TWM660488U - Shock wave isolation rack for audio equipment - Google Patents

Abstract

This invention provides a shock wave isolation frame for acoustic equipment, the main features of which include: a plurality of vertical poles, which are arranged in pairs and spaced apart; a plurality of rope seats, which are arranged in pairs and positioned at equal heights of each vertical pole, each rope seat including a joint positioning part and a rope positioning part, the joint positioning part is assembled and positioned on each vertical pole; a plurality of rope assemblies, which are assembled on the rope fixing part of each rope seat. The positioning portion includes a hanging end and a vertical extension end. The hanging end has an upper stop member to prevent the hanging end from escaping from the rope positioning portion, and the vertical extension end has a lower stop member. A placement layer is assembled on the vertical extension end of each hanging rope assembly. The placement layer has a plurality of fixed positions. Each fixed position has a rope threading hole for the vertical extension end of the hanging rope assembly to pass through, and the lower stop member is used to achieve a limit position and prevent escaping.

Description

Shock wave isolation rack for audio equipment

This invention relates to a shock wave isolation frame, and in particular to an innovative shock wave isolation frame structure for audio equipment.

For many modern people, listening to music is a good way to relax and adjust the body and mind. Some people will purchase various audio equipment to create a good listening environment for themselves. The hardware design of audio equipment has a direct impact on the quality of music. For example, when the speaker vibrates, it will resonate with the speaker cabinet. The vibration of the cabinet will cause the sound quality to deteriorate, and even worse, it may damage the components in the cabinet. In addition, if the volume of the music is too loud, it will also cause the cabinet to vibrate and damage the sound quality. Therefore, when using audio equipment, you can use appropriate shock-absorbing measures to obtain better listening quality.

The commonly known shock-absorbing structure of audio equipment is usually to place a shock-absorbing seat at the bottom of each foot column of the audio stand, so as to absorb the shock waves generated by the audio equipment, thereby achieving the function of improving the sound quality and protecting the internal components of the equipment. In addition, the relevant industry also provides audio placement panels with shock-absorbing sandwich structures.

Although the above-mentioned shock-absorbing structure can indeed absorb and buffer the shock waves generated by the audio equipment in actual application, users still find in actual application that the vibration transmission phenomenon between the audio placement layer and the vertical poles is not actually buffered and absorbed. In other words, the shock waves generated by the audio equipment are not fully buffered and absorbed, which results in the problem and defect that the audio listening quality still cannot reach the perfect state.

The main purpose of this creation is to provide a shock wave isolation frame for audio equipment. The technical problem it aims to solve is how to develop a new type of audio equipment shock wave isolation frame structure that is more ideal and practical, and to make innovative breakthroughs.

Based on the above purpose, the present invention provides a shock wave isolation frame for acoustic equipment, which includes: a plurality of vertical poles, each of which is arranged in pairs with intervals; a plurality of rope seats, each rope seat is arranged in pairs at equal heights of each vertical pole, each rope seat includes a joint positioning part and a rope positioning part, wherein the joint positioning part is used to be assembled and positioned on each vertical pole; a plurality of rope assemblies, which are assembled on each The rope positioning part of the rope seat, each rope assembly includes a hanging end and a vertical extension end, wherein the hanging end has an upper stop member to prevent the hanging end from escaping from the rope positioning part, and the vertical extension end has a lower stop member; a placement layer is assembled on the vertical extension end of each rope assembly, the placement layer has a plurality of fixed positions, each fixed position has a rope threading hole for the vertical extension end of the corresponding rope assembly to pass through, and the lower stop member is used to achieve a limit position and prevent escaping.

Through this innovative structural form and technical features, compared with previous technologies, this creation can make the placement layer of the audio equipment achieve a rope-suspended fixed form, so that the vibration transmission phenomenon between the placement layer and each vertical pole can be effectively buffered, isolated or absorbed, so that the audio listening quality can reach a more perfect state, and it is particularly practical and progressive with better industrial utilization benefits.

Another purpose of this invention is to achieve the advantage and practical progress of effectively absorbing the vibration of the placement layer so that it will not further spread and be transmitted to the rope assembly and the vertical pole column through another technical feature of a shock-absorbing spacer ring pad between the lower stop member provided at the vertical extension end of each rope assembly and the fixed position of the placement layer.

