JPH08182697A - Method and device for diagnosing animal, using vacuum cleaner - Google Patents

Abstract

PURPOSE: To suck the undigested things within the stomach of an animal, the dung within the rectum, etc., with proper suction force by interposing a suction force adjuster, where a hollow airtight can be attached to surround the ventilation port formed at the the body of the suction force adjuster and an intake adjusting mechanism is formed at the wall of the airtight can, in the hose of vacuum cleaner. CONSTITUTION: An water-adsorbing type or dry and wet both-use type on the market is used for a vacuum cleaner, and a suction force adjuster 3 is connected to the tip of the suction hose. This suction force adjuster 3 has a cylindrical suction force adjuster body 11 where a hose connection port 12 is formed at the rear end and an extension hose connection port 13 is formed at the head, and a ventilation port 14 is made at the front on the body 11. And, a box-shaped hollow airtight can 15 is made in a body outside the body 11, and a triangular window 16 and a mobile door 17 in the shape of a sliding door are attached as an intake adjusting mechanism to the ceiling, and by moving this mobile door 17 in the direction of an arrow D, the area of opening of the window 16, that is, the adjustment of intake is performed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention utilizes a water-absorption type or a wet-dry type vacuum cleaner having a strong suction force, and is capable of performing a treatment superior to that of a conventional medical vacuum pump. BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for treating an animal to be used and an apparatus thereof.

[0002]

2. Description of the Related Art Conventionally, when liquid material is sucked out from the body of an animal such as the contents of the stomach of a dairy cow, it is necessary to use the method disclosed in Japanese Utility Model Publication No. 42-533.
No. 58, No. 58-112310, No. 60
A vacuum pump is used exclusively as disclosed in Japanese Patent Publication No. 180416. Further, as shown in FIG. 10, the suction catheter 31 connected to the vacuum pump is provided with a control valve 32. When the mouth of the valve 32 is closed with a thumb, suction starts, and when the finger is released, air flows in. The operation to stop suction is now possible.

[0003]

However, the conventional vacuum pump has not been useful for the emergency treatment of gastric torsion frequently occurring in old large dogs. That is, when gastric dilatation due to overeating progresses to gastric volvulus, the stomach cannot be vomited, the stomach is inflated by gas, and within a few hours, the patient died due to shock or strangulation of the stomach. A dog who is brought to a veterinary hospital in shock must immediately undergo laparotomy to remove the gastric contents and restore the kinked stomach to its original state. However, conventionally, a pump, a suction substance storage tank, and a suction tool must be connected by a pressure-resistant rubber tube having a thin inner diameter and a thick inner diameter cannot be used than the rubber tube. Therefore, when the liquid is sucked from the dissected stomach, the bait digested in a muddy state tends to be clogged in the suction tool, which makes it difficult to absorb the liquid. In addition, the stomachs of omnivorous dogs often contain solid substances such as chewed bone fragments and indigestible grass, and the only option is to scrape them out with a hand or a spoon.
As a result, it became a very laborious and major surgery,
It took about 2 hours from the start of cut skin to the completion of suture. further,
If a drop of water falls from the solid material picked up by hand, and the abdominal cavity tends to be contaminated even if the surgical field is covered with a cloth, and the prognosis is unsuccessful despite adequate preventive measures against bacterial infections. Was not a little. Moreover, since the hands of the surgical gloved operator are soiled, important post-procedures such as suturing the incision must be entrusted to the assistant, and it is impossible for one veterinarian to perform a one-man operation.

