BE1030808A1 - An easy-to-adjust art display device for display angle - Google Patents

Abstract

The present invention discloses an art display device that is easy to adjust for the display angle. The main technical points of this device include: a base whose top is attached to two vertical panels, between which a support panel is connected. The top of this support panel is equipped with an exhibition panel. Staff can store the works to be displayed in the glass plate through the storage opening, and then put the glass plate back in place. Spectators can observe and appreciate the works through the glass plate. The glass plate can protect the works from dust. During the exhibition, staff can rotate the exhibition board through the rotating part, allowing the exhibition board to face different directions, providing different viewing angles for spectators. This allows a dynamic and multi-angle exhibition of the works.

Description

An easy-to-adjust art display device for display angle

Technical area

The present invention relates to the technological field of exhibition devices, and in particular to an art exhibition device that is easy to adjust for the presentation angle.

Background technology

Artistic design is an independent artistic discipline. The term "artistic design" is a professional term that includes environmental design, graphic design, visual communication, product design, etc. Its search content and target audience differ from traditional art categories. Additionally, art design is an extremely interdisciplinary discipline involving social, cultural, economic, market, technological, etc. factors. Its aesthetic criteria also change with these many factors. The exhibition board is the most commonly used exhibition device in art design exhibitions, but the existing boards provide few display angles and the exhibition effect is poor.

Content of the invention

Faced with the inadequacies of the existing technique, the present invention provides an art exhibition device that is easy to adjust for the presentation angle, solving the problem of existing exhibition panels offering few angles and a low effect. poor exposure.

The aforementioned technical objective of the present invention is achieved through the following technical diagram:

An easily adjustable art display device for display angle, comprising a base, the top of which is attached to two vertical panels, between which a support panel is connected. The top of this support panel is equipped with an exposure panel. One side of this exhibition panel is provided with a groove in which a glass plate is pivotally connected by hinges. The top of the glass plate has a storage opening. The top of the support panel is equipped with a rotating part to rotate the exposure panel, and the exposure panel is equipped with fixed parts to maintain the position of the glass plate.

With the glass plate, when in use, staff can store the works to be displayed in the glass plate through the storage opening, and then put the glass plate back in place. Spectators can observe and appreciate the works through the glass plate. The glass plate can protect the works from dust. During the exhibition, staff can rotate the exhibition board through the rotating part, allowing the exhibition board to face different directions, providing different viewing angles for spectators.

This allows a dynamic and multi-angle exhibition of the works. During the dynamic exhibition of the works by the rotating part, the fixed part provided can maintain the position of the glass plate, thus preventing it from detaching from the — groove during rotation.

Preferably, the rotating part includes a first support placed at the bottom of the exhibition panel, the bottom of which is attached to a rotating axis. This axis is rotatably connected to the support panel and is surrounded externally by two limiting bars, each located respectively at the top and bottom of the support panel.

A drive motor is connected to the support panel, and its drive shaft is provided with first gears which mesh with each other with those of the rotating axis.

With the drive motor, the intended axis can support the position of the first bracket and the exhibition board. When it is necessary to rotate the exhibition board, staff can start the drive motor, the rotating drive shaft of which can drive the axis to rotate through the first gears, thereby enabling the board exposure and the glass plate to rotate.

Preferably, the rotating part also includes a ring attached to the top of the support panel, in which several wheels are placed. The bottom of the first support is attached to a rotating support rod connected to the wheels.

With the support rod, it and the wheels can also support part of the weight of the exhibition board. When rotating the exhibition panel, the provided wheels can reduce the resistance generated by the rotation of the panel, thereby reducing wear and energy consumption.

Preferably, the fixed part comprises a connection groove located at the top of the groove, above which a slot is made. A link slides into this slot, the bottom of which is attached to a contact block. Between this contact block and the connection groove is placed a first spring.

With the installation of the contact block, when the staff turns the glass plate in the groove, the upper part of the glass plate can compress the position of the contact block, causing it to rise and thereby compressing the first spring to generate potential energy. After the glass plate is rotated to the appropriate position, the bottom of the contact block can touch the glass plate, thereby using the potential energy of the first spring to press and fix the position of the glass plate.

