Whitening and moisturizing hand cream massage equipment

Abstract

The utility model relates to whitening and moisturizing hand cream massage equipment which comprises a body, the body is in a semi-oval shape, finger grooves are formed in the body, smearing massage heads are arranged on the outer surface of one side of a palm, a miniature vibration motor is fixedly connected to the interior of each smearing massage head, and a discharging area and a heating area are sequentially arranged from the outer surface to the inside in a distinguished mode. A plurality of discharging holes are evenly formed in the side, close to the smearing massage head, of the discharging area, wavy lines are arranged on the inner wall of the discharging area, a frost storage bin is fixed to one side of the hand back and fixedly connected with the discharging area through a plurality of tiny pipelines, and a sponge massage ball is fixedly connected to one end of the fingertip. The hand cream can be evenly smeared on the hand along the spiral lines, especially the hand cream can be accurately smeared on the periphery of hand acupuncture points, the problem that smearing is not uniform aiming at the hand acupuncture points and complex hand contours is effectively solved, meanwhile, the wavy lines in the discharging area can ensure that the hand cream smeared on the hand is more uniform, and the hand cream smeared on the hand is more uniform. The absorption efficiency of the hand cream is effectively improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to skin care equipment field especially relates to a whitening and moisturizing hand cream massage equipment. BACKGROUND

[0002] With the importance of skin care, hand care has become an important part of skin care process. The use of hand cream is a common method to keep the skin of the hands healthy and beautiful, but the traditional manual application method has many shortcomings. On the one hand, manual application can not guarantee the uniform distribution of hand cream on the hands, especially for the acupoints and complex hand contours, it is difficult to achieve targeted application. On the other hand, simple application cannot effectively promote the absorption of hand cream, especially the effective ingredients in whitening and moisturizing hand cream, better auxiliary means are needed to improve the absorption efficiency. Some skin care equipment on the market either has no design for the hands or has single function, which cannot meet the comprehensive needs of hand whitening and moisturizing care well. SUMMARY

[0003] (I) technical problems solved

[0004] In view of the limitations of existing hand cream massage equipment, the utility model aims at providing a whitening and moisturizing hand cream massage equipment, which is driven by a miniature vibration motor to vibrate the application massage head. This structure can make the hand cream evenly applied along the spiral pattern during the movement of the equipment, especially can accurately apply the hand cream around the acupoints of the hands, effectively solve the problem of uneven application of the acupoints of the hands and complex hand contours, better contact and fusion with the skin, promote the penetration of the hand cream on the skin surface, especially help the absorption of the effective ingredients in the whitening and moisturizing hand cream, and improve the absorption efficiency of the hand cream. At the same time, after the hand cream is extruded from the discharge hole, the wave-shaped pattern in the discharge area can further disperse the hand cream during the flow to the application massage head, ensure that the hand cream can be more evenly distributed around the application massage head, and then ensure that the hand cream applied on the hands is more uniform, effectively improve the absorption efficiency of the hand cream.

[0005] (II) technical solutions

[0006] In order to achieve the above object, the utility model provides the following technical scheme: a kind of whitening and moisturizing hand cream massage equipment, including body, body is semicircle, the inside of body is provided with finger groove, the palm side outer surface of body is uniformly distributed with several smearing massage heads, the inside of each smearing massage head is fixedly connected with micro vibration motor, the palm side of body is sequentially distinguished with discharge area and heating area from outer surface to inside, discharge area is uniformly provided with several discharge holes on the side close to smearing massage head, discharge area inner wall is provided with wave-shaped lines, the back of hand of body is fixed with cream storage bin, cream storage bin is fixedly connected with discharge area by several small pipes, the one end of the fingertip of body is fixedly connected with sponge massage ball.Semicircle body is provided with four finger operations inside, that is, by inserting finger into finger groove, so as to cover the massage equipment on hand, semicircle body can cover the finger part of user, the length of semicircle massage equipment here is half of palm of ordinary adult to the length of the longest finger (usually middle finger) fingertip, generally around 8 to 12 cm, the diameter of finger groove is 1 cm larger than the diameter of the thickest finger (usually middle finger) of ordinary adult, generally between 2.5 cm-3 cm.When the massage equipment is set on hand, user can perform hand cream smearing and massage to the other hand, at the same time, the wave lines of finger groove inner wall are contacted and rubbed in the moving process of the finger inside massage equipment, also have the effect of massage, promote blood circulation of finger part.