The inventor of the present invention pays attention to a wet-dry type vacuum cleaner for cleaning the floor of a doctor's office as one of the poverty measures, and consider inserting the tube end of a thick hose into the incised stomach. Thought. The built-in water filter of this machine has a sterilizing function, so there is no risk that the bacteria derived from the gastric contents that have been inhaled will be scattered into the room. Then, when I tried to experiment with a dog that was full, I was able to reliably aspirate the whole stomach contents as expected. The stomach contents sucked into the dust collecting container of the vacuum cleaner can be taken out of the room for treatment while being kept sealed. However, because the suction power was too strong, the stomach wall was sucked into the tip of the hose, causing round hemorrhagic spots after rushing to peel off. However, commercially available water-absorbing and dry / wet type vacuum cleaners do not have "strong / medium / weak" buttons for adjusting suction power, unlike ordinary home vacuum cleaners. Therefore, it has been found that the vacuum cleaner cannot be used for medical treatment of animals unless an accessory having a simple structure capable of adjusting suction force is provided separately from the vacuum cleaner.

Further, as a method for discharging feces due to chronic constipation that frequently occurs in cats, surgery with a pelvic cavity expansion plate disclosed in Japanese Utility Model Laid-Open No. 6-26819 and fecal mass in a pipe inserted into the anus are performed. A crushing tube that is pushed in and eliminated has been proposed. On the other hand, the inventor used a completely different method, that is, injecting a softening agent or a lubricant into the rectum to make the dung mass soft and slippery, and then inserting it into the anus through a vacuum cleaner with the largest possible pipe. I thought it should be possible to discharge all at once with the powerful suction power of. Such a new technical idea is never conceived from the conventional thin suction catheter. In order to experiment with this new therapy, the suction force of the vacuum cleaner must be adjusted, which is the most important issue to overcome.

On the other hand, the control valve 32 attached to the conventional suction catheter 31 is only for intermittent suction, and does not have the function of adjusting the strength of suction force. Moreover, when the mouth of the valve 32 is pressed with a finger, the ventilation path 33 becomes a vacuum state. Therefore, as shown in FIG. 11, a part of the suctioned material such as blood or pus flowing in the suction passage 34 in the direction of the arrow I flows into the vacuum ventilation passage 33 as shown by the arrow H and is filled. As it adheres to the fingers that block the mouth of the valve, surgical rubber gloves, which would otherwise be absolutely sterile, become contaminated with aspirates. This was a serious drawback. For example, in the case of empyema that frequently occurs in male cats due to quarrel injury, pus accumulated in the chest cavity presses the lungs and causes dyspnea, so it is urgently necessary to puncture the chest with a catheter and drain the pus. I won't. In the process, pus adhered to the rubber gloves, so I was forced to wipe away the pus with alcohol cotton, but I was always worried whether I could really prevent contamination. Therefore, the suction catheter control valve having such drawbacks cannot be used to control the suction force of a vacuum cleaner.

Based on the above circumstances, the present invention provides a suction force adjuster capable of freely adjusting the suction force of a water absorption type or a wet / dry type vacuum cleaner, and thereby uses the vacuum cleaner. It is an object to provide a method for treating an animal and a device for performing the method.

[0008]

In order to achieve the above object, a suction force adjuster according to the present invention has openings at both ends, that is, a hose connection port at the rear end and an extension hose connection port at the tip. A suction force adjuster body, a ventilation hole provided on the front upper surface of the suction force adjuster body, and a hollow integrally formed outside the suction force adjuster body so as to surround the ventilation port. The airtight box and an intake amount adjusting mechanism provided on the ceiling or the rear wall of the airtight box.

The intake air amount adjusting mechanism is composed of a triangular or circular window opened on the wall of the airtight box and a movable door which can be opened and closed to adjust the opening degree of the window.

The method of diagnosing animals using the electric vacuum cleaner according to the present invention utilizes the suction force of the electric vacuum cleaner instead of the vacuum pump. The suction force adjuster is attached to the vacuum cleaner to freely adjust the suction force of the vacuum cleaner, and by attaching a suction tool to the suction force adjuster, liquids or solids can be sucked out of the animal body It is characterized by injecting a liquid substance into the body of an animal.

