Massager, treatment spray pen, therapeutic comb, and care kit comprising same

Abstract

A care kit (900) for scalp care, comprising: a mounting base (a), and at least one of a massager (b), a treatment spray pen (c) and a therapeutic comb (d) detachably mounted on the mounting base (a). At least one accommodating cavity (10a) is provided on one surface of the mounting base (a) so as to accommodate the massager (b), the treatment spray pen (c) and the therapeutic comb (d). The accommodating cavity (10a) is adapted to the shape of the massager (b), the treatment spray pen (c) or the therapeutic comb (d) so as to facilitate mounting and fixation; a charging contact (13a) is provided on the side wall of the accommodating cavity (10a) facing the massager (b), the treatment spray pen (c) or the therapeutic comb (d); and the massager (b), the treatment spray pen (c) and the therapeutic comb each comprise a battery (901), and the battery (901) is electrically connected to the charging contact (13a) by means of a charging interface (902) so as to be charged from the mounting base (a). The care kit (900) achieves hair growth by means of multiple approaches such as massage, treatment application, and nutrient solution coating, thereby improving the hair growth effect.

Description

Massage device, medicine application pen, treatment comb and nursing kit composed of the same TECHNICAL FIELD

[0001] The present application relates to the field of cosmetology and physiotherapy, in particular, to a massage device, a medicine application pen, a treatment comb and a nursing kit composed of the same. BACKGROUND

[0002] Hair loss is a common phenomenon, and the main causes of hair loss include: 1. reduction of blood circulation in the scalp under the sub-health state of the human body, leading to insufficient nutrients and inability to maintain adult hair and the growth of new hair; 2. endocrine abnormalities in the human body, leading to a significant increase in male hormone levels, and atrophy of hair follicles under the influence of male hormones, which cannot grow new hair; 3. when the stress of the human body increases, the nervous function is disordered, thereby affecting the growth of hair follicles and inhibiting hair growth. 4. other causes of hair loss, such as physical tearing, chemical reagent influence, microbial infection and genetic factors, etc.

[0003] If it is desired to restore the hair growth function of the scalp after hair loss, it is necessary to address at least one factor affecting hair regrowth for the above reasons. Among them, for the insufficient blood circulation of the scalp and the stress of the human body, massage can be used to increase the blood circulation of capillaries, improve the nervous pleasure and reduce stress; for hormone abnormalities, hair growth agents need to be applied to the scalp to promote hair follicle growth; for insufficient nutrition of hair follicles, sufficient nutrient components need to be provided to the scalp while promoting the absorption of the scalp.

[0004] In view of the above, a variety of different auxiliary physiotherapy devices need to be used in cooperation, and there is no nursing kit product on the market that is convenient to cooperate and use scientifically.

[0005] On the other hand, the massage device includes a mechanical massage device. The mechanical massage device generally makes the human body muscles relaxed through pressing and vibrating, however, such a massage device through pressing and vibrating is not suitable for hair growth of the human scalp; mainly because the medicine and nutrient liquid applied externally on the scalp need to be massaged to promote the absorption of the scalp during hair regrowth. The traditional pressing and vibrating method is suitable for deep muscle relaxation, and the massage effect is not good for the parts with less muscle layer on the scalp. How to propose a massage device suitable for scalp massage and absorption of medicine and nutrient liquid during the massage process is a technical problem to be solved by the present application.

[0006] For the scalp medicine spraying, the prior art is to guide the medicine into a container, and install a nozzle on the surface of the container, and use the manual pressing mode to make the nozzle spray the medicine to the scalp. However, the manual spraying has the following problems: on the one hand, the spraying amount cannot be controlled, and on the other hand, the manual pressing operation is inconvenient, and according to the pressing force, the spraying amount of the medicine of the two times is different, which causes the uneven distribution of the medicine on the scalp, and is not conducive to the treatment of hair loss; in addition, the medicine sprayed by the nozzle after the manual pressing is actually small particle water beads, which are easily attached to the hair, thereby reducing the treatment effect on the scalp skin. Therefore, how to provide a medicine spraying device which is uniform and easy to be absorbed by the scalp is a technical problem to be solved.

[0007] Then, in the treatment of hair loss, although scalp massage and scalp medicine can nourish the scalp and improve scalp blood circulation, the frequency of massage and medicine is relatively low, and hair regeneration requires continuous improvement of scalp blood state and hair follicle health. Therefore, a physiotherapy device that can be carried at any time is a good choice when going out. In particular, combing the hair with a comb and massaging the scalp is a mature and easy-to-accept method. However, the combs on the market have single functions, and can only comb the hair and press the scalp, and cannot spray nutrient liquid and essence liquid during the process of combing the hair. If an electric comb that is convenient to carry, can be used at any time, and can spray nutrient liquid is provided, it is another technical problem to be solved by the present application. SUMMARY

[0008] The present application aims to provide a care kit to solve the technical problems in the prior art.

[0009] The present application provides a care kit for scalp care, which comprises:

[0010] a mounting seat, at least one accommodating cavity is arranged on one surface of the mounting seat;

[0011] at least one of a massager, a medicine spraying pen and a treatment comb;

[0012] the massager, the medicine spraying pen and the treatment comb are detachably mounted in the accommodating cavity;

[0013] wherein the accommodating cavity is adapted to the shape of the massager, the medicine spraying pen or the treatment comb to facilitate installation and fixation; a charging contact is arranged on the side wall of the accommodating cavity facing the massager, the medicine spraying pen or the treatment comb; the massager, the medicine spraying pen and the treatment comb each comprise a battery, the battery is electrically connected to the charging contact through a charging interface to charge from the mounting seat; and the battery is used for power supply.