Preferably, the top of the first support is fixed to a frame. Both sides of the display panel are attached to connecting pins that fit into the frame. One side of the frame is attached to a fixing ring, the outer wall of which is pierced with a connection opening. Several fixing holes are made on the exterior wall of the connection axis. A positioning post slides into the connection opening and is connected to the fixing ring by a second spring.

With the frame, when in use, the exhibition board can be rotated around the connection axis, providing more viewing angles for the audience. After rotating the angle of the exhibition board, the positioning pole can be inserted into the fixing hole, and the second spring can fix the position of the positioning pole, thereby fixing the angle of the exhibition board.

Preferably, the top of the exhibition panel is equipped with a second support, the base of which is attached to a connecting rod attached to the first support. The top of the second support is equipped with a tray, the base of which is attached to a fixed rod sliding with the second support. The top of the exposure panel has a limiting groove suitable for the fixed rod. A third spring connects the second support to the plate.

With the fixed rod, when the exhibition board is at its initial angle, the fixed rod can be inserted into the limiting groove, thereby improving the stability of the exhibition board when it rotates from that initial angle.

Preferably, a box is connected between the two vertical panels, located above the exposure panel. The housing contains two rotatably connected pull pins, one end of which passes through the housing and extends across one side of the vertical panel. Lateral openings are made on each side of the case. A sunshade fabric wrapped around the traction axles is connected to hooks at the bottom.

A positioning pin is installed at the top of the base, located below the exhibition panel. One end of the two traction pins is attached to second gears which mesh with each other, one of the second gears being connected to a lever.

With the case, the sunshade cloth can be stored. Outdoors under intense sunlight, staff can pull the hooks so that the sunshade cloth covers the exhibition panel, and fix the hooks on the positioning axis, thereby protecting the works from the sun. Additionally, with the second gears and lever, it is easy for staff to store the sunshade cloth in the case.

Preferably, the upper part of the base is attached to a connection block, in which a slider is slidably connected. The slider is connected to the positioning pin, and a fourth spring connects the slider to the connection block.

With the fourth spring, when the staff pulls the sunshade cloth, its length is fixed. At this time, the positioning pin can be lifted, thereby stretching the fourth spring to generate potential energy. The hook can be hooked onto the positioning pin, which is returned to position by the potential energy of the fourth spring, thereby pulling on the sunshade cloth and fixing its position.

In summary, the present invention mainly presents the following advantages:

Through the installation of the glass plate, when in use, staff can store the works to be displayed in the glass plate through the storage opening, and then put the glass plate back in place. Spectators can observe and appreciate the works through the glass plate. The glass plate can protect the works from dust. During the exhibition, staff can rotate the — exhibition board through the rotating part, allowing the exhibition board to face different directions, providing different viewing angles for spectators. This allows a dynamic and multi-angle exhibition of the works. When dynamically exposing the works by the rotating part, the provided fixed part can maintain the position of the glass plate, preventing it from detaching from the groove when rotating.

Description of figures

Fig.1 is a schematic view of the general structure of an art display device that is easy to adjust for the presentation angle according to PE2026/5007 the invention;

Fig.2 is a schematic view of the structure of the exhibition panel of an art exhibition device easy to adjust for the presentation angle according to the invention;

Fig.3 is a schematic view of the structure of the rotating part of an art exhibition device easy to adjust for the presentation angle according to the invention;

Fig.4 is a schematic view of the frame structure of an art display device easy to adjust for the presentation angle according to the invention;

Fig.5 is a schematic view of the structure of the second support of an art exhibition device that is easy to adjust for the presentation angle according to the invention;

Fig.6 is an enlarged schematic view of part A of Fig.5;

Fig.7 is a schematic view of the structure of the housing of an art display device easy to adjust for the presentation angle according to the invention;

Fig.8 is a schematic view of the structure of the connection block of an art display device easy to adjust for the presentation angle according to the invention.

