CN220275964U - Medicine feeding device for children - Google Patents

Abstract

The utility model relates to a pediatric medicine feeding device, which includes a first main tube for mixing medicinal liquid, and a first auxiliary tube capable of adding medicine to the first main tube on the side wall of the first main tube. The first auxiliary tube is composed of The distal end is sequentially provided with a proximal end close to the first main pipe, a pressure bag that provides airflow to the first auxiliary pipe to blow medicine into the first main pipe based on contraction, a one-way valve that restricts medicine from entering the pressure bag, and a one-way valve that controls the entry of medicine. The filling component of the first supervisor. The medicine feeding device involved in the utility model is provided with a first auxiliary tube capable of adding medicine to the first main tube and a second auxiliary tube capable of adding phagostimulants to the first main tube. The user can choose to feed the first tube to the first tube based on the current state of the child. Add drugs or food attractants to the main tube to adjust the taste of the medicine for children.

Description

A medicine feeding device for children

Technical field

The utility model relates to the technical field of medical devices, in particular to a medicine feeding device for children.

Background technique

At present, in the process of clinical medical treatment of children, it is common to give medicine to children, and children's medicines are usually based on liquid medicine. The traditional way of feeding medicine to children is to first pour the medicine into a spoon, then use the spoon to press the tongue and pour it directly, which can easily cause children to choke and cough. Moreover, when feeding medicine to children, children often get sick because of the bitter taste of the medicine. Children who are unwilling to drink medicine, especially those who are aggressive or naughty, often swing the medicine spoon into their mouths randomly when giving medicine to such children, making the medicine in the medicine spoon easy to Spilling out will cause difficulty in the medication feeding process, and may even affect the treatment effect of children, which is not conducive to the recovery of child patients.

Pacifier-type and spoon-type medicine feeding devices for children are produced based on the needs of children for feeding medicine.

The Chinese patent with patent number CN215740541U discloses a medicine feeder for children, which includes: a medicine feeder body, a containing cavity is defined in the medicine feeder body, an opening is provided on the medicine feeder body, and the opening is connected with the containing cavity, and the medicine liquid It can enter the child's mouth through the opening; the odor box is located on the body of the medicine feeder. The inside of the odor box defines an accommodating cavity with an open end; the odor box contains a food attracting part that can emit smell. However, the medicine feeder is designed based on a spoon structure, which has poor palatability for children, and the entrance structure can easily damage the child's mouth when the child struggles.

The Chinese patent with patent number CN209270352U relates to a medical children's medicine feeding device, which includes a bottle body and a pacifier arranged above the bottle body. Both the pacifier and the bottle body are equipped with a pacifier cover. A bottle cap is set outside the pacifier cover. The outside of the pacifier A rotating tube is provided, a rotating plate is provided below the pacifier, a medicine feeder is provided below the rotating plate, and the medicine feeder is connected to the inner wall of the pacifier cover. Based on the pacifier setting of the device, on the one hand, it can provide children with a familiar and comfortable eating tool; on the other hand, it can also facilitate the mixing of medicine and food in the bottle through the design of the rotating tube and rotating plate.

The biggest characteristics of feeding medicine to children are coercion and induction. Due to children's resistance to drugs, forcing drugs into children's mouths and mixing food-attractants (such as sugar) into drugs are the two most commonly used methods when children develop a drug-resistant attitude.

The Chinese patent with patent number CN217366579U relates to a two-phase medicine feeder for children's fun liquid and comfort liquid, including an ice cream model. Transverse partitions are welded and installed on the inner walls of both sides of the ice cream model, and the bottom of the cross partition is welded and installed. The number of vertical partitions is two sets and they are arranged in parallel. The horizontal partitions and vertical partitions divide the inside of the ice cream model into a pipeline warehouse, a stimulation liquid warehouse, a medicinal liquid warehouse and a ventilation warehouse.

