JP6454101B2 - Pet cleaning equipment - Google Patents

Description

  The present invention relates to a pet cleaning apparatus for cleaning a pet using hot water or a detergent.

  In general, when pets are washed in a pet salon, for example, an appropriate amount of detergent such as a dedicated shampoo is put in a container such as a wash basin, diluted with hot water to obtain a washing solution, and the washing solution is sprayed on the pet in the bathtub. After the operator has hand-washed, the washing liquid adhering to the pet is washed away with hot water and the pet is dried with a dryer.

  For example, Patent Documents 1 and 2 listed below are examples of documents indicating a general technical level related to such an apparatus for cleaning pets.

Japanese Patent Laid-Open No. 11-346589 JP 2001-346471 A

  By the way, the detergent used for washing pets differs depending on the species and variety of pets, and the dilution rate is determined for each detergent. Especially in the case of dogs and cats etc., the whole body is covered with dense hair, so the wash-out after washing tends to be insufficient and the detergent tends to remain, and the skin is thinner and irritating compared to humans. There is a situation that it is weak and easily damaged by residual detergent. Naturally, if the concentration of the detergent is decreased, the removal of dirt becomes worse. Conversely, if the concentration is increased, not only does it take longer to rinse, but there is also a problem that the cost of the detergent, hot water, etc. for cleaning increases. For this reason, it is desirable that the detergent is diluted as accurately as possible to the optimum concentration. However, in the above-described pet cleaning operation, the detergent is often diluted with an appropriate amount because of the trouble, and the cleaning is not necessarily performed with the optimum detergent concentration. In addition, when dilution is performed manually, the detergent and hot water may not be sufficiently mixed, and in this case, cleaning liquids with varying detergent concentrations are sprayed on the pet. There was also a risk of problems occurring. In addition, when washing manually diluted detergent on a pet, the pet is washed after preparing a cleaning solution diluted with the detergent in advance. There is also a problem that it is difficult to predict the cleaning liquid and make an appropriate amount, and as a result, the cleaning liquid tends to be wasted.

  In view of such circumstances, the present invention intends to provide a pet cleaning apparatus that can easily dilute and mix a detergent with hot water to wash a pet suitably.

The present invention is provided with a venturi part that draws in the detergent by the venturi effect of hot water and a venturi part that draws the gas phase by the venturi effect of hot water in the flow path that draws hot water into the main body and discharges it as the cleaning liquid from the cleaning liquid nozzle , The present invention relates to a pet washing apparatus comprising an ejector, wherein a detergent is drawn from a venturi section in the ejector, and a washing liquid in which detergent and a gas phase are mixed with hot water is discharged from the washing liquid nozzle.
In carrying out the present invention, an ejector including the venturi part for drawing in the detergent and the venturi part for drawing the gas phase is provided in the flow path for drawing hot water into the main body and releasing it as the cleaning liquid from the cleaning liquid nozzle. Can do.

Thus, since the hot water is automatically mixed with the detergent in the ejector and discharged from the cleaning liquid nozzle only by the operation of discharging the hot water from the cleaning liquid nozzle in this way, compared with the conventional manual cleaning. There is no need to create a cleaning liquid by mixing detergent with hot water, and there is no fear that mixing of detergent and hot water will be insufficient. In addition, since the cleaning liquid can be discharged from the cleaning liquid nozzle only in an amount necessary and sufficient for cleaning the pet, there is no waste of the cleaning liquid. In addition, the cleaning liquid containing detergent is mixed well with the gas phase, and is released from the cleaning liquid nozzle in a finely foamed state and penetrates between the pet's hairs. There is no need to apply it, and it can be cleaned easily by simply applying a cleaning solution to the pet.

  In the pet cleaning apparatus of the present invention, it is preferable that the venturi unit that draws in the detergent is configured such that the detergent is supplied from each of the plurality of detergent bottles via the detergent valve. A plurality of detergents can be easily used depending on the species, variety, washing procedure, and the like.

  In the pet cleaning apparatus of the present invention, it is preferable that a constant flow valve is provided in the flow path for drawing hot water into the main body and discharged from the cleaning liquid nozzle as a cleaning liquid, and a throttle valve is provided in the flow path for supplying the detergent. By doing so, it is possible to always mix an appropriate amount of detergent with hot water by adjusting the opening of the throttle valve in advance.

