Multifunctional manicure lamp

Abstract

A multifunctional manicure lamp belongs to the field of manicure and comprises a silica gel head, a lamp head clamping seat, a lens, a lamp bead, a lamp bead base, a circuit board, a lamp tail clamping seat, a magnet and a chamfered square tubular machine body, a circuit board slot deviating from the center is formed in the inner wall of the tubular machine body, a lamp holder clamping seat is arranged in front of the lens, and the lens is arranged backwards in the tubular machine body; the lamp cap clamping seat is of an upper-middle-lower round through hole structure comprising a silica gel socket, a middle support base and a lens pressing seat, a charging port is formed in the tubular machine body tail, and a round hole for installing a magnet is formed in the lamp tail clamping seat. The three operation functions of silica gel pattern transfer printing, magnet magnetization cat eye and light curing are integrated on one manicure lamp, and the defects caused by three independent tools in existing manicure are overcome.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the field of nail art, especially relates to a nail art lamp. BACKGROUND

[0002] Three important tools in the nail art industry are nail art lamps, magnetic rods (magnets), and silica gel heads (nail glue). Nail art lamps (such as UV / LED lamps) are essential tools in the nail art curing process, and their working principle is based on a photocuring reaction. By using specific wavelength ultraviolet light (usually 365nm-405nm ultraviolet light or near ultraviolet blue light) or visible light, the photoinitiator in the nail polish glue is triggered to polymerize, causing the liquid glue to quickly harden into a film. Cat-eye nail polish glue contains magnetic particles (such as magnet powder), and after being applied, a magnet is immediately placed close to it (without touching it). The particles will be arranged in a specific direction under the action of the magnetic field, gathering into a thin and narrow reflective band to simulate the sparkling effect of cat's eye stone. The arranged particles produce dynamic light and shadow changes under light, and different angles produce the alternating light and dark "cat's eye" visual effect. The silica gel head transfers patterns. These three tools are independent and difficult to store. Different tools need to be replaced during nail art operation, and the switching is not smooth enough. The silica gel head cannot transfer patterns while the light is curing. The nail art lamp has a one-word round rod tubular body, and the internal structure from the head to the tail is lens, lamp bead, lamp bead base, lamp bead base welded on the long strip circuit board, lamp tail clamping seat, and lamp tail clamping seat provided with a charging port. The lens of the nail art lamp is not provided with a deep hole in front of the lens, and the light is not concentrated. SUMMARY

[0003] The utility model discloses a multifunctional nail art lamp, which integrates photocuring, pattern transfer and cat-eye magnetization operation functions in one nail art lamp, solves the deficiencies of the three independent tools in the existing nail art, and has the technical scheme as follows.

[0004] The multifunctional nail art lamp comprises a lens, a lamp bead, a lamp bead base, a long strip circuit board, a lamp tail clamping seat and a tubular body with a circuit board slot. The tubular body is a chamfered square long strip tubular body. A lamp head clamping seat is arranged in front of the lens, and the lens is arranged backward in the tubular body. The lamp head clamping seat has an upper-middle-lower structure. The middle support base has a chamfered square shape consistent with the size of the outer shape of the tubular body. The front upper part of the middle support base is a convex silica gel socket, and the rear lower part of the middle support base is a convex lens pressing seat. The outer shape part between the middle support base and the lens pressing seat is a pressing part for pressing the inner wall of the tubular body. The silica gel socket, the middle support base and the lens pressing seat are connected in a circular hole. The lamp tail clamping seat has a chamfered square shape consistent with the size of the inner part of the tubular body. The lamp tail clamping seat can cover the tail of the tubular body or be covered by the tail of the tubular body. The added lamp head clamping seat is provided with a silica gel socket.

[0005] The utility model discloses a multifunctional manicure lamp, the relative inner wall of tubular fuselage is provided with the slot of circuit board at the position deviating from the center, the lamp pearl base is welded with the circuit board at the position deviating from the center, and the charging socket is arranged at the tail along the long strip direction of circuit board, the head step of holding the lens is arranged on the inner wall before the slot of one end of tubular fuselage, and the head clamping groove is arranged on the inner thin wall before the lens, the pressing part between the middle support base and the lens pressing base is the chamfered square with the gap of the head inner thin wall of tubular fuselage, and the convex is arranged on the middle of the opposite two sides of chamfered square and is consistent with the head clamping groove, the tail step is formed on the inner thin wall before the slot of the other end of tubular fuselage, the tail clamping groove is arranged on the tail inner thin wall, the appearance of lamp tail clamping base is the chamfered square that is consistent with the size of tail inner thin wall of tubular fuselage, the symmetric clamping leg is arranged on the bottom of lamp tail clamping base, the convex corresponding with tail clamping groove is arranged on the clamping leg, the charging port is arranged on the lamp tail clamping base, and the indicating lamp hole is arranged on the side of charging port, the patch slot is arranged on the outer wall of the side wall close to the slot, and the key hole and digital screen hole are arranged on the side wall of patch slot.