Legend of the figures: 100, base; 101, vertical panel; 102, support panel; 103, exhibition panel; 104, groove; 105, glass plate; 106, storage opening; 200, first support; 201, rotating axis; 202, limitation bar; 203, drive motor; 204, first gear; 205, ring; 206, wheel; 207, support rod; 300, connection groove; 301, slot; 302, stem; 303, contact block; 304, first spring; 305, frame; 306, connection axis; 307,

fixing ring; 308, connection opening; 309, fixing hole; 310, PE2024/5001 positioning post; 311, second spring; 312, second support; 313, connecting rod; 314, plateau; 315, fixed rod; 316, limiting groove; 317, third spring; 400, case; 401, traction axis; 402, side opening; 403, sunshade fabric; 404, hook; 405, positioning axis; 406, second gear; 407, lever; 408, connection block; 409, slider; 410, fourth spring.

Implementation arrangements

The following description, with reference to the figures of the exemplary embodiments of the present invention, clearly and completely explains the technical plan of the exemplary embodiments of this invention. It is obvious that the examples described represent only part of the examples of execution of the invention and not their entirety. Based on the working examples of this invention, all other working examples that ordinary people in this technical field can obtain without doing creative work fall within the protection scope of this invention.

Example 1

With reference to Figs. 1 to 8, an art display device easy to adjust for the presentation angle comprises a base 100. The top of this base 100 is attached to two vertical panels 101, between which is connected a panel of support 102. The top of this support panel 102 is equipped with an exhibition panel 103. One side of this exhibition panel 103 has a groove 104, in which a glass plate 105 is pivotally connected by hinges. The top of the glass plate 105 has a storage opening 106. The top of the support panel 102 is equipped with a rotating part for rotating the exposure panel 103, and the exposure panel 103 is equipped with parts fixed to maintain the position of the glass plate 105; PE2026/5007

With the glass plate 105, when in use, staff can store the works to be displayed in the glass plate 105 through the storage opening 106, and then put the glass plate 105 back in place. Viewers can observe and appreciate the works through the 105 glass plate. The 105 glass plate can protect the works from dust. During the exhibition, staff can rotate the exhibition board 103 through the rotating part, allowing the exhibition board 103 to face different directions, thereby providing different viewing angles for spectators. This allows a dynamic and multi-angle exhibition of the works. During the dynamic exposure of the works by the rotating part, the fixed part provided can maintain the position of the glass plate 105, thus preventing it from detaching from the groove 104 during rotation.

In another embodiment of this invention, the rotating part comprises a first support 200 placed at the bottom of the exhibition panel 103. The bottom of the first support 200 is fixed to a rotary axis 201. This axis 201 is rotatably connected to the display panel. support 102. The outer wall of the axis 201 is surrounded by two limiting bars 202, each located respectively at the top and bottom of the support panel 102. A drive motor 203 is connected to the support panel 102, and its drive shaft is provided with first gears 204 which mesh with those of the rotary axis 201;

With the driving motor 203, the provided axis 201 can support the position of the first bracket 200 and the exposure board 103. When it is necessary to rotate the exposure board 103, personnel can start the motor drive shaft 203, the rotating drive shaft of which can drive the rotation of the axis 201 thanks to the first gears 204, thus allowing the exhibition panel 103 and the glass plate 105 to rotate.

In another embodiment of this invention, the rotating part also includes a ring 205 attached to the top of the support panel 102, in which are placed several wheels 206. The bottom of the first support 200 is attached to a PE2026/5007 support rod 207 in rotation connected to the wheels 206;

Together with the support rod 207, it and the wheels 206 can also support part of the weight of the exhibition panel 103. When rotating the exhibition panel 103, the wheels 206 provided can reduce the resistance generated by the rotation of the panel, which reduces wear and energy consumption.