Oite pet cleaning apparatus of the present invention, the carbon dioxide gas introduced from carbonic bomb through the carbon dioxide gas flow path is mixed with hot water draws from the venturi to draw the gas phase was mixed carbon dioxide gas from the cleaning liquid nozzles It is preferable that the cleaning liquid can be discharged. In this way, a large amount of fine bubbles due to carbon dioxide gas is generated, and the pet can be more suitably cleaned.

In the pet cleaning device of the present invention, the mist channel is branched from the carbon dioxide channel for drawing carbon dioxide into the venturi section for drawing the gas phase from the carbon dioxide cylinder, and the carbon dioxide introduced from the mist channel is It is preferable to provide a carbonated mist nozzle that mixes and sprays with lotion, and in this way, carbonated mist care is performed by spraying lotion mixed with carbon dioxide on pet hair damaged by washing. be able to.

  In the pet cleaning apparatus of the present invention, a three-way switching valve is provided upstream of the flow path for discharging hot water as a cleaning liquid from the cleaning liquid nozzle, and when the cleaning with the cleaning liquid is not performed, the three-way switching valve is switched to remove hot water containing no detergent. It is preferable that the water can be discharged from the hot water nozzle, and in this way, the operation from the application of the cleaning liquid to the washing off can be easily performed.

  In the pet cleaning device of the present invention, it is preferable that at least one of the cleaning liquid nozzle and the hot water nozzle is configured to be detachable from the main body, and in this way, it is suitable for the size of the pet to be cleaned. In addition, the cleaning liquid nozzle and the hot water nozzle can be selected and replaced each time.

  According to the pet washing apparatus of the present invention, it is possible to achieve an excellent effect that a detergent can be simply diluted and mixed with hot water to wash a pet suitably.

It is a conceptual diagram which shows the whole structure of the Example of this invention. It is a conceptual diagram which expands and shows the principal part of the Example of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

  FIG. 1 shows an example of a pet cleaning apparatus according to an embodiment of the present invention. The pet cleaning apparatus of the present embodiment draws hot water W from an existing water pipe, and forms hot water W drawn into the main body 1 as a shower through the hot water hose 2a. Hot water nozzle 2 for discharging, a plurality of detergent bottles 3, 4, 5 for supplying detergent S to the main body 1, a carbon cylinder 6 and a carbon dioxide regulator 6b for sending carbon dioxide G to the main body 1 via a carbon dioxide tube 6a And a carbon dioxide mist nozzle (spray gun) 7 that discharges carbon dioxide G from the main body 1 through a mist tube 7a, and a detergent S and a gas phase are mixed with hot water W from the main body 1 through a cleaning liquid hose 8a. A cleaning liquid nozzle 8 for discharging the cleaning liquid is provided.

  The hot water hose 2a and the cleaning liquid hose 8a are each detachably attached to the main body 1 via hose connectors 2c and 8d, and the hot water nozzle 2 and the cleaning liquid nozzle 8 can be replaced as necessary. . Instead of replacing the hot water hose 2a and the cleaning liquid hose 8a together with the hot water nozzle 2 and the cleaning liquid nozzle 8, the hot water nozzle 2 and the cleaning liquid nozzle 8 can be attached to and detached from the hot water hose 2a and the cleaning liquid hose 8a, respectively. The hot water nozzle 2 and the cleaning liquid nozzle 8 may be configured to be detachable from the main body 1.

  The configuration of the flow path inside the main body 1 will be described. Hot water W is drawn into the main body 1 from the existing water pipe through the three-way switching valve 9 provided in the main body 1. In drawing hot water W into the main body 1, the main body 1 may be directly connected to an existing water pipe, or may be connected by a water supply hose or the like (not shown). The three-way switching valve 9 includes a hot water side outlet 9a and a cleaning liquid side outlet 9b so that hot water W drawn from the water pipe can be switched and discharged from either the hot water side outlet 9a or the cleaning liquid side outlet 9b. When the hot water flow path 2b is connected to the hot water side outlet 9a and the hot water side outlet 9a of the three-way switching valve 9 is open, the hot water W passes through the hot water flow path 2b and is discharged from the hot water nozzle 2 through the hot water hose 2a. Is done.

  A cleaning liquid side upper flow path 8b is connected to the cleaning liquid side outlet 9b of the three-way switching valve 9, an ejector 10 is connected downstream of the cleaning liquid side upper flow path 8b, and the cleaning liquid side outlet 9b of the three-way switching valve 9 is opened. When hot water W is present, the hot water W is supplied to the ejector 10 through the cleaning liquid side upper flow path 8b. A constant flow valve 11 is provided in the middle of the cleaning liquid side upper flow path 8b, and the hot water W passing through the cleaning liquid side upper flow path 8b is adjusted to have a constant flow rate. For this reason, the flow rate of the hot water W introduced into the flow path 10a in the ejector 10 is constant regardless of the water pressure of the water pipe.