[0014] The massager of the present application comprises two massage blocks opposite to each other, the two massage blocks are arranged to be inclined to the middle of the two massage blocks, the two massage blocks are controlled by a motor to move close to or away from each other, and the two massage blocks press and rub the scalp when moving to achieve massage.

[0015] The massager further comprises a wheel swing component arranged between the massage blocks and the motor, an output shaft of the motor is connected with the wheel swing component, the wheel swing component is connected with the massage blocks, the motor drives the wheel swing component to move, and the wheel swing component drives the two massage blocks to move close to or away from each other to achieve massage.

[0016] The present application discloses a medicine spraying pen, which comprises a connector for mounting a medicine bottle, a spray head connected with the connector, and a spray pump for spraying gas near the spray head.

[0017] The medicine spraying pen comprises a pen body and a pen head, the pen head is fixed to one end of the pen body, the spray pump is arranged in the pen body, the pen head is provided with the spray head and the connector for mounting the medicine bottle, the pen head is provided with a gas pipe and a liquid pipe, the gas pipe connects the spray pump with the spray head, the liquid pipe connects the connector with the spray head, the spray head is provided with a gas valve connected with the gas pipe, and the spray head is provided with a liquid valve connected with the liquid pipe.

[0018] The present application discloses a treatment comb, which comprises a first comb head with elasticity, a liquid storage bin detachably arranged at at least one end of the treatment comb, and a second comb head mounted on the liquid storage bin.

[0019] The first comb head and the second comb head comprise a plurality of comb teeth arranged in an array, at least part of the comb teeth on the second comb head have through holes, and nutrient liquid in the liquid storage bin flows out of the comb teeth through the through holes, so that the nutrient liquid is applied to the scalp while combing and massaging.

[0020] The massager, the medicine spraying pen and the treatment comb of the present application can be used in combination as a kit.

[0021] The massager, the medicine spraying pen and the treatment comb of the application can be placed on the mounting seat simply and conveniently, and charging can be realized at the same time; when being taken off from the mounting seat, the massager, the medicine spraying pen and the treatment comb can be used conveniently. BRIEF DESCRIPTION OF DRAWINGS

[0022] Fig. 1 and Fig. 2 are structural schematic diagrams of the mounting seat of the application;

[0023] Fig. 3 is a structural schematic diagram of the nursing kit of the application;

[0024] Fig. 4 is another angle schematic diagram of the nursing kit of the application;

[0025] Fig. 5 is an exploded view of the massager of the application;

[0026] Fig. 6 is a structural schematic diagram of the wheel swing component of the application;

[0027] Fig. 7 is a structural schematic diagram of the eccentric wheel of the application;

[0028] Fig. 8 is a schematic diagram of two different states of the massaging block movement of the application;

[0029] Fig. 9 is a rear view of part of the structure of the massager of the application;

[0030] Fig. 10 is a side sectional schematic diagram of the massager of the application;

[0031] Fig. 11 is a structural schematic diagram of the medicine spraying pen of the application;

[0032] Fig. 12 is a side sectional schematic diagram of the medicine spraying pen of the application;

[0033] Fig. 13 is a local enlarged view of Fig. 12;

[0034] Fig. 14 is an exploded view of the spray head of the application;

[0035] Fig. 15 is a structural schematic diagram of the medicine spraying pen with a closed switch;

[0036] Fig. 16 is a structural sectional view of the closed switch;

[0037] Fig. 17 is a structural schematic diagram of the treatment comb of the application;

[0038] Fig. 18 is a structural schematic diagram of the treatment comb of the application from another angle. DETAILED DESCRIPTION

[0039] The application will be further described and explained in connection with the specific embodiments and the accompanying drawings of the specification:

[0040] Please refer to Fig. 1 to Fig. 4, the application discloses a nursing kit 900, the nursing kit 900 includes a mounting seat a, and a massager b, a medicine spraying pen c and a treatment comb d placed on the mounting seat a.

[0041] The installation base a is provided with a containing cavity 10a on one surface, and the massager b, the medicine spraying pen c and the treatment comb d are detachably installed in the containing cavity 10a.

[0042] The containing cavity 10a has a plurality of containing cavities 10a, at least one containing cavity 10a is matched with the shape of the massager b or the medicine spraying pen c or the treatment comb d, so as to facilitate installation and fixation; the side wall of the containing cavity 10a towards the massager a or the medicine spraying pen b or the treatment comb c is provided with a charging contact 13a, the massager b, the medicine spraying pen c and the treatment comb d all include a battery 901, the battery 901 is electrically connected with the charging contact 13a through a charging interface 902, so as to be charged from the installation base 10a; the battery 901 is used for power supply.

[0043] In the application, when the massager b is taken off from the installation base a, it is placed on the human scalp and massages the scalp by extrusion or friction, so as to improve the blood circulation of the scalp, compared with the vibration and massage mode in the prior art, it is particularly suitable for scalp massage with thin muscle layer and is beneficial to hair growth. Especially after the scalp is sprayed with medicine water or nutrient liquid, the absorption of the medicine water or nutrient liquid can be improved.

[0044] In the application, when the medicine spraying pen c is taken off from the installation base a, the medicine water can be uniformly sprayed on the human scalp in an atomized state after operation, overcoming the problems of uneven manual spraying of medicine water and poor absorption of the scalp in the prior art.

[0045] In the application, when the treatment comb d is taken off from the installation base a, it can be carried on the body, and the scalp can be combed, massaged and coated with nutrient liquid at any time when needed, so that long-term scalp massage and nourishment are realized, which is beneficial to hair growth.

