Dormitory bunk bed with integrated configuration headrest

Abstract

The utility model discloses a dormitory bed with integrated configuration bedside device, including bedside device casing, short side wall -hugging fender, long side wall -hugging fender, fixed assembly, strong electric pipeline, weak electric pipeline and pipeline stand, there is USB charging configuration component, night light configuration component and accomodation configuration component on bedside device casing, the lower part of bedside device casing is provided with the clamping groove, long side wall -hugging fender is clamped into the clamping groove, and then bedside device casing is fixed on long side wall -hugging fender, the top of bedside device casing is provided with the recess groove and forms the storage box, and the side surface of storage box is provided with the pull -out slot with guide rail, and pull -out accomodation box is installed in pull -out slot, strong electric pipeline and weak electric pipeline are connected into USB charging configuration component and night light configuration component after passing through pipeline stand, the side surface of bedside device casing is connected with short side wall -hugging fender through fixed assembly. The utility model has solved the problem of charging difficulty, inconvenient lighting and nowhere accomodation of small articles on the dormitory bed.

Description

Technical Field

[0001] This utility model relates to the field of electronic equipment and dormitory furnishings, and in particular to a dormitory bed with an integrated headboard device. Background Technology

[0002] In university dormitories, students' daily lives revolve around limited personal space, especially in dorm layouts with bunk beds and desks underneath. While this layout effectively utilizes vertical space, it also brings a series of practical problems, particularly regarding the convenience of activities and the use of belongings in bed. Currently, although some dormitory supplies are available on the market, most are single-function designs that fail to comprehensively consider the specific needs of university dormitories.

[0003] Firstly, from a charging perspective, power outlets in university dormitories are usually designed under the bed or near the desk, which is quite a distance from the bed and inconvenient to use. While some dormitories do have outlets near the upper bunk, there are still a series of problems, such as the plug not matching the bed, unsafe plug usage, and interference with wall sound insulation. The inadequacy of charging functionality is particularly noticeable when students use electronic devices such as mobile phones and tablets in bed.

[0004] Secondly, lighting is also a design pain point in the traditional "bunk bed with desk underneath" university dormitory. Dormitory life emphasizes collectivity, but each student's schedule and needs are different. First, there is interference from general lighting. The main lights in dormitories are usually centralized lighting, and turning them on at night can easily disturb roommates' rest, failing to meet the needs of individual use. Second, there is a lack of bedside lighting. Currently, most dormitories do not have independent light sources by the bedside, and some students choose to temporarily use flashlights or mobile phone flashlights. This method not only provides insufficient light and cannot be adjusted in direction, but also easily leads to eye fatigue.

[0005] Furthermore, traditional dormitory storage for small items has many shortcomings. University dormitories have limited space, and students lack dedicated storage areas for their personal belongings, especially small, everyday items such as headphones, glasses, and keys. This inadequacy leads many students to habitually place small items on the edge of their beds, making them prone to falling and damage, especially glasses or electronic devices. Moreover, some storage boxes currently on the market are too large or have complicated installation methods, making them unsuitable for the actual needs of dormitories.

[0006] Therefore, addressing the technical challenges of charging difficulties at the bedside in university dormitories, inconvenient nighttime lighting, and lack of storage for small items, and how to improve the convenience and quality of life in dormitories while saving space and meeting the needs of bed use, are urgent technical issues that need to be resolved. Utility Model Content

[0007] Purpose of this utility model: Addressing the shortcomings of existing university dormitory beds, such as difficulties in charging electronic devices at the bedside, inconvenient nighttime lighting, and lack of storage for small items, this utility model proposes a dormitory bed with an integrated bedside device. This device integrates USB charging, nighttime lighting, and storage for small items, aiming to solve the problems of students having difficulty charging electronic devices in bed, lack of nighttime lighting, and disorganized storage of everyday small items. By optimizing functional design and installation methods, and improving dormitory space design, this utility model not only meets the daily needs of dormitory use but also enhances the adaptability and practicality of the device through convenient installation. It provides university dormitory students with an efficient, comfortable, and tidy living experience, improving student convenience and dormitory space utilization efficiency.