  As shown in an enlarged view in FIG. 2, the ejector 10 includes a flow path 10a into which hot water W is introduced from the outlet of the cleaning liquid side upper flow path 8b, and the flow path 10a has a flow cross-sectional area on the inlet side of the flow path 10a. This is an ejector having a dual structure including two venturi portions 10b and 10c that are narrower than the outlet side. A flow path 10d for introducing air A or carbon dioxide G as a gas phase to hot water W is connected to the venturi section 10b, and air A or carbon dioxide gas G flows through the venturi effect of the hot water W passing through the venturi section 10b. It is designed to be pulled into 10d. Similarly, a flow path 10e for introducing the detergent S into the hot water W is connected to the venturi section 10c, and the detergent S is drawn into the flow path 10e due to the venturi effect of the hot water W passing through the venturi section 10c. Yes. Thus, the hot water W introduced into the flow path 10a of the ejector 10 from the cleaning liquid side upper flow path 8b is mixed with air A, carbon dioxide G, and detergent S as a gas phase inside the flow path 10a as necessary. And discharged downstream.

  A cleaning liquid side lower flow path 8c is connected to the outlet side of the flow path 10a of the ejector 10, and a cleaning liquid nozzle 8 is connected to the downstream side of the cleaning liquid side lower flow path 8c via a cleaning liquid hose 8a as shown in FIG. Yes.

  Different types of detergent S are enclosed in the plurality of detergent bottles 3, 4, and 5, and the detergent bottles 3, 4, and 5 are respectively passed through detergent valves 3 a, 4 a, and 5 a provided in the main body 1. Then, the detergent S is supplied to the detergent flow path 12a inside the main body 1. The outlet side of the detergent flow path 12a is connected to the flow path 10e in the ejector 10, and the detergent S in the detergent bottles 3, 4, and 5 is flowed through the detergent flow path 12a by the venturi effect described above. 10e is supplied. A throttle valve 13 is provided in the middle of the detergent flow path 12 a, and the amount of the detergent S supplied to the flow path 10 e in the ejector 10 can be adjusted by the opening of the throttle valve 13.

  A carbon dioxide tube 6 a is connected to the carbon dioxide cylinder 6 via a carbon dioxide gas regulator 6 b provided at the outlet, and an outlet side of the carbon dioxide tube 6 a is connected to a carbon dioxide introduction port 14 provided in the main body 1. In the main body 1 downstream of the carbon dioxide inlet 14, a carbon dioxide gas passage 14a for guiding the carbon dioxide G to a cleaning liquid passage or a mist passage described later is formed. The exit end is connected to the flow path 10 d of the ejector 10. In this way, the carbon dioxide gas G is supplied from the carbon dioxide cylinder 6 to the flow passage 10d in the ejector 10 through the carbon dioxide tube 6a and the carbon dioxide flow passage 14a. The carbon dioxide gas flow path 14a can measure the flow rate of the carbon dioxide gas G flowing through the carbon dioxide flow meter 14c provided in the middle. Further, a carbon dioxide valve 15 is provided in the middle of the carbon dioxide gas flow path 14a, and whether the carbon dioxide gas G is supplied to the ejector 10 can be switched by opening and closing the carbon dioxide valve 15.

  The air A is supplied from the air inlet 16 through the check valve 17 to one place in the middle of the carbon dioxide gas flow path 14 a and downstream of the carbon dioxide valve 15 and upstream of the ejector 10. Yes. That is, air A is introduced into the flow path 10d of the ejector 10 as a gas phase when the carbon dioxide valve 15 is closed, and carbon dioxide gas G and air A are introduced as the gas phase when the carbon dioxide valve 15 is opened. Note that air A is not necessarily used as the gas phase, and only the carbon dioxide gas G may be introduced into the flow path 10d without providing the air introduction port 16, or a gas other than the air A may be used. Also good. Further, the ejector 10 includes two venturi parts inside, and uses a dual structure structure that draws the gas phase from one venturi part 10b and the detergent S from the other venturi part 10c. A plurality of ejectors may be provided in 8c, and one ejector may draw the gas phase from the venturi portion, and another ejector may draw the detergent S from the venturi portion.