An apparatus for carrying out the method according to the present invention comprises an electric vacuum cleaner equipped with a foot switch, a suction force adjuster removably connected to a tip of a hose of the vacuum cleaner, and the suction force adjustment. It is characterized by comprising an extension hose connected to the tip of the container and a connector for mounting a suction tool provided at the tip of the extension hose.

[0011]

The suction force adjuster constructed as described above is connected to the hose of the electric vacuum cleaner with the ventilation port facing upward when in use. Then, after pulling the movable door of the intake air amount adjusting mechanism to open the window, the electric vacuum cleaner is operated. By adjusting the degree of opening of the window with the movable door, the amount of air flowing into the electric vacuum cleaner can be arbitrarily adjusted, so that the strength of the suction force can be easily and freely adjusted. Since the vacuum cleaner has a strong suction force, it is used for veterinary treatment in most cases.
Sufficient suction power is always obtained with a small gap left in the window. Due to the function of this gap, the inside of the airtight box is not in a vacuum state during suction, so that suctioned substances cannot flow into the airtight box from the ventilation port.

When the strongest suction force is required to remove feces from a cat with an anal pipe, suction is performed with the window closed, so a vacuum is created in the airtight box. Therefore, the suction object fills the airtight box, but since the window is closed, the suction object does not leak out of the airtight box. Therefore, the violent odor peculiar to the feces does not diffuse into the clinic.

By using the suction force adjuster having the above-mentioned function, it is possible to use a water absorption type or dry / wet type vacuum cleaner which does not have a suction force adjustment function, and to treat an animal which is impossible with a conventional vacuum pump. Become so.

[0014]

The present invention will be described in detail below with reference to the embodiments shown in the drawings. However, the drawings are for explanation only and do not limit the scope of the present invention.

FIG. 1 shows an embodiment of an optimum apparatus for carrying out the method for treating an animal using the electric vacuum cleaner of the present invention. In FIG. 1, reference numeral 1 denotes an electric vacuum cleaner, which is of a water absorption type or a wet / dry type which is commercially available. 2 is a hose, which is a pressure tube attached to the electric vacuum cleaner. 3 is a suction force adjuster of the present invention, which is used by connecting to the tip of the hose 2. Reference numeral 4 denotes an extension hose, which is preferably a transparent flexible hard tube or a pressure resistant bendable tube such as a bellows. Reference numeral 5 denotes a connector for detachably mounting various suction tools having different outer and inner diameters. In some cases, the extension hose 4 and the connector 5 may be omitted, and the suction tool may be directly attached to the tip of the suction force adjuster 3. 6 is a suction tool, and various existing medical suction tools can be arbitrarily selected and used. A foot switch 7 is used by the operator to start and stop the operation of the electric vacuum cleaner with his / her foot. In FIG. 1, the suction force adjuster 3 is suspended by a hook 8 on a stand 9 fixed to the edge of an operating table 10. By doing so, the position of the suction force adjuster 3 is stabilized, so that the window of the intake air amount adjusting mechanism can be kept facing upward during suction. However, the suction force adjuster 3 may be held by the assistant, or the operator may carry the hose 2 over his shoulder.

2 to 4 show a preferred embodiment of the most important suction force regulator 3 according to the device of the present invention. It is desirable that the suction force adjuster 3 be integrally manufactured by using a transparent and hard synthetic resin such as an acrylic resin as a material in order to easily observe the passing condition of the suctioned substances and confirm the cleaning result after use. . In FIG. 2 and FIG. 3 which is a side sectional view of the midline thereof, 11 is a cylindrical suction force adjuster main body, and a hose connection port 12 opening at the rear end part and an extension hose connection port 13 opening at the front end part. However, each is a regular circle with the same diameter. For example, when the inner diameter of the suction port provided at the tip of the hose 2 of the electric vacuum cleaner 1 is 27 mm, the hose connection port 1 to be inserted here
The outer diameter of 2 is formed to be slightly less than 27 mm. However, this diameter size is an example, and the numerical value is not limited. Since the diameter of the hose end varies depending on the model and model of the electric vacuum cleaner, a common coupler may be used. If the connection ports 12 and 13 at both ends are circular, the main body 11 may be box-shaped, and the shape of the suction force adjuster main body is not particularly limited.