[0046] In the application, the multiple devices in the care kit 900 respectively improve the scalp from multiple aspects such as massage, combing, spraying medicine water and coating nutrient liquid while combing at any time, compared with the existing single device, the hair growth effect is more obvious.

[0047] In the application, the installation base a is also provided with a plug interface 20a and / or a power supply 30a, and the installation base a is provided with an electrical system 40a, which obtains electrical energy from the plug interface 20a or the power supply 30a and converts the electrical energy and outputs it to the massager b or the medicine spraying pen c or the treatment comb d through the charging contact 13a.

[0048] In the present application, the massager b, the medicine spraying pen c and the treatment comb d can be charged on the mounting base a and can be taken off separately for convenient carrying. Moreover, each of them works independently and cooperates with different functions and use frequency to realize all-round nourishment of the scalp and the purpose of promoting hair growth.

[0049] In the present application, the mounting base a can also comprise the plug interface 20a and the power supply 30a, and the plug interface 20a charges the power supply 30a through the electrical system 40a. In this case, the mounting base a can charge the massager b, the medicine spraying pen c and the treatment comb d mounted thereon without external power supply within a certain time, which is convenient and fast.

[0050] In the present application, the massager b, the medicine spraying pen c and the treatment comb d each comprise a handle 801 and a head 802, the accommodating cavity 10a comprises a platform part 11a and a groove part 12a, the depth of the groove part 12a is greater than that of the platform part 11a, and the handle 801 is mounted on the platform part 11a so that the head 802 is located in the groove part 12a. The charging contact 13a is located on the platform part 11a, the charging interface 902 is located on the handle 801, the handle 801 is fixed on the platform part 11a so that the charging interface 902 contacts the charging contact 13a, and the charging interface 902 corresponds to the charging contact 13a in position.

[0051] In the present application, after the massager b, the medicine spraying pen c and the treatment comb d are mounted on the mounting base a, the head 802 is located in the groove part 12a with a greater depth, and the handle 801 is located on the platform part 11a with a shallower depth, which can ensure more firm fixation. In addition, when the massager b, the medicine spraying pen c and the treatment comb d are placed on the mounting base a, the charging interface 902 of each of them can naturally contact the charging contact 13a, so that charging is realized while fixation.

[0052] In the present application, the groove part 12a is provided with a disinfecting part, which disinfects the head 802 of the massager b, the medicine spraying pen c and the treatment comb d when they are placed in the mounting base a.

[0053] Referring to FIG. 5, the massager b in the present application comprises two massage blocks 10b opposite to each other, which are inclined to the middle of the two massage blocks 10b, and are controlled by a motor 20b to move close to or away from each other, so as to squeeze and rub the scalp to realize massage when moving.

[0054] The massager b further comprises wheel swing components 30b arranged between the massage blocks 10b and the motor 20b, the output shaft 21b of the motor 20b is connected with the wheel swing components 30b, the wheel swing components 30b are connected with the massage blocks 10b, the motor 20b drives the wheel swing components 30b to move, and the wheel swing components 30b drive the two massage blocks 10b to move close to or away from each other to realize massage. In the present application, the wheel swing components 30b are connected with the massage blocks 10b through bearings, when the two wheel swing components 30b move close to or away from each other under the action of the massage blocks 10b, the wheel swing components 30b slightly rotate and rub relative to the massage blocks 10b, the bearings between the wheel swing components 30b and the massage blocks 10b can reduce the friction and the friction force, prevent wear and damage caused by long-time friction, and also can reduce noise.

[0055] As shown in FIGS. 6 and 7, in the present application, the wheel swing components 30b comprise two coaxially arranged eccentric wheels 31b and two swing arms 32b.

[0056] As shown in FIGS. 6 and 7, the two eccentric wheels 31b are coaxial to the output shaft 21b of the motor and are integrally arranged, each of the eccentric wheels 31b comprises an axis 310b connected with the output shaft 21b, a first edge 311b close to the axis 310b, and a second edge 312b far away from the axis 310b; the first edges 311b of the two eccentric wheels 31b are close to each other and are located near the output shaft 21b, and the second edges 312b of the two eccentric wheels 31b are away from each other and are located outside the output shaft.

[0057] The two swing arms 32b are arranged one by one corresponding to the two eccentric wheels 31b, one end of the swing arm 32b is provided with a containing ring 321b for sleeving the corresponding eccentric wheel 31b, and the other end of the swing arm 32b is rotationally connected with the corresponding massage block 10b.

[0058] The second edges 312b of the two eccentric wheels 31b are located in the corresponding containing rings 321b respectively; when the motor 20b drives the eccentric wheels 31b to rotate, the second edges 312b push or pull the two containing rings 321b to move in the direction of moving away from or moving close to each other, and reciprocate to move away from or move close to each other, thereby driving the two massage blocks 10b connected to the other end of the swing arm 32b to move away from or move close to each other.

[0059] In the present embodiment, when the two massage blocks 10b move in the direction of moving close to each other, the space between the two massage blocks 10b is reduced due to the inclined arrangement of the two massage blocks 10b relative to each other, and the scalp is located between the two massage blocks 10b at this time, thereby realizing the purpose of pressing and rubbing the scalp.

[0060] In the embodiment, the extrusion and friction can effectively improve the absorption of the scalp to the liquid medicine and nutrient solution.

[0061] As shown in FIG. 6 and FIG. 8, further, a bearing 33b is arranged between the accommodating ring 321b and the eccentric wheel 31b, and the second edge 312b abuts against the bearing 33b.

