JP3181814U - Module multiplex stand - Google Patents

Abstract

The present invention provides multiple functions of a flashlight and a stand, the stand is modularized, easy to take, easy to operate, has a practical user experience, and saves costs. Provide a stand.
SOLUTION: A pedestal 10 having a support seat 11 and a power input port 12 placed on a work surface and facing upward, a condensing head 21 having a lighting function and a pressure accumulation condition that are placed on the pedestal and include directivity, and a condensing head and pressure accumulation. A lamp body 20 having a power input interface connected to the case and a tail seat that is actively inserted into and connected to the support seat; And a mask 30 having a light spreading surface to be diffused. A power output interface is provided on the pedestal to supply power to the power input interface when the tail seat is fixedly inserted into the support seat and connected.
[Selection] Figure 1

Description

  This new model relates to an indoor lighting device, and more particularly to a modular multiple stand.

  Stands are often seen as interior lighting products. A normal stand has a lighting function on the work surface, but no other functions. On the other hand, among interior lighting products, portable lighting devices, for example, flashlights, are often essential tools. Normally, stands and flashlights have no relevance in customs or products. Product design is modular and multiplexed, with benefits in practice and production, related products can be multiplexed from structure and use, while product costs are reduced, and on the other hand, users can develop and new user experiences Can have. As you can see, stands and portable flashlights are rarely found in this application. How these two design in multiple ways gives new demands on multi-product design.

  In contrast to the situation where the above stand and flashlight are not multiplexed, this new scheme proposes a module-multiplexed stand.

A pedestal with a power input port on the work surface and a support seat installed upward, a light-collecting head that is placed on the pedestal and has a lighting function and pressure-accumulation including directivity, and power connected to the light-collecting head and pressure-accumulation A lamp body having an input interface and a tail seat that is actively inserted into and connected to the support seat, and a light-expanding surface in which light that interferes with and interferes with light within the range of light exiting from the condensing head is reflected to the work surface A module having a power output interface for supplying power to the power input interface when the tail seat is fixedly inserted into the support seat and connected to the support seat. stand.

  As a priority of the proposal of the present invention, the following aspects have been improved.

In a preferred embodiment, the power input interface is provided with an input conductive contact located on a tail seat, and the power output interface is provided with an output conductive contact located on a support seat, the input conductive contact and the output. When the conductive contact is fixed and inserted into the support seat by the tail seat, it is positioned at the communication position.

In a preferred embodiment, the power input interface and the power output interface are provided in a contactless wireless power transmission module.

In a preferred embodiment, the accumulator includes a rechargeable battery.

In a preferred embodiment, the accumulator includes a super capacitor.

  In a preferred embodiment, the lamp body is provided in a straight tube shape, the light collecting head and the tail seat are provided at both ends thereof, and the mechanical axis of the light collecting head and the lamp main body are provided coaxially.

In a preferred embodiment, a diffusion cover is provided on the pedestal, and the cover area of the diffusion cover is constituted by a reflected beam projection reflected by the light collecting head and the light expansion surface.

  In a preferred embodiment, the light collecting head is employed as a light source of a light emitting diode.

  In a preferred embodiment, the mechanical axis of the condensing head is positioned vertically upward when the lamp main body and the pedestal are fixed, and the light spreading surface is positioned vertically above the condensing head.

  In a preferred embodiment, the power input port is movable and connected to a DC power regulator of a peripheral device.

The technical proposal is adopted to obtain the following technical effects.

First, the lamp body has multiple functions of flashlight and stand, it is easy to take and convenient to operate, so it has practicality with excellent user experience.

Second, the stand itself is modularized, and its parts and assembly are all integrated into a set of flashlights, reducing the cost of molds, production cycles and raw materials, etc., and at the same time, easy assembly and production on a scale. There is a profit, and the value of the product can be improved in exchange for high efficiency with low input.

Third, the power output interface or the power input interface for selecting the wireless power transmission format further expands the pedestal function and easily enhances the function of the product.

Fourth, the type of external DC power supply is easily satisfied with safety standards, which is advantageous for product certification and use safety.

It is a figure which shows the side surface of one Example of this new plan. It is a figure which shows the decomposition | disassembly state of the Example of FIG. It is a top view of the base 10 of the Example of FIG.

In the following, the technical proposal of the new model will be described with reference to the drawings and embodiments.

As shown in FIG. 1, it is a diagram showing a side view of an embodiment of the new model. FIG. 2 is a diagram showing an exploded state of the embodiment of FIG. FIG. 3 is a top view of the base 10 of the embodiment of FIG. A description will be added by connecting these three figures.

The pedestal 10 is provided on a flat rectangular plate, placed on the work surface, the support seat 11 is provided in a vertical cylindrical structure, and its opening is installed upward. A power input 12 is provided on the pedestal 10, the power input 12 is connected to an external low-voltage direct current power supply (not shown), and a low-voltage direct-current input format is adopted. And user safety is guaranteed.

The lamp body 20 is placed on the pedestal 10, the tail seat 22 at the lower end thereof is inserted into the support seat 11, and the power input interface 23 is provided at the tail seat 22, so that the power output on the pedestal 10 is provided. Matching with the interface 13 is connected correspondingly, this kind of interface matching is adopted in various systems, and finally it is adopted in a non-contact type infinite power transmission format, and the base 10 is infinitely wide variety. For example, mobile digital devices, which are exploited for power input facility power. However, in the present embodiment, a contact-type direct connection method is adopted, and the electric power of the pedestal 10 is transmitted to the inside of the bag main body 20. The mechanical axis of the condensing head 21 and the lamp body 20 are coaxial.