[0008] Technical solution: The present invention relates to a dormitory bed with an integrated headboard device, comprising a headboard device housing, a short-side wall panel, a long-side wall panel, a fixing component, high-voltage wiring, low-voltage wiring, and wiring support posts;

[0009] The wall panels with short sides and the wall panels with long sides are arranged perpendicularly.

[0010] The headboard unit housing has a USB charging configuration component, a night light configuration component, and a storage configuration component; a slot is opened at the bottom of the headboard unit housing; the long side wall panel is inserted into the slot, thereby fixing the headboard unit housing to the long side wall panel;

[0011] The USB charging configuration includes multiple USB charging ports located on the top of the headboard housing; the night light configuration includes a night light located on the top of the headboard housing.

[0012] The top of the headboard unit housing has a groove to form a storage box, and the side of the storage box has a pull-out groove with a guide rail, in which a pull-out storage box is installed.

[0013] After passing through the pipeline support, the high-voltage and low-voltage pipelines are connected to the USB charging configuration component and the night light configuration component.

[0014] The side of the headboard housing is connected to the short-side wall panel via a fixing assembly.

[0015] The fixing components include nano tape and a snap fastener system connected to the nano tape. The short-side wall panel is fixed to the side of the headboard unit housing by the nano tape and the snap fastener system.

[0016] The latching system includes a male hook and a female hook. The male hook is fixed to the side of the headboard housing, and the female hook is fixed to the nano tape.

[0017] One side of the nano tape is fixed to the side of the short-side wall panel.

[0018] The top of the pipeline support column has an opening for the high-voltage power line to pass through.

[0019] The top of the pipeline support column has a low-voltage pipeline opening for passing through the low-voltage pipeline.

[0020] The headboard housing is made of plastic.

[0021] The night light is an LED night light, which solves the problem of nighttime lighting needs.

[0022] A dust cover is installed on the top of the headboard housing.

[0023] The storage box is divided into multiple areas for placing items, making it easy to categorize them.

[0024] Working principle: This utility model integrates a USB charging port, a night light, and a storage function into one device.

[0025] The headboard unit features a compact rectangular-cubic structure, integrating a USB charging port, a night light assembly, and an open storage box on the top. The mounting module uses snap-fit ​​fasteners and nano-adhesive tape for quick and secure installation on the side of the dormitory bed. The USB charging assembly supports simultaneous charging of multiple electronic devices, the night light assembly provides a soft light source and touch-sensitive dimming, and the storage assembly is suitable for storing small items such as headphones and glasses, fully meeting the needs of dormitory bed use. Details are as follows:

[0026] In university dormitories, charging needs are particularly important due to students' frequent use of electronic devices. Currently, traditional dormitory bedside areas often lack convenient charging facilities. Even in dormitories where bedside sockets are provided, there are problems such as sockets not matching the bed, inconvenience in plugging and unplugging devices, and impact on dormitory sound insulation. This utility model's USB charging configuration component addresses these pain points with an optimized design, integrating three USB ports to meet the simultaneous charging needs of multiple devices. The choice of USB charging ports instead of traditional sockets in this utility model is primarily based on safety considerations for university dormitories. USB ports provide low-voltage DC power during charging, significantly reducing the risk of electric shock compared to the high-voltage AC power of sockets, fundamentally improving electrical safety. Furthermore, traditional sockets typically require connecting plugs to appliances, and the connection point between the plug and socket is prone to sparks or overheating due to poor contact, posing a significant fire hazard. The USB port design is simple, convenient, and less prone to loosening, avoiding the dangers of unstable circuits, making it particularly suitable for the "bunk bed with desk underneath" layout in dormitories.

[0027] In dormitory life, the need for nighttime lighting is often overlooked. When students read, look for items, or engage in other activities in bed, they typically have to use their phone flashlights or turn on the main dormitory light, which is not only glaring but also disturbs roommates. This invention designs an LED nightlight configuration component that supports touch-sensitive dimming, adjusting according to ambient brightness and individual needs. The nightlight uses low-power LED beads, which are not only energy-saving and environmentally friendly but also provide stable lighting. The touch operation is intuitive and convenient, eliminating the need for mechanical switches and avoiding nighttime noise. The configuration component is integrated with the bedside unit, requiring no additional installation space. With this configuration component, students have an independent light source for nighttime activities in the dormitory, satisfying their lighting needs while also ensuring a comfortable resting environment for dormitory members, achieving a good balance between privacy and functionality.