Another purpose of the present invention is to further assemble a lifting and adjusting ring at the corresponding position of the upper stop member provided at the hanging end of each rope assembly, and the lifting and adjusting ring has an enlarged diameter embedding groove for the upper stop member to be embedded, so that the rope positioning part of the rope seat is formed with a screw hole, and the lifting and adjusting ring is equipped with another technical feature of an external thread to form a lifting and adjusting state of the lifting and adjusting ring that can be lifted and adjusted in a forward and reverse spiral manner, thereby achieving the advantages and practical progress of adjusting the vertical extension end and the corresponding height position of the shelf.

Please refer to Figures 1 to 5, which are preferred embodiments of the shock wave isolation frame of the present invention's audio equipment. However, these embodiments are for illustrative purposes only and are not limited to this structure in patent applications.

The shock wave isolation frame includes the following structures: a plurality of vertical poles 10, each of which is arranged in pairs and spaced apart; a plurality of rope seats 20, each of which is arranged in pairs and positioned at equal heights of each of the vertical poles 10, each of which includes a combination positioning portion 21 and a hanging rope positioning portion 22, wherein the combination positioning portion 21 is used to be assembled and positioned on each of the vertical poles 10; a plurality of hanging rope assemblies 30, each of which is assembled on the hanging rope positioning portion 22 of each of the hanging rope seats 20, each of which includes a hanging rope assembly 30. The suspending end 31 includes a hanging end 31 and a vertical extension end 32, wherein the hanging end 31 has an upper stop member 33 to prevent the hanging end 31 from escaping from the rope positioning portion 22, and the vertical extension end 32 has a lower stop member 34; at least one placement layer 40 is assembled on the vertical extension end 32 of each of the suspending rope components 30, and the placement layer 40 has a plurality of fixing parts 41, and each of the fixing parts 41 has a rope threading hole 42 for the corresponding vertical extension end 32 of the suspending rope component 30 to pass through, and the lower stop member 34 is used to achieve the limit position and prevent escaping.

The suspension rope assembly 30 is any one of the following: a steel rope, a spring, a nylon rope or a plastic rope.

As shown in FIG. 2 to FIG. 4 , in this example, the hanging end 31 and the vertical extension end 32 of each of the suspension rope assemblies 30 are further tightened by a tightening kit 35 to prevent them from loosening and spreading.

As shown in FIGS. 2 to 4 , in this example, a shock-absorbing spacer ring pad 50 (which may be a rubber gasket) is further provided between the lower stop member 34 provided at the vertically extending end 32 of each of the rope assemblies 30 and the fixed portion 41 of the placement layer 40; because the connecting member between the placement layer 40 and the rope assembly 30 is actually the lower stop member 34, the shock-absorbing spacer ring pad 50 can effectively absorb the vibration of the placement layer 40 so that it will not be further diffused and transmitted to the rope assembly 30 and the vertical pole 10.

As shown in FIGS. 2 to 4 , in this example, a lifting and adjusting ring 60 is further provided at a position corresponding to the upper stop member 33 provided at the hanging end 31 of each of the rope assemblies 30. The lifting and adjusting ring 60 has an enlarged diameter embedding groove 61 for the upper stop member 33 to be embedded therein, so that the rope positioning portion 22 of the rope seat 20 forms a screw hole 43, and the lifting and adjusting ring 60 is provided with an external thread 62, so that the lifting and adjusting ring 60 is in a state of being able to be lifted and adjusted in a forward and reverse spiral manner to adjust the height position of the vertical extension end 32 and the corresponding placement shelf 40 (please refer to the state change difference between FIGS. 4 and 5 ). Of course, if the suspension rope assembly 30 is implemented as a spring, the aforementioned lifting and adjusting action can also achieve the purpose of adjusting the spring tension at the same time.