However, during the medication feeding process, since the food attractant and the medicine are fed separately, children will be more resistant to taking the medicine because of the contrast in taste between the food attractant and the medicine. At the same time, the drug addition method of the above-mentioned device is complicated and it is easy to produce drug residues.

When the medicine is accumulated on the upper sheet layer or the lower sheet layer, part of it will exist at the edge of the upper sheet layer or the lower sheet layer, and this part of the medicine cannot fall from the through hole due to force. On the one hand, when changing drugs, the drugs accumulated in the corner will be mixed with the newly added drugs, which may cause toxic side effects of the drugs; on the other hand, the amount of drugs taken by children in a single time is relatively small, in the low range of 1g or 2g. When some medicines are accumulated on the upper or lower tablet layer, the dosage of a single dose for children may be inaccurate.

Based on this, the utility model provides a medicine feeding device for children.

In addition, on the one hand, there are differences in the understanding of those skilled in the art; on the other hand, the applicant studied a large number of documents and patents when making the present utility model, but due to space limitations, all details and contents are not listed in detail. However, this is absolutely The present utility model does not possess these features of the prior art. On the contrary, the present utility model already possesses all the features of the prior art, and the applicant reserves the right to add relevant prior art to the background art.

Utility model content

In view of the shortcomings of the existing technology, the utility model provides a pediatric medicine feeding device, which includes a first main tube for mixing medicinal liquid, and a first auxiliary tube capable of adding medicine to the first main tube on the side wall of the first main tube. , the first auxiliary pipe is sequentially provided with a pressure bag from the distal end to the proximal end close to the first main pipe. Based on contraction, the first auxiliary pipe is provided with an air flow to blow the medicine into the first main pipe, and the pressure bag is restricted to restrict the medicine from entering the pressure bag. a one-way valve and a medicine-filling assembly that controls medicine to enter the first main pipe, wherein the medicine-filling assembly is provided with an upper layer covering the cross-section of the first auxiliary pipe and a layer that partially covers the cross-section of the first auxiliary pipe. Lower sheet layer, the upper sheet layer is connected to the lower sheet layer through a rotating shaft in a manner that can be blocked by the lower sheet layer or release a through-hole provided thereon, wherein the upper sheet layer is provided with a scraper , one end of the scraper is connected to the rotating shaft, so that when the upper sheet layer and the lower sheet layer rotate relative to each other, they can rotate around the rotating shaft and scrape the upper sheet layer.

According to a preferred embodiment, the scraper is disposed on a surface of the upper sheet facing the lower sheet so as to be able to scrape the upper sheet when the upper sheet and the lower sheet rotate relative to each other. The layer faces the side of the lower sheet.

According to a preferred embodiment, the scraper is provided on a surface of the upper sheet layer facing away from the lower sheet layer, so as to be able to scrape the upper sheet when the upper sheet layer and the lower sheet layer rotate relative to each other. The side of the layer facing away from the lower sheet.

According to a preferred embodiment, the scraper is configured to provide bristles toward the direction of the upper sheet layer and the lower sheet layer, so as to be able to scrape the opposite surfaces of the upper sheet layer and the lower sheet layer. noodle.

According to a preferred embodiment, the distal end of the first auxiliary pipe away from the first main pipe is closer to the first main pipe than the discharge port end of the first main pipe. The way the medicine inlet end is tilted is set.

According to a preferred embodiment, the side wall of the first main pipe is also provided with a second auxiliary pipe capable of adding an phagostimulant to the first main pipe to promote children to take medicine, wherein the second auxiliary pipe includes a storage box and a Press-type nozzle, the press-type nozzle is connected to the storage box in a manner that can introduce the food attractant in the storage box into the first main pipe when being pressed.

According to a preferred embodiment, the feed port end of the second auxiliary pipe is connected to a funnel for assisting in adding the attractant.

According to a preferred embodiment, based on the connection member provided between the one-way valve and the filling assembly, one end of the first auxiliary pipe away from the first main pipe and one end close to the first main pipe The connecting piece is used as the dividing position to separate, so that one end of the first auxiliary pipe away from the first main pipe exposes an opening capable of placing medicine.