[0028] University dormitory students frequently use small items such as headphones, glasses, and keys. Without a designated storage location, these items are prone to falling or getting lost, increasing inconvenience and the risk of damage. This utility model features an integrated open storage box located at the top of a bedside unit, allowing students to conveniently place frequently used items within easy reach. The storage box uses a grooved design to prevent items from slipping, and its optimized size is suitable for storing various small items, including headphones and glasses. The bedside unit's shell is made of durable ABS plastic, which is lightweight, easy to clean, and ensures both aesthetics and practicality. The advantage of this storage configuration is that it fully utilizes the top space of the bedside unit, integrating the traditional cluttered bedside area into a well-organized functional zone, providing students with a cleaner and more efficient dormitory living experience.

[0029] Beneficial effects: Compared with the prior art, the present invention has the following advantages:

[0030] (1) This utility model integrates a USB charging port, a night light and a storage function into one device, which saves space, meets the various usage needs of the dormitory bedside area, reduces the dependence on additional equipment, solves practical problems in college dormitories, and improves the applicability of the product through its compact structural design, thus improving dormitory living conditions.

[0031] (2) This utility model is easy to install. It uses a snap fastener system and nano tape to fix the headboard device housing. It is compatible with various bed board materials and sizes, and is easy to disassemble and reinstall.

[0032] (3) The design of this utility model makes efficient use of space. The cubic space makes full use of the space on the side of the headboard, without occupying extra space or affecting the overall layout of the dormitory.

[0033] (4) The design of this utility model is safe and durable. The charging configuration component adopts a USB charging port to ensure the safety of students. The night light uses low-power LED beads, which are environmentally friendly and have a long lifespan. The material is lightweight and durable ABS plastic, which is wear-resistant, durable and easy to clean.

[0034] (5) This utility model has strong adaptability and practicality, is suitable for the "bed above desk" environment design in college dormitories, has strong functional targeting, meets the daily needs of students, and is highly practical.

[0035] (6) This utility model greatly improves the user experience of the dormitory bedside area through humanized touch dimming, scientific storage partition design and lightweight and beautiful overall shape, and enhances the convenience and comfort of students' life.

[0036] (7) The materials used in this utility model are low in cost and easy to mass-produce, making it suitable for large-scale promotion and application in universities.

[0037] (8) The utility model of the pipeline column solves the pipeline problem of night light and USB charging port, and no longer buries the wires in the wall, but uses the column to handle the pipeline. Attached Figure Description

[0038] Figure 1 This is a schematic diagram of the installation of the dormitory bed with an integrated headboard device according to this utility model;

[0039] Figure 2 This is an isometric drawing of the dormitory bed with an integrated headboard device according to the present invention;

[0040] Figure 3 This is a schematic diagram of the slot installation below the headstock device housing in this utility model;

[0041] Figure 4 This is a structural schematic diagram of the integrated headboard device in this utility model;

[0042] Figure 5 This is a top view of the integrated headboard device in this utility model;

[0043] Figure 6 This is a side view of the integrated headboard device in this utility model;

[0044] Figure 7 This is a schematic diagram of the male-female buckle fixing system of this utility model. Detailed Implementation

[0045] like Figures 1 to 7As shown, this utility model presents a dormitory bed with an integrated headboard unit, optimizing the functionality of the headboard area in university dormitories. In this embodiment, the integrated headboard unit housing adopts a rectangular cube design, measuring 120mm x 60mm x 60mm, and is located within the dormitory bedside space. The headboard unit housing contains a USB charging component, a nightlight component, and a storage component.

[0046] This utility model relates to a dormitory bed with an integrated headboard device, comprising a headboard device housing, a short-side wall-mounted panel 1, a long-side wall-mounted panel 2, a fixing assembly, high-voltage wiring 9, low-voltage wiring 10, and wiring posts 13. The short-side wall-mounted panel 1 and the long-side wall-mounted panel 2 are arranged vertically.