[0062] As shown in FIG. 8, when the motor 20b rotates, and the line of the second edge 321b is parallel to the two massage blocks 10b, the distance between the two massage blocks 10b is the farthest; when the line of the second edge 321b is perpendicular to the two massage blocks 10b, the distance between the two massage blocks 10b is the shortest. That is, when the output shaft 21b rotates one circle, the distance between the two massage blocks 10b will appear in the following order: the farthest--the nearest--the farthest--the nearest, alternating in this way, so as to realize the extrusion and friction.

[0063] Further, as shown in FIG. 5 and FIG. 8-10, the massager b further comprises a shell 40b, the shell 40b is further provided with a limiting guide rail 41b, and the positions of the two massage blocks 10b towards the limiting guide rail 41b are provided with limiting sliding blocks 11b, the limiting sliding blocks 11b slide and limit in the limiting guide rail 41b; the limiting guide rail 41b is parallel to the direction of approaching or moving away of the two massage blocks 10b.

[0064] In the embodiment, in the process of movement of the massage blocks 10b, the limiting sliding blocks 11b limit the movement in the direction parallel to the approaching or moving away, so as to place the massage blocks 10b in the up-down direction and avoid the offset of the massage blocks 10b, affecting the feeling of use.

[0065] In the embodiment, the motor 10b is arranged in the shell 40b; the limiting guide rail 40b has two pairs, each pair of the limiting guide rails 41b corresponds to one massage block 10b, each pair of the limiting guide rails 41b has two, and each pair of the limiting guide rails 41b is located on the left and right sides of the motor 20b; the two in the same pair of the limiting guide rails 41b are located on the upper and lower sides of the motor 20b, respectively.

[0066] Further, the massage block 10b is arranged on the shell 41b away from the motor 20b, and the massage block 10b is provided with a massage head 12b on the surface. The massage head 12b is made of soft material and has a plurality of comb teeth, so as to realize the massage while combing the scalp.

[0067] As shown in Figure 5, the housing 40b includes a head 42b, a handle 43b, and a connecting portion 44b connecting the head 42b and the handle 43b. The motor 20b is fixed to the connecting portion 44b, and the massage head 12b is disposed on the head 42b and connected to the motor 20b. The head 42b and the handle 43b are located on opposite sides of the connecting portion 44b, respectively. The head 42b protrudes from both the connecting portion 44b and the handle 43b for easy gripping and operation. The protruding head 42b is easily accommodated within the receiving cavity 10a.

[0068] As shown in Figures 11 to 14, the spray pen c of the present invention includes a connector 10c for mounting a medicine bottle 701, a nozzle 20c connected to the connector 10c, and a spray pump 30c for spraying gas near the nozzle 20c. The gas sprayed by the spray pump 30c reduces the air pressure near the nozzle 20c, thereby driving the nozzle 20c to atomize and spray the medicine in the medicine bottle 701.

[0069] The spray pen c includes a pen body 40c and a pen head 50c. The pen head 50c is fixed to one end of the pen body 40c. The spray pump 30c is disposed inside the pen body 40c. The pen head 50c is provided with a nozzle 20c and a connector 10c for installing a medicine bottle 701. An air tube 31c and a liquid tube 21c are disposed inside the pen head 50c. The air tube 31c connects the spray pump 30c to the nozzle 20c. The liquid tube 21c connects the connector 10c to the nozzle 20c. The nozzle 20c is provided with an air valve 32c connected to the air tube 31c and a liquid valve 22c connected to the liquid tube 21c.

[0070] As shown in Figures 15 and 16, the spray pen also includes a shut-off switch 60c. One end of the shut-off switch 60c is fixed to the pen body 40c, and the other end is connected to the liquid tube 21c. The liquid tube 21c is connected to or closed by the spray head 20c and the connector 10c through the shut-off switch 60c.

[0071] Specifically, the closing switch 60c includes: a housing 61c, a sliding member 62c, a conduction channel 63c, and a stop block 64c.

[0072] The outer shell 61c is located inside the pen tip 50c; the slider 62c is disposed in the outer shell 61c, and at least a portion of the slider 62c is exposed outside the pen tip 50c; one end of the conductive channel 63c is connected to the nozzle 20c, and the other end is connected to the connector 10c; the stop block 64c is slidably connected to the inner shell 61c toward the conductive channel 63c, and when the stop block 64c slides toward the farthest end of the conductive channel 63c, the conductive channel 63c is cut off.

[0073] The stop block 64c is located between the sliding piece 62c and the through channel 63c, the sliding piece 62c comprises a slope 621c, the slope 621c abuts on the stop block 64c, and the slope 621c extends from the through channel 63c to a direction away from the through channel 63c.

[0074] When the sliding piece 62c slides, the slope 621c pushes the stop block 64c to move towards the through channel 63c, so that the through channel 63c is cut off by the stop block 64c.

[0075] The stop block 64c comprises a platform 641c, an insertion part 642c and an elastic piece 643c.

[0076] The platform 641c is slidingly connected in the shell 61c, the insertion part 642c is inserted into or away from the through channel 63c during the sliding of the stop block 64c, and the elastic piece 643c is arranged between the platform 641c and the through channel 63c, one end of the elastic piece 643c abuts on the platform 641c, and the other end abuts on the outer wall of the through channel 63c.

[0077] The elastic piece 643c is used for pushing the stop block 64c away from the through channel 63c, so that the through channel 63c is in a conducting state.

[0078] Before the medicine spraying pen c works, the sliding piece 62c is manually pushed to an initial position, so that the elastic piece 643c pushes the stop block 64c away from the through channel 63c, at this time, the platform 641c of the stop block 64c is located at the middle part of the slope 621c, the insertion part 642c is retracted from the through channel 63c, the through channel 63c is in a conducting state, and the medicine or liquid in the connector 10c can flow into the spray head 20c through the through channel 63c.