The suction force adjuster 3 shown in FIGS. 2 and 3 has a vent hole 14 opened at the front of the suction force adjuster main body 11, that is, on the upper surface of the cylinder proximal to the extension hose connection port 13. There is.
A box-shaped hollow airtight box 15 is integrally formed outside the main body 11 so as to surround the vent hole 14. On the ceiling of the airtight box 15, a triangular window 16 and a sliding door-shaped movable door 17 are provided as an intake air amount adjusting mechanism. The movable door 17 can be freely opened and closed by hooking a fingertip on the handle 18. Although the shape of the window 16 is not limited, if it is formed in a triangular shape as shown in the figure, it is possible to extremely easily control the increase / decrease of the intake air amount. In addition, in FIG.
A levee-shaped barrier 19 is projected on the front edge of the
It is not always an essential component. In addition, the hook hole 20 attached to the rear of the airtight box 15 has a suction force adjuster 3
Is to be locked to the stand 9, and its shape and attachment position are arbitrary, and this may be omitted.

In another suction force adjuster 3 shown in FIG. 4, the hose connection port 12 is drawn leftward with the right and left reversed so as to clearly show the intake air amount adjusting mechanism. In FIG.
A ventilation port 14 is provided on the suction force regulator body 11 having a cylindrical shape.
A cylindrical airtight box 15 is integrally formed so as to surround the. A circular window 16 is opened at the rear of the airtight box 15 as an intake air amount adjusting mechanism, and a movable fan-shaped movable door 17 is rotatably attached to an intermediate plate fixed here with a radial gap. By rotating the handle 18 provided on the rotary shaft of the movable door 17 to the left and right, the opening degree of the window is adjusted,
The suction force can be adjusted freely. Further, in this embodiment, the extension hose connection port 13 is formed into a substantially conical shape,
Not only extension hoses of various sizes but also suction devices with large diameters can be directly attached.

The suction force adjuster 3 constructed as described above is
Before using, the window 16 of the suction force adjusting mechanism is opened. When the electric vacuum cleaner is activated and suction is started, as shown by an arrow A in FIG.
Flows into. Next, as shown by arrow B, the gas passes through the vent hole 14, is sucked into the cleaner through the direction of arrow C, that is, through the hose, and the suction force is reduced. The amount of intake air in the window 16 can be easily adjusted by moving the movable door 17 as shown by arrow D. Therefore, the strength of the suction force of the electric vacuum cleaner can be easily and reliably adjusted.

Moreover, by suctioning while opening the window 16, the inside of the airtight box 15 does not become a vacuum state. Therefore, when the suction is stopped, the suctioned substance in the suction force adjuster main body 11 does not blow up from the ventilation port 14 into the airtight box 15. Therefore, it is unlikely that the suctioned substance is ejected from the window 16 into the operating room during use. When the window 16 is closed in order to exert the strongest suction force, the inside of the airtight box 15 becomes a vacuum state and the suctioned substance flows in. But window 16
Since the is closed, there is no risk of aspirates contaminating the room. If a gap is opened in the window 16 after the suction is resumed, the suctioned material filled in the airtight box is quickly sucked out from the ventilation port 14 and disappears cleanly.

FIG. 5 shows an example of the coupler 5 which is a part of the device of the present invention. Even such a known simple shape can sufficiently exhibit the connecting function. For example, even in a urinary catheter having a diameter of 1 mm to be inserted into the bladder of a cat, the connector 5 is attached to the needle base via the injection needle. Once attached, it can be connected to a vacuum cleaner. When using the illustrated coupler 5, the suction tool 6 is attached to the small-diameter portion by insertion or external insertion, and the large-diameter portion is attached to the tip of the extension hose 4, or the extension hose 4 is omitted. , Direct suction force regulator 3
Attach to the extension hose connection port 13 of.

