CN217653822U - A splicable and controllable configuration type light-emitting component - Google Patents

Abstract

The invention relates to a configuration type light-emitting component that can be spliced and controlled. Outgoing plug male interface, recessed socket female interface, or one end is a plug male interface and one end is a socket female interface or a combination of one or more; the male plug male connector is a multi-sided columnar structure, one of which is arranged side by side with The core conductive metal strips are arranged side by side on the inner side of the female interface of the recessed socket. The utility model can not only realize the independent and linked free light emission, but also realize the physical connection and fixation through the male and female interfaces, which is simple and easy to implement; Plugging in from any direction can be powered on, making the operation easier.

Description

A configuration type light-emitting component that can be spliced and controlled

technical field

The utility model belongs to the technical field of splicing components, in particular to a splicing-controllable configuration type light-emitting component.

Background technique

The splicing components are usually solid materials such as wood or plastic, and various shapes can be formed by splicing and stacking the building blocks.

Since the original solid-state material itself does not have light-emitting properties, it is necessary to use auxiliary electric light source devices to realize the light-emitting function. However, due to the independence of the splicing structure, the traditional way of supplying power to the electric light source simply by setting up connecting wires cannot realize the free-style lighting mode of independence and linkage. In addition, to achieve light emission in the existing splicing structure, it is necessary to control the accuracy of the connection of the electrical transmission lines, which is not very easy to operate. Therefore, in order to realize more structural possibilities while making the operation easier, it is necessary to design new splicing members.

Utility model content

In order to overcome the deficiencies of the prior art, the present invention provides a configuration type light-emitting member that can be spliced and controlled.

The technical scheme adopted by the utility model is:

A configuration type light-emitting component that can be spliced and controlled, including a main control component, an adapter component, a termination component, a support component and a structural decoration component; the components are freely assembled and combined through a connection interface; the connection interface is a protruding component. One or more combinations of the male interface of the male plug, the female interface of the female socket, or the male interface of the plug at one end and the female interface of the socket at the other end; 2, m is the surface number of the splicing member; one side is provided with conductive metal strips side by side, and the inner side of the female interface of the recessed socket is provided with conductive metal strips side by side.

Example:

It consists of a main control component, a plurality of transfer components, support components, structural decorative components, and a termination component spliced together to form a light-emitting building block model.

For example, the male male connector of the male plug may be a four-sided columnar structure, and the number of side surfaces is related to the number of surfaces of the connected splicing parts.

The male and female interfaces of the utility model can be closely inserted into each other to realize physical connection and fixation; the utility model is simple and easy to implement; in addition, the electrical transmission line of the interface adopts a 4-wire structure, including a pair of contacts of 2-core DC power lines and a pair of 2-core signal lines Four-core conductive metal strips are arranged side by side on the inner side of the female interface of the recessed socket, no matter which direction is inserted and inserted, it can be powered on, making the operation easier.

Preferably, the main control member, the transition member, the termination member, the support member and the structural decoration member are one of LED self-luminous components, hollow conduction luminescent components and non-luminescent components.

Preferably, when the component is an LED self-luminous component, when the main control component, the adapter component, the termination component, the support component and the structural decoration component are LED self-luminous components, the main control component, the adapter component, The termination member, support member and structural decoration member are all built with corresponding LED light-emitting components, coding components, and light-emitting electronic control components; the main control component also has a built-in power supply unit, a first power storage unit and a main control unit. The component also has a built-in second power storage unit and a basic control unit. The LED light-emitting component, the coding component, and the light-emitting electronic control component are respectively connected with the main control unit; the power supply unit is connected to the first power storage unit and the second power storage unit. The main control unit is connected to the basic control unit. The connection involved may be direct connection or indirect connection through other intermediate components.

The main control component and the switching component control the connected self-illuminating components, and the associated control of the lighting of the main control component and the switching component is realized through the control matrix established by the main control component and the switching component respectively;

The lighting control flow is:

S1: splicing various self-luminous components with unique codes to construct a three-dimensional shape;

S2: supply power to the main control component, the main control component stores electricity, and supplies power to the transfer component block through the transmission line and interface, and the transfer component block stores electricity synchronously;

S3: The main control component and the transfer component initiate an inquiry to the component string connected to it, and establish the component string matrix and the basic control matrix;

S4: The main control component initiates a broadcast, and the transfer component block feeds back information after receiving it, and establishes a relationship matrix and a master control matrix;

S5: Set the parameters of the master control matrix, the main control component communicates and distributes it to the corresponding components through the connection interface, and the communication and the light-emitting electronic control component executes the state change, so as to realize the related lighting of the components.