[0047] A slot 14 is provided at the bottom of the headboard device housing; the long side wall panel 2 is inserted into the slot 14, thereby fixing the headboard device housing to the long side wall panel 2.

[0048] The top of the headboard unit housing has a recessed groove forming a storage box 3. The side of the storage box 3 has a pull-out groove with guide rails, within which a pull-out storage box 4 is installed. The recessed design of the storage box 3 prevents items from slipping out, allowing for convenient placement and storage of items such as mobile phones and earphones. The pull-out storage box 4 helps to categorize different items and prevents dust accumulation.

[0049] High-voltage cable 9 and low-voltage cable 10 pass through cable support post 13 and are connected to the USB charging configuration component and night light configuration component. The side of the headboard unit housing is connected to the short-side wall panel 1 via a fixing component.

[0050] The fixing components include nano tape 8 and a snap fastener system connected to nano tape 8. The short-side wall-mounted panel 1 is fixed to the side of the headboard device housing by nano tape 8 and snap fastener system.

[0051] The latching system includes a male latch 7-A and a female latch 7-B. The male latch 7-A is fixed to the side of the headboard housing, and the female latch 7-B is fixed to the nano tape 8.

[0052] One side of the nano-adhesive tape 8 is fixed to the side of the short-side wall panel. A high-voltage conduit port 11 is provided at the top of the conduit post 13 for the high-voltage conduit 9 to pass through. A low-voltage conduit port 12 is provided at the top of the conduit post 13 for the low-voltage conduit 10 to pass through.

[0053] The headboard unit housing is made of plastic. The night light 5 is an LED night light. A dust cover is installed on top of the headboard unit housing.

[0054] The storage compartment 3 is divided into multiple areas for placing items. The USB charging configuration includes multiple USB charging ports 6 located on the top of the bedside unit housing. The night light configuration includes a night light 5 located on the top of the bedside unit housing.

[0055] The short-side wall panel 1 and the integrated headboard device 15 are fixed together by nano tape 8, which avoids damage to the dormitory wall caused by traditional screws or drilling, and is easy to install and remove.

[0056] The long-side wall panel 2 provides a vertical support for the integrated headboard unit 15, ensuring the unit is stable and reliable.

[0057] The Night Light 5 uses LED night lights, which solves the problem of nighttime lighting needs. Students have an independent light source for nighttime activities in the dormitory, which not only meets the lighting needs, but also takes into account the rest environment of dormitory members. It is a good balance between the privacy and functionality of the dormitory.

[0058] The USB charging port 6 integrates three USB ports, which can meet the charging needs of multiple devices. The charging port is located near the head of the bed, avoiding the inconvenience caused by the traditional socket layout. At the same time, it solves the problem of mismatched plug positions or affecting the sound insulation of the wall.

[0059] The back of the device uses a snap-lock system to securely fix the multi-configuration headboard to the side of the dormitory bed board, making the installation process quick and stable, and adaptable to various bed board thicknesses and materials.

[0060] The nano tape 8 secures the wall panel 1 to the short side of the wall by fastening the snap fastener 7, avoiding damage to the dormitory wall caused by traditional screws or drilling, while ensuring the device is stable and reliable.

[0061] The high-voltage power line 9 solves the problem of high-voltage power lines for the USB charging port and LED night light, and arranges the USB charging port and LED night light in an orderly manner.

[0062] The low-voltage wiring 10 solves the problem of low-voltage wiring for USB charging ports and LED night lights, and arranges the USB charging ports and LED night lights in an orderly manner.

[0063] The width of the slot 14 is the same as the width of the long side wall panel 2, and the length of the slot is the same as the length of the pull-out storage box 4. This is used to solve the vertical force of the device and make the device more stable.

[0064] The integrated bedside unit 15 clearly defines its placement within the dormitory furniture, specifically installed in the headboard area and closely integrated with the dormitory wall. Through scientific arrangement and a robust connection method, it forms an integrated design with the overall furniture structure, ensuring the unit's practicality and stability.

[0065] The step surface 16 of the adjacent bed board clearly defines the placement of the integrated headboard device 15 in the dormitory furniture, which is closely attached to the dormitory wall.