According to a preferred embodiment, an extrusion rod is slidably connected to the inner side of the first main pipe, so that the mixture in the first main pipe can be ejected from the distal end of the first main pipe based on the pressure exerted by the extrusion rod. The pacifier provided at the opening enters the mouth of the person taking the medicine.

According to a preferred embodiment, the diameter of the first main pipe is larger than the diameter of the first auxiliary pipe, and the diameter of the first main pipe is larger than the diameter of the second auxiliary pipe.

Beneficial effects of this utility model:

(1) The medicine feeding device involved in the present invention is provided with a first auxiliary tube capable of adding medicine to the first main tube and a second auxiliary tube capable of adding phagostimulant to the first main tube. The user can select based on the current state of the child. Add drugs or phagostimulants to the first tube to adjust the taste of the drug for children;

(2) Compared with the medicine-filling assembly in the prior art, the medicine-filling assembly provided in the present utility model is arranged in a mesh shape to inject medicine into the first main pipe. At the same time, the medicine-filling assembly is equipped with a scraper. It can scrape off the medicine powder attached to the surface of the upper and lower layers when the upper and lower layers of the medicine filling component are opened and closed, which not only prevents the medicine powder from clogging the holes of the medicine filling component, but also ensures that the amount of medicine taken by children will not remain on the surface of the medicine filling component. There is too much powder and the dosage deviates greatly from the doctor's prescription.

Description of drawings

Figure 1 is a schematic diagram of a simplified module connection relationship according to a preferred embodiment of the present invention;

Figure 2 is a schematic diagram of the connection relationship of the medicine-filling assembly provided by the present utility model.

List of reference signs

100: First main pipe; 110: Squeeze rod; 120: Medicine inlet chamber; 200: First auxiliary pipe; 210: Pressure bag; 220: One-way valve; 230: Connector; 240: Accommodation cavity; 250: Filling Medicine component; 251: upper layer; 252: scraper; 253: rotating shaft; 254: lower layer; 255: through port; 300: second auxiliary pipe; 310: funnel; 320: valve switch.

Detailed ways

A detailed description will be given below with reference to the accompanying drawings.

When the medicine is accumulated on the upper sheet layer or the lower sheet layer, part of it will exist at the edge of the upper sheet layer or the lower sheet layer, and this part of the medicine cannot fall from the through hole due to force. On the one hand, when changing drugs, the drugs accumulated in the corner will be mixed with the newly added drugs, which may cause toxic side effects of the drugs; on the other hand, the amount of drugs taken by children in a single time is relatively small, in the low range of 1g or 2g. When some medicines are accumulated on the upper or lower tablet layer, the dosage of a single dose for children may be inaccurate.

Based on this, the utility model proposes a pediatric medicine feeding device provided with a scraper capable of cleaning the medicine feeding position. The utility model also proposes a scraper suitable for cleaning the medicine inlet.

The utility model provides a pediatric medicine feeding device, which includes a first main tube 100 for mixing medicinal liquid, and a first auxiliary tube 200 capable of adding medicine to the first main tube 100 on the side wall of the first main tube 100 . The first auxiliary pipe 200 is provided with a medicine filling assembly 250 including an upper sheet layer 251 covering the cross section of the first auxiliary pipe 200 and a lower sheet layer 254 partially covering the cross section of the first auxiliary pipe 200, as shown in Figure 1 shown.

The upper sheet layer 251 is connected to the lower sheet layer 254 through a rotating shaft 253 in a manner that it can be blocked by the lower sheet layer 254 or release the through-hole 255 provided thereon. The rotating shaft 253 is connected to one end of the scraper 252 , so as to be able to rotate around the rotating shaft 253 and scrape the upper sheet layer 251 when the upper sheet layer 251 and the lower sheet layer 254 rotate relative to each other.

