阅读说明：本技术 一种便携式超声痔疮护理装置 (Portable supersound haemorrhoids nursing device ) 是由 彭志军 于 2019-10-28 设计创作，主要内容包括：本发明涉及一种便携式超声痔疮护理装置,包括折叠式乘坐机构、药物提供机构、冲洗供液机构、防溅接水盆、超声护理头机构,折叠式乘坐机构由乘坐部件及收折式支撑脚架构成,防溅接水盆套装于乘坐部件的护理腔孔中；超声护理头机构由护理头壳、超声振动元件、手柄、蓄电池、电路板模块构成,在护理头壳的表面上还设有若干按摩凸软粒及多个喷射孔,在防溅接水盆的侧面上还安装有万向支架,手柄穿置于万向支架上,且手柄呈置于防溅接水盆和折叠式乘坐机构外侧面设置,超声护理头机构的护理头壳呈置于防溅接水盆中设置。本发明实现一边对患处进行超声按摩,一边对患处进行药物熏蒸,对患处的治愈效果具有明显疗效。(The invention relates to a portable ultrasonic hemorrhoid nursing device, which comprises a folding sitting mechanism, a medicine supply mechanism, a flushing liquid supply mechanism, an anti-splash water receiving basin and an ultrasonic nursing head mechanism, wherein the folding sitting mechanism consists of a sitting part and a folding supporting foot frame; the ultrasonic nursing head mechanism is composed of a nursing head shell, an ultrasonic vibration element, a handle, a storage battery and a circuit board module, wherein a plurality of massage convex soft particles and a plurality of jet holes are further arranged on the surface of the nursing head shell, a universal support is further installed on the side surface of the splash-proof water receiving basin, the handle is arranged on the universal support in a penetrating mode, the handle is arranged on the outer side surface of the splash-proof water receiving basin and the outer side surface of the folding seat mechanism, and the nursing head shell of the ultrasonic nursing head mechanism is arranged in the splash-proof water receiving basin. The invention realizes ultrasonic massage on the affected part and medicinal fumigation on the affected part at the same time, and has obvious curative effect on the healing effect of the affected part.)

1. The utility model provides a portable supersound haemorrhoids nursing device which characterized in that: comprises a folding sitting mechanism (1), a medicine supply mechanism (2), a washing liquid supply mechanism (3), a splash-proof water receiving basin (4) and an ultrasonic nursing head mechanism (5), wherein

The folding type sitting mechanism (1) comprises a sitting part (11) and a folding type supporting foot rest (12), wherein the sitting part (11) is arranged on the top of the folding type supporting foot rest (12); a nursing cavity hole (13) is also arranged in the middle of the sitting part (11), and an accommodating cavity (14) is also arranged right below the nursing cavity hole (13);

the splash-proof water receiving basin (4) is sleeved in the nursing cavity hole (13), and the basin body of the splash-proof water receiving basin (4) is arranged in the accommodating cavity (14); the bottom of the splash-proof water receiving basin (4) is also provided with a water outlet (41);

the ultrasonic nursing head mechanism (5) comprises a nursing head shell (51), an ultrasonic vibration element (52), a handle (53), a storage battery (54) and a circuit board module (55), wherein the nursing head shell (51) is a shell with a hollow structure, the ultrasonic vibration element (52) is arranged in the nursing head shell (51), a plurality of massage convex soft particles (56) are further arranged on the surface of the nursing head shell (51), and a plurality of jet holes (57) are further arranged at the gap positions between the massage convex soft particles (56) and the massage convex soft particles (56);

the handle (53) is also internally provided with an electric wire (531) and a water-gas pipeline (532) which are arranged along the handle (53), and one end of the electric wire (531) extends into the nursing head shell (51) to be electrically connected with the ultrasonic vibration element (52); one end of the water and gas pipeline (532) extends into the nursing head shell (51) and is connected with each injection hole (57), and the other end of the water and gas pipeline (532) extends out of the side surface of the handle (53) and is provided with a pipe joint (59);

the storage battery (54) and the circuit board module (55) are arranged in the handle (53) and are electrically connected with each other, and the other end of the wire (531) is electrically connected with the circuit board module (55); a charging interface (58) is further arranged at the end part of the handle (53), and the charging interface (58) is electrically connected with the storage battery (54);

a universal support (6) is further mounted on the side face of the splash-proof water receiving basin (4), a handle (53) of the ultrasonic nursing head mechanism (5) penetrates through the universal support (6), the handle (53) is arranged on the outer side faces of the splash-proof water receiving basin (4) and the folding riding mechanism (1), and a nursing head shell (51) of the ultrasonic nursing head mechanism (5) is arranged in the splash-proof water receiving basin (4);