[0079] When the medicine spraying pen c works, the sliding piece 62c is manually pushed to the farthest position, during the pushing process, the slope 621c abuts on the platform 641c, so that the platform 641c drives the insertion part 642c to move towards the through channel 63c, when the sliding piece 62c moves to the farthest position, the insertion part 642c is inserted into the through channel 63c and completely seals the through channel 63c, so that the residual liquid in the through channel 63c can be prevented from leaking out of the spray head 20c.

[0080] When used again, the slide 62c is pushed to the farthest position towards the initial position, at this time the elastic member pushes the table part 641c to drive the insertion part 642c away from the through passage 63c during the sliding of the slide 62c, thereby realizing the through of the through passage.

[0081] In the present application, the inclined surface 621c plays a role of transmitting the thrust force, and can push the insertion part 642c to complete the action of closing the through passage 63c, and the structure is relatively simple and has good wear resistance; and the elastic member 643c plays a role of pushing the stop block 64c during the sliding of the pushing member 62c, and can automatically push the stop block 64c away from the through passage 63c, and the structure is simple, the cost is low, and the automatic recovery of the stop block 64c is realized.

[0082] As shown in FIGS. 11 to 14, the spray head 20c includes a bottom cup 23c, a top cover 24c and a spray barrel 25c, the top cover 24c is arranged on the bottom cup 23c, the gas valve 32c and the liquid valve 22c are arranged on the bottom cup 23c, and the outlet 27c is arranged on the top cover 24c.

[0083] The liquid valve 22c is arranged at the middle of the bottom cup 23c, the gas valve 32c is arranged on one side of the liquid valve 22c, and the spray barrel 25c is connected between the outlet 27c and the liquid valve 22c.

[0084] The end of the spray barrel 25c is provided with a conical nozzle 26c, the end of the conical nozzle 26c is inserted into the outlet 27c, and there is a gap x between the end of the conical nozzle 26c and the inner wall of the outlet 25c, and a plurality of flow guide grooves z are arranged around the side wall of the spray barrel 25c.

[0085] In the present embodiment, when the spray pump 30c starts to work, the gas in the spray pump 30c flows into the spray head 20c through the gas pipe 31c, and enters the space area y between the bottom cup 23c and the top cover 24c through the gas valve 32c in the spray head 20c, and then flows out through the outlet 27c; at this time, due to the high-speed gas flowing out near the outlet 27c, a negative pressure is formed near the outlet 27c, which makes the nutrient solution in the conical nozzle 26c in the outlet 27c flow out, at this time, the nutrient solution is sprayed from the cup conical nozzle 26c in the form of atomized gas at high speed. The nutrient solution in the conical nozzle 26c comes from the liquid valve 22c in the bottom cup 23c, the liquid pipe 21c connected with the liquid valve 22c and the nutrient solution in the medicine bottle 701 on the other end of the liquid pipe 21c are sprayed, thereby realizing the spraying of the nutrient solution.

[0086] The gas flows out through the gap x, and the gas between the bottom cup 23c and the top cover 24c is accelerated through the flow guide groove z, and the plurality of flow guide grooves z ensure that the gas uniformly flows out from the periphery of the outlet 27c, and the nutrient solution in the conical nozzle 26c can be fully atomized.

[0087] In the embodiment, the spray barrel 25c is fastened and fixed by the bottom cup 23c and the top cover 24c, and the close connection between the spray barrel 25c and the bottom cup 23c can ensure that the nutrient solution is sealed in the liquid pipe 21c and cannot spread into the space area y between the bottom cup 23c and the top cover 24c, thereby ensuring the hygiene of the nutrient solution and avoiding the blockage of the air pipe 31c.

[0088] The medicine spraying pen c in the application can spray the nutrient solution at high speed, atomization and quantification under the control of the spray pump 30c, and when the medicine spraying pen c sprays the nutrient solution towards the scalp, the nutrient solution is fully atomized and at high speed, and can be uniformly sprayed on the scalp, and in combination with the massager a in the application, the absorption of the nutrient solution can be fully realized, and the hair growth effect is good.

[0089] In the application, the pen head 50c is fixed to the top end of the pen body 40c, the spray head 20c is located on the front side of the pen head 50c, the connector 10c is located on the rear side of the spray head 20c, the spray head 20c is arranged obliquely upwards, the connector 10c is arranged obliquely downwards, the spray head 20c is provided with an outlet 27c, and the height of the outlet 27c is higher than the height of the connection between the connector 10c and the bottle head of the medicine bottle 701.

[0090] In the embodiment, the nutrient solution in the medicine bottle 701 enters the liquid pipe 21c through the connector 10c arranged obliquely downwards, and when no gas is sprayed out of the outlet 27c, part of the nutrient solution in the liquid pipe 21c is stored between the medicine bottle 701 and the pen head 501, thereby playing a sealing role and preventing the nutrient solution in the medicine bottle 701 from being contaminated.

[0091] In the application, the connector 10c comprises a liquid inlet head 11c and a connecting sleeve 12c for connecting with the bottle head of the medicine bottle 701, one end of the liquid inlet head 11c is connected with the connecting sleeve 12c, the liquid inlet head 11c and the connecting sleeve 12c have a liquid inlet cavity 13c therebetween, and the other end of the liquid inlet head 11c is connected with the liquid pipe 21c. The connecting sleeve 12c can be made of rubber, silicone or silicone rubber, so as to conveniently cover the bottle head of the medicine bottle 701 and conveniently take off the medicine bottle 701 after the nutrient solution is used up.