The distal end of the scraper 252 is provided with a brush blade that is at an angle α with the extension direction of the scraper 252 and has one end against the inner tube wall of the first auxiliary pipe 200, so that the brush blades accumulate on the upper sheet layer 251 and/or The medicine in the lower sheet layer 254 is gathered toward the center of the upper sheet layer 251 and/or the lower sheet layer 254 due to the thrust of the brush blade in the direction of the rotation axis 253 . As shown in FIG. 2 , the bent brush blade can apply forward pushing force and a pushing force in the direction of the rotation axis 253 to the medicine accumulated on the edge of the upper sheet layer 251 or the lower sheet layer 254 . The medicine subjected to this thrust can gradually move toward the center of the circle from the edge of the upper sheet 251 or the lower sheet 254 , thereby entering the area where the through hole 255 is provided, and falling from the through hole 255 .

According to a preferred embodiment, the included angle α ranges from 15° to 75°. Preferably, the angle α is 45°.

According to a preferred embodiment, the first auxiliary pipe 200 is sequentially provided with airflows for blowing medicine into the first main pipe 100 based on contraction from the distal end to the proximal end of the first main pipe 100 . The pressure bladder 210, the one-way valve 220 that restricts the entry of medicine into the pressure bladder 210, and the filling assembly 250 that controls the entry of medicine into the first main tube 100.

According to a preferred embodiment, a rotating ring capable of being connected to both ends of the rotating shaft 253 is provided at the center of the lower sheet layer 254 and the upper sheet layer 251 . The rotating ring refers to the sealing ring that rotates with the shaft. When affected by external force, the rotating shaft 253 can cause the upper layer 251 to rotate relative to the lower layer 254 based on the action of the rotating ring. Preferably, the rotating ring can be a universal rotating ring. When injecting medicine, the pressure bag 210 is squeezed, and the gas in the pressure bag 210 can blow the medicine toward the direction of the first main tube 100 .

According to a preferred embodiment, the upper half of the first auxiliary pipe 200 can rotate relative to the lower half. The dividing position between the upper half and the lower half of the first auxiliary tube 200 is where the medicine filling component 250 is located. The lower half of the first auxiliary pipe 200 is close to the first main pipe 100 . The upper half of the first auxiliary pipe 200 is away from the first main pipe 100 . The upper sheet layer 251 is provided on the upper half of the first auxiliary pipe 200 . The lower sheet 254 is disposed on the lower half of the first auxiliary pipe 200 . The upper sheet layer 251 and the lower sheet layer 254 are connected based on the rotating shaft 253 . Preferably, the relative arrangement of the upper sheet layer 251/lower sheet layer 254 and the rotating shaft 253 can be the same as the relative arrangement of the disc and the shaft in the Chinese patent No. CN2577744Y. The rotating shaft 253 can be configured as a combined shaft capable of forward and reverse rotation. Preferably, one end of the rotating shaft 253 is fixedly connected to the lower sheet 254 . When the upper half of the first auxiliary pipe 200 is screwed, the upper sheet layer 251 moves relative to the scraper 252 so that the scraper 252 can scrape the upper sheet layer 251 .

According to a preferred embodiment, the scraper 252 is disposed on the surface of the upper sheet layer 251 facing the lower sheet layer 254 so as to be able to scrape when the upper sheet layer 251 and the lower sheet layer 254 rotate relative to each other. Rub the surface of the upper sheet 251 facing the lower sheet 254 . Preferably, the scraper 252 has a strip-shaped structure. One end of the scraper 252 is fixedly connected to the rotating shaft 253. When the rotating shaft 253 rotates, the scraper 252 and the rotating shaft 253 rotate in the same direction and at the same speed along the upper sheet layer 251 and the lower sheet layer 254 with the rotating shaft 253 as the center.

According to a preferred embodiment, the scraper 252 is disposed on the surface of the upper sheet layer 251 facing away from the lower sheet layer 254 so as to be able to scrape when the upper sheet layer 251 and the lower sheet layer 254 rotate relative to each other. Rub the surface of the upper layer 251 away from the lower layer 254 . Based on the requirements of the scraping position, the scraping brushes 252 can be arranged on different surfaces of the upper sheet layer 251 . Preferably, the scraping brush 252 moves together with the rotating shaft 253 and scrapes one surface of the upper sheet layer 251 .