the top of the medicine providing mechanism (2) is also provided with a connecting pipe part (10), and the connecting pipe part (10) is connected with the pipe interface (59) through a pipeline; the medicine supply mechanism (2) is a solid medicine electric heating volatilization device which is composed of a medicine bin (21), an electric heating sheet (22), a bracket body (23) and a booster fan (30); or the medicine supply mechanism (2) is a liquid medicine spraying device consisting of a liquid storage box (24), a liquid pump (25) and a spray nozzle (82); or the medicine supply mechanism (2) is a liquid medicine ultrasonic atomization spraying device which is composed of a support body (23), a liquid storage box (24), an ultrasonic atomization module (27) and a booster fan (30); or the medicine providing mechanism (2) is a liquid medicine electric heating emission device which is composed of a bracket body (23), a liquid storage container (28), an electric heating ring (29), a liquid absorption body (20) and a booster fan (30), one end of the liquid absorption body (20) extends into the liquid storage container (28), and the other end of the liquid absorption body (20) is sleeved in the electric heating ring (29);

the top of the flushing liquid supply mechanism (3) is also provided with a connecting pipe part (10), and the connecting pipe part (10) is connected with a pipe joint (59) through a pipeline; the flushing liquid supply mechanism (3) is composed of a container tank (31) and an electric liquid pump (32) arranged on the container tank (31).

2. The portable ultrasonic hemorrhoid care device of claim 1, wherein: a waterproof micro camera component (7) is further arranged beside the massage convex soft particles (56) on the nursing head shell (51), and the waterproof micro camera component (7) is electrically connected with the circuit board module (55) through an electric wire (531); and a Bluetooth circuit module (60) is also arranged beside the circuit board module (55) in the handle (53).

3. The portable ultrasonic hemorrhoid care device of claim 1, wherein: the nursing head shell (51) is also internally provided with an injection module (8), the injection module (8) is composed of a ring-shaped pipe body (81) and a plurality of nozzles (82) arranged on the ring-shaped pipe body (81), the nozzles (82) are correspondingly sleeved on the injection holes (57), and the ring-shaped pipe body (81) is connected with the pipe connector (59) through a water-gas pipeline (532).

4. The portable ultrasonic hemorrhoid care device of claim 1, wherein: the water outlet (41) of the splash-proof water receiving basin (4) is also connected with a switch valve (42) and a water outlet pipe (43).

5. The portable ultrasonic hemorrhoid care device of claim 1, wherein: the handle (53) is composed of a rear end handle part (533), a middle section handle part (534) and a front end handle part (535), the storage battery (54) and the circuit board module (55) are respectively arranged in the rear end handle part (533), the electric wire (531) and the water gas pipeline (532) are arranged in the middle section handle part (534) and the front end handle part (535), and the pipe interface (59) is arranged on the front end side surface of the rear end handle part (533); the rear end handle part (533), the middle handle part (534) and the front end handle part (535) are assembled together, and the front end handle part (535) is assembled with the nursing head shell (51).

Technical Field

The invention relates to the field of personal care instruments, in particular to a portable hemorrhoid care instrument.

Background

Clinically, fumigation and bath are conventional methods for treating hemorrhoids, a fumigation device is a simple fumigation basin at present, hot water is directly poured into the basin, fumigation is realized by means of steam emitted by the hot water, then the steam is very high in temperature and easy to scald, and related personnel improve the fumigation basin, for example, Chinese patent CN204521766U discloses a fumigation bathtub and a fumigation bath device for gynecology or hemorrhoids, the device adopts an ultrasonic generator to realize water atomization, but does not realize the miniaturization and the convenience of the device, and does not perform ultrasonic massage on an affected part so as to accelerate blood circulation of the affected part and strengthen the self-healing capability of the affected part. Compared with simple fumigation and bath by adopting clear water, the medicine fumigation is a more effective treatment means, but the existing medicine fumigation equipment is generally large, the self fumigation is difficult to realize, and no equipment of the type appears in the market.