[0007] It should be noted that the distribution density of smearing massage head is determined according to the palm area and the distribution of hand acupoints, which can cover the main acupoints and skin area of palm and will not be too dense to cause inconvenience.

[0008] Further, the micro vibration motor here uses advanced micro motor technology, small in size, stable in vibration and low in energy consumption, when the equipment starts, micro vibration motor starts to work, generates vibration of specific frequency per minute. The vibration is transmitted to the skin surface through smearing massage head, and makes the hand cream produce slight displacement and vibration on the skin surface in the process of smearing. The vibration effect can break the static adhesion state of hand cream on the skin surface, so that the ingredients of hand cream can better penetrate into the texture and pores of skin.

[0009] In addition, the surface of cream storage bin is provided with transparent observation window, the observation window is made of high-transparency, wear-resistant material, user can clearly and intuitively check the remaining amount of hand cream. The bin cover adopts sealing design, matched with high-quality rubber sealing ring, the sealing ring is closely attached to bin body, to form reliable sealing structure, effectively prevent hand cream from leaking and oxidizing due to contact with air. Open the bin cover to open the cream storage bin, and then add hand cream into the bin, the specific setting and connecting mode adopt existing technology, so no detailed description is made.

[0010] Preferably, the rubbing massage head comprises a vertical rod and a spherical protrusion fixedly connected to one end of the vertical rod, and a spherical massage head is sleeved on the spherical protrusion, and the surface of the spherical massage head is provided with spiral patterns. The spherical massage head is sleeved on the spherical protrusion, so that the spherical massage head can rotate freely with the spherical protrusion as the center. During the movement of the massage device, the spherical massage head can rotate slightly when contacting the skin surface, thereby further performing massage.

[0011] Preferably, the heating area is internally provided with a flexible heating sheet. The heating temperature of the flexible heating sheet is generally about 35-40°C. This temperature range is close to the body temperature of human body, and can promote the natural expansion of the pores of the hand. The flexible heating sheet is made of advanced flexible material and heating technology, and has good flexibility. It can deform naturally with the movement of the hand and the bending of the device, and will not be damaged due to frequent bending. The heating principle is based on resistance heating. The internal conductive material generates heat when electrified. The circuit design and power control inside the heating sheet can accurately adjust the heating temperature, and stabilize the temperature of the heating area in the range suitable for the absorption of hand cream. The specific arrangement and connection mode of the device adopts conventional technology, and therefore will not be described in detail.

[0012] Further, the discharging area is located close to the skin side, so that the hand cream can reach the skin surface in the shortest distance, and the heating area is located behind the discharging area. When the hand cream is extruded from the discharging area, it can be immediately affected by the temperature of the heating area. This layout makes the hand cream in the temperature environment conducive to absorption at the moment of application, and the two work together to create ideal conditions for efficient application and absorption of hand cream. The wavy patterns on the inner wall of the discharging area can guide the hand cream to flow to each discharging hole, that is, when the hand cream is extruded from the discharging hole, the hand cream will flow and mix in the discharging area under the action of the wavy patterns. This flow and mixing makes the hand cream more evenly distributed in the discharging area, avoiding the situation that the hand cream is locally accumulated or blocks the discharging hole during discharging, ensuring that the amount of hand cream extruded from each discharging hole is more stable and uniform, thereby realizing more uniform application.

[0013] Preferably, each micro-pipe is fixedly connected with a micro-piston pump on the side close to the storage bin. The storage bin is connected with the discharging area through the micro-pipe, and the flow of the hand cream into the discharging area is controlled by the micro-piston pump. The micro-piston pump works based on the principle of piston movement. When the device is started and discharging is needed, the piston in the micro-piston pump reciprocates under the action of a motor or other driving device. This reciprocating motion generates pressure changes in the micro-pipe, and pushes the hand cream in the storage bin to the discharging area according to certain flow and pressure. The advantage of the micro-piston pump is that it can accurately control the discharging amount of the hand cream, and the working parameters of the piston pump can be adjusted through the control display area.

[0014] Preferably, the four finger grooves are provided with wavy patterns on their inner walls.

[0015] Preferably, the surface of the sponge massage ball is provided with wavy patterns. The massage ball can additionally massage the hands and apply hand cream, further accelerating absorption.

