CN210197155U - Stage lighting modeling lifting device - Google Patents

Abstract

The utility model relates to a stage lighting modeling lifting device, which comprises a lifting mechanism, a lamp body hanging scaffold and a controller, wherein the lifting mechanism, the lamp body hanging scaffold and the controller are of a split structure, and the controller is externally connected with a power supply and is connected with the lifting mechanism through a power circuit; the lamp body hanging scaffold comprises a battery, a control panel, a light source and a hanging scaffold; a lifting rope is arranged between the lamp body hanging scaffold and the lifting mechanism; the lifting mechanism is provided with an upper conductive contact connected with a power circuit, and the lamp body hanging scaffold is provided with a lower conductive contact; the lifting mechanism pulls the lamp body hanging scaffold to lift up and down through the lifting rope, and a change-over switch is arranged between the lamp body hanging scaffold and the lifting mechanism. The utility model discloses not only realize that independent control is luminous, become light, flash of light, it is big still to have realized carrying the silk volume, and is small, has solved because of the anti resistance that cable conductor circular telegram rolling brought, generates heat, waits potential safety hazard, uses simple very much.

Description

Stage lighting modeling lifting device

Technical Field

The utility model relates to a elevating gear, concretely relates to special elevating gear of decoration stage lamp of miniwatt.

Background

The lifting device for decorating stage lamp with lifting effect is composed of controller, driving motor, reel and cable pulling cable, when it is used, the controller controls and drives the motor through program, the motor drives the reel to rotate, the cable is pulled by the reel to regulate lifting height position, and the lighting power of the decorating stage lamp is usually replaced by cable to replace steel wire, so that when it is lifted, it can implement power supply function, and in the application, the cable needs to be rolled, and its wire diameter is large, and its wire-carrying quantity is limited, so that its lifting height is limited, and it is easy to clamp wire, so that it can require the main machine of the lifting device to be large in volume, and can increase self-weight of lifting body, at the same time it requires large power of driving motor, and when the cable is wound, it can produce heat and wear, and its resistance can affect the service performance and service life of the cable, the potential safety hazard is easily caused, the production and the installation are complex, and the use and the maintenance are inconvenient.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a stage lighting molding lifting device for solving current stage lighting molding lifting device and having foretell technical problem, satisfying under the condition of same application effect, providing a stage lighting molding lifting device.

The stage lighting modeling lifting device comprises a lifting mechanism, a lamp body hanging scaffold and a controller, wherein the lifting mechanism, the lamp body hanging scaffold and the controller are of a split structure, and the controller is externally connected with a power supply and is connected with the lifting mechanism through a power circuit; the lamp body hanging scaffold comprises a storage battery, a control panel, a light source and a hanging scaffold, wherein the light source is arranged on the control panel, and the storage battery is arranged in the lamp body hanging scaffold and is used for providing electricity for the light source on the control panel; a lifting rope is arranged between the lamp body hanging scaffold and the lifting mechanism; the lifting mechanism is provided with an upper conductive contact connected with a power circuit, the lamp body hanging scaffold is provided with a lower conductive contact, and the upper conductive contact and the lower conductive contact correspond to each other; the storage battery power supply input circuit is connected to the lower conductive contact of the lamp body hanging plate, the lifting mechanism pulls the lamp body hanging plate to lift up and down through the lifting rope, a change-over switch is arranged between the lamp body hanging plate and the lifting mechanism, and the signal output end of the change-over switch is connected with the controller and the signal input end controlled by the control panel on the lamp body hanging plate; the controller controls the lifting mechanism, the lamp body hanging scaffold and the using state of the light source through the change-over switch.

Furthermore, the lifting mechanism comprises a fixed shell, a lifting motor and a reel, wherein the lifting motor and the reel are arranged in the fixed shell, and the lifting motor controls the reel to rotate; the hanging scaffold is a shell provided with an inner cavity and a light source interface, the storage battery is arranged on the inner cavity of the hanging scaffold, and the light source is arranged on the hanging scaffold through the light source interface; the controller is connected with a control circuit of the lifting mechanism in the fixed shell through a power circuit to form an external controller; the lifting rope is arranged on a reel of the lifting mechanism; the lifting mechanism drives the reel through the lifting motor, the reel rotates the lifting rope to drive the lamp body hanging scaffold to lift, the change-over switches are touch switches which are respectively arranged at the bottom of the fixed shell and at the top of the hanging scaffold, and control circuits of the corresponding touch switches are respectively connected with control circuits of the controller and the lamp body hanging scaffold.