[0066] The installation process of this utility model dormitory bed with an integrated headboard device is as follows:

[0067] (1) Functional Configuration Component Arrangement: The top of the USB charging configuration component has three USB ports, supporting simultaneous charging of multiple devices such as mobile phones, tablets, and headphones. The charging configuration component uses USB ports instead of traditional plugs to ensure the safety of students' electricity use. The night light configuration component is located at the top center of the device. In this embodiment, it uses low-power LED beads and supports touch dimming function. Users can adjust the brightness of the light by touching the surface of the night light to adapt to different lighting needs, providing a gentle light source that can provide illumination without disturbing roommates' rest. The storage configuration component is divided into a recessed storage box and a pull-out storage box, which are used by users to store small personal items such as headphones, glasses, and keys, meeting both needs. The storage box has an anti-slip groove design to prevent items from falling out.

[0068] (2) Installation method: The back of the headboard unit housing has a snap-fit ​​fixing system, which securely fixes the headboard unit to the side of the dormitory bed board. The snap-fit ​​makes the installation process quick and stable, and is suitable for various bed board thicknesses and materials. To enhance stability, the back of the unit is also equipped with nano-adhesive tape, which strongly adheres to the headboard unit and ensures that it will not shift during use. No additional tools are required for installation. Users only need to attach the unit to the side of the bed board and use the snap-fit ​​to fix it to complete the installation.

[0069] (3) Power supply and wiring: The integrated headboard device of this utility model is compact in design. The power cord is designed to be short and routed through the wiring under the bed board to avoid the power cord being exposed, thereby improving the overall aesthetics and safety. The LED night light component adopts a built-in battery and low power consumption design, and is charged via USB interface or directly powered by the power cord.

Claims

1. A dormitory bed with an integrated headboard unit, characterized in that: It includes a headboard housing, a short-side wall panel (1), a long-side wall panel (2), a fixing assembly, a high-voltage power line (9), a low-voltage power line (10), and a power line support column (13); The short-side wall panel (1) and the long-side wall panel (2) are arranged perpendicularly; The headboard housing has a USB charging configuration component, a night light configuration component and a storage configuration component; a slot (14) is provided at the bottom of the headboard housing; the long side wall-mounted panel (2) is inserted into the slot (14) to fix the headboard housing on the long side wall-mounted panel (2); The USB charging configuration component includes multiple USB charging ports (6) arranged on the top of the headboard housing; the night light configuration component includes a night light (5) located on the top of the headboard housing. The top of the headboard device housing is provided with a groove to form a storage box (3), and the side of the storage box (3) is provided with a pull-out groove with a guide rail, and a pull-out storage box (4) is installed in the pull-out groove. The high-voltage power line (9) and low-voltage power line (10) pass through the power line post (13) and are then connected to the USB charging configuration component and the night light configuration component. The side of the headboard housing is connected to the short side wall panel (1) via a fixing component.

2. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The fixing component includes nano tape (8) and a snap fastener system connected to the nano tape (8). The short-side wall-mounted panel (1) is fixed to the side of the headboard device housing by the nano tape (8) and the snap fastener system.

3. The dormitory bed with an integrated headboard as described in claim 2, characterized in that: The hook-and-loop fastening system includes a male hook-and-loop fastener (7-A) and a female hook-and-loop fastener (7-B). The male hook-and-loop fastener (7-A) is fixed to the side of the headboard housing, and the female hook-and-loop fastener (7-B) is fixed to the nano-adhesive tape (8).

4. The dormitory bed with an integrated headboard as described in claim 3, characterized in that: One side of the nano tape (8) is fixed to the side of the short-side wall panel.

5. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The top of the pipeline column (13) is provided with a high-voltage pipeline port (11) through which the high-voltage pipeline (9) passes.

6. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The top of the pipeline column (13) is provided with a low-voltage pipeline port (12) through which the low-voltage pipeline (10) passes.

7. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The headboard housing is made of plastic.

8. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The night light (5) is an LED night light.

9. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: A dust cover is installed on the top of the headboard device housing.

10. The dormitory bed with an integrated headboard as described in claim 1, characterized in that: The storage box (3) is divided into multiple areas for placing items.

Images