[0016] Preferably, the outer surface of the body on the back of the hand side is fixed with a control display area, which is connected with the micro-vibration motor and the micro-piston pump in sequence. The control display area integrates advanced electronic control technology and display technology, and is connected with the micro-vibration motor and the micro-piston pump in sequence through internal circuits. On the control display area, the user can easily control the vibration intensity of the micro-vibration motor, the discharge amount of the micro-piston pump and other related parameters such as the temperature setting of the heating area through an intuitive operation interface such as touch buttons or knobs. At the same time, the display area can display the working state of the device in real time, such as the current vibration intensity, discharge speed and heating temperature, etc. so that the user can clearly see the running status of the device. This convenient control and display function enables the user to quickly and accurately adjust the device parameters according to their own preferences and hand care needs, realizing personalized hand cream application and massage experience. The specific settings and connection methods adopt existing technologies, so they are not described in detail.

[0017] Advantages

[0018] (1) The design of the application includes vertical rods, spherical protrusions, and spherical massage heads that are sleeved outside the spherical protrusions, and the spiral patterns on the surface of the spherical massage heads can guide the uniform distribution of hand cream during the movement of the device, allowing the hand cream to naturally spread along the patterns on the hands, especially for complex contours and acupoint areas of the hands, ensuring that an appropriate amount of hand cream is applied to each part that needs care, effectively avoiding the problem of uneven manual application. The wavy patterns on the inner wall of the discharge area can further disperse the hand cream squeezed out of the discharge hole. This is like a natural stirrer that makes the hand cream more evenly distributed before reaching the application massage head, thereby improving the uniformity of the application on the hands.

[0019] (2) The micro-vibration motor fixedly connected inside each application massage head generates vibration when working, and this vibration is transmitted to the part of the application massage head that contacts the skin, allowing the hand cream to be constantly subjected to a small force during application, better adhering to and penetrating the skin. For the effective ingredients in whitening and moisturizing hand cream, this vibration can break the surface tension of the ingredients on the skin surface, promoting them to enter the deep layer of the skin and greatly improving the absorption efficiency. BRIEF DESCRIPTION OF DRAWINGS

[0020] Figure 1 is a schematic view of the internal structure of the present application;

[0021] Figure 2A hand palm one side structure schematic view of the utility model shows;

[0022] Figure 3 A hand back one side structure schematic view of the utility model shows;

[0023] Figure 4 A structure schematic view of the utility model smearing massage head shows;

[0024] Figure 5 A detailed schematic view of the utility model internal function partition shows.

[0025] In the drawing: 1 - the body, 11 - the discharge area, 110 - the discharge hole, 111 - the tiny pipeline, 12 - the heating area, 120 - the flexible heating sheet, 2 - the finger groove, 3 - the smearing massage head, 301 - the vertical rod, 302 - the spherical convex, 303 - the spherical massage head, 305 - the micro vibration motor, 4 - the storage bin, 40 - the micro piston pump, 5 - the sponge massage ball, 6 - the control display area. Specific implementation

[0026] The following will be combined with the utility model embodiment in the attached Figure 1 - the attached Figure 3 The technical scheme in the utility model embodiment is clearly and completely described. Apparently, the described embodiment is only a part of the utility model embodiment, not all the embodiment, and all other embodiments obtained by the person skilled in the art without making the creative labor based on the embodiment in the utility model belong to the scope of the utility model protection.

