuzzy MCDM, which has stable support and easy access to the communication unit, audio unit, and server connection unit.

[0014] To achieve the above objectives, this invention provides a computer device structure comprising a rectangular main housing, a front-mounted display unit, a user input unit, multiple connection ports, a patient database connection port, a central server connection port, a communication block, an antenna with base supports, an audio input port, an audio output port, a hospital server connection unit, a power supply and battery unit, a device cooling unit, and four base supports. The reference symbols are taken from the uploaded symbol description.

[0015] The aforementioned components are structurally arranged on different sides of the housing, forming a compact and portable computer device for elderly care. [Effects of the Invention]

[0016] The structure of the computer device according to this invention offers the following advantages.

[0017] To provide a compact and integrated structural configuration for supporting decision-making regarding elderly care.

[0018] To enable convenient operation, it is equipped with a prominent display unit and a user input unit.

[0019] It is equipped with multiple connection ports for connecting to external devices, patient databases, and the central server.

[0020] An antenna and a communication block for external communication are provided.

[0021] A cooling unit for ventilating internal components is provided.

[0022] Four base supports for stable desktop placement are included. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] FIG. 1 is a front perspective view showing the structure of a computer device (100) according to the present invention.

[0024] FIG. 2 is a rear / side perspective view showing the structure of the computer device (100), illustrating the cooling unit, the hospital server connection unit, the power supply and battery unit, the antenna support, and the base support. MODE FOR CARRYING OUT THE INVENTION

[0025] The present invention will be described with reference to the accompanying drawings. This description is for the purpose of explaining the structural features of the present invention, and should not be construed as limiting the scope of protection.

[0026] The structure (100) of a computer device is composed of a substantially rectangular main housing having a front face, a rear face, a top face, a bottom face and side faces. This housing forms the main body of the computer device and supports various structural modules required for elderly care decision support and treatment recommendation.

[0027] A display unit (1) is provided on the front face of the rectangular main housing of the computer device structure (100) for fuzzy MCDM-based personalized elderly care decision support and treatment recommendation. As an example of a preferred configuration, the display unit (1) is circular or substantially circular and protrudes slightly outward from the front face. The display unit is structurally arranged at the center of the front face so that it can visually present information to a user.

[0028] A user input unit (2) is provided on the front surface of the main housing. The user input unit (2) may be formed as a rectangular button with rounded corners, a touch input area, or an input window. The user input unit is arranged laterally adjacent to the display unit (1), whereby both visual and manual operation structures are provided on the front surface.

[0029] A plurality of connection ports (31, 32, 33, 34) are arranged on one lateral side of the housing. These connection ports are preferably arranged in a single horizontal row at a lower portion of the side surface. The connection ports may be formed as small rounded openings or sockets for receiving connectors of external devices.

[0030] A patient database connection port (4) and a central server connection port (5) are also provided on the side surface of the housing. In a preferred configuration, the patient database connection port (4) and the central server connection port (5) are elongated slot-shaped ports arranged above the plurality of connection ports (31, 32, 33, 34) substantially parallel to each other.

[0031] A communication block (6) is attached to the top surface of the housing. The communication block (6) is formed as a block or module protruding from the top surface of the device. The communication block provides a structural position for performing communication with external devices.

[0032] An antenna (7) is vertically attached to an antenna base support (71). The antenna base support (71) preferably has a dome-shaped or curved shape and protrudes upward from the top surface of the main housing. The antenna (7) is cylindrical, and may be arranged at or substantially at the center of the antenna base support (71).

[0033] An audio input port (8) is provided in the main housing to receive audio input. An audio output port (81) is also provided in the main housing to output audio. Structurally, the audio input port (8) and the audio output port (81) are located near the front of the main housing to form an audio interaction configuration.

[0034] A hospital server connection unit (10) is provided on another side of the housing. Preferably, the hospital server connection unit (10) is formed on the back or side of the housing as a rectangular connection window or socket with rounded corners. The hospital server connection unit is structurally separated from the patient database connection port (4) and the central server connection port (5).