[0006] The utility model discloses a multifunctional manicure lamp, the relative inner wall of tubular fuselage is provided with the slot of circuit board at the position deviating from the center, the lamp pearl base is welded with the circuit board at the position deviating from the center, and the charging socket is arranged at the tail along the long strip direction of circuit board, the head step of holding the lens is arranged on the inner wall before the slot of one end of tubular fuselage, and the head clamping groove is arranged on the inner thin wall before the lens, the pressing part between the middle support base and the lens pressing base is the chamfered square with the gap of the head inner thin wall of tubular fuselage, and the convex is arranged on the middle of the opposite two sides of chamfered square and is consistent with the head clamping groove, the patch slot is arranged on the outer wall of the side wall close to the slot, and the key hole and digital screen hole are arranged on the side wall of patch slot, the tail step is formed on the four inner walls before the slot of the other end of tubular fuselage, the charging port is arranged on the tail thin wall of the side wall adjacent to patch slot and corresponding charging socket, and the indicating lamp hole is arranged on the side of charging port, the tail clamping groove is arranged on the inner thin wall corresponding charging port, the appearance of lamp tail clamping base is the chamfered square that is consistent with the size of tail inner thin wall of tubular fuselage, the symmetric clamping leg is arranged on the bottom of lamp tail clamping base, the convex corresponding with tail clamping groove is arranged on the clamping leg, and the round hole of installing magnet is arranged on the lamp tail clamping base.

[0007] The beneficial effect, the tubular body of the chamfered square and the circuit slot deviated from the center is more efficient and compact in space utilization than the circular tubular body, the front of the lens is additionally provided with a lamp cap seat, which can be reasonably installed with silica gel heads and forms a deep recess to be more spotlight, the transfer printing pattern can also be photocured, the charging port is changed to the tail of the tubular body, so that the lamp tail seat can be provided with a round hole for mounting a magnet, so that the silica gel transfer printing pattern, the magnetized cat eye and the light curing three operation functions can be integrated on one manicure lamp, the deficiencies of the three independent tools are solved, and in addition, the magnet at the tail can also attract the iron panel to stand or upside down to conveniently store and take the manicure lamp. BRIEF DESCRIPTION OF DRAWINGS

[0008] Figure 1 is a schematic view of the tail-to-head explosion structure of the multifunction manicure lamp;

[0009] Figure 2 is a schematic view of the head-to-tail explosion structure of the multifunction manicure lamp;

[0010] Figure 3 is a schematic view of the tubular body structure;

[0011] Figure 4 is a schematic view of the front structure of the tubular body;

[0012] Figure 5 is a schematic view of the longitudinal section structure of the tubular body;

[0013] Figure 6 is a schematic view of the lamp head seat structure;

[0014] Figure 7 is a schematic view of the circuit board structure;

[0015] Figure 8 is a schematic view of the lamp tail seat structure. DETAILED DESCRIPTION

[0016] The utility model is further illustrated in combination with the drawings. First, the indication is explained.

[0017] The tubular body 1, the patch slot 11, the button hole 12, the digital screen hole 13, the charging port 14, the indicating lamp hole 15, the slot 16, the head step 17, the head card slot 18, the tail step 19, the tail card slot 110, the button 111, the patch 112, the patch hole 113;

[0018] The lamp head seat 2, the silica gel socket 21, the middle support base 22, the lens pressing seat 23, the round hole 24, the convex 25;

[0019] The lens 3, the lamp bead 4, the lamp bead base 41;

[0020] The circuit board 5, the key 51, the digital screen 52, the battery 53, the charging socket 54

[0021] lamp tail holder 6, clamping leg 61, protrusion 62, round hole 63;

[0022] magnet 7, silica gel head 8.

[0023] As shown in Figure 1 , Figure 2 , the multifunctional nail lamp comprises a tubular body 1, a lamp head holder 2, a lens 3, a lamp bead 4, a lamp bead base 41, a circuit board 5, a lamp tail holder 6, a magnet 7 and a silica gel head 8. The tubular body 1 is made of aluminum alloy, and the lamp head holder 2 and the lamp tail holder 6 are made of plastic.