[0092] Further, the liquid inlet head 11c is funnel-shaped, the connecting sleeve 12c has an inner ring edge 121c and an outer ring edge 122c, and a preset interval distance is provided between the inner ring edge 121c and the outer ring edge 122c. The funnel-shaped upper part forms a hopper cavity, i.e. a liquid inlet cavity 123c, in which the nutrient liquid extracted from the medicine bottle 701 is collected, and then reaches the spray head 20c through the liquid inlet head 11c and the liquid pipe 21c. The clasp of the bottle head of the vial can be clamped between the inner ring edge 121c and the outer ring edge 122c of the connecting sleeve 12c, so that the medicine bottle 701 can be conveniently and detachably connected.

[0093] In addition, a communication groove 124c is provided on the inner side of the connecting sleeve 12c and the liquid inlet head 11c. The provision of the communication groove 124c can facilitate the recovery of the internal and external pressure balance of the medicine bottle 701 after the suction is stopped.

[0094] As shown in FIGS. 17 and 18, the treatment comb d of the present application comprises a first comb head 10d with elasticity, a liquid storage bin 20d detachably arranged at at least one end of the treatment comb d, and a second comb head 30d mounted on the liquid storage bin 20d; the first comb head 10d and the second comb head 30d respectively face two axes of the spatial coordinates.

[0095] The first comb head 10d and the second comb head 30d comprise a plurality of comb teeth 601 arranged in an array, at least a part of the comb teeth 601 on the second comb head 30d has a through hole 602, and the nutrient liquid in the liquid storage bin 20d flows out of the comb teeth 601 through the through hole 602, so as to apply the nutrient liquid to the scalp while combing and massaging.

[0096] In the present application, the treatment comb d further comprises a horizontal holding part 40d and a vertical holding part 50d which is contracted and extended from the horizontal holding part 40d towards one side; the first comb head 10d is arranged on one surface of the horizontal holding part 40d; the liquid storage bin 20d is inserted into the vertical holding part 50d; and the outer diameter of the horizontal holding part 40d is greater than the outer diameter of the vertical holding part 50d.

[0097] In the present application, after the treatment comb d is taken out from the mounting seat a, it can be used as a comb, and the user can hold the horizontal holding part 40d and use the first comb head 10d. When going out, the treatment comb d can also be carried on the body.

[0098] In use, the user can also hold the vertical holding part 50d and use the first comb head 10d.

[0099] The vertical holding part 50d is smaller than the horizontal holding part 40d, which is convenient for holding, holding and using. The treatment comb d can be held horizontally or vertically. When held horizontally, the hand is held on the horizontal holding part 40d, and the convex surface of the horizontal holding part 40d faces the palm, which is more labor-saving when pressing and sliding. When held vertically, the user can hold the vertical holding part 50d to operate. The horizontal holding is convenient for the operation of the nursing staff, and the vertical holding is convenient for the operation of the patient himself.

[0100] Another use of the treatment comb d is that the horizontal holding part 40d can also be held by hand, and the second comb head 30d is used to comb the scalp; and the second comb head 30d is used for combing, especially the part of the second comb head 30d. The comb teeth 601 are in communication with the liquid storage bin 20d. When the second comb head 30d is used to comb the hair, the nutrient solution flowing out of the communication hole 602 of the comb tooth 601 can also be applied to the scalp during the combing process, thereby realizing the nourishment of the head layer.

[0101] When going out, the second comb head 30d and the liquid storage bin 20d can be detached from the treatment comb d during use, and then carried on the body, wherein the second comb head 30d and the liquid storage bin 20d are small in size and can be randomly stored. After carrying on the body, the second comb head 30d can be used frequently, and the scalp can be nourished in time.

[0102] In the present application, the communication hole 31d in the second comb head 30d is provided with a ball 32d, and when the ball 32d rolls, the nutrient solution rolls out of the surface of the ball 32d and is applied. Wherein, the first comb head 10d and the second comb head 30d can also be a ball massage head, a comb tooth massage head or a pulse massage head. The ball massage head, the comb tooth massage head and the pulse massage head are similar in shape. The ball massage head has a ball at the top for liquid guiding. The comb tooth massage head is used for combing and massaging. The pulse massage head has conductivity and is used to output pulse current to the contact part. In the present embodiment, at least one pair of pulse massage heads can be provided on the first comb head 10d. The pulse massage head can be consistent with the shape of the comb tooth massage head. The pulse massage head can be made of conductive rubber.

[0103] Further, the vertical holding part 50d is provided with a connecting groove 51d, one end of the liquid storage bin 20d is detachably inserted into the connecting groove 51d, and the second comb head 30d is arranged at the other end of the liquid storage bin 20d and faces the outside of the horizontal holding part 40d.

[0104] The treatment comb d further comprises a tail cover 60d, which is detachably arranged on the vertical holding part 50d, and the tail cover 60d is used to cover the liquid storage bin 20d and the second comb head 30d.

[0105] The surface of the transverse handle part 40d mounting the first comb head 10d is provided with a heating part 70d for heating the position of the first comb head 10d and a vibrating part 80d for vibrating the first comb head 10d, so as to massage the scalp during combing.

[0106] Among them, the treatment comb d of the present application is provided with a main plate (not shown in the figure), the main plate is provided with the heating part 70d, the first comb head 10d is provided with at least one pair of pulse massage heads, the pulse massage heads are electrically connected with the pulse current of the main plate, and the shape of the pulse massage heads is similar to that of the ball massage heads.

[0107] Further, the heating part 70d is a PCT heating sheet or a heating film, and the heating part is electrically connected with the main plate. PTC is a kind of semiconductor heating ceramic, when the external temperature decreases, the resistance value of PTC decreases, and the heat generation amount increases correspondingly. It is said that a material has PTC (Positive Temperature Coefficient) effect, that is, positive temperature coefficient effect, only refers to the resistance of this material will increase with the increase of temperature. The heating film is a kind of thin film that can generate heat after being electrified, which is composed of electrically insulating material and encapsulated heating resistance material, such as graphene electric heating film.