[0022]

[Medical Example] Hereinafter, a method for medical treatment of animals using the electric vacuum cleaner of the present invention will be described in detail with reference to the drawing of the special suction tool newly developed by the inventor. However, the exemplified medical treatment method is a representative example of the present invention and does not limit the scope of the present invention.

FIG. 6 shows a suction device 6a for surgically treating a gastric volvulus in a dog. The larger the inner diameter, the more effective it is for sucking gastric contents. Therefore, the suction tool 6a has a cylindrical shape with an inner diameter of 25 mm, has a suction port 21 at the tip, and directly connects the rear end to the extension hose 4 for use. . About 3 from the edge of the inlet 21
The tube wall at the rear of the cm is made thick to form a ring groove 22, and a cushion material 23 such as rubber is wound around this. The material is preferably synthetic resin such as transparent polycarbonate, but may be made of metal such as stainless steel. Those made of synthetic resin are subjected to gas sterilization with ethylene oxide before use.

The stomach twisting suction device 6a is used as follows. As a first-aid measure, an indwelling needle is inserted from the skin on the abdomen into the bulging stomach to degas the patient who came to the hospital in shock. If it dents to some extent, remove the needle before the gastric juice leaks, shave, disinfect and cut the skin as usual to expose the stomach, and open the stomach wall avoiding blood vessels. With the conventional technique, the operator had to make a large hole for inserting his hand, but according to the present invention, it is only necessary to insert the suction port 21 of the suction tool 6a, so it is only a little. An incision of about 4 cm should be made. Before the incision, it is a trick to sew the temporary sewing thread 25 around the planned incision portion in advance. In this way, the both ends of the provisional suture thread 25 are held in the left hand, and the stomach wall is hung up in a tent shape, and the stomach wall can be incised with the knife in the right hand while being careful not to overflow the stomach contents from the incision. Then, insert the suction port 21 into the incision,
As shown in FIG. 7, the temporary sewing thread 25 is bound and sealed at the annular groove 22. Cushioning material 23
By the action of, the damage of the stomach wall 24 can be reduced to a negligible level.

After the suction tool 6a is attached to the stomach wall, the suction tool 6a is connected to the extension hose 4 of the device whose suction force is adjusted in advance, and the foot switch 7 is depressed to start suction. For sucking the gastric contents from the closed stomach, a weak suction force that does not suck the stomach wall is sufficiently effective. By moving the suction port 21 to the left and right, it is possible to completely suck not only the gastric juice but also all the solid substances present in the stomach within 2 to 3 minutes. Compared with the conventional scraping work, it takes a very short time and exhibits remarkable effects. Next, a suture thread is passed through the incised portion of the stomach wall, and while lifting the suture thread with the left hand, the temporary suture thread 25 is cut off and the suction tool 6a is removed. Then, after the incision is sutured with a suture, a recurrence prevention treatment for the twisted twisted portion is performed, and the abdomen is closed to complete the surgery. Conventionally, it was a major operation that required about 2 hours for a couple of people, but the present invention utilizing an electric vacuum cleaner has made it possible to complete a one-man operation for one operator in about 40 minutes. In addition, since there is no contamination of the operative field, there is no post-operative bacterial infection. All of the 5 cases performed at the inventor's animal hospital were all resolved smoothly.

FIG. 8 shows a suction tool 6b for discharging feces from the rectum of a cat with an anal pipe. This suction tool 6b
Is a cylindrical pipe having an outer diameter of a thickness that can be inserted into the anus of a cat, and was manufactured by trial using a transparent polycarbonate having an outer diameter of 15 mm and a tube thickness of 1 mm. The suction port 21 is provided with a blade 26 for cutting a large lump of feces hardened like stone. The shape shown is a Tou-U shape, but it may be a single blade.