Example 2

The fixed part comprises a connection groove 300 open at the top of the groove 104. The top of this connection groove 300 is provided with a slot 301, in which a rod 302 slides. The bottom of this rod 302 is fixed to a contact block 303. Between this contact block 303 and the connection groove 300 is placed a first spring 304;

With the contact block 303, when personnel rotate the glass plate 105 in the groove 104, the upper part of the glass plate 105 can compress the position of the contact block 303, causing it to rise and thereby compressing the first spring 304 to generate potential energy. Once the glass plate 105 is rotated to the appropriate position, the bottom of the contact block 303 can contact the glass plate 105, thereby allowing the potential energy of the first spring 304 to be used to press and fix the position of the glass plate 105. glass 105.

In another embodiment of this invention, the top of the first support 200 is attached to a frame 305. Both sides of the exhibition panel 103 are attached to connection pins 306 which fit into the frame 305. One side of the frame 305 is fixed to a fixing ring 307, the outer wall of which is pierced with a connection opening 308. Several fixing holes 309 are made on the outer wall of the connection axis 306. A positioning post 310 slides in the connection opening 308 and is connected to the fixing ring 307 by a second spring 311; PE2024/5001

With the frame 305, when in use, the exhibition panel 103 can be rotated around the connection axis 306, thereby providing more viewing angles for the audience.

After rotating the angle of the exhibition board 103, the positioning post 310 can be inserted into the fixing hole 309, and the second spring 311 can fix the position of the positioning post 310, thereby fixing the angle of the exhibition panel 103.

In another embodiment of this invention, the top of the exhibition panel 103 is equipped with a second support 312. The bottom of the second support 312 is attached to a connecting rod 313 attached to the first support 200. The top of the second support 312 is equipped with a plate 314, the base of which is fixed to a fixed rod 315 sliding with the second support 312. The top of the exposure panel 103 has a limiting groove 316 adapted to the fixed rod 315. A third spring 317 connects the second support 312 to the plate 314;

With the fixed rod 315, when the exposure panel 103 is at its initial angle, the fixed rod 315 can be inserted into the limiting groove 316, thereby improving the stability of the exposure panel 103 when rotating from this initial angle.

In another embodiment of this invention, a housing 400 is connected between the two vertical panels 101, located above the exhibition panel 103. The housing 400 contains two traction axes 401 connected in rotation, one end of which passes through the housing 400 and extends on one side of the vertical panel 101. Side openings 402 are made on each side of the housing 400. A sunshade fabric 403 wrapped around the traction axes 401 is connected at the bottom to hooks 404. An axis positioning pin 405 is installed at the top of the base 100, located under the exhibition panel 103. One end of the two traction pins 401 is attached to second gears 406 which mesh with each other, one of the second gears 406 being connected to a lever 407;

With the case 400, the sunshade cloth 403 can be stored. Outdoors under intense sunlight, personnel can pull the hooks 404 so that the PE2026/5007 sunshade fabric 403 covers the exposure panel 103, and fix the hooks 404 on the positioning axis 405, thus protecting the works of the sun. In addition, with the second gears 406 and the lever 407, it is easy for personnel to store the sunshade cloth 403 in the case 400.

In another embodiment of this invention, the upper portion of the base 100 is attached to a connector block 408, into which a slider 409 is slidably connected. The slider 409 is connected to the positioning axis 405, and a fourth spring 410 connects the slider 409 to the connection block 408;

With the fourth spring 410, when the staff pulls the sunshade cloth 403, its length is fixed. At this time, the positioning pin 405 can be lifted, thereby stretching the fourth spring 410 to generate potential energy.

The hook 404 can be hooked onto the positioning pin 405, which is returned to position by the potential energy of the fourth spring 410, thereby pulling on the sunshade fabric 403 and fixing its position.

Working principle: With the installation of the glass plate 105, when in use, staff can store the works to be displayed in the glass plate 105 through the storage opening 106, and then put the glass plate back 105 in place. Viewers can observe and appreciate the works through the 105 glass plate. The 105 glass plate can protect the works from dust. During the exhibition, staff can rotate the exhibition board 103 through the rotating part, allowing the exhibition board 103 to face different directions, thereby providing different viewing angles for spectators. This allows a dynamic and multi-angle exhibition of the works. During the dynamic exposure of the works by the rotating part, the fixed part provided can maintain the position of the glass plate 105, thus preventing it from detaching from the groove 104 during rotation.

