TWM679772U - Features quick-assembly soundproof cover - Google Patents

Abstract

A quick-assembly soundproof cover plate, which is installed on the outer side of a door frame via a slot, includes a main body, which is a sheet material; and a plurality of latching strips protruding from one side of the main body. Each latching strip has a latching protrusion at its top, and each latching protrusion forms a latching groove between itself and the main body. Each latching groove corresponds to a slot, allowing the main body to be installed on the outer side of the door frame. This invention can be quickly installed on the outer side of a door frame using the latching grooves, resulting in a smooth appearance on the outer side of the door frame. Soundproofing material can be placed between the door frame and the invention to enhance the soundproofing effect. Alternatively, the invention can have a plurality of latching strips on both opposite sides of the main body, allowing it to be used to connect two adjacent door frames.

Description

Features a quick-assembly soundproof cover.

This creation relates to a decorative panel, and more particularly to a quick-assembly soundproof cover that is easy to assemble and also has sound insulation and aesthetic effects.

Some residences have double-layered door panels, and some door frames on the outside are made using aluminum extrusion. However, aluminum extrusion door frames often have a groove on the outward side, or the groove may be visible to users if the wall thickness does not match the aluminum extrusion door frame, which is less aesthetically pleasing. The door panels are also noisier when opening and closing. In addition, door frames are often designed in a standard way to save costs, and it will cost a lot of money to replace them with a more aesthetically pleasing design.

In view of this, the creator has accumulated many years of research and practical experience in related fields and has created a soundproof cover with quick assembly to improve the shortcomings of the above-mentioned conventional technologies.

The main purpose of this invention is to provide a quick-assembly soundproof cover that can be rapidly assembled onto aluminum extruded door frames, saving construction time and costs, making the outward-facing side of the door frame flat and aesthetically pleasing, and allowing soundproofing material to be placed between the door frame and this invention to enhance the soundproofing effect and reduce the volume when the door is opened and closed.

To achieve the above objectives, the present invention provides a quick-assembly soundproof cover plate, which is installed in a slot on the outside of a door frame. The cover plate includes a main body, which is a plate, and a plurality of latching strips protruding from one side of the main body. Each latching strip has a latching protrusion at its top end, and each latching protrusion forms a latching groove between itself and the main body. Each latching groove corresponds to a latching slot, allowing the main body to be installed on the outside of the door frame.

The outward-facing side of an extruded aluminum door frame typically features multiple protrusions. The locking grooves in this design are positioned to correspond to these protrusions, allowing the device to be directly and quickly locked onto the aluminum door frame. The outer side of the door frame has a slot on each of the left and right ends, with at least one locking part corresponding to one of the locking grooves. A closed space is formed between the door frame and this device, allowing sound-insulating materials (such as sound-absorbing cotton) to be placed within this space to enhance sound insulation.

This creation can also be made using aluminum extrusion, so that the extension direction of each latch bar is the same as the extension direction of the main body, and the latch grooves also extend in the same direction as the extension direction of the main body.

For secure installation, each locking strip can be in pairs, with each locking protrusion facing opposite directions and each locking recess facing opposite directions, making the device less prone to movement or detachment. If accommodating different aluminum extrusion door frame types is desired, each locking strip can be in pairs, with each locking protrusion facing opposite directions and each locking recess facing opposite directions. One pair of locking recesses can then correspond to one type of aluminum extrusion door frame, and the other pair to another.

In one embodiment, each latch bar protrudes from opposite sides of the body, so that the body is joined between the slots of the two door frames; this embodiment can be used to connect two adjacent door frames, making it convenient to install two side by side doors.

To clearly and fully disclose this creation, examples of better implementations are provided to illustrate the implementation methods in detail below.

Please refer to Figure 1, which illustrates the embodiment of this invention. The above figure illustrates an embodiment (1) of this invention with a quick-assembly soundproof cover. It is installed in a slot A2 on the outside of a door frame A. The embodiment (1) with a quick-assembly soundproof cover includes a body 1, which is a plate; and a plurality of latching strips 11, which protrude from one side of the body 1. Each latching strip 11 has a latching protrusion 12 at its top end. Each latching protrusion 12 and the body 1 form a latching groove 13. Each latching groove 13 corresponds to the slot A2 so that the body 1 is installed on the outside of the door frame A. In Embodiment (1), each latching protrusion 12 extends obliquely from the top of each latching bar 11 toward the inner and outer sides of the body 1, and each latching groove 13 is formed on the side of each latching bar 11 facing the outer side of the body 1.

For stable installation, there can be two locking strips 11, and each locking protrusion 12 is arranged facing opposite directions, so that each locking groove 13 faces opposite directions, making it difficult for the embodiment (1) of this invention to move or fall off. In embodiment (1), there are four locking strips 11, and each locking protrusion 12 is arranged in pairs facing opposite directions, so that each locking groove 13 faces opposite directions in pairs. One pair of locking grooves 13 corresponds to one type of aluminum extrusion door frame A, and the other pair of locking grooves 13 corresponds to another type of aluminum extrusion door frame A, leaving flexibility to accommodate different types of door frames A. In Embodiment (1), a pair of locking grooves 13 located on the inner side of the door frame A engages with the locking part A1 of the locking groove A2 of the door frame A. The locking part A1 protrudes from the inner side of the groove wall of the locking groove A2. The other pair of locking grooves 13 located on the outer side can correspond to another type of door frame A.