Furthermore, the controller controls a power circuit of the lifting mechanism to charge and discharge the storage battery.

Furthermore, the lifting rope is a steel wire rope, a nylon rope or an aramid rope.

Furthermore, the upper conductive contact is arranged at the bottom of the fixed shell, the lower conductive contact is arranged at the top of the hanging scaffold,

the upper and lower conductive contacts correspond to each other.

Further, the controller is a wireless controller or a wired controller.

Further, the touch switch is a microswitch.

Furthermore, the control panel can control the lamp body to emit light, change light, flash light and the like.

The utility model has the advantages that:

1. the utility model discloses the elevating system of independent split type structure, lamp body hanging scaffold and controller form the structure module of different functions and combine, control lamp body hanging scaffold elevating speed and height respectively, the lamp body hanging scaffold provides the power through the battery, it is luminous to realize independent control, change the light, flash of light, lift lamp body hanging scaffold is done with fine wire rope and is drawn and hang, it is big to have realized the silk volume of carrying, and is small, the restriction of the elevating gear height of traditional stage lamp has been solved well, and simultaneously, the resistance that brings because of cable conductor circular telegram rolling has also been solved, generate heat, potential safety hazard such as waiting, use very simply, the number calls fool formula and uses.

2. The utility model discloses an elevating system, lamp body platform sling and controller are independent split type structure, and when using from this, the controller separates with elevating system, hides and installs on the assigned position to reduce the volume and the weight of elevating gear's main part (elevating system promptly), also make the operator operate more portably, also improve the aesthetic property when using simultaneously.

3. The utility model discloses an elevating system only scrolls the lifting rope, need not to roll up the cable (electric wire promptly), when the lamp body platform sling goes up and down, because the lifting rope adopts thinner wire rope, consequently have the effect of hiding the lifting rope, and can avoid the cable winding to generate heat, anti hinder and influence supply circuit, cause the potential safety hazard even, also can solve the cable and make electrically conductive stamen metal fatigue because of rolling repeatedly for a long time, and simultaneously, the same volume on the elevating system, can hold bigger elevating height, can set up the longer lifting rope of roll.

4. The utility model discloses a controller is wireless controller or wired control, consequently, both can concentrate on controlling on a control platform or a remote controller, also can be controlled by different operators in the position of difference respectively, improves the regulation efficiency and the on-the-spot sense of decorating the stage lamp from this greatly, more is fit for large-scale performance occasion and uses.

Drawings

Fig. 1 is a schematic structural diagram of an embodiment of the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

The stage lighting modeling lifting device described with reference to fig. 1 comprises alifting mechanism 1, a lampbody hanging scaffold 2 and acontroller 3, wherein thelifting mechanism 1, the lampbody hanging scaffold 2 and thecontroller 3 are of a split structure, and thecontroller 3 is externally connected with a power supply and is connected with thelifting mechanism 1 through a power circuit; the lampbody hanging scaffold 2 comprises astorage battery 21, acontrol panel 24, alight source 23 and a hanging scaffold 22, wherein thelight source 23 is arranged on thecontrol panel 24, thestorage battery 21 is arranged in the lampbody hanging scaffold 2 to supply electricity for thelight source 23 on the control panel, namely thestorage battery 21 supplies power to thecontrol panel 24, and thecontrol panel 24 controls the light and the dimming of thelight source 23; alifting rope 4 is arranged between the lampbody hanging scaffold 2 and thelifting mechanism 1; thelifting mechanism 1 is provided with an upperconductive contact 61 connected with a power circuit, the lampbody hanging scaffold 2 is provided with a lower conductive contact 62, and the upperconductive contact 61 and the lower conductive contact 62 correspond to each other; the power input circuit of thestorage battery 21 is connected to the lower conductive contact 62 of the lampbody hanging plate 2, thelifting mechanism 1 pulls the lampbody hanging plate 2 to lift up and down through thelifting rope 4, a change-over switch 5 is arranged between the lampbody hanging plate 2 and thelifting mechanism 1, and the signal output end of the change-overswitch 5 is connected with thecontroller 3 and the signal input end controlled by thecontrol panel 24 on the lampbody hanging plate 2; thecontroller 3 controls thelifting mechanism 1, the lampbody hanging scaffold 2 and the using state of thelight source 23 through the change-overswitch 5. Specifically, when the change-over switch 5 pulls the lampbody hanging scaffold 2 to rise to a position set by thelifting mechanism 1 at thelifting mechanism 1, the change-overswitch 5 automatically turns on a control power circuit to charge thestorage battery 21; when thelifting mechanism 1 pulls the lampbody hanging plate 2 to leave the position set by thelifting mechanism 1, the change-overswitch 5 automatically stops charging thestorage battery 21, and automatically starts a power supply circuit of thestorage battery 21 to supply power to thelight source 23, so that thelight source 23 is in a working state.