Preferably, an LED light source is provided on the surface of the LED self-luminous component, and a light-transmitting material layer is provided on the outside of the LED light source. The self-luminous LED electric light source is distributed on the inner side of the transparent material of the component, and the light-emitting direction is outward.

The surface of the main control building block is provided with a power interface, a connection interface and a control switch. A power supply unit, a first power storage unit, a main control unit (with a microprocessor), LED light-emitting parts, coding parts, communication and light-emitting electronic control parts are arranged inside; the power supply unit has two structures of wireless electromagnetic induction charging and wired charging.

Preferably, the main control component is a hexahedral structure or other polyhedral structure. When the main control component is a hexahedral structure, one of the surfaces is a landing surface without a connection interface, one surface is a control switch and a power supply access surface, and the other four surfaces are It is the connection surface with the connection interface.

Example: a hexahedron component, one surface is the landing surface without interface, one surface is the control switch and power access surface, and the other 4 surfaces are provided with 1 connection surface each / a total of 4, or 3 surfaces are provided with 1 each / Set 3 on the other side / 6 in total.

Preferably, the transfer member has two-dimensional and three-dimensional structures, and has two forms of rigid connection and flexible connection; the single-piece member is provided with n transfer ports, n≥3, and the transfer ports are oriented towards the transfer member. With the central distribution facing outwards, the flexible connection port can be rotated in two or three dimensions.

The self-luminous switching building block has a built-in second power storage unit, a basic control unit, an LED light-emitting component, a coding component, and a communication and light-emitting electronic control component.

Preferably, the terminating member has one connection interface, and the main control member, the transition member, the support member and the structural decoration member respectively have more than one connection interface. The self-illuminating support member and the structural member have two connection interfaces, and the termination member, the support member and the structural member all have built-in LED lighting components, coding components, communication and lighting electronic control components.

Preferably, the LED light sources are evenly arranged on the entire surface without the connection interface member, and the LED light sources are arranged around the connection interface on the surface with the connection interface.

Preferably, the LED self-luminous type member and the hollow conduction light-emitting type member have built-in control circuits and light-emitting circuits, and the non-luminous type member has built-in transmission wires and power storage modules.

The control circuit and the energy storage unit of the self-luminous splicing member are arranged in the center of the splicing member, and are separated from the LED light source (luminescent material) externally according to the reflective heat dissipation material.

The center of the hollow conduction light-emitting splicing member is the conduction line and energy storage device for control signal and power supply, and is covered with reflective material, and forms a cavity with the outermost light-transmitting material, and the cavity can be optionally injected with smoke or gas. Air.

The splicing components that do not transmit light are divided into two types: the built-in wire and the exposed wire. The exposed four-core conductive metal strips are arranged in the same size as the male connector of the protruding plug.

The utility model can be used on the controllable LED light-emitting splicing member, the utility model can not only realize the independent and linked free light emission, but also realize the physical connection and fixation through the male and female interfaces, which is simple and easy to implement; in addition, the recessed socket Conductive metal strips are arranged side by side on the inner side of the female interface, which can be energized no matter which direction is inserted and inserted, which makes the operation easier.

Description of drawings

Fig. 1 is the combined schematic diagram of the splicing member of the present utility model;

Figure 2 is a schematic diagram of the single structure of the splicing member of the present invention.

Detailed ways

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the present utility model will be further described below with reference to the accompanying drawings and embodiments, but the scope of protection of the present utility model is not limited thereto.

Referring to Figures 1 to 2, a splicable and controllable configuration light-emitting component includes a main control component 1, an adapter component 2, a termination component 3, a support component 4 and a structural decoration component 5; each component is connected through a connection interface Freely assembled and combined; the connection interface is one or more combinations of a male interface of a male plug 6, a female interface of a female socket 7, or one end is a male interface of a plug and the other end is a female interface of a socket; the convex plug The male connector is a four-sided structure, one of which is provided with four-core conductive metal strips side by side, and the four inner sides of the female interface of the recessed socket are provided with four-core conductive metal strips side by side.