  A mist channel 14b is formed as a branch pipe branched from the carbon dioxide channel 14a at one location in the middle of the carbon dioxide channel 14a, upstream of the carbonate valve 15 and downstream of the carbonate inlet 14. A mist valve 18 is connected to the tip of the mist channel 14b. The spray gun 7 is connected to the tip of the mist valve 18 via a mist tube 7a, and the carbon dioxide gas G introduced from the carbon dioxide introduction port 14 passes through the mist flow passage 14b from the carbon dioxide flow passage 14a, and is used for mist. It is supplied to the spray gun 7 through the tube 7a. The spray gun 7 is a known one having a nozzle 7b, a tank 7c, and a spray button 7d. When the spray button 7d is pushed, carbon dioxide G supplied from the mist tube 7a is injected into the tank 7c. They are mixed and sprayed from the nozzle 7b as carbonated mist.

  Next, the operation of the above embodiment will be described.

  When the cleaning liquid is applied to the pet, the three-way switching valve 9 is operated to open the cleaning liquid-side outlet 9b, and the hot water W drawn into the main body 1 from the three-way switching valve 9 is removed from the cleaning liquid-side upper flow path 8b. Through the cleaning liquid side lower flow path 8c and discharged from the cleaning liquid nozzle 8 through the cleaning liquid hose 8a. At this time, as described above, due to the venturi effect in the venturi sections 10b and 10c provided in the flow path 10a in the ejector 10, the venturi section 10b has a carbon dioxide gas flow path 14a and a flow path from the air inlet 16 as a gas phase. Air A is introduced through 10d, and the detergent S is supplied to the venturi section 10c from the detergent bottle 3 or 4 or 5 through the detergent channel 12a and the channel 10e. As a result, an appropriate amount of detergent S and air A as a gas phase are mixed in the hot water W in the ejector 10 and discharged from the cleaning liquid nozzle 8 through the cleaning liquid hose 8a as the cleaning liquid from the cleaning liquid side lower flow path 8c. .

  As described above, in this embodiment, the ejector 10 is provided in the middle of the flow paths 8b to 8c that draw hot water W from the existing water pipe into the main body 1 and discharge it as the cleaning liquid from the cleaning liquid nozzle 8. The detergent S is drawn from the venturi 10c, and the cleaning liquid in which the detergent S is mixed with the hot water W is discharged from the cleaning liquid nozzle 8.

  In this way, the hot water W is automatically mixed with the detergent S in the ejector 10 and discharged from the cleaning liquid nozzle 8 only by the operation of discharging the hot water W from the cleaning liquid nozzle 8. Compared to manual cleaning, there is no need to mix the detergent S with the hot water W to create a cleaning liquid, and there is no fear that the mixing of the detergent S and the hot water W will be insufficient. Moreover, since the cleaning liquid can be discharged from the cleaning liquid nozzle 8 only in an amount necessary and sufficient for cleaning the pet, there is no waste of the cleaning liquid.

  In this embodiment, the gas phase is further drawn from the venturi portion 10b in the ejector 10, and a cleaning liquid in which the detergent S and the gas phase are mixed into the hot water W is discharged from the cleaning liquid nozzle 8. In this way, since the cleaning liquid containing the detergent S is well mixed with the gas phase and discharged from the cleaning liquid nozzle 8 in a finely foamed state and penetrates between the pet's hairs, compared to conventional manual cleaning, There is no need to lather and apply the cleaning solution to the pet, and it can be cleaned easily by simply applying the cleaning solution to the pet.

  Here, when the cleaning liquid nozzle 8 having a foaming function is used, the cleaning liquid can be more suitably foamed.

  Here, for example, when it is desired to use the detergent S in the detergent bottle 3 in accordance with the species or breed of the pet to be cleaned, the detergent valves 3a, 4a and 5a are operated to open the detergent valve 3a. If the detergent valves 4a and 5a are closed, only the detergent S in the detergent bottle 3 can be introduced into the detergent flow path 12a. In addition, although the present Example demonstrates as an apparatus provided with each three detergent bottles and detergent valves, it is not limited to this number. In addition, as the detergent S used for cleaning, for example, different types of shampoos may be encapsulated in the detergent bottles 3, 4 and 5 depending on the species and breed of the pet, and may be properly used depending on the pet to be cleaned. For example, the detergent bottle 3 may be shampooed, the detergent bottle 4 may be rinsed, and the detergent bottle 5 may be filled with treatment liquid, and may be switched according to the pet washing procedure.

