TWM480575U - Structure for elevating type stage - Google Patents

Description

Lifting stage structure

This creation is a stage structure that can adjust a variety of lifting heights, especially for weddings, performances, banquets and other occasions.

Generally, in the wedding banquet, performance activities, banquet activities, in order to formally grand, the stage will be set in front of the venue, and the lights and balloons of different colors will be used as the venue to create a lively and joyful environment. Take the wedding banquet as an example. The new people will be shown on the stage, surrounded by various flowers, so that guests can feel the happiness and elegance.

During the wedding banquet process, some newcomers will arrange interactive games on the stage, giving gifts such as candy, toys or trinkets as a thank-you for the wedding reception, and finally throwing flowers and other activities to make the stage The game process and the filming of the wedding film have become an important backdrop.

However, the height of the general stage is fixed, and the stage height cannot be changed in accordance with the activity mode. The conventional stage is a rectangular shape with a monotonous shape. Although the visual texture of the stage can be enhanced through balloons, lights and floral arrangements, the balloons are arranged in various occasions. After being widely used, it has not been able to present enough uniqueness to attract the attention of the guests and impress them.

In addition, the stage will only be arranged when the event is held. It is a pity that there is no other purpose. Therefore, if you can increase the chances of the stage application in the weekdays, such as wedding shooting scenes, you will be able to give new people a choice and improve the use of the stage.

In view of this, the creator has accumulated many years of research and practical experience in related fields, and has created a structure for lifting the stage, improving the height of the stage that cannot be adjusted, and lacking the wide applicability.

The purpose of this creation is to provide a lifting stage structure, especially suitable for marriage. Banquets, performances, banquets and other occasions. The stage structure can be adjusted according to the activity requirements, for example, a two-level shape with a central high and a low level, or a layered shape, adding different variability.

In order to achieve the above object, the creation lifting stage structure comprises: a central platform, and at least one annular platform surrounded by concentric circles on the periphery of the central platform, the central platform and the top surface of the annular platform are flush with the ground, and can be respectively opposite Moving up on the ground; a cross-link assembly disposed under the central platform, the top of the cross-link assembly is supported on the bottom of the central platform; the plurality of hydraulic rods are disposed on the lower side of the annular platform, and the top of each hydraulic rod Supporting the bottom surface of the annular platform, and the foregoing cross-link assembly pushing up the central platform, the upward movement stroke is greater than the upward movement stroke of the plurality of hydraulic rods pushing up the annular platform; and a hydraulic pump driving the cross-link assembly The unfolding and folding movement of the plurality of hydraulic rods to adjust the lifting movement of the central platform and the annular platform; and a control unit capable of controlling the hydraulic pump to drive the cross-link assembly and the upward movement of the plurality of hydraulic rods Pushing the central platform and the circular platform upward to protrude from the ground, and making the central platform and the top surface of the circular platform flush. Central platform above the annular platform.

With the above configuration, the user can adjust the height of each platform through the control unit, for example, the central platform and the circular platform are adjusted upward to protrude from the ground to form a two-level stage with a central high and a low circumference, or the central platform and the circular platform are adjusted according to the activity requirements. Qiping forms a stage of a class and adds different variability.

The implementation of each component is further described below. In implementation, the cross-link assembly includes two sets of cross-pivoted first struts, second struts, and one pivotally connected between the first strut and the second strut. a hydraulic connecting rod, a top frame supported on a bottom surface of the central platform, and a bottom frame supported at a recessed position on the ground; the top end of the first pole is pivotally connected to the top frame, and the bottom end is opposite to the bottom frame Sliding; the bottom end of the second pole is pivotally connected to the bottom frame, and the top end can be relatively slipped on the top frame; the hydraulic pump driving the hydraulic pressure link can make the bottom end of the first pole and the second pole The top extension frame and the bottom frame slide inward to make the intersection The linkage assembly pushes the center platform to project the annular platform or is flush with the top surface of the annular platform.

When implemented, the central platform and the annular platform are made of translucent tempered glass. The central platform and the annular platform are provided with a plurality of light-emitting units electrically connected to the control unit with respect to the recessed position below the ground. The light source of the light-emitting unit can be displayed in the center. Outside the platform and the ring platform.

In implementation, the lifting stage structure is further provided with a second annular platform which is concentrically surrounded by the periphery of the annular platform, the top surface of the second annular platform is flush with the ground, and a plurality of second hydraulic rods are arranged on the lower side, and each second The top of the hydraulic rod is supported on the bottom surface of the second annular platform, and the bottom of each second hydraulic rod is supported at a recessed position below the ground, and the hydraulic pump drives the second hydraulic rod to adjust the second annular platform relative to the ground. Rise and move.