The above-mentioned suction device 6b for discharging feces is used as follows. First, a lubricating liquid such as glycerin is injected from the anus, and the lump of feces in the rectum is crushed with fingers with a finger. All feces are rarely crushed, and in most cases leave a large, solid peg as big as a ping pong ball. This may be softened with a softening material, but as a result of experiments, it has been found that cutting with a blade is a faster way. That is, the window 16 of the suction force adjuster 3 connected to the electric vacuum cleaner 1 is closed, and the suction tool 6b attached to the tip of the extension hose 4 via the connector 5 is inserted into the anus. Then, while holding a large stool mass from the outside of the abdomen with the finger of the left hand and pressing the suction port 21 strongly against the stool mass with the right hand, the blade 26 cuts. Immediately turn on the foot switch 7 because the cutting of the fecal mass can be recognized by the reaction. Then, due to the strongest suction force and the synergistic action with the lubricating liquid, the small dung lumps in the rectum and the dung-like dung are almost instantly sucked out. Since the suction port 21 sticks to the intestinal wall when it is cluttered, it is a trick to immediately retract the suction tool 6b simultaneously with the start of suction. If you take it out from the anus with the suction operation, the bad smell is sucked into the vacuum cleaner, and the bad smell does not drift to the clinic. In that state, the suction tool 6b is thrust into the water in the bucket, and the suction stop switch is pressed. Even if the nose is bent, the unpleasant odor source can be easily removed by washing with running water.

FIG. 9 shows that the suction force of the electric vacuum cleaner is used to
An example of an apparatus for injecting a liquid substance such as a drug solution into the body of an animal is shown. This is based on the idea of a commercially available futon storage bag and has a liquid passage added thereto, and includes a transparent compression bag 27 made of synthetic resin, a fastener 28, and a ring 29. When using this, an existing drug solution bag 30 having a rubber bellows partition is put in the compression bag 27, and the belly button is tightly fitted into the hole of the ring 29. Next, the suction tool 6 connected to the hose 2 of the electric vacuum cleaner is inserted into the compression bag 27, and the fastener 28 is closed. When suction is started, the air inside the compression bag 27 is sucked in as indicated by the arrow F, and the chemical solution bag 30 is crushed by the atmospheric pressure. Therefore, when the needle is pierced into the belly-shaped partition wall exposed in the hole of the ring 29, the chemical solution is pushed out as shown by an arrow G. It can be applied not only to drug solutions, but also to blood transfusion and injection of Ringer's solution.

Furthermore, by using a commercially available three-way stopcock, the practical value of the compression bag 27 is significantly increased. For example, when cleaning the bladder of dogs and cats, insert a thin urinary catheter into the bladder via the urethra, insert a needle into the buttocks of this catheter, and inject physiological saline with a syringe. I was sucking it out. Therefore, although not shown, the three-way stopcock A with three ABCs is connected to the stopper hole A of the urinary catheter, and the stopper B is connected to the needle of the medicinal solution bag 30 contained in the compression bag 27. To do. Then, the stopper C is closed, and as shown in FIG. When air is sucked out from the compression bag 27 as described above, the drug solution passes through the stoppers B and A and is injected into the bladder.
Next, the stopper B is closed, and the suction tool 6 connected to the electric vacuum cleaner is attached to the stopper C.
By connecting and opening the plug, the washing liquid can be sucked out from the inside of the bladder. In the conventional method in which injection and suction are repeated by operating a syringe, the injection speed and the suction speed are unstable. If the infusion rate was too high and the pressure increased, it could cause the worst scandal of a ruptured bladder, requiring intensive and careful nerve attention. In this respect, suction force adjuster 3
With an electric vacuum cleaner equipped with, it is possible to control at a constant speed at all times. Therefore, the bladder can be washed extremely safely. Similarly, empyema in cats can be drained and pleural lavage can be performed, and it can also be applied to intraperitoneal lavage of animals in general and peritoneal dialysis for renal failure. In addition, in the field of veterinary dentistry such as tartar removal, it can be applied to saliva suction and oral cavity cleaning.

