Broadcast television equipment storage device

Abstract

A radio and television equipment storage device comprises an installation frame body, a lower rubber cushion plate, side limiting plates, a lower equipment installation plate, a circular fixing base, guide columns, springs, an upper equipment installation plate, an upper rubber cushion plate, a hanging plate, a trapezoidal limiting strip and guide positioning rods, the installation frame body is provided with installation frame body side plates, and the installation frame body side plates are symmetrically arranged on the two sides of the installation frame body; the lower portion of the circular fixing base is connected with the mounting frame body, elastic force exists between the circular fixing base and the lower equipment mounting plate through the springs, television equipment mounted on the lower equipment mounting plate is buffered during use, the lower rubber cushion plate is bonded to the lower equipment mounting plate, equipment mounted on the lower equipment mounting plate is buffered and protected, and the service life of the television equipment is prolonged. And the bottom of the equipment is prevented from loosening and bumping when the equipment is used in the storage of the broadcast television equipment.

Description

Technical Field

[0001] The utility model relates to the field of broadcasting and television equipment, in particular to a storage device for broadcasting and television equipment. Background Art

[0002] The existing patent (publication number: CN218807902U) proposes a multifunctional electrical equipment storage box, including a storage body, a placement box is installed on the top of the storage body. The utility model is installed with a placement box. When the staff uses the device, the placement box can provide support for the battery, and then through the pull buckle installed on the front of the second door, the second door is rotated clockwise with the rotating rod as the center, and the fixing rod will move out of the inner side of the fixed shell. However, when this device is in use, there is no structural limit protection when storing radio and television equipment on the inner side of the storage body, which needs to be improved. Utility Model Content

[0003] In view of the above-mentioned deficiencies in the prior art, the utility model provides a symmetrical side limit plate to slide and limit the lower equipment mounting plate, so that the lower equipment mounting plate remains horizontal when sliding up and down, and the trapezoidal limit bar is inserted into the trapezoidal limit bar sliding hole, and the trapezoidal limit bar positions the front and back directions of the hanging plate, thereby positioning the front and back directions of the upper equipment mounting plate to protect a radio and television equipment storage device.

[0004] The purpose of this utility model is achieved through the following technical solutions:

[0005] A storage device for radio and television equipment comprises a mounting frame, a lower rubber pad, a side limit plate, a lower equipment mounting plate, a circular fixing seat, a guide column, a spring, an upper equipment mounting plate, an upper rubber pad, a hanging plate, a trapezoidal limit strip, and a guide positioning rod. The mounting frame has a mounting frame side plate, and the mounting frame side plates are symmetrically arranged on both sides of the mounting frame. The lower part of the circular fixing seat is connected to the mounting frame, and two groups of circular fixing seats are distributed on the mounting frame. The circular fixing seat has a circular fixing seat inner groove, the lower part of the guide column has a guide column lower plate, and the upper part of the circular fixing seat inner groove has a circular fixing seat upper hole. The guide column is adapted to the circular fixing seat upper hole, the guide column passes through the circular fixing seat upper hole, the guide column slides in the circular fixing seat upper hole, the guide column lower plate is adapted to the circular fixing seat inner groove, the guide column lower plate is inserted into the circular fixing seat inner groove, the guide column lower plate slides in the circular fixing seat inner groove, the upper part of the guide column is connected to the lower equipment mounting plate, the spring is sleeved on the guide column, the lower part of the spring is against the circular fixing seat, and the upper part of the spring is against the lower equipment mounting plate.

[0006] The upper part of the lower equipment installation plate is connected to the lower rubber pad, the side limit plate is connected to the side plate of the installation frame, the side limit plate has a side limit plate inner slide groove, and the side surface of the lower equipment installation plate is in contact with the side limit plate. Beneficial Effects

[0007] 1. The guide column lower plate of the utility model is inserted into the inner groove of the circular fixing seat, and the guide column lower plate prevents the guide column from sliding out of the upper hole of the circular fixing seat upwards during the storage of radio and television equipment, so that the lower part of the guide column is connected to the circular fixing seat, and the upper part of the guide column passes through the spring to connect the lower equipment mounting plate, so that the upper part of the guide column is connected to the lower equipment mounting plate, and the spring is used to make an elastic force between the circular fixing seat and the lower equipment mounting plate, so that the television equipment installed on the lower equipment mounting plate is buffered during use, and the lower rubber pad is bonded to the lower equipment mounting plate to provide buffering protection for the equipment installed on the lower equipment mounting plate, and prevents the bottom of the equipment from loosening and bumping during use during the storage of radio and television equipment, and the side slider is inserted into the inner groove of the side limit plate, and the symmetrical side limit plates slide and limit the lower equipment mounting plate, so that the lower equipment mounting plate remains horizontal when sliding up and down, and prevents tilting and shaking during the storage of radio and television equipment, and the upper part of the television equipment is mounted on the upper equipment mounting plate, and the upper rubber pad protects the upper part of the television equipment, and prevents the upper part of the equipment from being bumped when the connection between the upper part of the equipment and the upper equipment mounting plate is loose during the storage of radio and television equipment.