During operation, the user can select a level platform in which the central platform, the annular platform, and the top surface of the second annular platform are flush, or a two-level stage in which the top surface of the circular platform and the circular platform are flush and higher than the second annular platform, or It is a three-level stage in which the platforms are lowered in the central high, which allows the guests to experience a different wedding scene and increase the impression of the guests on the wedding activities.

In addition, each translucent platform can derive the light emitted by the light-emitting unit, increase the exquisiteness of the stage appearance, and can be used as a wedding scene when the event is not held, thereby improving the use of the stage.

In implementation, the second annular platform is made of a translucent tempered glass, and the light source of the foregoing light emitting unit may appear outside the second annular platform.

In implementation, the control unit is a remote controller, and the user can control the operation of the hydraulic pump to drive the cross-link assembly, the plurality of hydraulic rods, the plurality of second hydraulic rods, and the opening of the light-emitting unit through the remote controller.

Compared with the prior art, this creation can adjust the height according to the needs of the activity, and can also be used as a scene for shooting a wedding dress, improve the use of the stage, and improve the variability and applicability of the stage.

In the following, according to the technical means of the creation, the implementation method suitable for the creation is listed, and the description is as follows:

100‧‧‧ ground

10‧‧‧Central Platform

20‧‧‧ ring platform

30‧‧‧second ring platform

40‧‧‧cross link assembly

41‧‧‧First pole

42‧‧‧Second pole

43‧‧‧Hydraulic connecting rod

44‧‧‧ top frame

45‧‧‧ bottom frame

50‧‧‧Hydraulic rod

60‧‧‧Second hydraulic rod

70‧‧‧Hydraulic pump

80‧‧‧Control unit

90‧‧‧Lighting unit

The first picture: the three-dimensional appearance of the creation.

The second picture: the central platform of the creation, the circular platform, and the top surface of the second annular platform are flush with the ground.

The third picture: each platform of the creation is a three-level stage in which the central high is successively lowered.

The fourth picture: the position of the cross-link assembly, the complex hydraulic rod and the complex second hydraulic rod of the creation.

The fifth picture: This is a three-dimensional appearance of the creation of the two-stage stage.

Figure 6: This is a three-dimensional appearance of the creation of a stage.

As shown in the first figure and the second figure, the creation of the lifting stage structure comprises a central platform 10, an annular platform 20, a second annular platform 30, a cross-link assembly 40, a plurality of hydraulic rods 50, and a plurality of second The oil pressure rod 60, a hydraulic pump 70, and a control unit 80.

As shown in the second figure, the central platform 10 is circular, the annular platform 20 is concentrically surrounded by the periphery of the central platform 10, and the second annular platform 30 is concentrically surrounded by the periphery of the annular platform 20, the central platform 10, The top surface of the annular platform 20 and the second annular platform 30 are flush with the ground 100, and can respectively move upward relative to the ground 100; the cross link assembly 40 is disposed below the central platform 10, and includes two sets of cross-pivoting first a strut 41, a second strut 42, a hydraulic connecting rod 43 pivotally connected between the first strut 41 and the second strut 42 respectively, a top frame 44 supported on the bottom surface of the central platform 10, and a a bottom frame 45 supporting the recessed position of the ground 100; the top end of the first strut 41 is pivotally connected to the top frame 44, and the bottom end is relatively slidable on the bottom frame 45; the bottom end of the second strut 42 is pivotally connected On the bottom frame 45, the top end is relatively slidable on the top frame 44.

As shown in the third figure, the hydraulic pump 70 drives the hydraulic pressure link 43 to slide the bottom end of the first strut 41, the top end of the second strut 42 and the bottom frame 45 to the inner side to make the cross connection The rod assembly 40 pushes the center platform 10 against the annular platform 20 or is flush with the top surface of the annular platform 20.

As shown in the third and fourth figures, the plurality of hydraulic rods 50 are disposed under the annular platform 20 on average, and the top portion thereof is supported on the bottom surface of the annular platform 20; the plurality of second hydraulic rods 60 are disposed on the second annular platform on average. 30, the top of the top is supported on the bottom surface of the second annular platform 30; the aforementioned cross-link group The step 40 pushes up the center platform 10 and the upward movement stroke is greater than the plurality of hydraulic rods 50 and the second hydraulic rods 60 respectively push up the upward movement of the annular platform 20 and the second annular platform 30.

The hydraulic pump 70 is configured to drive the unfolding and folding of the cross-link assembly 40, and drive the lifting movement of the plurality of hydraulic rods 50 and the second hydraulic rod 60 to adjust the central platform 10, the annular platform 20, and the second The height position of the annular platform 30.