Example:

A main control member 1, three transition members 2, a support member 4, three structural decoration members 5, and a termination member 3 are spliced together to form a light-emitting building block model.

The male and female interfaces of the utility model can be closely inserted into each other to realize physical connection and fixation; the utility model is simple and easy to implement; in addition, the electrical transmission line of the interface adopts a 4-wire structure, including a pair of contacts of 2-core DC power lines and a pair of 2-core signal lines Four-core conductive metal strips are arranged side by side on the four inner sides of the female interface of the concave socket, which can be energized no matter which direction is inserted and inserted, making the operation easier.

The single structure of the main control member, the transfer member, the end connection member, the support member and the structural decoration member of the present invention can adopt any one of the structural forms shown in FIG. Form block models of various shapes.

The main control member, the transition member, the termination member, the support member and the structural decoration member are one of the LED self-luminous type member, the hollow conduction luminous type member and the non-luminous type member.

When the main control member, the transfer member, the termination member, the support member and the structural decoration member are LED self-luminous components, the main control member, the transfer member, the termination member, the support member and the structural decorative member are all built-in There are corresponding LED light-emitting parts, coding parts, and light-emitting electronic control parts; the main control member also has a built-in power supply unit, a first power storage unit and a main control unit, and the transfer member also has a built-in second power storage unit, basic control unit The LED light-emitting component, the coding component and the light-emitting electronic control component are respectively connected with the main control unit; the power supply unit is connected with the first power storage unit and the second power storage unit, and the main control unit is connected with the basic control unit . The connection involved may be direct connection or indirect connection through other intermediate components.

The main control component and the switching component control the connected self-illuminating components, and the associated control of the lighting of the main control component and the switching component is realized through the control matrix established by the main control component and the switching component respectively;

The lighting control flow is:

S1: splicing various self-luminous components with unique codes to construct a three-dimensional shape;

S2: supply power to the main control component, the main control component stores electricity, and supplies power to the transfer component block through the transmission line and interface, and the transfer component block stores electricity synchronously;

S3: The main control component and the transfer component initiate an inquiry to the component string connected to it, and establish a component connection string matrix and a basic control matrix;

S4: The main control component initiates a broadcast, and the transfer component blocks feedback information after receiving, and establishes a relationship matrix and an overall control matrix;

S5: Set the parameters of the master control matrix, the main control component communicates and distributes it to the corresponding components through the connection interface, and the communication and the light-emitting electronic control component executes the state change, so as to realize the related lighting of the components.

Both the main control unit and the basic control unit have built-in corresponding microprocessors. The control matrix is divided into a total control control matrix and a basic control matrix. The total control control matrix is established by the main control unit of the main control component, and the basic control The matrix is established by the master unit of the master unit or the base unit of the switch unit.

An LED light source 8 is provided on the surface of the LED self-luminous component, and a light-transmitting material layer 9 is provided on the outside of the LED light source. The self-luminous LED electric light source is distributed on the inner side of the transparent material of the component, and the light-emitting direction is outward.

The surface of the main control building block is provided with a power interface, a connection interface and a control switch. A power supply unit, a first power storage unit, a main control unit (with a microprocessor), LED light-emitting parts, coding parts, communication and light-emitting electronic control parts are arranged inside; the power supply unit has two structures of wireless electromagnetic induction charging and wired charging.

The main control member is a hexahedron structure, one of which is a landing surface without a connection interface, one surface is a control switch and a power supply access surface, and the other four surfaces are connection surfaces provided with connection interfaces.

Example: a hexahedron component, one surface is the landing surface without interface, one surface is the control switch and power access surface, and the other 4 surfaces are provided with 1 connection surface each / a total of 4, or 3 surfaces are provided with 1 each / Set 3 on the other side / 6 in total.

The transfer member has two-dimensional and three-dimensional structures, and has two forms of rigid connection and flexible connection; the single-piece member is provided with n transfer ports, n≥3, and the transfer ports are distributed toward the center of the transfer member. Facing outwards, the adaptor port of the flexible connection can be rotated in two or three dimensions.

The self-luminous switching building block has a built-in second power storage unit, a basic control unit, an LED light-emitting component, a coding component, and a communication and light-emitting electronic control component.