[0008] 2. The trapezoidal limit bar of the utility model is inserted into the trapezoidal limit bar sliding hole, the trapezoidal limit bar positions the front-to-back direction of the hanging plate, and then positions the front-to-back direction of the upper equipment mounting plate, preventing the equipment from shaking back and forth during the storage of radio and television equipment. The limit baffle limits the upward sliding distance of the hanging plate, preventing the equipment from floating too much during use during the storage of radio and television equipment. The guide positioning rod passes through the No. 2 spring and the guide positioning rod hole to connect the hanging plate, so that the No. 2 spring applies a downward thrust to the hanging plate, preventing the equipment from sliding too much during the storage of radio and television equipment. The lower equipment mounting plate and the upper equipment mounting plate in the device are arranged to be able to slide up and down a short distance, which has a good effect when the television equipment is in use. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 This is the first axonometric diagram of a storage device for broadcasting and television equipment described in the utility model.

[0010] Figure 2 This is the second axonometric diagram of a storage device for broadcasting and television equipment described in the utility model.

[0011] Figure 3 This is a front sectional view of a storage device for broadcasting and television equipment described in the utility model.

[0012] Figure 4 The utility model is a top view of a storage device for broadcasting and television equipment.

[0013] Figure 5 It is a side sectional view of a storage device for broadcasting and television equipment described in the utility model.

[0014] Figure 6This is a cross-sectional view of the circular fixing seat and guide column described in the utility model.

[0015] Figure 7 It is a top view of the lower equipment mounting plate and the side limiting plate described in the utility model. DETAILED DESCRIPTION

[0016] The utility model is further described in detail below according to the accompanying drawings and embodiments: Example

[0017] A storage device for broadcasting and television equipment, comprising a mounting frame 01, a lower rubber pad 03, a side limit plate 04, a lower equipment mounting plate 06, a circular fixing seat 07, a guide column 08, a spring 09, an upper equipment mounting plate 10, an upper rubber pad 11, a hanging plate 12, a trapezoidal limit strip 13, and a guide positioning rod 17. The mounting frame 01 has a mounting frame side plate 02, and the mounting frame side plates 02 are symmetrically arranged on both sides of the mounting frame 01. The lower part of the circular fixing seat 07 is connected to the mounting frame 01, and two groups of circular fixing seats 07 are distributed on the mounting frame 01. The circular fixing seat 07 has a circular fixing seat inner groove 21, and the lower part of the guide column 08 has a guide column lower plate 20, and the upper part of the circular fixing seat inner groove 21 has a circular fixing seat upper hole 22, and the guide column 08 is adapted to the circular fixing seat upper hole 22, and the guide column 08 passes through the circular fixing seat upper hole 22, and the guide column 08 slides in the circular fixing seat upper hole 22 The guide column lower plate 20 is adapted to the inner groove 21 of the circular fixing seat, and the guide column lower plate 20 is inserted into the inner groove 21 of the circular fixing seat. The guide column lower plate 20 prevents the guide column 08 from sliding upward from the upper hole 22 of the circular fixing seat during the storage of the broadcasting and television equipment, so that the lower part of the guide column 08 is connected to the circular fixing seat 07, and the guide column lower plate 20 slides in the inner groove 21 of the circular fixing seat. The upper part of the guide column 08 is connected to the lower equipment mounting plate 06, and the spring 09 is sleeved on the guide column 08. The lower part of the spring 09 is against the circular fixing seat 07, and the upper part of the spring 09 is against the lower equipment mounting plate 06. The upper part of the guide column 08 passes through the spring 09 and is connected to the lower equipment mounting plate 06, so that the upper part of the guide column 08 is connected to the lower equipment mounting plate 06, and an elastic force is created between the circular fixing seat 07 and the lower equipment mounting plate 06 through the spring 09. When in use, the television equipment installed on the lower equipment mounting plate 06 is buffered and protected. Example

