Combined UV nail lamp having clips

Abstract

The present application relates to a combined UV nail lamp having clips. Clips are combined with UV lamp modules. In the present application, the UV lamp modules are fixed on all fingers by means of the clips, so that the UV lamp modules can accurately irradiate nails, thereby achieving a faster curing effect. The UV lamp modules on the fingers all can be located above the nails and remain stable, thereby achieving accurate irradiation positions.

Description

Combination UV manicure lamp with clip TECHNICAL FIELD

[0001] The present application relates to a manicure device and tool in the beauty and manicure industry, in particular to the development and application of a combination UV manicure lamp with clip. The present application solves the problems of use efficiency, safety and convenience of UV lamps in the manicure process, and applies the technology to an innovation of manicure tools. BACKGROUND

[0002] In the related art, the traditional UV manicure lamp usually adopts the mode of placing the whole palm under the lamp for irradiation, which will irradiate too much ultraviolet light on the skin other than the nails, thus causing skin damage, and during the irradiation process, the effect is uneven due to the uncertainty of the light source position.

[0003] In addition, in the traditional UV manicure lamp, the manicurist needs to apply each nail on the palm before performing the UV light curing action, even if there is a manicure lamp that uses a single nail for irradiation, it is difficult to be properly clamped on the finger, so it is easy to cause operation failure due to movement.

[0004] Practical new type content

[0005] In recent years, manicure has not only been a decoration of the fingertips, but also a way to show personality and fashion. However, with the continuous progress of manicure technology, people's demand for manicure tools is also increasing, for example, a light-cured UV manicure machine has become one of the mainstream products in the industry. This UV manicure machine is a common tool in the manicure industry, which is used to cure and harden UV-cured nail polish, making it dry and cure quickly. These devices use ultraviolet (UV) lamps to produce high-energy light that can cure nail polish, making manicure durable and greatly reducing the time for manicure and waiting for curing.

[0006] However, due to the fact that such UV manicure lamps on the market are usually designed to have the entire palm inserted for use, they often damage the skin near the nails. Another type can be used with a single nail, but it cannot be fixed on the finger, so after applying nail polish, the manicurist must carefully insert the finger into the UV light irradiation. At this time, it is difficult for the manicurist to smoothly perform the operation of applying nail polish to other fingers.

[0007] The present application makes an important contribution to the field of manicure, redefines the way of UV manicure irradiation, and through the intelligent design of the clip, not only ensures the accuracy of irradiation, but also provides a more ergonomic use experience, making each manicure process more comfortable and efficient.

[0008] In this application, the combination design of UV lamp module is a combination of technology and practicality. By combining multiple single finger nail lamps, it ensures high energy efficiency of each nail irradiation and helps to quickly cure the nail polish. This innovative combination also solves the problem of uneven irradiation that may occur during the irradiation process of traditional UV lamps, ensuring uniform irradiation of each finger.

[0009] The core component of the design greatly simplifies the structure of the product, only a shell, a clip, a UV lamp module, a switch and a power input port are needed to complete the simplest function of the product. The introduction of the clip adds a unique element to the design. The special clip can easily hold the fingers, ensuring that the UV lamp module is accurately positioned above the nails. This not only ensures high efficiency of irradiation, but also solves the uneven situation that may occur when traditional UV nail lamps irradiate multiple fingers at a time.

[0010] Furthermore, the UV lamp module uses a combination of multiple UV light beads or tubes, which can release high-energy UV ultraviolet light to quickly cure the photocurable nail polish on the nails. With the use of a switch, users can freely control the operation of the UV lamp module, ensuring greater flexibility during the manicure process.

[0011] In addition, in the simplest embodiment of this application, there is no need for a built-in battery. Only an external power source is needed to provide the required power through a mobile power source or power supply available anywhere. Such a design not only reduces the weight of the device, but also reduces the cost of mass production.