Disclosure of Invention

The invention aims to solve the problems and the defects and provides a portable ultrasonic hemorrhoid nursing device which is composed of main components such as a folding sitting mechanism, a medicine supply mechanism, a flushing liquid supply mechanism, a splash-proof water receiving basin, an ultrasonic nursing head mechanism and the like, when in use, a patient can unfold the folding sitting mechanism, sleeve the splash-proof water receiving basin in the folding sitting mechanism, sleeve the ultrasonic nursing head mechanism in the splash-proof water receiving basin, respectively connect the medicine supply mechanism and the flushing liquid supply mechanism with the ultrasonic nursing head mechanism, sit on the folding sitting mechanism, manually operate a handle of the ultrasonic nursing head mechanism to enable a massage head of the ultrasonic nursing head mechanism to be close to an affected part, start an ultrasonic vibration element to enable the ultrasonic vibration element to drive massage convex soft particles on the ultrasonic nursing head mechanism to perform ultrasonic vibration to perform ultrasonic massage on the affected part, so as to promote the blood circulation of the affected part and enhance the self-healing capacity of the affected part; simultaneously, the medicine providing mechanism is started, so that the medicine providing mechanism conveys the treatment medicine into the ultrasonic nursing head mechanism through a pipeline after the medicine is atomized into a gas or water vapor state, and the treatment medicine is ejected out of the massage head of the ultrasonic nursing head mechanism, so that the affected part is ultrasonically massaged while medicine fumigation is carried out on the affected part, and the healing effect of the invention on the affected part is obvious; in addition, the flushing liquid supply mechanism pumps liquid for the ultrasonic nursing head mechanism, so that a patient can conveniently flush, clean and nurse an affected part by using the device, the condition that the patient is hidden can be effectively relieved, the affected part is promoted to develop towards the rehabilitation direction, and after the device is used, the folding riding mechanism can be folded up, all components are detached, the carrying and the storage are convenient, and the space is not occupied.

The technical scheme of the invention is realized as follows: a portable ultrasonic hemorrhoid nursing device is characterized by comprising a folding sitting mechanism, a medicine supply mechanism, a flushing liquid supply mechanism, a splash-proof water receiving basin and an ultrasonic nursing head mechanism, wherein the folding sitting mechanism comprises a sitting part and a folding supporting foot rest, and the sitting part is arranged on the top of the folding supporting foot rest; a nursing cavity hole is also arranged in the middle of the riding part, and an accommodating cavity is also arranged right below the nursing cavity hole; the splash-proof water receiving basin is sleeved in the nursing cavity hole, and the basin body of the splash-proof water receiving basin is arranged in the accommodating cavity; the bottom of the splash-proof water receiving basin is also provided with a water outlet; the ultrasonic nursing head mechanism comprises a nursing head shell, an ultrasonic vibration element, a handle, a storage battery and a circuit board module, wherein the nursing head shell is a shell with a hollow structure, the ultrasonic vibration element is arranged in the nursing head shell, a plurality of massage convex soft particles are also arranged on the surface of the nursing head shell, and a plurality of jet holes are also arranged at the gap positions between the massage convex soft particles and the massage convex soft particles; the electric wire and the water and gas pipeline are arranged in the handle respectively, and one end of the electric wire extends into the nursing head shell and is electrically connected with the ultrasonic vibration element; one end of the water-gas pipeline extends into the nursing head shell and is connected with each jet hole, and the other end of the water-gas pipeline extends out of the side surface of the handle and is provided with a pipe joint; the storage battery and the circuit board module are arranged in the handle and are electrically connected with each other, and the other end of the wire is electrically connected with the circuit board module; a charging interface is also arranged at the end part of the handle and is electrically connected with the storage battery; a universal bracket is further mounted on the side surface of the anti-splash water receiving basin, a handle of the ultrasonic nursing head mechanism penetrates through the universal bracket, the handle is arranged on the outer side surfaces of the anti-splash water receiving basin and the folding riding mechanism, and a nursing head shell of the ultrasonic nursing head mechanism is arranged in the anti-splash water receiving basin; the top of the medicine providing mechanism is also provided with a connecting pipe part which is connected with the pipe interface through a pipeline; the medicine supply mechanism is a solid medicine electric heating volatilization device consisting of a medicine bin, an electric heating sheet, a bracket body and a booster fan; or the medicine supply mechanism is a liquid medicine spraying device consisting of a liquid storage box, a liquid pump and a spray nozzle; or the medicine supply mechanism is a liquid medicine ultrasonic atomization spraying device consisting of a bracket body, a liquid storage box, an ultrasonic atomization module and a booster fan; or the medicine supply mechanism is a liquid medicine electric heating emission device consisting of a bracket body, a liquid storage container, an electric heating ring, liquid absorption and a booster fan, wherein one end of the liquid absorption is arranged in the liquid storage container in a stretching mode, and the other end of the liquid absorption is arranged in the electric heating ring in a sleeving mode; the top of the flushing liquid supply mechanism is also provided with a connecting pipe part which is connected with a pipe connector through a pipeline; the flushing liquid supply mechanism is composed of a container tank and an electric liquid pump arranged on the container tank.