As shown in Figures 2 and 3, the outer side of the door frame A is provided with a plurality of slots A2 and latching parts A1. In Embodiment (I), there is a slot A2 at each of the left and right ends of the outer side of the door frame A. Each slot A2 has at least one latching part A1 corresponding to one of the latching grooves 13. The top of each latching part A1 extends toward the inside of the door frame A. In Embodiment (I) of this invention, each latching groove 13 can be designed at the position corresponding to the inward extension of the top of each latching part A1, so that Embodiment (I) can be latched onto the door frame A, which is convenient and quick. Embodiment (I) of this invention can be installed by sliding into the cross section of the door frame A or by directly embedding it. When directly embedding, each latching part A1 can slide along the inclined direction of each latching protrusion 12 and then latch into each latching groove 13. A closed space A3 is formed between the door frame A and the embodiment (a) of this creation.

Example (1) of this invention can also be made using aluminum extrusion, so that the extension direction of each latching bar 11 is the same as the extension direction of the main body 1, and the latching groove 13 also extends along the extension direction of the main body 1.

Example (1) of this invention can be quickly assembled onto door frame A as shown in Figure 4, making the outward side of door frame A flat and aesthetically pleasing, saving construction time and costs, and allowing sound insulation material B to be inserted to reduce the volume when the door is opened and closed, achieving multiple benefits at once; the two ends of this invention at the top do not need to be equipped with locking strips 11 to avoid interfering with door frame A, and can completely cover the top surface of door frame A. Please note that for ease of illustration, the door panel is not shown in Figure 4. As can be seen in Figure 5, sound insulation material B (such as sound-absorbing cotton) can be placed in the enclosed space A3 to enhance the sound insulation effect.

In Figures 6 to 8, in Embodiment (II) of this invention, there is a main body 1, which is a plate; and a plurality of latching strips 11, which are respectively protruding on opposite sides of the main body 1. Each latching strip 11 has a latching protrusion 12 at its top end. Each latching protrusion 12 and the main body 1 respectively form a latching groove 13. Each latching groove 13 corresponds to a slot A2, so that the main body 1 is engaged between the slots A2 of the two door frames A. Since Embodiment (II) has latching strips 11 on both opposite sides, when two doors are to be installed side by side, two adjacent door frames A can be connected together as in Figure 7 using Embodiment (II). Alternatively, as in Figure 8, sound insulation material B can be placed in the enclosed space A3 formed between Embodiment (II) and each door frame A to enhance the sound insulation effect. Multiple door frames A can also be joined using plural embodiment (ii).

However, the above description is merely a preferred embodiment of this creation and should not be used to limit the scope of this creation. Any changes and modifications that can be clearly made by those skilled in this art should be regarded as not deviating from the substantive content of this creation.

1: Body 11: Locking strip 12: Locking protrusion 13: Locking groove A: Door frame A1: Locking part A2: Locking slot A3: Enclosed space B: Sound insulation material 

Figure 1 is a perspective view of Embodiment (I) of this invention. Figure 2 is a schematic diagram (I) of the use of Embodiment (I) of this invention. Figure 3 is another angle of Figure 2. Figure 4 is a schematic diagram (II) of the use of Embodiment (I) of this invention. Figure 5 is a schematic diagram (III) of the use of Embodiment (I) of this invention. Figure 6 is a perspective view of Embodiment (II) of this invention. Figure 7 is a schematic diagram (I) of the use of Embodiment (II) of this invention. Figure 8 is a schematic diagram (II) of the use of Embodiment (II) of this invention.

1: The Body

11: Card Switch Bar

12: Locking protrusion

13: Locking groove

Claims (6)

A quick-assembly soundproof cover is installed in a slot on the outside of a door frame. The quick-assembly soundproof cover includes: a body, which is a sheet material; and a plurality of latching strips protruding from one side of the body. Each latching strip has a latching protrusion at its top end, and each latching protrusion forms a latching groove between itself and the body. Each latching groove corresponds to the slot so that the body is installed on the outside of the door frame. As described in claim 1, a quick-assembly soundproof cover is provided, wherein the extension direction of each of the latch strips is the same as the extension direction of the body. As described in claim 1, the quick-assembly soundproof cover has two locking strips, and each locking protrusion is arranged facing opposite directions, such that each locking groove faces opposite directions. The quick-assembly soundproof cover as described in claim 1, wherein the number of each of the latch strips is four, and each of the latch protrusions is arranged in pairs facing opposite directions, such that each of the latch grooves faces opposite directions in pairs. As described in claim 1, the door frame has a quick-assembly soundproof cover, wherein there is a slot on each of the left and right ends of the outer side of the door frame, and each slot has at least one latching part corresponding to one of the latching recesses. As described in claim 1, the quick-assembly soundproof cover has each of the latch strips protruding from opposite sides of the body, so that the body is joined between the latches of the two door frames.