The lamp body 20 has a light condensing head 21 having an illumination function including a directivity and a pressure accumulation case. The light condensing head 21 is provided in the LED light source, and is provided twice in the optical design to collect the light output. That is, provided in the typical beam shape of a flashlight.

A mask 30 is provided above the lamp body 20, and the range of light emitted from the condensing head 21 is obstructed by the mask 30, and the light beam obstructed by the mask 30 is reflected and diffused by the work surface, so that the light spreading under the mask is performed. The surface 31 is achieved by this function, the light expansion surface 31 is provided for diffuse reflection and diffuse transmission reflection, and a part of the narrow beam angle emitted from the condenser head 21 is reflected to the work surface with a relatively wide beam angle. The other part is refracted and reflected by transmission reflection and then diffused upward. Among them, the beam angle passing through the reflection is finally transmitted and reflected by the diffusion cover 40, and the diffusion cover 40 and the support seat 11 are fixed to each other, and at the same time, as a support for the mask 30, Includes a reflected beam projection reflected from all the light collecting heads 21 and the light expansion surface 31.

Accordingly, the lamp body 20 is provided in the flashlight, and has a lithium ion battery for storing energy therein. The lithium ion battery is charged by the power input interface 23, and the lamp body 20 is mounted on the support seat 11. When the mask 30 and the diffusion cover 40 are seated and fixed, the lamp is configured as a stand as a whole, and power from the power input port 12 is supplied to the light collecting head 21 to emit light and emit light. After the light beam is processed by the light-diffusing surface 31 and the diffusing cover 40, a uniform and soft desktop illumination light is obtained and when the lamp body 20 is taken out from the support seat 11, a flashlight is obtained. It can be used alone, is easy to carry, and can be used flexibly as an emergency lighting fixture. The lithium ion battery in it continues to be supplied to the work of the condenser head 21 and is discharged to the end. Actually, the necessary pressure accumulation of the condensing head 21 is also provided in a super capacitor having a large capacity, and is used in combination with the LED light source in the condensing head 21, further simplifying the complexity of the device and reducing battery contamination. cut back. In this example, a lithium ion battery is used as a supply element for the condenser head 21.

  As described above, the technical proposal in which the embodiment of the present invention is embodied has the characteristics of modularization and multiplexing. The lamp body has multiple functions of flashlight and stand, it is easy to take, easy to operate, has practicality with excellent user experience, and on the other hand, the stand itself is modularized, its parts and assembly Etc. are all integrated into a set of flashlights, reducing the cost of molds, production cycle and raw materials, etc., easy to assemble, profitable for scale production, and in exchange for high efficiency with low input, the product's own value Can be improved.

Only a preferred embodiment of the present invention has been described above. However, the design idea of the new model is not limited to this, that is, it can be modified based on the idea of the new model, and they are not excluded from the scope of the new model.

DESCRIPTION OF SYMBOLS 10 Base 11 Support seat 12 Power input port 13 Power output interface 20 Lamp main body 21 Condensing head 22 Pedestal 23 Power input interface 30 Mask 31 Light expansion surface 40 Diffusion cover

Claims (10)

A pedestal with a power input port on the work surface and a support seat installed upward, a light-collecting head that is placed on the pedestal and has a lighting function and pressure-accumulation including directivity, and power connected to the light-collecting head and pressure-accumulation A lamp body having an input interface and a tail seat that is actively inserted into and connected to the support seat, and a light-expanding surface in which light that interferes with and interferes with light within the range of light exiting from the condensing head is reflected to the work surface A module having a power output interface for supplying power to the power input interface when the tail seat is fixedly inserted into the support seat and connected to the support seat on the base. stand. The power input interface is provided with an input conductive contact located at the tail, the power output interface is provided with an output conductive contact located at a support seat, and the input conductive contact and the output conductive contact are connected to the tail. 2. The module multiplex type stand according to claim 1, wherein the module multiplex type stand is located at a communication position when the seat is fixedly inserted into the support seat and connected. The module multiplex stand according to claim 1, wherein the power input interface and the power output interface are provided in a contactless wireless power transmission module.   2. The modular multiplex stand according to claim 1, wherein the pressure accumulation case includes a rechargeable battery. 2. The module multiplex stand according to claim 1, wherein the pressure accumulation case includes a super capacitor. 2. The lamp body according to claim 1, wherein the lamp body is provided in a straight tube shape, the light collecting head and the tail seat are provided at both ends thereof, and the mechanical axis of the light collecting head and the lamp main body are provided coaxially. Module multiplex stand.   2. The module multiplex stand according to claim 1, wherein a diffusion cover is provided on the pedestal, and a cover area of the diffusion cover is constituted by a reflected beam projection reflected by the light collecting head and the light expansion surface. .   2. The module multiplex stand according to claim 1, wherein the condensing head is employed as a light source of a light emitting diode.   2. The light collecting surface according to claim 1, wherein a mechanical axis of the condensing head is positioned vertically upward when the lamp main body and the pedestal are fixed, and the light expansion surface is positioned vertically above the condensing head. Module multiplex stand.   2. The module multiplex stand according to claim 1, wherein the power input port is movable and connected to a DC power regulator of a peripheral device.