The terminating member has one connection interface, and the main control member, the transfer member, the support member and the structural decoration member respectively have more than one connection interface. The self-illuminating support member and the structural member have two connection interfaces, and the termination member, the support member and the structural member all have built-in LED lighting components, coding components, communication and lighting electronic control components.

The LED light sources are evenly arranged on the entire surface without the connection interface member, and the LED light sources are arranged around the connection interface on the surface with the connection interface.

LED self-luminous components and hollow conduction luminous components have built-in control circuits and light-emitting circuits, and non-luminous components have built-in transmission wires and power storage modules.

The control circuit and the energy storage unit of the self-luminous splicing member are arranged in the center of the splicing member, and are separated from the LED light source (luminescent material) externally according to the reflective heat dissipation material.

The center of the hollow conduction light-emitting splicing member is the conduction line and energy storage device for control signal and power supply, and is covered with reflective material, and forms a cavity with the outermost light-transmitting material, and the cavity can be optionally injected with smoke or gas. Air.

The splicing components that do not transmit light are divided into two types: the built-in wire and the exposed wire. The exposed four-core conductive metal strips are arranged in the same size as the male connector of the protruding plug.

The present invention has been described in detail above with reference to the embodiments, but the content is only a specific embodiment of the present invention, but should not be construed as a limitation on the patent scope of the present invention. It should be pointed out that for those of ordinary skill in the art, under the premise of not departing from the concept of the present utility model, any modifications and improvements made according to the scope of application of the present utility model should still belong to the present utility model. covered by the patent.

Claims (8)

1. A configuration type luminous component capable of being spliced and controlled is characterized by comprising a main control component, a switching component, a terminating component, a supporting component and a structural decoration component; all components are freely assembled and combined through connecting interfaces; the connecting interface is one or a combination of a convex plug male interface, a concave socket female interface or a combination of a plug male interface at one end and a socket female interface at the other end; the male connector of the convex plug is of a multi-side cylindrical structure, the number of the sides is m-2, and m is the number of the surfaces of the splicing members; one side face is provided with the conductive metal strip side by side, and the medial surface of female interface of recessed socket all is provided with the conductive metal strip side by side.

2. The tile-controllable configuration type light-emitting member according to claim 1, wherein: the main control component, the switching component, the terminating component, the supporting component and the structural decoration component are one of LED self-luminous components, hollow conduction luminous components and non-luminous components.

3. The tile-controllable configuration type light-emitting member according to claim 1, wherein: when the member is an LED self-luminous member, the main control member, the switching member, the terminating member, the supporting member and the structural decoration member are internally provided with corresponding LED luminous parts, coding parts and luminous electric control parts; the LED light-emitting component, the coding component and the light-emitting electric control component are respectively connected with the main control unit; the power supply unit is connected with the first power storage unit and the second power storage unit, and the main control unit is connected with the basic control unit.

4. The tile-controllable configuration type light-emitting member according to claim 3, wherein: the LED self-luminous component surface is equipped with the LED light source, and the LED light source outside is equipped with the printing opacity material layer.

5. The tiltably-controllable configured light-emitting member of claim 1, wherein: the main control component is of a hexahedral structure, one surface of the main control component is a ground surface without a connecting interface, the other surface of the main control component is a control switch and power supply access surface, and the other four surfaces of the main control component are connecting surfaces with connecting interfaces.

6. The tiltably-controllable configured light-emitting member of claim 1, wherein: the switching component has two-dimensional and three-dimensional structures and has two forms of rigid connection and flexible connection; the single-block component is provided with n switching ports, wherein n is more than or equal to 3, the switching ports face outwards and are distributed by taking the switching component as the center, and the flexibly-connected switching ports can rotate in a two-dimensional or three-dimensional axial direction.

7. The tile-controllable configuration type light-emitting member according to claim 4, wherein: the LED light sources are uniformly distributed on the whole surface without the connecting interface component, and the LED light sources are distributed around the connecting interface when the surface with the connecting interface is provided.

8. The tiltably-controllable configured light-emitting member of claim 2, wherein: the LED self-luminous component, the hollow conduction luminous component are internally provided with a control circuit and a luminous circuit, and the non-luminous component is internally provided with a transmission lead and an electricity storage module.

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