The invention has the beneficial effects that: when the foldable sitting mechanism is used, a patient can unfold the foldable sitting mechanism, the splash-proof water receiving basin is sleeved in the foldable sitting mechanism, the ultrasonic nursing head mechanism is sleeved in the splash-proof water receiving basin, the medicine providing mechanism and the flushing liquid supplying mechanism are respectively connected with the ultrasonic nursing head mechanism, the patient sits on the foldable sitting mechanism, a handle of the ultrasonic nursing head mechanism is manually operated, a massage head of the ultrasonic nursing head mechanism is enabled to be close to an affected part, the ultrasonic vibration element is started, the ultrasonic vibration element drives the massage convex soft particles on the ultrasonic nursing head mechanism to perform ultrasonic vibration, the affected part is subjected to ultrasonic massage, blood circulation of the affected part is promoted, and self-healing capability of the affected part is enhanced; simultaneously, the medicine providing mechanism is started, so that the medicine providing mechanism conveys the treatment medicine into the ultrasonic nursing head mechanism through a pipeline after the medicine is atomized into a gas or water vapor state, and the treatment medicine is ejected out of the massage head of the ultrasonic nursing head mechanism, so that the affected part is ultrasonically massaged while medicine fumigation is carried out on the affected part, and the healing effect of the invention on the affected part is obvious; in addition, the flushing liquid supply mechanism pumps liquid for the ultrasonic nursing head mechanism, so that a patient can conveniently flush, clean and nurse an affected part by using the device, the condition that the patient is hidden can be effectively relieved, the affected part is promoted to develop towards the rehabilitation direction, after the device is used, the folding riding mechanism can be folded, all components are detached, the carrying and the storage are convenient, and the space is not occupied. The invention has the advantages of simple structure, convenient operation and use, portability, good physiotherapy effect and the like, and when in specific implementation, the whole set of instrument can be additionally provided with a special small box for unified placement, so that the instrument is more convenient to carry.

Drawings

Fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a schematic structural view of the present invention in a disassembled state.

Fig. 3 is a schematic disassembled structure view of the ultrasonic nursing head mechanism of the invention.

Fig. 4 is a schematic view of a disassembled structure of the nursing head shell of the present invention.

Fig. 5 is a schematic sectional structure view of a head housing for nursing according to the present invention.

Fig. 6 is a schematic view of the disassembled structure of the rear handle of the present invention.

Fig. 7 to 10 are schematic cross-sectional structural views of embodiments of a drug supply mechanism of the present invention.

Detailed Description

As shown in figures 1 and 2, the portable ultrasonic hemorrhoid treatment device comprises a folding sitting mechanism 1, a medicine supply mechanism 2, a flushing liquid supply mechanism 3, a splash-proof water receiving basin 4, an ultrasonic treatment head mechanism 5 and other major components.

As shown in fig. 2, the foldable sitting mechanism 1 includes a sitting member 11 and a foldable supporting leg 12, the sitting member 11 is mounted on the top of the foldable supporting leg 12, and the foldable supporting leg 12 can be unfolded as shown in fig. 1 and folded as shown in fig. 2, so as to achieve the purpose of portability. In the embodiment, the foldable supporting leg frame 12 is not limited to the specific embodiment shown in fig. 1 and 2, but may be configured in other foldable forms as long as the foldable supporting leg frame is foldable and convenient to carry, and the embodiments shown in fig. 1 and 2 are only exemplary and are not exhaustive of the specific implementation structure. As shown in fig. 2, a nursing chamber hole 13 is further provided at a middle position of the seating member 11, and an accommodation cavity 14 is further provided directly below the nursing chamber hole 13. As shown in fig. 1, the splash-proof water receiving basin 4 is sleeved in the nursing cavity hole 13, and the basin body of the splash-proof water receiving basin 4 is placed in the accommodating cavity 14. Through the design and the application of splashproof water collector 4 for the patient is at the physiotherapy application in-process, and liquid can not be in disorder spatters everywhere, prevents to make dirty the clothing. In addition, the bottom of the anti-splash water-receiving basin 4 is also provided with a water outlet 41, so that a patient can drain produced sewage into a drainage ditch or a sewer in the using process conveniently without polluting the surrounding environment. As shown in fig. 1, the water outlet 41 of the splash-proof water receiving basin 4 is further connected with a switch valve 42 and a water outlet pipe 43 for the convenience of the patient.