[0024] As shown in Figure 1 , Figure 2 , the tubular body 1 comprises an external structure of a sticker slot 11, a button hole 12, a digital screen hole 13, a charging port 14, an indicator light hole 15, a sticker 112 and a sticker hole 113.

[0025] As shown in Figure 3 , Figure 4 , Figure 5 , the tubular body 1 comprises an internal wall structure of a slot 16, a head step 17, a head clamping groove 18, a tail step 19 and a tail clamping groove 110. The tubular body 1 is a chamfered square strip, and the slot 16 for accommodating the circuit board is arranged at a position deviated from the center of the internal wall of the tubular body 1. The length of the slot 16 is approximately equal to the length of the circuit board 5. The head step 17 for holding the lens 3 is arranged at the internal wall of the tubular body 1 before the slot 16 at one end. The head clamping groove 18 is arranged at the internal wall of the tubular body 1 before the slot 16 at the other end. The head end of the tubular body 1 is chamfered. The tail step 19 is arranged at the internal wall of the tubular body 1 before the slot 16 at the other end. The tail end of the tubular body 1 is chamfered to prevent scratching. The sticker slot 11 is arranged on the external wall of the side wall near the slot 16. The button hole 12 and the digital screen hole 13 are arranged on the side wall of the sticker slot 11 near the lamp head holder 2. The four internal walls of the tubular body 1 before the slot 16 at the other end are thinned to form the tail step 19. The charging port 14 is arranged at the tail wall of the side wall adjacent to the sticker slot 11 at the position corresponding to the charging socket 54. The indicator light hole 15 is arranged beside the charging port 14. The tail clamping groove 110 is arranged at the internal wall corresponding to the charging port 14. The lamp tail holder 6 is a chamfered square in shape, which is consistent with the size of the internal wall of the tubular body 1. The lamp tail holder 6 is provided with symmetrical clamping legs 61. The clamping legs 61 are provided with protrusions 62 corresponding to the tail clamping groove 110. The lamp tail holder 6 is provided with a round hole 63 for mounting the magnet 7. The tubular body 1 is made of aluminum alloy and is extruded, cut and processed to form the steps, clamping grooves, sticker slots and holes. This is a multifunctional nail lamp integrating the functions of silica gel transfer printing, magnetized cat eye and light curing. The tubular body 1 is provided with the charging port 14 at the tail end. Another multifunctional nail lamp integrates the functions of silica gel transfer printing and light curing without the magnet, and the lamp tail holder is provided with the charging port at the bottom.

[0026] AsFigure 6 As shown, the lamp head holder 2 is an upper-middle-lower structure, the middle support base 22 is a chamfered square with the same size as the outer shape of the tubular body 1, the front upper part of the middle support base 22 is a convex silica gel socket 21, the rear lower part of the middle support base 22 is a convex lens pressing base 23, the silica gel socket 21 to the middle support base 22 to the lens pressing base 23 is a through hole 24, the through hole 24 and the lens 3 form a deep recess for more light gathering; the pressing part between the middle support base 22 and the lens pressing base 23 is a chamfered square with a gap from the inner wall of the tubular body 1, and a convex 25 consistent with the head clamping groove 18 is arranged at the middle of the opposite two sides of the chamfered square. The material of the lamp head holder 2 is plastic, and the mold is shaped.

[0027] As shown in Figure 1 , Figure 2 , Figure 7 , the circuit board 5 is welded at the center offset position of the lamp bead base 41, and the charging socket 54 is arranged perpendicular to the tail long strip direction of the circuit board 5; the lamp bead 4 is located at the center of the lamp bead base 41. The circuit board 5 includes the upper arranged key 51, the digital screen 52 and the lower arranged battery 53, and the charging socket 54.

[0028] As shown in Figure 8 , the lamp tail holder 6 includes the clamping leg 61, the convex 62 and the round hole 63; the outer shape of the lamp tail holder 6 is a chamfered square consistent with the size of the tail inner thin wall of the tubular body 1, the bottom of the lamp tail holder 6 is provided with symmetrical clamping legs 61, the clamping legs 61 are provided with convexes 62 corresponding to the tail clamping groove 110, and the lamp tail holder 6 is provided with the round hole 63 for mounting the magnet 7. The outer shape of the lamp tail holder 6 can also be a chamfered square consistent with the size of the tail end of the tubular body 1. The material of the lamp tail holder 6 is plastic, and the mold is shaped.