[0108] Among them, further, the inside of the first comb head 10d of the present application is provided with a vibrating part 80d. The vibrating part 80d is a vibrating motor. The vibrating part 80d and the heating part 70d are electrically connected with the battery 901, the surface 11d away from the first comb head 10d is provided with a display screen 110d and a button 120d, the display screen 110d and the button 120d are electrically connected with the battery 901, and the button 120d is used for controlling the start and stop of the vibrating part 80d and the heating part 70d and adjusting.

[0109] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present application, and are not limited to the protection scope of the present application. Although the present application has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present application can be modified or replaced by equivalents without departing from the essence and scope of the technical solutions of the present application.

Claims

1. A massager characterized by comprising: The massager comprises two massage blocks opposite to each other, the two massage blocks are arranged to be inclined to the middle of the two massage blocks, the two massage blocks are controlled by the motor to move close to or away from each other, and the two massage blocks press and rub the scalp when moving to achieve massage; The massager further comprises a wheel swing component arranged between the massage blocks and the motor, the output shaft of the motor is connected with the wheel swing component, the wheel swing component is connected with the massage blocks, the motor drives the wheel swing component to move, and the wheel swing component drives the two massage blocks to move close to or away from each other to achieve massage.

2. The massager of claim 1, wherein The wheel swing component comprises: Two coaxially arranged eccentric wheels, the two eccentric wheels are coaxial with the output shaft of the motor, each of the eccentric wheels comprises a shaft center connected with the output shaft, a first edge close to the shaft center, and a second edge far away from the shaft center; the first edges of the two eccentric wheels are close to each other and are located near the output shaft, and the second edges of the two eccentric wheels are away from each other and are located outside the output shaft; Two swing arms, the two swing arms are arranged one by one corresponding to the two eccentric wheels, one end of the swing arm is provided with a containing ring for sleeving the corresponding eccentric wheel, and the other end of the swing arm is rotationally connected with the corresponding massage block; Wherein, the two second edges are located in the corresponding containing ring respectively; when the motor drives the eccentric wheels to rotate, the two second edges push the two containing rings to move in the direction away from each other or pull the two containing rings to move in the direction close to each other, and the two containing rings move away from or close to each other, thereby driving the two massage blocks connected to the other end of the swing arm to move away from or close to each other.

3. The massaging device according to claim 2, wherein A bearing is further arranged between the containing ring and the eccentric wheel, and the second edge abuts against the bearing.

4. The massaging device according to claim 3, wherein The massager further comprises a shell, the shell is further provided with a limiting guide rail, the positions of the two massage blocks towards the limiting guide rail are provided with limiting sliding blocks, and the limiting sliding blocks slide and limit in the limiting guide rail; the limiting guide rail is parallel to the direction in which the two massage blocks move close to or away from each other.

5. The massaging device as claimed in claim 4, characterized in that The motor is arranged in the shell; the limiting guide rail has two pairs, each pair of the limiting guide rail corresponds to one massage block, each pair of the limiting guide rail has two, and each pair of the limiting guide rail is located on the left and right sides of the motor; the two in the same pair of the limiting guide rail are located on the upper and lower sides of the motor.

6. The massaging device as claimed in claim 5, characterized in that The massage block is arranged on the side of the shell away from the motor, and the surface of the massage block is provided with a massage head.

7. The massaging device as claimed in claim 6, characterized in that The shell comprises a head portion, a handle, and a connecting portion connecting the head portion and the handle, the motor is fixed to the connecting portion, the massage head is arranged on the head portion and connected with the motor, the head portion and the handle are located on the two sides of the connecting portion respectively, and the head portion protrudes from the connecting portion and the handle to facilitate holding and operation.

8. A medicament applicator pen, characterized by, The medicine spraying pen comprises a connector for installing a medicine bottle, a nozzle in communication with the connector, and a spraying pump for spraying gas near the nozzle, wherein the gas sprayed by the spraying pump reduces the air pressure near the nozzle to drive the nozzle to atomize and spray the medicine in the medicine bottle.

9. The medicine dispensing pen of claim 8, wherein the plunger is configured to move the piston rod and the piston within the barrel to dispense the medicine from the barrel. The medicine spraying pen comprises a pen body and a nozzle, wherein the nozzle is fixed to one end of the pen body, the spraying pump is arranged in the pen body, the nozzle is provided with the connector for installing the medicine bottle and the nozzle, the nozzle is provided with the gas pipe and the liquid pipe, the gas pipe is connected to the spraying pump and the nozzle, and the liquid pipe is connected to the connector and the nozzle.

10. The medicine dispensing pen of claim 9, wherein the needle is disposed within the housing when the needle is not in use. The nozzle comprises a bottom cup and a top cover, wherein the top cover is arranged on the bottom cup, the gas valve and the liquid valve are arranged on the bottom cup, and the top cover is provided with a medicine outlet.

11. The medicine dispensing pen of claim 10, wherein the needle is disposed within the housing when the needle is not in use. The nozzle further comprises a spraying barrel, the liquid valve is arranged in the middle of the bottom cup, the gas valve is arranged on one side of the liquid valve, and the spraying barrel is connected between the medicine outlet and the liquid valve.

12. The medicine dispensing pen of claim 11, wherein the needle is disposed within the housing when the needle is not in use. The spraying barrel is provided with a conical nozzle at the end, the end of the conical nozzle is located in the medicine outlet, and there is a gap between the end of the conical nozzle and the inner wall of the medicine outlet, and a plurality of flow guide grooves are arranged around the side wall of the spraying barrel.