According to a preferred embodiment, the scraper 252 is configured to provide bristles toward the upper sheet layer 251 and the lower sheet layer 254 respectively, so as to be able to scrape the upper sheet layer 251 and the lower sheet layer 254 . Opposite sides of the sheet 254. Preferably, the bristles of the scraper brush 252 can be composed of silicone. Preferably, the direction of the scraper 252 toward the upper sheet layer 251 and the lower sheet layer 254 can also be provided as a scraper blade.

According to a preferred embodiment, the distal end of the first auxiliary pipe 200 away from the first main pipe 100 is closer to the medicine outlet end of the first main pipe 100 than the first main pipe 100 . The medicine inlet end of the first main pipe 100 is arranged in an inclined manner. Through this arrangement, when the device is in normal use, the medicine in the first auxiliary tube 200 can fall to the first main tube 100 based on gravity.

According to a preferred embodiment, the side wall of the first main pipe 100 is also provided with a second auxiliary pipe 300 capable of adding an phagostimulant to the first main pipe 100 to promote children to take medicine, wherein the second auxiliary pipe 300 It includes a storage box and a press-type nozzle, and the press-type nozzle is connected to the storage box in a manner that can introduce the attractant in the storage box into the first main pipe 100 when pressed.

According to a preferred embodiment, the feed port end of the second auxiliary pipe 300 is connected to a funnel 310 for assisting in adding the attractant.

According to a preferred embodiment, based on the connecting piece 230 provided between the one-way valve 220 and the medicine filling assembly 250, the end of the first auxiliary pipe 200 away from the first main pipe 100 is close to the One end of the first main pipe 100 is separated at the connecting member 230 as a dividing position, so that the end of the first auxiliary pipe 200 away from the first main pipe 100 exposes an opening capable of placing medicine. Preferably, the connecting members 230 can be magnetic components or threads respectively provided at both ends.

According to a preferred embodiment, the second secondary pipe 300 contains a conduit and a valve switch 320 . Valve switch 320 can be a hand pump. The hand pump is connected to the catheter. The catheter is inserted into the phagostimulant. Preferably, the structure of the hand pump can be the same as the Chinese patent structure with patent number CN203143348U. When the operator presses the valve switch 320, the conduit absorbs the food attractant and ejects it from the opening of the hand pump. The opening of the hand pump faces the first main pipe 100 .

According to a preferred embodiment, an extrusion rod 110 is slidably connected to the inner side of the first main pipe 100 so that the mixture in the first main pipe 100 can be ejected from the third pipe based on the pressure exerted by the extrusion rod 110 . A pacifier provided at the distal opening of the main tube 100 enters the mouth of the person taking the medicine. Preferably, the extrusion rod 110 has the same structure as the extrusion rod 110 of the syringe.

According to a preferred embodiment, the diameter of the first main pipe 100 is larger than the diameter of the first auxiliary pipe 200 , and the diameter of the first main pipe 100 is larger than the diameter of the second auxiliary pipe 300 . In order to avoid excessive pressure when the first auxiliary pipe 200 or the second auxiliary pipe 300 injects drugs or feed attractants into the first main pipe 100, the diameter of the first main pipe 100 is larger than the diameter of the first auxiliary pipe 200 , the diameter of the first main pipe 100 is larger than the diameter of the second auxiliary pipe 300 .

According to a preferred embodiment, multiple first auxiliary pipes 200 can be provided. Medication-feeding parents can pre-categorize the medicines that children need to take into different first auxiliary tubes 200 according to the amount that the children need to take at a time.