Through the above-mentioned structural assembly form and technical features, the shock wave isolation frame of the acoustic equipment disclosed in this invention is actually applied as shown in Figures 1 to 5, mainly to make the placement layer 40 of the acoustic equipment achieve a fixed form of rope suspension, so that the shock wave transmission phenomenon existing between the placement layer 40 and each vertical pole 10 can be effectively buffered and absorbed; that is, the shock wave generated by the operation of the acoustic equipment on the placement layer 40, the shock wave wants to diffuse toward each vertical pole 10 During the transmission process, the placement plate 40 and each vertical pole 10 are connected by a suspension rope assembly 30, and the suspension rope assembly 30 has a good buffering, isolating or absorbing effect on the shock wave energy. If the placement plate 40 is rectangular, its four corners are suspended on each vertical pole 10 through the suspension rope assembly 30. In this way, the vibration wave of the placement plate 40 can be fully buffered and absorbed, so that the sound listening quality can reach a more perfect state.

10: Vertical pole 20: Rope seat 21: Assembly positioning part 22: Rope positioning part 30: Rope assembly 31: Hanging end 32: Vertical extension end 33: Upper stop member 34: Lower stop member 35: Tightening kit 40: Placement plate 41: Fixing part 42: Rope threading hole 43: Screw hole 50: Shock-absorbing spacer ring pad 60: Lifting adjustment ring 61: Expanded diameter slot 62: External thread

Figure 1 is a side view of a preferred embodiment of the present invention. Figure 2 is a three-dimensional view of the partial component decomposition of the preferred embodiment of the present invention. Figure 3 is a partial component decomposition sectional view of the preferred embodiment of the present invention. Figure 4 is a partial component assembly sectional view of the preferred embodiment of the present invention. Figure 5 is a schematic diagram of the lifting and adjusting action of the placement layer of the preferred embodiment of the present invention.

10: Vertical pole

20: Rope seat

21: Assembly and positioning unit

22: Rope positioning part

30: Rope assembly

31: Hanging end

32: Vertical extension end

33: Upper stop member

34: Lower stop member

35:Tightening kit

40: Place the shelves

41: Fixed part

42: Rope threading hole

43: screw hole

50: shock absorber spacer ring pad

60: Lifting adjustment ring

61: Expanded diameter groove

62: External thread

Claims (5)

A shock wave isolation frame for an acoustic device, the shock wave isolation frame comprising: A plurality of vertical poles, each of which is arranged in pairs and spaced apart; A plurality of rope seats, each of which is assembled and positioned at an equal height position of each vertical pole, each of which comprises a joint positioning portion and a rope positioning portion, wherein the joint positioning portion is used to be assembled and positioned on each vertical pole; A plurality of rope assemblies are assembled on the rope positioning part of each rope seat, each rope assembly includes a hanging end and a vertical extension end, wherein the hanging end has an upper stop member to prevent the hanging end from escaping from the rope positioning part, and the vertical extension end has a lower stop member; and At least one placement layer is assembled on the vertical extension end of each rope assembly, the placement layer has a plurality of fixed parts, each of the fixed parts has a rope threading hole for the corresponding vertical extension end of the rope assembly to pass through, and the lower stop member is used to achieve the limit position and anti-escaping. A shock wave isolation frame for an acoustic device as described in claim 1, wherein the suspension rope assembly is any one of the following: a steel cable, a spring, a nylon rope or a plastic rope. In the shock wave isolation frame of the acoustic equipment as described in claim 1, the hanging end and the vertical extension end of each of the suspension rope assemblies are further tightened by a tightening kit to prevent them from loosening and spreading. As described in claim 1, the shock wave isolation frame of the audio equipment has a shock-absorbing spacer ring pad arranged between the lower stop member provided at the vertically extending end of each suspension rope assembly and the fixed position of the placement layer. As described in claim 1, the shock wave isolation frame of the acoustic equipment, wherein a lifting adjustment ring is further provided at the corresponding position of the upper stop member provided at the hanging end of each rope assembly, and the lifting adjustment ring has an enlarged diameter embedding groove for the upper stop member of the hanging end of the rope assembly to be embedded therein, so that the rope positioning portion of the rope seat is formed with a screw hole, and the lifting adjustment ring is provided with an external thread, so that the lifting adjustment ring is in a forward and reverse spiral lifting and adjusting state to adjust the height position of the vertical extension end and the corresponding placement shelf.

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