[0018] The upper part of the lower equipment mounting plate 06 described in the utility model is connected to the lower rubber pad 03, and the lower rubber pad 03 is bonded to the lower equipment mounting plate 06 to buffer the equipment mounted on the lower equipment mounting plate 06, and prevent the bottom of the equipment from loosening and bumping when the equipment is in use during the storage of radio and television equipment. The side limit plate 04 is connected to the side plate 02 of the mounting frame, and the side limit plate 04 has a side limit plate inner slide groove 05. The side surface of the lower equipment mounting plate 06 is fitted with the side limit plate 04, and the side surface of the lower equipment mounting plate 06 is provided with a side slider 23. Two groups of side sliders 23 are symmetrically arranged on both sides of the lower equipment mounting plate 06, and the side sliders 23 are adapted to the side limit plate inner slide groove 05. The side sliders 23 are inserted into the side limit plate inner slide groove 05. The symmetrical side limit plates 04 slide and limit the lower equipment mounting plate 06, so that the lower equipment mounting plate 06 remains horizontal when sliding up and down, and prevents tilting and shaking during the storage of radio and television equipment. The side slider 23 slides in the side limit plate inner slide groove 05. Example

[0019] The utility model describes that the upper part of the mounting frame side plate 02 is provided with a limiting baffle 14, the lower part of the upper equipment mounting plate 10 is connected to the upper rubber pad 11, the upper part of the TV equipment is mounted on the upper equipment mounting plate 10, the upper rubber pad 11 protects the upper part of the TV equipment, and prevents the upper part of the equipment from being bumped when the connection between the upper part of the equipment and the upper equipment mounting plate 10 is loose during the storage of the broadcasting and television equipment. The lower part of the hanging plate 12 is connected to the upper equipment mounting plate 10, and two groups of hanging plates 12 are distributed on both sides of the upper equipment mounting plate 10. The hanging plate 12 has a hanging plate side plate 15, and the trapezoidal limiting strip 13 is connected to the mounting frame side plate 02 on the side, and the trapezoidal limiting strip 13 is connected to the limiting baffle 14 on the upper part. Example

[0020] The utility model described in the hanging plate side plate 15 has a trapezoidal limit bar sliding hole 24, the trapezoidal limit bar 13 is adapted to the trapezoidal limit bar sliding hole 24, the trapezoidal limit bar 13 is inserted into the trapezoidal limit bar sliding hole 24, the trapezoidal limit bar 13 positions the front and rear directions of the hanging plate 12, and then positions the front and rear directions of the upper equipment mounting plate 10, and prevents the equipment from shaking back and forth during the storage of radio and television equipment. The trapezoidal limit bar 13 slides in the trapezoidal limit bar sliding hole 24, the lower part of the guide positioning rod 17 is connected to the limit baffle 14, and the limit baffle 14 limits the upward sliding distance of the hanging plate 12, and prevents the equipment from floating too much during use during the storage of radio and television equipment. The hanging plate 12 has a guide positioning rod hole 16, and the guide positioning rod 17 is adapted to the guide positioning rod hole 16. The guide positioning rod 1 7 passes through the guide positioning rod hole 16, the second spring 18 is sleeved on the guide positioning rod 17, the lower part of the second spring 18 is against the hanging plate 12, the upper part of the guide positioning rod 17 has a guide positioning rod upper plate 19, the upper part of the second spring 18 is against the guide positioning rod upper plate 19, the upper part of the TV equipment is connected to the upper equipment mounting plate 10, and the lower part of the TV equipment is connected to the lower equipment mounting plate 06. The guide positioning rod 17 passes through the second spring 18 and the guide positioning rod hole 16 to connect the hanging plate 12, so that the second spring 18 applies a downward thrust to the hanging plate 12, which prevents the equipment from sliding up too much during the storage of radio and television equipment. The lower equipment mounting plate 06 and the upper equipment mounting plate 10 in the device are set to a structure that can slide up and down a short distance, which has a good effect when the TV equipment is used. Example

[0021] The utility model installation steps are as follows: first, pass the guide column 08 through the hole 22 on the circular fixing seat, insert the lower plate 20 of the guide column into the inner groove 21 of the circular fixing seat, the upper part of the guide column 08 passes through the spring 09 to connect the lower device mounting plate 06, the lower part of the circular fixing seat 07 is connected to the mounting frame 01, the upper part of the lower device mounting plate 06 is connected to the lower rubber pad 03, the side slider 23 is inserted into the inner groove 05 of the side limit plate, the side limit plate 04 is connected to the mounting frame side plate 02, and the trapezoidal limit bar 1 Insert the trapezoidal limit bar into the sliding hole 24, connect the upper part of the trapezoidal limit bar 13 to the limit baffle 14, connect the side of the trapezoidal limit bar 13 to the mounting frame side plate 02, connect the lower part of the hanging plate 12 to the upper equipment mounting plate 10, connect the upper rubber pad 11 to the upper equipment mounting plate 10, pass the guide positioning rod 17 through the guide positioning rod 17 and the guide positioning rod hole 16 to connect the limit baffle 14, and make the upper and lower ends of the No. 2 spring 18 respectively abut against the guide positioning rod upper plate 19 and the hanging plate 12.