[0035] A power supply and battery unit (11) is provided inside or on the main housing. The power supply and battery unit (11) may be formed as an elongated slot, compartment, or housing for accommodating power supply and battery components.

[0036] The main housing is provided with a device cooling unit (12). The device cooling unit (12) is preferably formed as a louvered vent having a plurality of parallel cooling slots. The cooling unit is positioned to dissipate heat from the internal components of the computer device.

[0037] The underside of the main housing is provided with first, second, third, and fourth base supports (91, 92, 93, 94). These base supports are located near the four lower corners of the main housing. Each base support protrudes downward from the underside, thereby supporting the main housing in an elevated position on the desktop.

[0038] Thus, the combination of a rectangular enclosure, a circular display unit, an input unit, side ports, an upper communication block, an antenna, audio ports, a cooling unit, and a lower base support provides a structurally integrated portable computer device suitable for decision-making support and treatment recommendations in elderly care.

[0039] Furthermore, the structural combination of this invention provides a compact, highly stable, portable, and easy-to-use desktop computer device for use in supporting decisions regarding elderly care. [Explanation of symbols]

[0040] 100: Computerized device structure for supporting individualized elderly care decision-making and treatment recommendations based on fuzzy MCDM 1: Display device 2: User input unit 31: First connection port 32: Second connection port 33: Third connection port 34: Fourth connection port 4: Patient database connection port 5: Center server connection port 6: Blocking communication with external devices 7: Antenna 71: Antenna base support 8: Voice input port 81: Audio output port 91: First Base Support 92: Second base support 93: Third Base Support 94: Fourth Base Support 10: Hospital Server Connection Unit 11: Power supply and battery unit 12: Equipment cooling unit

Claims

1. A computer device structure (100) for supporting individualized elderly care decision-making and treatment recommendations based on fuzzy MCDM, The computer device structure (100) is, A rectangular main housing having a front, back, top, bottom, and sides; The display unit (1) mounted on the front; A user input unit (2) provided adjacent to the display unit (1); Multiple connection ports (31, 32, 33, 34) formed on the aforementioned side surface; A patient database connection port (4) and a center server connection port (5) are located on the aforementioned side; The communication block (6) attached to the upper surface; Antenna (7) supported by antenna base support (71); Audio input port (8) and audio output port (81) provided in the rectangular main housing; and A computer device structure for personalized elderly care decision support and treatment recommendation based on fuzzy MCDM, characterized by comprising a hospital server connection unit (10), a power supply and battery unit (11), a device cooling unit (12), and first to fourth base supports (91, 92, 93, 94), all fixed to the lower surface of the rectangular main housing.

2. The display unit (1) is formed as a circular or substantially circular protruding display module positioned on the front of the rectangular main housing, and, The computer device structure (100) according to claim 1 is characterized in that the user input unit (2) is formed as a rectangular input member with rounded corners, which is positioned to the side of the display unit (1).

3. The plurality of connection ports (31, 32, 33, 34) are arranged in a horizontal row in the lower region of one side of the rectangular main housing. The computer device structure (100) according to claim 1 is characterized in that the patient database connection port (4) and the center server connection port (5) are formed as elongated, parallel, slot-shaped ports located above the plurality of connection ports.

4. The communication block (6) is formed as a block protruding from the upper surface of the rectangular main housing, The computer device structure (100) according to claim 1, characterized in that the antenna (7) is mounted vertically on the dome-shaped antenna base support (71) that protrudes from the upper surface of the rectangular main housing.

5. The computer device structure (100) according to claim 1, characterized in that the hospital server connection unit (10) is formed as a rectangular connection window with rounded corners provided on the back or side of the rectangular main housing, and the device cooling unit (12) is formed as a louvered ventilation structure having a plurality of parallel cooling slots.

6. The computer device structure (100) according to claim 1, characterized in that the first to fourth base supports (91, 92, 93, 94) are positioned near the four lower corners of the rectangular main housing and protrude downward from the lower surface to support the rectangular main housing in a raised position on a desktop.

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