[0027] Embodiment one: as Figure 1The utility model discloses a first specific embodiment provides a kind of whitening and moisturizing hand cream massage equipment, including body 1, body 1 is semioval, the inside of body 1 is provided with finger groove 2, the palm side outer surface of body 1 is evenly distributed with several smearing massage head 3, the inside of each smearing massage head 3 is fixedly connected with micro vibration motor 305, the palm side of body 1 is sequentially distinguished with discharge area 11 and heating area 12 from outer surface to inside, discharge area 11 is evenly provided with several discharge holes 110 on the side close to smearing massage head 3, and the inner wall of discharge area 11 is provided with wave-shaped line, the back of hand side of body 1 is fixed with cream storage bin 4, and the cream storage bin 4 is fixedly connected with discharge area 11 by several small pipe 111, and the fingertip end of body 1 is fixedly connected with sponge massage ball 5.The palm side outer surface of evenly distributed smearing massage head 3 guarantees that hand cream can be evenly applied in palm large area.The discharge hole 110 of discharge area 11 evenly distributed on the side close to smearing massage head 3 can accurately send hand cream to the vicinity of smearing massage head 3, and the wave-shaped line of the inner wall of discharge area 11 makes hand cream be further dispersed and mixed inside discharge area, so that hand cream is more uniform when being extruded from discharge hole 11, to further improve the uniformity of hand cream on hand application.And the micro vibration motor 305 in smearing massage head generates vibration when working, so that hand cream is constantly subjected to small force during smearing process, better adheres to and penetrates skin.For the effective ingredient in whitening and moisturizing hand cream, the vibration can break the surface tension of the effective ingredient on the skin surface, promote the effective ingredient to enter the deep layer of skin, and greatly improve the absorption efficiency.Smeared massage head 3 includes vertical rod 302 and spherical protrusion 302 fixedly connected at the head of vertical rod 302, spherical protrusion 302 is uniformly sleeved with spherical massage head 303, the surface of spherical massage head 303 is provided with helical type line, and the combination design of spherical protrusion 302 and spherical massage head 303 makes smearing massage head better adhere to the curved surface of hand, to ensure that smearing massage head 3 and hand skin always maintain close contact when smearing hand cream, so that the situation of missing or uneven smearing does not occur.When hand cream is extruded from discharge hole 110 and adheres to smearing massage head 3, helical type line is like a micro helical track, can guide hand cream to be evenly distributed on the surface of spherical massage head along the line, realize more uniform and meticulous smearing effect, not only make hand skin can fully absorb the nutrient components of hand cream, but also avoid local greasy or dry phenomenon caused by uneven smearing, make hand skin feel more comfortable.

[0028] In addition, the spherical massage head 303 is sleeved outside the spherical protrusion, and the connection mode between the two allows the spherical massage head to rotate relatively freely. During the vibration and movement of the device, the spherical massage head 3 can not only vibrate with the whole device, but also rotate by itself to a certain extent. This combination of rotation and vibration provides a multi-dimensional massage experience for the skin of the hand. It not only can more effectively stimulate the skin and acupoints of the hand, promote blood circulation, but also can relieve the fatigue and tension of the hand muscles, so that the hand can be more fully relaxed and cared for.

[0029] The inside of the heating area 12 is paved with a flexible heating sheet 120. The flexible heating sheet 120 can keep the palm side at a suitable temperature, so that after the pores are expanded, the nutrient ingredients in the hand cream, such as whitening factors and moisturizing essences, can more easily enter the deep layer of the skin, thereby greatly improving the absorption efficiency of the hand cream and making the whitening and moisturizing effect more obvious. Through connection with the control system of the device, the temperature of the flexible heating sheet 120 can be accurately adjusted and controlled. Users can easily adjust the temperature of the heating sheet through the control display area according to factors such as personal skin sensitivity, environmental temperature, and the characteristics of the hand cream, so as to achieve the best care effect.

[0030] Each micro pipeline 111 is fixedly connected with a micro piston pump 40 near one side of the cream storage bin 4. The micro piston pump 40 can accurately control the amount of hand cream from the cream storage bin 4 into the micro pipeline 111 and finally to the discharge area 11, so that the hand cream flows in the micro pipeline 111 at a uniform speed. This stable discharge pressure ensures that the speed and amount of hand cream squeezed out of each discharge hole 110 remain consistent, thereby achieving uniform application of hand cream on the hand, avoiding unstable discharge caused by uneven squeezing force or changes in pressure in the cream storage bin 4, and effectively improving the uniformity and consistency of hand cream application.

[0031] In addition, the accurate control and stable discharge of the micro piston pump 40 can effectively prevent the hand cream in the micro pipeline 111 from being blocked and remaining. At the same time, after each use, the piston pump can move in reverse to suck the remaining hand cream in the pipeline back into the cream storage bin, avoiding the problem of bacterial growth or affecting the next use caused by long-term residue of hand cream in the pipeline, and ensuring the hygiene and normal operation of the device.