In the embodiment, thelifting mechanism 1 comprises afixed shell 11, alifting motor 12 and areel 13, wherein thelifting motor 12 and thereel 13 are installed in thefixed shell 11, and thelifting motor 12 controls thereel 13 to rotate; the hanging scaffold 22 is a shell provided with an inner cavity 221 and alight source interface 222, thestorage battery 21 is arranged on the inner cavity 221 of the hanging scaffold 22, and thelight source 23 is arranged on the hanging scaffold 22 through thelight source interface 222; thecontroller 3 is connected with a control circuit of thelifting mechanism 1 in thefixed shell 11 through a power circuit to form an external controller; thelifting rope 4 is arranged on areel 13 of thelifting mechanism 1; thelifting mechanism 1 drives the rotatingreel 13 through thelifting motor 12, thereel 13 rotates the rollinglifting rope 4 to drive the lampbody hanging scaffold 2 to lift, the change-overswitch 5 is atouch switch 51 which is respectively arranged at the bottom of thefixed shell 11 and at the top of the hanging scaffold 22, and the control circuits of thecorresponding touch switches 51 are respectively connected with the control circuits of thecontroller 3 and the lampbody hanging scaffold 2. Thetouch switch 51 is a micro switch, that is, the bottom of thefixed shell 11 is provided with thetouch switch 51, the top of the hanging scaffold 22 is provided with thetouch switch 51, and thetouch switch 51 controls the power supply circuit of thestorage battery 21 to supply power to thelight source 23. When the lampbody hanging scaffold 2 ascends to the bottom of thefixed shell 11, thetouch switch 51 corresponding to thefixed shell 11 is touched to sense and turn on thecontroller 3, thecontroller 3 controls the power circuit to charge thestorage battery 21 on the lampbody hanging scaffold 2, and when the lampbody hanging scaffold 2 descends to separate from the ascending and descendingmechanism 1, thetouch switch 51 on the corresponding lampbody hanging scaffold 2 touches the sensing and turn on the power supply circuit of thestorage battery 21 to supply power for thelight source 23 of the lampbody hanging scaffold 2. Thetouch switch 51 is a switch for controlling a power supply line to charge thestorage battery 21, specifically, the power supply line of thecontroller 3 is connected to the power supply line of thelifting mechanism 1 and then connected to thestorage battery 21 through the power supply line of thelifting mechanism 1 to form a series connection, as shown in the figure, an upperconductive contact 61 of thelifting mechanism 1 and a lower conductive contact 62 of the lampbody hanging plate 2 form a conductive connection.

Thelifting rope 4 is a steel wire rope, a nylon rope or an aramid rope. The upperconductive contact 61 is arranged at the bottom of thefixed housing 11, the lower conductive contact 62 is arranged at the top of the hanging scaffold 22, and the upperconductive contact 61 and the lower conductive contact 62 correspond to each other. Specifically, the power-on modes of the upperconductive contact 61 and the lower conductive contact 62 are the same as the power-on mode of the modified rain-proof explosion-proof lifting lamp (application number 2017214519662) applied by the inventor, or the power-on mode structure of the chassis of the conventional electric kettle and the kettle is adopted.