13. The medicine dispensing pen of claim 12, wherein the needle is disposed within the housing when the needle is not in use. The nozzle is fixed to the top end of the pen body, the nozzle is located on the front side of the nozzle, the connector is located on the rear side of the nozzle, the nozzle is arranged obliquely upward, the connector is arranged obliquely downward, the nozzle is provided with a medicine outlet, the height of the medicine outlet is higher than the height of the bottle head connection between the connector and the medicine bottle, and the left side or the right side of the nozzle is provided with a dredging needle decoration cover.

14. The spray gun for applying medicine as described in claim 9, characterized in that, Further comprising a closing switch, one end of the closing switch is fixed to the pen body, and the other end is connected to the liquid pipe; the liquid pipe is in communication or closed with the nozzle and the connector through the closing switch; the closing switch comprises: a shell located in the nozzle; a sliding member arranged in the shell, at least a part of the sliding member is exposed to the nozzle; a communication channel in communication with the nozzle at one end and the connector at the other end; a stop block slidably connected to the shell towards the communication channel, when the stop block slides to the farthest end towards the communication channel, the communication channel is cut off; wherein the stop block is located between the sliding member and the communication channel, the sliding member comprises a slope, the slope abuts on the stop block, and the slope extends from the communication channel towards the direction away from the communication channel; when the sliding member slides, the slope pushes the stop block to move towards the communication channel, so that the communication channel is cut off by the stop block.

15. The medicament applicator pen of claim 14, wherein, The stop block comprises: a table portion slidably connected to the shell; an insertion portion inserted into or away from the communication channel during the sliding of the stop block; a resilient member arranged between the table portion and the communication channel, one end of the resilient member abuts on the table portion, and the other end abuts on the outer wall of the communication channel. The elastic member is used to push the stop block away from the conducting channel, so that the conducting channel is conducted.

16. A treatment comb, characterized in that, The treatment comb comprises a first comb head with elasticity, a liquid storage bin detachably arranged at at least one end of the treatment comb, and a second comb head mounted on the liquid storage bin; the first comb head and the second comb head are respectively oriented towards two axes of a spatial coordinate; The first comb head and the second comb head comprise a plurality of comb teeth arranged in an array, at least a part of the comb teeth on the second comb head has a conducting hole, and the nutrient liquid in the liquid storage bin flows out of the comb teeth through the conducting hole, so that the nutrient liquid is applied to the scalp while combing and massaging.

17. The therapeutic comb of claim 16, wherein, The treatment comb further comprises: a horizontal holding part and a vertical holding part which is contracted and extended from the horizontal holding part towards one side; the first comb head is arranged on one surface of the horizontal holding part; the liquid storage bin is inserted into the vertical holding part; the outer diameter of the horizontal holding part is larger than that of the vertical holding part.

18. The therapeutic comb of claim 17, wherein, a connecting groove is arranged on the vertical holding part, one end of the liquid storage bin is detachably inserted into the connecting groove, and the second comb head is arranged on the other end of the liquid storage bin and oriented towards the outside of the horizontal holding part.

19. The therapeutic comb of claim 18, wherein, The treatment comb further comprises a tail cover which is detachably arranged on the vertical holding part and used for covering the liquid storage bin and the second comb head.

20. The therapeutic comb of claim 19, wherein, a ball is arranged in the conducting hole, and the nutrient liquid rolls out of the surface of the ball and is applied when the ball rolls.

21. The therapeutic comb of claim 16, wherein, a heating component and a vibrating component are arranged on the surface of the horizontal holding part on which the first comb head is mounted, the heating component is used for heating the position of the first comb head, and the vibrating component is used for vibrating the first comb head, so that the scalp is massaged while combing.

22. A care kit for scalp care, characterized in that comprises: a mounting base, at least one accommodating cavity is arranged on one surface of the mounting base; at least one of the massager of claim 1, the medicine applying pen of claim 8, and the treatment comb of claim 16; the massager, the medicine applying pen, and the treatment comb are detachably mounted in the accommodating cavity; wherein the accommodating cavity is adapted to the shape of the massager or the medicine applying pen or the treatment comb, so as to facilitate mounting and fixing; a charging contact is arranged on the side wall of the accommodating cavity which is oriented towards the massager or the medicine applying pen or the treatment comb, the massager, the medicine applying pen, and the treatment comb all comprise a battery, the battery is electrically connected with the charging contact through a charging interface, so as to be charged from the mounting base; and the battery is used for power supply.

23. The nursing kit as claimed in claim 22, characterized in that, the mounting base further has a plug-in interface and / or a power supply, an electrical system is arranged in the mounting base, the electrical system obtains electrical energy from the plug-in interface or the power supply and converts the electrical energy and then outputs the converted electrical energy to the massager or the medicine applying pen or the treatment comb through the charging contact.

24. The nursing kit as claimed in claim 23, characterized in that, the mounting base comprises a plug-in interface and a power supply, and the plug-in interface charges the power supply through the electrical system.

25. The nursing kit as claimed in claim 22, characterized in that, the massager, the medicine applying pen, and the treatment comb all comprise a handle and a head, the accommodating cavity comprises a platform part and a groove part, the depth of the groove part is greater than that of the platform part, and the handle is mounted on the platform part so that the head is located in the groove part.

26. The care kit of claim 25, wherein The charging contact is located on the platform portion, the charging interface is located on the handle, the handle is fixed to the platform portion such that the charging interface is in contact with the charging contact, and the charging interface and the charging contact are located in corresponding positions.

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