[0029] As shown in Figure 1 , Figure 2 , the assembly overview is that the lamp bead base 4 of the circuit board 5 is inserted into the slot 16 of the inner wall of the tubular body 1 from the tail end of the tubular body 1 in the direction of the lamp head holder 2, the lens 3 is loaded in the direction of the lamp head holder 2, the bottom center of the lens 3 covers the lamp bead 4, the lamp head holder 2 is inserted into the tail clamping groove 18 of the tubular body 1, the lamp head holder 2 presses the lens 3, the tail part of the tubular body 1 is inserted into the lamp tail holder 6 with the magnet 7 preassembled, the key 111 is assembled into the key hole 12, and the sticker 112 is pasted into the sticker groove 11. In use, the multifunctional manicure lamp can be held when light curing, the multifunctional manicure lamp is held upside down when magnetizing the cat eye, the silica gel head is inserted into the lamp head holder when transferring, the multifunctional manicure lamp is held to press the pattern onto the nail during transfer, and the lamp can also be turned on for curing at the same time.

Claims

1. A multi-functional nail lamp, comprising a lens, LED beads, an LED bead base, a long strip circuit board, the LED bead base soldered onto the long strip circuit board, a lamp tail holder, and a tubular body with a circuit board slot, characterized by: The tubular body is a long, rectangular tube with chamfered square edges. A lamp holder is located in front of the lens, with the lens positioned rearward inside the tubular body. The lamp holder has an upper, middle, and lower structure. The middle support base is a chamfered square with the same dimensions as the tubular body. There is a raised silicone socket at the upper front of the middle support base, and a raised lens holder at the lower rear rear of the middle support base. The outer component between the middle support base and the lens holder is a clamping component that presses against the inner wall of the tubular body. A circular hole runs through the silicone socket to the middle support base and the lens holder. The lamp tail holder is a chamfered square with the same dimensions as the inner tube of the tubular body.

2. The multi-functional nail lamp of claim 1, wherein A circuit board slot is provided on the inner wall of the tubular body at a position off-center from the center. The circuit board is welded to the lamp base at a position off-center from the center. A charging socket is provided at the long strip of the circuit board. The inner wall in front of the slot at one end of the tubular body is thinned to form a head step to support the lens. A head slot is provided on the inner thin wall in front of the lens. The clamping component between the middle support base and the lens holder is a chamfered square with a gap from the inner thin wall of the tubular body. A protrusion consistent with the head slot is provided at the middle of the two opposite sides of the chamfered square. The inner wall in front of the slot at the other end of the tubular body is thinned to form a tail step. A tail slot is provided on the inner thin wall of the tail. The shape of the lamp tail slot is a chamfered square with the same size as the inner thin wall of the tail of the tubular body. Symmetrical feet are provided at the bottom of the lamp tail slot. The feet are provided with protrusions corresponding to the tail slot. A charging port is provided on the lamp tail slot. An indicator light hole is provided next to the charging port. A patch groove is provided on the outer wall of the side wall near the slot. A button hole and a digital screen hole are provided on the side wall of the patch groove.

3. The multi-functional nail lamp of claim 1, wherein, The tubular body has a circuit board slot located off-center on its inner wall. The LED base has a circuit board welded off-center. A charging socket is located at the end of the circuit board. A head step supporting the lens is machined thin on the four inner walls in front of the slot at one end of the tubular body. A head slot is located on the inner thin wall in front of the lens. The clamping component between the middle support base and the lens holder is a chamfered square with a gap from the inner thin wall of the tubular body. A protrusion matching the head slot is located at the middle of the two opposite sides of the chamfered square. On the side near the slot... The outer wall of the tube body is provided with a patch groove, and the side wall of the patch groove is provided with button holes and digital screen holes; the four inner walls in front of the slot at the other end of the tube body are machined into a tail step, and a charging port is provided at the charging socket on the tail thin wall of the side wall adjacent to the patch groove, and an indicator light hole is provided next to the charging port; a tail card slot is provided on the inner thin wall corresponding to the charging port; the shape of the lamp tail card holder is a chamfered square with the same size as the inner thin wall of the tail of the tube body, and the bottom of the lamp tail card holder is provided with symmetrical card feet, the card feet are provided with protrusions corresponding to the tail card slot, and the lamp tail card holder is provided with round holes for installing magnets.

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