As shown in fig. 3 to 5, the ultrasonic treatment head mechanism 5 includes a treatment head shell 51, an ultrasonic vibration element 52, a handle 53, a storage battery 54, and a circuit board module 55, wherein the treatment head shell 51 is a hollow shell, the ultrasonic vibration element 52 is disposed in the treatment head shell 51, a plurality of massage soft beads 56 are further disposed on the surface of the treatment head shell 51, and a plurality of injection holes 57 are further disposed at the gap positions between the massage soft beads 56 and the massage soft beads 56. The ultrasonic vibration element 52 is a high-frequency vibration motor or an ultrasonic transducer. The high-frequency vibration motor is selected to have the rotating speed of more than 5000 revolutions per minute, the vibration frequency selected by the ultrasonic transducer is more than 20KHz, and the vibration frequency required by the massage convex soft particles 56 can be measured and calculated by adopting a vibration measuring instrument and then selected as required. Generally, the vibration massage frequency of the massage convex soft particles 56 is preferably 5000 times per minute or more, so that a good effect of promoting blood circulation can be obtained.

As shown in fig. 3 and 5, the handle 53 is further provided with an electric wire 531 and a water and air pipeline 532 respectively arranged along the handle 53, and one end of the electric wire 531 extends into the nursing head shell 51 to be electrically connected with the ultrasonic vibration element 52. One end of the water and air line 532 is extended into the head case 51 to be connected to each injection hole 57, and the other end of the water and air line 532 is extended from the side of the handle 53 and formed with a pipe joint 59. The tube connectors 59 can be respectively arranged on two sides of the handle 53 to correspond to the respective connection of the medicine supply mechanism 2 and the flushing liquid supply mechanism 3; at this time, a three-way electromagnetic switch valve must be installed between the two tube connectors 59 for switching, so that two different substances providing mechanisms can share one water/air line 532 for providing the ultrasonic treatment head mechanism 5 with the treatment substances. In the scheme of the invention, only one pipe interface 59 can be arranged for the medicine supply mechanism 2 and the flushing liquid supply mechanism 3 to use together; at this time, during the use process, one of the medicine supply mechanism 2 and the flushing liquid supply mechanism 3 can be connected as required according to the use requirement or the requirement of the physiotherapy program. The tube interface 59 is a quick tube connector design, and the specific structure of the quick tube connector can refer to the existing general quick tube connector design by those skilled in the art.

As shown in fig. 6, the battery 54 and the circuit board module 55 are disposed in the handle 53 and electrically connected to each other, and the other end of the wire 531 is electrically connected to the circuit board module 55. A charging interface 58 is also provided at the end of the handle 53, and the charging interface 58 is electrically connected to the battery 54 to facilitate the patient to replenish the battery 54 with electricity.

As shown in fig. 2, a gimbal 6 is further mounted on a side surface of the splash pan 4, and the gimbal 6 includes a fixed base 61, a first ball member 62 and a second ball member 63 connected to the fixed base 61, and a pipe hole portion 64 connected to the second ball member 63. The handle 53 of the ultrasonic nursing head mechanism 5 is arranged on the universal bracket 6 in a penetrating way, namely the handle 53 is sleeved in the pipe hole part 64; and the handle 53 is arranged at the outer side of the anti-splash water-receiving basin 4 and the folding riding mechanism 1, and the nursing head shell 51 of the ultrasonic nursing head mechanism 5 is arranged in the anti-splash water-receiving basin 4, namely as shown in figure 1. When the nursing head is used, a patient sits on the sitting part 11, the affected part is just aligned with the nursing cavity hole 13, the handle 53 is manually operated, the nursing head shell 51, namely the massage head, is abutted to the affected part, the electric switch on the handle 53 is started, the ultrasonic vibration element 52 is electrified to work, the massage convex soft particles 56 are driven to vibrate at high frequency, the blood circulation of the affected part is promoted, and the affected part is easier to recover.