Thecontroller 3 charges thestorage battery 21 by controlling a power supply circuit of thelifting mechanism 1. Thecontroller 3 is a wireless controller or a wired controller, that is, wireless control modules such as a bluetooth module, a photosensitive sensor module, a voice control sensor module and the like are arranged in thecontroller 3, and during application, wireless control can be performed in a wireless controller mode such as a bluetooth controller, a light-operated controller, a voice control controller and the like.

Claims (7)

1. Stage lighting molding lifting device, including elevating system (1), lamp body platform sling (2) and controller (3), characterized by: the lifting mechanism (1), the lamp body hanging scaffold (2) and the controller (3) are of a split structure,

the controller (3) is externally connected with a power supply and is connected with the lifting mechanism (1) through a power circuit;

the lamp body hanging scaffold (2) comprises a storage battery (21), a control panel (24), a light source (23) and a hanging scaffold (22), the light source (23) is installed on the control panel (24), and the storage battery (21) is installed in the lamp body hanging scaffold (2) and supplies electricity to the light source (23) on the control panel;

a lifting rope (4) is arranged between the lamp body hanging scaffold (2) and the lifting mechanism (1);

the lifting mechanism (1) is provided with an upper conductive contact (61) connected with a power circuit, the lamp body hanging scaffold (2) is provided with a lower conductive contact (62), and the upper conductive contact (61) and the lower conductive contact (62) correspond to each other;

the power input circuit of the storage battery (21) is connected with the lower conductive contact (62) of the lamp body hanging scaffold (2),

the lifting mechanism (1) pulls the lamp body hanging scaffold (2) to lift up and down through the lifting rope (4), a change-over switch (5) is arranged between the lamp body hanging scaffold (2) and the lifting mechanism (1), and the signal output end of the change-over switch (5) is connected with the controller (3) and the signal input end controlled by the control panel (24) on the lamp body hanging scaffold (2); the controller (3) controls the lifting mechanism (1), the lamp body hanging scaffold (2) and the using state of the light source (23) through the change-over switch (5).

2. The stage lighting molding lifting device according to claim 1, wherein: the lifting mechanism (1) comprises a fixed shell (11), a lifting motor (12) and a scroll (13), wherein the lifting motor (12) and the scroll (13) are installed in the fixed shell (11), and the lifting motor (12) controls the scroll (13) to rotate;

the hanging scaffold (22) is a shell provided with an inner cavity (221) and a light source interface (222), the storage battery (21) is arranged on the inner cavity (221) of the hanging scaffold (22), and the light source (23) is arranged on the hanging scaffold (22) through the light source interface (222);

the controller (3) is connected to a control circuit of the lifting mechanism (1) in the fixed shell (11) through a power circuit to form an external controller;

the lifting rope (4) is arranged on a reel (13) of the lifting mechanism (1); the lifting mechanism (1) is driven by a lifting motor (12) to rotate a reel (13), the reel (13) rotates a rolling lifting rope (4) to drive a lamp body hanging scaffold (2) to lift, the change-over switches (5) are touch switches (51) which are respectively arranged at the bottom of the fixed shell (11) and at the top of the hanging scaffold (22), and control circuits of the corresponding touch switches (51) are respectively connected with control circuits of the controller (3) and the lamp body hanging scaffold (2).

3. The stage lighting molding lifting device according to claim 1, wherein: the controller (3) charges and discharges the storage battery (21) by controlling a power supply circuit of the lifting mechanism (1).

4. The stage lighting molding lifting device according to claim 1, wherein: the lifting rope (4) is a steel wire rope, a nylon rope or an aramid rope.

5. The stage lighting molding lifting device according to claim 4, wherein: the upper conductive contact (61) is arranged at the bottom of the fixed shell (11), the lower conductive contact (62) is arranged at the top of the hanging scaffold (22), and the upper conductive contact (61) and the lower conductive contact (62) correspond to each other.

6. The stage lighting molding lifting device according to claim 1, wherein: the controller (3) is a wireless controller or a wired controller.

7. The stage lighting molding lifting device according to claim 2, wherein: the touch switch (51) is a microswitch.

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