[0012] In terms of safety, the application is another major feature. By adding a sensor to the shell or clip, it can accurately detect whether the clip is properly clamped on the finger. If the clip is not properly fixed, the sensor will send a warning signal and automatically turn off the UV lamp module to protect the user from ultraviolet damage.

[0013] In summary, the patented design of the combination UV nail lamp with a clip is a major innovation in the nail field. It provides a more convenient, efficient and safe manicure option for nail enthusiasts and professional beauticians through its new clip design, efficient UV lamp module and external power supply. This innovation will further promote the development of nail technology and provide users with a better nail experience.

[0014] In summary, the innovative design of this application brings a new application to the nail field. It is expected that this application will have a very high practical application value, and other specific and detailed implementation methods will be described as follows. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 is a schematic diagram of the main functional modules of the application.

[0016] Figure 2 is a schematic diagram of the mobile power supply of the present application connected to a single-finger manicure lamp;

[0017] Figure 3 is a schematic diagram of the present application connected to a single-finger manicure lamp at different angles;

[0018] Figure 4 is a schematic diagram of the present application connected to a combination manicure lamp for five fingers;

[0019] Figure 5 is an embodiment diagram of each module inside and outside the shell of the present application.

[0020] Reference sign explanation: 1 shell 2 clamp 3 UV lamp module 4 sensor 5 switch 6 power input port 7 power input line 8 mobile power supply 9 power supply 10 palm 11 nail 12 output interface 20 upper cover 21 control module 22 battery pack 23 interactive display module 24 buffer DETAILED DESCRIPTION

[0021] Please refer to Figures 1 to 5, the present application is a combination UV manicure lamp with a clamp, at least including a shell (1), a clamp (2), a UV lamp module (3), a switch (5), and a power input port (6) are composed of, mainly in the shell (1) is connected with a clamp (2), can be stably clamped on each finger of the palm (10), the shell (1) is provided with the UV lamp module (3), the UV lamp module (3) is composed of a plurality of ultraviolet light beads or ultraviolet light tubes, can emit UV ultraviolet or high-energy light, therefore can quickly cure the photocuring nail polish coated on the nail (11), there is a switch (5) on the shell (1), can start or close the operation of the UV lamp module (3), since the basic framework of the present application, and does not need to be configured with a battery, therefore only a power input port (6) and a power input line (7) connection, can provide the required power of the UV lamp module (3) through the mobile power supply (8) everywhere, therefore greatly reduces the structure of the UV manicure lamp, also greatly reduces the development and mass production cost of the product.

[0022] Wherein, when the clip (2) fixes the UV lamp module (3) on the finger, the UV lamp module (3) can be just above the nail (11), and because the distance to the nail (11) is very close, the efficiency of UV light irradiation is very high, more importantly, unlike the traditional UV nail lamp, the five fingers on the palm (10) need to be irradiated together, causing the other skin of the fingers to be blackened; because the present application only irradiates a single nail (11) on the palm (10), it can save power, and because it can be clamped on the finger, it will not be mistaken due to the movement of the fingers, so it is very convenient for individuals or beauty, manicurists.

[0023] Wherein, the shell (1) or the clip (2) is provided with a sensor (4), which can sense the position of the finger through pressure or proximity, so if the clip (2) is not clamped correctly on the finger, the sensor will send a warning signal and automatically turn off the power of the UV lamp module (3) to avoid UV irradiation to the eyes or other parts.

[0024] In one embodiment of the present application, the clip (2) can be clamped on a single finger on the palm (10), and a power supply input line (7) can be connected to a mobile power supply (8) or directly connected to a power supply (9) to provide power, so that the UV lamp module (3) can irradiate the clamped nail (11), avoiding long-term UV irradiation to the skin other than the nail (11), causing unnecessary sunburn or burns.