For example, when children have diarrhea, the combined medication plan for two-year-old children is: montmorillonite powder and amoxicillin granules. The single dose of montmorillonite powder is 1.5g, and the single dose of amoxicillin granules is 1.5g. 20～40mg/kg. Parents who take medicine can place montmorillonite powder and amoxicillin granules in the two first auxiliary tubes 200 according to the amount. At this time, the medicine filling component 250 in the first auxiliary tube 200 is in a closed state, and the medicine is placed in the accommodation cavity 240 of the first auxiliary tube 200 . The medication-feeding parent adds the corresponding food-attractant to the second auxiliary tube 300 through the funnel 310 based on the food-attracting interest of the child taking the medicine (for example, sugar water, fruit puree or milk powder). The second auxiliary pipe 300 is connected to the first main pipe 100 .

The medication-feeding parent twists the accommodating cavity 240 of the first auxiliary tube 200, and the upper and lower layers of the medicine filling assembly 250 rotate relative to each other, so that the medicine in the accommodating cavity 240 falls into the first main tube 100. Parents who take medicine place the medicine inlet cavity 120 in the mouth of the child taking medicine. Especially when the medicine inlet cavity 120 is set in the shape of a pacifier, the child taking medicine will subconsciously suck based on the soothing pacifier, thereby achieving the goal of feeding the child medicine. Purpose. At this time, if the child is crying due to bitterness, the parent who is feeding the medicine can press the valve switch 320 of the second auxiliary pipe 300, and the child will be rewarded for taking the medicine.

Or, when the child taking the medicine has not completely sucked the medicine in the first tube 100, in order to induce the child to overcome the unpleasant taste such as bitterness and take further medicine, the parent feeding the medicine can press the valve switch 320 of the second auxiliary tube 300 once or Several times to reconcile the taste of the medicine within 100 of the first supervisor and encourage children taking the medicine to take the medicine.

Since children need to take multiple medicines at a time, and the dosages of different medicines are different, medication-feeding parents can classify and place the children's medicines in a single dose based on the pre-prepared first tube 200 formula, and place them after the children have taken them. After the first medicine, the medicine taken by the child is quickly changed by changing the first auxiliary tube 200 . For parents who need to comfort their children while giving medication, this process does not require worrying about the wrong type or amount of medication to use. Replacing the sealed tube instead of directly replacing the drug can avoid spilling of the drug when changing the drug due to inconvenient operation or crying children.

When the accommodating cavity 240 of the first auxiliary tube 200 is screwed, the bristles disposed in the middle of the upper layer and the lower layer can scrape the surfaces of the upper layer and the lower layer when the upper layer and the lower layer rotate in opposite directions, pushing the medicine closer to the first layer. The leakage from the through-hole 255 provided on the surface of the lower layer of the main tube 100 prevents the medicine, especially the powdered medicine, from adhering to the surface of the medicine-filling component 250 .

It should be noted that the above-mentioned specific embodiments are exemplary, and those skilled in the art can come up with various solutions inspired by the disclosure of the present utility model, and these solutions also belong to the disclosure scope of the present utility model and fall within the scope of the present utility model. into the protection scope of the present utility model. Those skilled in the art should understand that the description of the present utility model and its drawings are illustrative and do not constitute limitations on the claims. The protection scope of the present invention is defined by the claims and their equivalents. The description of the utility model contains multiple utility model concepts, such as "preferably", "according to a preferred embodiment" or "optionally" all indicate that the corresponding paragraph discloses an independent concept, and the applicant reserves the right to use each utility model concept based on Right to file a divisional application. Throughout the text, the features introduced by "preferably" are only optional and should not be understood as mandatory settings. Therefore, the applicant reserves the right to waive or delete the relevant preferred features at any time.