[0030]

As is apparent from the above description, according to the suction force adjusting device of the present invention, the suction force of a water-absorbing type or wet / dry type vacuum cleaner having an insufficient suction force adjusting function can be freely adjusted. You can For this reason, by using an electric vacuum cleaner with a suction force regulator connected, not only liquid substances in the animal's body but also indigestible substances in the stomach and accommodation in the rectum, which were impossible with conventional vacuum pumps, are used. Solid matter such as feces can be sucked out. Further, since the suctioned substance does not leak from the suction force regulator and there is no fear of contaminating the operator's hand or the operating room, it is possible to perform a one-man operation in a small hospital with one veterinarian.

Moreover, a liquid material such as a drug solution can be injected into the body of an animal by using a compression bag having a simple structure.
Therefore, the oral cavity, the thoracic cavity, the abdominal cavity, the bladder and the like can be washed by repeating the injection and the suction using the electric vacuum cleaner.

[Brief description of drawings]

FIG. 1 is a perspective view showing the entire apparatus of the present invention.

FIG. 2 is a perspective view showing a suction force adjuster of the device of the present invention.

FIG. 3 is a cross-sectional view of the median side of FIG.

FIG. 4 is a perspective view showing a modified example of FIG.

FIG. 5 is a perspective view showing a coupler used in the device of the present invention.

FIG. 6 is a perspective view showing a suction tool of the device of the present invention.

FIG. 7 is a schematic diagram illustrating a usage state of FIG.

FIG. 8 is a perspective view showing another example of the suction tool of the device of the present invention.

FIG. 9 is a perspective view showing a compression bag used in the device of the present invention.

FIG. 10 is a perspective view showing a usage state of a conventional example.

FIG. 11 is a cross-sectional view of the center of the conventional example.

[Explanation of symbols]

 1: Vacuum cleaner, 2: Hose 3: Suction force adjuster, 4: Extension hose 5: Connector 6, 6a, 6b: Suction tool 7: Foot switch, 8: Hook 9: Stand, 10: Operating table 11: Suction force adjuster body, 12: Hose connection port 13: Extension hose connection port, 14: Vent port 15: Airtight box, 16: Window 17: Movable door, 18: Handle 19: Barrier, 20: Hook hole 21: Suction port , 22: Ring groove 23: Cushion material, 24: Stomach wall 25: Temporary sewing thread, 26: Blade 27: Compression bag 28: Fusner 29: Ring, 30: Drug solution bag 31: Suction catheter, 32: Control valve 33: Vent path, 34: suction path

Claims (4)

[Claims] 1. An electric vacuum cleaner, characterized in that the suction force of an electric vacuum cleaner is used to suck a liquid material or a solid material from an animal body or to inject a liquid material into the animal body. How to treat animals 2. A liquid or solid substance is sucked out from the body of an animal or an animal by freely adjusting the suction force of a water-absorption type or a wet-dry type vacuum cleaner with a suction force controller attached outside the machine. A method for treating an animal using an electric vacuum cleaner, which comprises injecting a liquid substance into the body of the animal. 3. A hollow suction force adjuster main body having both ends open, a vent hole provided on a front upper surface of the suction force adjuster main body, and the suction force adjuster main body surrounding the vent hole. An apparatus for carrying out the method according to claim 1, comprising an airtight box integrally formed on the outside, and an intake air amount adjusting mechanism provided on a wall surface of the airtight box. 4. An electric vacuum cleaner equipped with a foot switch, a suction force adjuster removably connected to a tip of a hose of the vacuum cleaner, an extension hose connected to a tip of the suction force adjuster, and An apparatus for carrying out the method according to claim 1 or 2, which comprises a connector for attaching a suction device to the end of the extension hose.