[0025] In one embodiment of the present application, the output interface (12) of the mobile power supply (8) can have multiple, so that multiple clips (2) can be combined to irradiate all nails (11) at the same time or in sequence, for example, the output interface (12) of the mobile power supply can have 5, the manicurist can prepare 5 UV nail lamps to simultaneously or sequentially apply and irradiate 5 fingers under the current conditions, after each nail (11) is applied, an UV nail lamp can be clamped and the nail (11) can be irradiated, at the same time, the next nail (11) can be applied, so it is very efficient and ensures that the skin other than the nail (11) will not be irradiated.

[0026] In one embodiment of the present application, the shell (1) can be provided with a cover (20), and the inside of the cover (20) is provided with a control module (21), which can control the light intensity or light time of the UV lamp module (3) through the setting of the circuit and the controller. Wherein, the inside of the shell (1) can be provided with a battery pack (22), which can be composed of rechargeable batteries or general batteries, so that power can be provided without external power supply (9), and it can be carried with you.

[0027] One embodiment of the present application can be provided with an interactive display module (23) on the housing (1), which can display the irradiation time or irradiation intensity, or display the remaining irradiation time, or set the time and intensity of each irradiation, etc. For example, it can display the current remaining irradiation seconds, or set each irradiation to 10S, 30S, 60S, etc. The part of the clip (2) in contact with the finger can also be provided with a buffer part (24), which can be composed of elastic materials or elastic pads, such as silica gel or foam, so as to reduce the discomfort caused by the clamping force of the clip to the finger, and enhance the degree of clamping and anti-slip of the finger.

[0028] In summary, through the above implementation process, the present application is a combination UV manicure lamp with a clip, which has not appeared in the related literature of UV manicure lamps with clips before. Due to the ingenious and simple structure of the present application, it brings an innovative manicure method for individuals or manicurists, and reduces the production cost of the product by using the combination method.

Claims

1. A combination UV nail lamp with a clip, comprising: a housing connected to a clip, which can be clamped on a finger, and a UV lamp module is arranged in the housing; the UV lamp module is composed of at least one lamp bead or lamp tube, which can emit UV ultraviolet rays or light to quickly cure nail polish; a switch, which can turn on or off the operation of the UV lamp module; a power input port, which connects a power input line to provide the required power for the UV lamp module; when the clip fixes the UV lamp module on the finger, the UV lamp module can be located just above the nail.

2. The combination UV manicure lamp with a clamp as claimed in claim 1, wherein, a sensor is arranged on the housing or the clip, which sends a signal when the clip is not clamped correctly on the finger, and automatically turns off the power of the UV lamp module to avoid UV ultraviolet light from shining into the eyes.

3. The combination UV nail lamp with a clip of claim 1, wherein, The clip is clamped on the finger on the palm, and the power input line is connected to a mobile power supply or a power supply to provide power, so that the UV lamp module can irradiate the clamped nail, avoiding long-term UV ultraviolet light irradiation on the skin other than the nail, causing unnecessary sunburn or burns.

4. The combination UV nail lamp with a clip of claim 1, wherein, The output interface of the mobile power supply is provided with multiple, so that multiple clips can be combined to irradiate all the nails at the same time, for example, the output interface of the mobile power supply can have 5, so that the nails on 5 fingers can be irradiated at the same time, and the skin other than the nails will not be irradiated.

5. The combination UV nail lamp with a clip of claim 3, wherein, The housing is provided with a cover, and a control module is arranged inside the cover to control the light intensity or light time of the UV lamp module.

6. The combination UV nail lamp with a clip of claim 1, wherein, The housing is provided with a battery pack, which is composed of rechargeable batteries, so that power can be provided without an external power supply.

7. The combination UV nail lamp with a clamp of claim 1, wherein, The housing is provided with an interactive display module, which can display the irradiation time or irradiation intensity, or display the remaining irradiation time, or set the time and intensity of each irradiation.

8. The combination UV nail lamp with a clamp of claim 1, wherein, The part of the clip in contact with the finger can be provided with a buffer, which is composed of elastic materials such as silicone or foam, so as to reduce the discomfort caused by the clip to the finger and enhance the clamping and anti-slip degree of the finger.

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