Claims (10)

1. A pediatric medicine feeding device, comprising a first main tube (100) for mixing medicinal liquid, and a first auxiliary tube (100) capable of adding medicine to the first main tube (100) on the side wall of the first main tube (100). 200), the first auxiliary pipe (200) is provided with an upper layer (251) covering the cross section of the first auxiliary pipe (200) and a lower layer partially covering the cross section of the first auxiliary pipe (200). The medicine filling component (250) of the sheet layer (254) is characterized by: The upper sheet layer (251) is connected to the lower sheet layer (254) through a rotating shaft (253) in a manner that it can be blocked by the lower sheet layer (254) or release the through-hole (255) provided thereon, The rotating shaft (253) is connected to one end of the scraper (252) so as to rotate around the rotating shaft (253) and scrape all parts when the upper sheet layer (251) and the lower sheet layer (254) rotate relative to each other. The above-mentioned sheet (251), wherein, The distal end of the scraper (252) is provided with a brush blade that is at an angle α with the extension direction of the scraper and has one end against the inner tube wall of the first auxiliary pipe, so that accumulation on the upper sheet layer and/or the lower sheet layer is The medicine in the sheet layer is gathered toward the center of the upper sheet layer and/or the lower sheet layer due to the thrust of the brush blade in the direction of the rotation axis. 2. The pediatric medicine feeding device according to claim 1, characterized in that the scraper (252) is provided on the surface of the upper sheet layer (251) facing the lower sheet layer (254), so as to be able to When the upper sheet layer (251) and the lower sheet layer (254) rotate relative to each other, the surface of the upper sheet layer (251) facing the lower sheet layer (254) is scratched. 3. The pediatric medicine feeding device according to claim 1, characterized in that the scraper (252) is provided on the surface of the upper sheet layer (251) facing away from the lower sheet layer (254), so as to be able to When the upper sheet layer (251) and the lower sheet layer (254) rotate relative to each other, the surface of the upper sheet layer (251) facing away from the lower sheet layer (254) is scratched. 4. The pediatric medicine feeding device according to claim 2, wherein the scraper (252) is configured to face the upper sheet layer (251) and the lower sheet layer (254) respectively. The bristles are provided to scratch the opposite surfaces of the upper sheet layer (251) and the lower sheet layer (254). 5. The pediatric medicine feeding device according to claim 4, characterized in that the first auxiliary tube (200) is opposite to the first main tube (100) so that its distal end is away from the first main tube (100). The first main pipe (100) is provided with an inclination closer to the medicine inlet end than the medicine outlet end of the first main pipe (100). 6. The pediatric medicine feeding device according to claim 5, characterized in that, the first auxiliary tube (200) is sequentially provided with a first auxiliary tube (200) based on contraction from a distal end to a proximal end close to the first main tube (100). The auxiliary pipe (200) provides a pressure bag (210) for airflow that blows medicine into the first main pipe (100), a one-way valve (220) that restricts the medicine from entering the pressure bag (210), and a one-way valve (220) that controls the medicine from entering the first main pipe (100). The filling assembly (250) of 100). 7. The pediatric medicine feeding device according to claim 6, characterized in that the side wall of the first main tube (100) is further provided with a feed attractant capable of adding an phagostimulant to the first main tube (100) to promote children to take medicine. A second auxiliary pipe (300), wherein the second auxiliary pipe (300) includes a storage box and a press-type nozzle, and the press-type nozzle is capable of attracting food in the storage box when being pressed. The agent is connected to the storage box in a manner that introduces the agent into the first main tube (100). 8. The pediatric medicine feeding device according to claim 7, characterized in that, based on the connection member (230) provided between the one-way valve (220) and the medicine filling assembly (250), the first The end of the auxiliary pipe (200) away from the first main pipe (100) and the end close to the first main pipe (100) are separated with the connecting piece (230) as the dividing position, so that the first auxiliary pipe ( 200) One end away from the first main tube (100) exposes an opening capable of placing medicine. 9. The pediatric medicine feeding device according to claim 8, characterized in that an extrusion rod (110) is slidably connected to the inner side of the first main pipe (100), so that the inside of the first main pipe (100) The mixture can enter the user's mouth from the nipple provided at the distal opening of the first main tube (100) based on the pressure exerted by the squeeze rod (110). 10. The pediatric medicine feeding device according to claim 9, characterized in that the feed port end of the second auxiliary pipe (300) is connected to a funnel (310) for assisting in adding the phagostimulant.