[0022] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the technical principle of the present invention, and these improvements and modifications should also be regarded as within the protection scope of the present invention.

Claims

1. A storage device for broadcasting and television equipment, characterized in that : It comprises a mounting frame (01), a lower rubber pad (03), a side limit plate (04), a lower equipment mounting plate (06), a circular fixing seat (07), a guide column (08), a spring (09), an upper equipment mounting plate (10), an upper rubber pad (11), a hanging plate (12), a trapezoidal limit strip (13), and a guide positioning rod (17), wherein the mounting frame (01) has a mounting frame side plate (02), the mounting frame side plates (02) are symmetrically arranged on both sides of the mounting frame (01), the lower part of the circular fixing seat (07) is connected to the mounting frame (01), two groups of circular fixing seats (07) are distributed on the mounting frame (01), the circular fixing seat (07) has a circular fixing seat inner groove (21), the lower part of the guide column (08) has a guide column lower plate (20), the upper part of the circular fixing seat inner groove (21) has a circular fixing seat upper hole (22), the guide column (08) and the circular fixing seat upper hole (2 2), the guide column (08) passes through the hole (22) on the circular fixing seat, the guide column (08) slides in the hole (22) on the circular fixing seat, the guide column lower plate (20) is adapted to the inner groove (21) of the circular fixing seat, the guide column lower plate (20) is inserted into the inner groove (21) of the circular fixing seat, the guide column lower plate (20) slides in the inner groove (21) of the circular fixing seat, the upper part of the guide column (08) is connected to the lower equipment mounting plate (06), the spring (0 9) is sleeved on the guide column (08), the lower part of the spring (09) is against the circular fixing seat (07), the upper part of the spring (09) is against the lower equipment mounting plate (06), the upper part of the lower equipment mounting plate (06) is connected to the lower rubber pad (03), the side limit plate (04) is connected to the mounting frame side plate (02), the side limit plate (04) has a side limit plate inner slide groove (05), and the side surface of the lower equipment mounting plate (06) is in contact with the side limit plate (04).

2. A storage device for broadcasting and television equipment according to claim 1, characterized in that The side of the lower equipment installation plate (06) is provided with a side slider (23), and two groups of side sliders (23) are symmetrically arranged on both sides of the lower equipment installation plate (06). The side slider (23) is adapted to the inner slide groove (05) of the side limit plate. The side slider (23) is inserted into the inner slide groove (05) of the side limit plate. The side slider (23) slides in the inner slide groove (05) of the side limit plate. The upper part of the side plate (02) of the mounting frame is provided with a limit baffle (14). The lower part of the upper equipment installation plate (10) is connected to the upper rubber pad (11). The lower part of the hanging plate (12) is connected to the upper equipment installation plate (10), and the two groups of hanging plates (12) are distributed on both sides of the upper equipment installation plate (10).

3. A storage device for broadcasting and television equipment according to claim 2, characterized in that The hanging plate (12) comprises a hanging plate side plate (15), a side of the trapezoidal limit strip (13) is connected to the mounting frame side plate (02), the upper part of the trapezoidal limit strip (13) is connected to the limit baffle (14), the hanging plate side plate (15) comprises a trapezoidal limit strip sliding hole (24), the trapezoidal limit strip (13) is adapted to the trapezoidal limit strip sliding hole (24), the trapezoidal limit strip (13) is inserted into the trapezoidal limit strip sliding hole (24), the trapezoidal limit strip (13) slides in the trapezoidal limit strip sliding hole (24), and the lower part of the guide positioning rod (17) is connected to the limit baffle (14).

4. A storage device for broadcasting and television equipment according to claim 1, characterized in that The hanging plate (12) has a guide positioning rod hole (16), the guide positioning rod (17) is adapted to the guide positioning rod hole (16), the guide positioning rod (17) passes through the guide positioning rod hole (16), a second spring (18) is sleeved on the guide positioning rod (17), the lower part of the second spring (18) abuts against the hanging plate (12), the upper part of the guide positioning rod (17) has a guide positioning rod upper plate (19), the upper part of the second spring (18) abuts against the guide positioning rod upper plate (19), the upper part of the television device is connected to the upper device mounting plate (10), and the lower part of the television device is connected to the lower device mounting plate (06).

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