Although the exemplary embodiments of this invention have been presented and described, it is understandable to ordinary persons in this technical field that various changes, modifications, substitutions and variations can be made to these examples without departing from the principles and of the spirit of this invention.

The scope of this invention is limited by the appended claims and their equivalents.

Claims (8)

Claims DE 20265007 1. An art display device easily adjustable for the angle of presentation, characterized in that it comprises a base (100), the top of said base (100) being fixed to two vertical panels (101), between which a support panel (102) is connected. The top of this support panel (102) is equipped with an exposure panel (103). One side of this exhibition panel (103) has a groove (104), in which a glass plate (105) is pivotally connected by hinges. The top of the glass plate (105) has a storage opening (106). The top of the support panel (102) is equipped with a rotating part for rotating the exposure panel (103), and the exposure panel (103) is equipped with fixed parts for maintaining the position of the exposure plate. glass (105). 2. The art exhibition device according to claim 1, characterized in that the rotating part comprises a first support (200) placed at the bottom of the exhibition panel (103), the bottom of which is fixed to a rotating axis (201). This axis (201) is rotatably connected to the support panel (102), and the outer wall of the axis (201) is surrounded by two limiting bars (202), each located respectively at the top and bottom of the support panel. support (102). A drive motor (203) is connected to the support panel (102), and its drive shaft is provided with first gears (204) which mesh with each other with those of the rotating axis (201). 3. The art exhibition device according to claim 2, characterized in that the rotating part also comprises a ring (205) fixed to the top of the support panel (102), in which several wheels ( 206). The bottom of the first support (200) is attached to a rotating support rod (207) connected to the wheels (206). 4. The art exhibition device according to claim 1, characterized in that the fixed part comprises a connection groove (300) open at the top of the groove (104), the top of which is provided with a slot (301). A rod (302) BE2024/5001 slides in this slot (301), the bottom of which is fixed to a contact block (303). Between this contact block (303) and the connection groove (300) is placed a first spring (304). 5. The artwork exhibition device according to claim 3, characterized in that the top of the first support (200) is fixed to a frame (305). Both sides of the exhibition panel (103) are attached to connection pins (306) which fit into the frame (305). One side of the frame (305) is attached to a fixing ring (307), the outer wall of which is provided with a connection opening (308). Several fixing holes (309) are made on the outer wall of the connection shaft (306). A positioning post (310) slides in the connection opening (308) and is connected to the fixing ring (307) by a second spring (311). 6. The artwork exhibition device according to claim 5, characterized in that the top of the exhibition panel (103) is equipped with a second support (312). The bottom of the second bracket (312) is attached to a connecting rod (313) attached to the first bracket (200). The top of the second support (312) is equipped with a plate (314), the base of which is fixed to a fixed rod (315) sliding with the second support (312). The top of the exposure panel (103) has a limiting groove (316) adapted to the fixed rod (315). A third spring (317) connects the second support (312) to the plate (314). 7. The art exhibition device according to claim 1, characterized in that a housing (400) is connected between the two vertical panels (101), located above the exhibition panel (103 ). The housing (400) contains two rotatably connected pull pins (401), one end of which passes through the housing (400) and extends to one side of the vertical panel (101). Lateral openings (402) are provided on each side of the housing (400). A sunshade cloth (403) wrapped around the traction pins (401) is connected at the bottom to hooks (404). A positioning pin (405) is installed at the top of the base (100), located under the BE2024/5001 exhibition panel (103). One end of the two traction pins (401) is attached to second gears (406) which mesh with each other, one of the second gears (406) being connected to a lever (407). 8. The art exhibition device according to claim 7, characterized in that the upper part of the base (100) is fixed to a connection block (408), in which a slide (409) is connected by sliding. The slider (409) is connected to the positioning pin (405), and a fourth spring (410) connects the slider (409) to the connection block (408).