As shown in fig. 7 to 10, the top of the medicine supplying mechanism 2 is further provided with a connecting tube portion 10, and the connecting tube portion 10 is connected to the tube connector 59 by a tube, similarly as shown in fig. 1. The medication providing device 2 according to the invention may be selected from a number of embodiments in order to meet different application requirements of the user. For example, as shown in fig. 8, the medicine supplying mechanism 2 is a solid-state medicine electrical heating volatilization device composed of a medicine bin 21, an electric heating sheet 22, a bracket body 23 and a booster fan 30. Alternatively, as shown in fig. 9, the medicine supply means 2 is a liquid medicine dispensing device including a liquid cartridge 24, a liquid pump 25, and a spray nozzle 82. Alternatively, as shown in fig. 10, the medicine supply mechanism 2 is a liquid medicine ultrasonic atomization spraying device composed of a support body 23, a liquid storage box 24, an ultrasonic atomization module 27, and a booster fan 30. Or as shown in fig. 7, the medicine providing mechanism 2 is a liquid medicine electric heating emission device composed of a support body 23, a liquid storage container 28, an electric heating ring 29, a liquid absorption body 20 and a booster fan 30, one end of the liquid absorption body 20 is arranged to extend into the liquid storage container 28, and the other end of the liquid absorption body 20 is arranged to be sleeved in the electric heating ring 29. The specific principles and structures of these, those skilled in the art can refer to the prior published patent documents with patent application No. 201910370047.X entitled "an ultrasonic medicine application device for deeply promoting medicine absorption", which the applicant proposes to the national patent office before the present application; alternatively, reference is made to the prior published patent application No. 201910413695.9 entitled "a centralized drug delivery ultrasonic massage and application device", which describes in detail the specific principles and functions of the drug delivery mechanism 2.

As shown in fig. 1, the top of the flushing and liquid supplying mechanism 3 is further provided with a connecting pipe part 10, and the connecting pipe part 10 is connected with the pipe connector 59 through a pipeline; the flushing liquid supply mechanism 3 is composed of a container tank 31 and an electric liquid pump 32 arranged on the container tank 31. Specifically, the electric liquid pump 32 is generally disposed at the top or bottom of the container tank 31 and covered by a casing; in the schematic drawings of the present embodiment, the applicant of the present invention adopts a sketch method, and the structure of this portion is not specifically configured. The flushing liquid supply mechanism pumps liquid for the ultrasonic nursing head mechanism, so that a patient can conveniently flush, clean and nurse an affected part by using the device disclosed by the invention, the condition that the patient is hidden can be effectively relieved, and the affected part is promoted to develop towards the rehabilitation direction.

In order to further enrich the functions of the present invention and provide more convenience for the application of the patient, as shown in fig. 4 and 5, a waterproof micro camera head component 7 is further disposed on the nursing head shell 51 beside the massage convex soft particle 56, and the waterproof micro camera head component 7 is electrically connected with the circuit board module 55 through an electric wire 531; a bluetooth circuit module 60 is also arranged beside the circuit board module 55 in the handle 53. By the arrangement, during implementation, the APP software can be developed in a matched manner and installed in the smart phone of the patient, so that the patient can establish communication with the smart phone through the Bluetooth circuit module 60, the situation of the affected part of the patient can be conveniently observed through the waterproof micro camera part 7, and the patient can clearly know and master the disease of the patient; and the control of the switching of the ultrasonic vibration element 52, the adjustment of the operating frequency, and the like with a smartphone can be realized.

In order to further optimize the specific structure of the present invention, make the structure more reasonable, and facilitate the manufacture and assembly, as shown in fig. 4 and 5, the nursing head casing 51 is further provided with a spraying module 8, the spraying module 8 is composed of a ring-shaped pipe 81 and a plurality of nozzles 82 arranged on the ring-shaped pipe 81, the nozzles 82 are respectively correspondingly sleeved on the spraying holes 57, and the ring-shaped pipe 81 is connected with the pipe connector 59 through a water and gas pipeline 532. The specific configuration of the nozzle 82 may be adapted to accommodate the type of medication delivery mechanism 2 previously described, such as modification of the bore diameter of the nozzle 82.

Similarly, in order to make the handle 53 more rational and easier to assemble and process, as shown in fig. 3 and 6, the handle 53 is composed of a rear-end handle portion 533, a middle-section handle portion 534, and a front-end handle portion 535, the battery 54 and the circuit board module 55 are respectively disposed in the rear-end handle portion 533, the electric wires 531 and the water gas pipeline 532 are disposed in the middle-section handle portion 534 and the front-end handle portion 535, and the pipe connector 59 is disposed on the front-end side surface of the rear-end handle portion 533; the rear end handle portion 533, the middle handle portion 534 and the front end handle portion 535 are assembled with each other, and the front end handle portion 535 is assembled with the head casing 51.