The control unit 80 is configured to control the hydraulic pump 70 to drive the cross-link assembly 40 to expand and the upward movement of the plurality of hydraulic rods 50 and the second hydraulic rod 60 to move the central platform 10, the annular platform 20, and the second annular platform. 30, pushing up the top to protrude the ground 100, as shown in the first figure, the three-level stage which is successively lowered in the center high, or as shown in the fifth figure, the central platform 10 and the top surface of the annular platform 20 are flush and higher than the second annular platform. The two-stage stage of 30; or the central platform 10, the annular platform 20, and the second annular platform 30 as shown in the sixth figure are a level-level stage with a top surface, allowing the guest to experience a different wedding scene and increasing the guest's pair. The impression of a wedding event.

Furthermore, the central platform 10, the annular platform 20, and the second annular platform 30 are made of a translucent tempered glass. The central platform 10, the annular platform 20, and the second annular platform 30 are further disposed below the recessed position below the ground 100. The plurality of light-emitting units 90 electrically connected to the control unit 80, the light source of the light-emitting unit 90 can be displayed on the central platform 10 and the annular platform 20, thereby increasing the exquisiteness of the stage appearance, and can be used as a wedding dress when no activities are held. Scenes to improve the use of the stage.

The control unit 80 is a remote controller, and the user can control the operation of the hydraulic pump 70 to drive the cross-link assembly 40, the plurality of hydraulic rods 50, the plurality of second hydraulic rods 60, and the opening of the light-emitting unit 90 through the remote controller. .

With the above configuration, the user can adjust the height of each platform through the control unit 80 to present a stage, a two-level or a three-level stage, adding different variability, and can also be used as a wedding scene to improve the use of the stage. .

The above description of the embodiments and the drawings are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; any similarity or similarity to the structure, device, and features of the present invention should be It is the creation purpose of this creation and the scope of patent application.

10‧‧‧Central Platform

20‧‧‧ ring platform

30‧‧‧second ring platform

80‧‧‧Control unit

Claims (6)

A lifting stage structure comprising: a central platform; and at least one annular platform surrounded by concentric circles on a periphery of the central platform, the central platform, the top surface of the annular platform being flush with the ground, and being movable upward relative to the ground; a cross-link assembly disposed under the central platform, the top of the cross-link assembly is supported on the bottom surface of the central platform; the plurality of hydraulic rods are disposed on the bottom of the annular platform, and the top of each hydraulic rod is supported on the bottom surface of the annular platform And the foregoing cross-link assembly pushes up the central platform, the upward movement stroke is greater than the upward movement stroke of the plurality of hydraulic rods to push up the annular platform; and the hydraulic pump drives the unfolding and folding of the cross-link assembly The lifting and lowering movement of the plurality of hydraulic rods to adjust the lifting movement of the central platform and the annular platform; and a control unit capable of controlling the hydraulic pump to drive the cross-link assembly and the upward movement of the plurality of hydraulic rods, the central platform, The annular platform pushes up to protrude the ground, and makes the central platform and the top surface of the annular platform flush, or the central platform is higher than the ring Platform. The lifting stage structure according to claim 1, wherein the cross link assembly comprises two sets of cross-pivoting first strut, second strut, one pivoted to the first strut, and second a hydraulic connecting rod between the strut, a top frame supported on the bottom surface of the central platform, and a bottom frame supported at a recessed position on the ground; the top end of the first strut is pivotally connected to the top frame, and the bottom end is The bottom frame is relatively slipped on the bottom frame; the bottom end of the second pole is pivotally connected to the bottom frame, and the top end can be relatively slipped on the top frame; the hydraulic pump drives the hydraulic pressure link to make the bottom end of the first pole, The second pole top extension frame and the bottom frame slide inwardly, so that the cross link assembly pushes the center platform to protrude from the annular platform or is flush with the top surface of the annular platform. The lifting stage structure according to claim 1, wherein the central platform and the annular platform are made of translucent tempered glass, and the central platform and the annular platform are provided with a plurality of control units under the recessed position below the ground. Connected lighting unit. For example, the lifting stage structure described in claim 1 of the patent scope, wherein the lifting stage structure is One step is provided with a second annular platform which is concentrically surrounded by the periphery of the annular platform, the top surface of the second annular platform is flush with the ground, and a plurality of second hydraulic rods are arranged on the lower side, and the top support of each second hydraulic rod On the bottom surface of the second annular platform, each bottom of the second hydraulic rod is supported at a recessed position below the ground, and the hydraulic pump drives the second hydraulic rod to adjust the upward movement of the second annular platform relative to the ground. The lifting stage structure according to claim 4, wherein the second annular platform is made of translucent tempered glass. The lifting stage structure according to claim 1 or 4, wherein the control unit is a remote controller.