[0032] The four finger grooves 2 are provided with wavy lines on the inner walls. The design of the four finger grooves 2 matches the number and distribution of human fingers, effectively preventing the hand from slipping or moving due to the movement or vibration of the device during use, ensuring that the device always closely fits the hand during use, providing a stable operating basis for the application and massage of hand cream. When using the device, the fingers are in constant contact and friction with the wavy lines on the inner walls of the finger grooves, which can stimulate the blood circulation of the body through massage stimulation of the fingers, promote blood circulation of the hands and even the whole body. The massage stimulation of the wavy lines can enhance the blood circulation of the hands, so that the skin of the hands can get more oxygen and nutrition supply, which helps to improve the absorption effect of hand cream, and is also beneficial to the health of the hands.

[0033] The surface of the sponge massage ball is provided with wavy lines.

[0034] The control display area 6 is fixed on the outer surface of the back of the body 1, and the control display area 6 is connected with the micro-vibration motor 305 and the micro-piston pump 40 in sequence. The control display area 6 is arranged on the outer surface of the back of the body 1, so that the user can naturally operate the buttons or touch screen on the control display area 6 through fingers without changing the natural holding posture of the hand, realizing the control of various functions of the device, and greatly improving the convenience and comfort of operation. The control display area 6 provides an intuitive visual interface, and the user can clearly see various parameter settings and working state information of the device through the display screen.

[0035] Working principle: in use, first, the whitening and moisturizing hand cream is injected into the storage bin 4, then the hand is inserted into the interior of the massage device, the four fingers are inserted into the finger area 1, the device is ensured to be attached to the hand, the parameter setting is performed through the control display area 5, that is, according to the texture of the hand cream and personal needs, the discharge amount of the micro piston pump 40, the vibration intensity of the micro vibration motor 305 and the temperature of the flexible heating sheet 120 are set. After starting the device, the micro piston pump 40 starts to work, the hand cream in the storage bin 4 is discharged into the discharge area 11 through the micro pipeline 111 according to the set discharge amount, and is squeezed out from each discharge hole 110 to the surface of the palm side under the guidance of the wave-shaped lines in the discharge area 11. At the same time, the flexible heating sheet 120 starts to heat, so that the palm keeps at a suitable temperature. The micro vibration motor 305 drives the coating and massage head 3 to vibrate. The user sticks the palm side to the skin of the other hand, slowly moves and appropriately rotates, presses and other actions on the hand, so that the coating and massage head 3 fully plays a role on the acupoints and skin surface of the hand. In this process, the spiral pattern on the surface of the spherical massage head 303 of the coating and massage head 3 helps to evenly apply the hand cream coming out of the discharge hole 110 on the hand, and the vibration of the micro vibration motor 305 promotes the absorption of the hand cream. At the same time, the wave-shaped lines on the inner wall of the finger area 2 massage the fingers in the device during movement, and the sponge massage ball 5 can massage the hand in the finger gap and other places while further evenly applying the hand cream.

Claims

1. A whitening and moisturizing hand cream massage device, comprising a body (1), wherein the body (1) is semi-elliptical, characterized in that, The body (1) has a finger groove (2) inside. Several massage heads (3) are evenly distributed on the outer surface of the palm side of the body (1). Each massage head (3) is fixedly connected to a micro vibration motor (305). The palm side of the body (1) is divided into a discharge area (11) and a heating area (12) from the outer surface to the inner surface. Several discharge holes (110) are evenly distributed on the side of the discharge area (11) near the massage head (3). The inner wall of the discharge area (11) is provided with a wave-shaped texture. A frost storage chamber (4) is fixed on the back side of the body (1). The frost storage chamber (4) is fixedly connected to the discharge area (11) through several micro pipes (111). A sponge massage ball (5) is fixedly connected to one end of the fingertip of the body (1).

2. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, The application massage head (3) includes a vertical rod (301) and a spherical protrusion (302) fixedly connected to one end of the vertical rod (301). A spherical massage head (303) is sleeved on the outside of the spherical protrusion (302), and the surface of the spherical massage head (303) is provided with a spiral pattern.

3. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, The heating zone (12) is lined with flexible heating sheets (120).

4. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, Each of the micro-piston pipes (111) is fixedly connected to a micro-piston pump (40) on the side near the frost storage chamber (4).

5. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, There are four finger grooves (2), and the inner walls of each groove are decorated with wavy patterns.

6. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, The surface of the sponge massage ball (5) is provided with a wave-shaped pattern.

7. The whitening and moisturizing hand cream massage device according to claim 1, characterized in that, The outer surface of the back of the main body (1) is fixed with a control display area (6), which is connected in sequence to the micro vibration motor (305) and the micro piston pump (40).

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