  Thus, in the present embodiment, the detergent S is supplied from the plurality of detergent bottles 3, 4, 5 to the flow path (detergent flow path) 12a in the main body 1 via the detergent valves 3a, 4a, 5a, respectively. Therefore, it is possible to easily use a plurality of detergents S according to pet species, breeds, washing procedures, and the like.

  Further, in the present embodiment, as described above, the cleaning liquid side upper flow path 8b, which is the flow path upstream of the ejector 10, is provided with the constant flow valve 11 and the detergent flow path 12a for supplying the detergent S has the throttle valve 13 therein. Therefore, by adjusting the opening degree of the throttle valve 13 in advance, it is possible to always mix the detergent S having an appropriate amount with the hot water W flowing through the flow path 10a.

  Further, in this embodiment, the ejector 10 draws the carbon dioxide gas G introduced from the carbon dioxide cylinder 6 from the venturi portion 10b through the carbon dioxide gas passage 14a and mixes it with the hot water W, whereby the cleaning liquid nozzle The cleaning liquid in which carbon dioxide G is mixed is discharged from 8, and cleaning with carbon dioxide G can be performed.

  When performing the carbon dioxide gas cleaning, if the carbon dioxide valve 15 is opened during the cleaning operation, in addition to the air A introduced from the air inlet 16, the carbon dioxide cylinder 6 through the carbon dioxide tube 6 a and the carbon dioxide gas flow path 14 a are provided. The carbon dioxide gas G introduced into the ejector 10 is mixed with the hot water W.

  At this time, the pressure of the carbon dioxide gas G discharged from the carbon dioxide cylinder 6 is adjusted by operating the carbon dioxide regulator 6b while observing the value of the carbon dioxide flow meter 14c in advance, so that the flow rate of the carbon dioxide gas G is constant. If it is adjusted to a value just saturated with W, carbon dioxide cleaning can be performed efficiently.

  In this way, if the carbon dioxide G is mixed with the cleaning liquid, a large amount of fine bubbles are generated by the carbon dioxide G, and the pet can be washed more suitably.

  In the present embodiment, as described above, the cleaning liquid hose 8a provided with the cleaning liquid nozzle 8 is detachably attached to the main body 1. Therefore, the cleaning liquid nozzle 8 suitable for the size of the pet to be cleaned is attached to the cleaning liquid hose 8a. It can be selected and exchanged each time.

  When the cleaning with the cleaning liquid is finished, the three-way switching valve 9 is operated to close the cleaning liquid side outlet 9b and open the hot water side outlet 9a. Then, the injection of the cleaning liquid from the cleaning liquid nozzle 8 stops and the hot water hose 2b Hot water W is discharged from the hot water nozzle 2 through 2a. As a result, the cleaning liquid applied to the pet can be washed away.

  Thus, in this embodiment, the three-way switching valve 9 is provided upstream of the cleaning liquid side upper flow path 8b, and when the cleaning with the cleaning liquid is not performed, the three-way switching valve 9 is switched to supply hot water W that does not contain the detergent S to the hot water nozzle. 2 can be easily released, so that the operation from the application of the cleaning liquid to the washing-off can be easily performed.

  In the present embodiment, as described above, the hot water hose 2a provided with the hot water nozzle 2 is detachably attached to the main body 1, so that the hot water nozzle 2 suitable for the size of the pet to be cleaned is attached to the hot water nozzle 2a. It can be selected and exchanged each time.

  After washing out the washing liquid, the pet is dried with a dryer or the like. In this embodiment, the carbonated mist can be treated with the spray gun 7 for the dried pet. When carbonic acid mist care is performed, lotion is put into the tank 7c of the spray gun 7, the mist valve 18 of the main body 1 is opened, and the spray button 7d of the spray gun 7 is pressed. Carbon dioxide gas G guided through the flow path 14a, the mist flow path 14b, and the mist tube 7a is jetted from the nozzle 7b. At this time, the carbon dioxide G is mixed with the lotion in the tank 7c and sprayed from the nozzle 7b as carbon dioxide mist. In addition, as a lotion used for carbonic acid mist care, what contains a predetermined moisturizing component etc. may be used, and water may be used.

  As described above, in this embodiment, the carbon dioxide gas G introduced from the carbon dioxide gas flow path 14a branched from the carbon dioxide gas flow path 14a for drawing the carbon dioxide gas G from the carbon dioxide cylinder 6 to the venturi portion 10b. Spray gun 7 as a carbonic acid mist nozzle that mixes and sprays with lotion, and after drying, sprays lotion containing carbon dioxide G onto pet hair damaged by washing. Carbonic acid mist care can be performed.

  The above is the operation of the pet cleaning apparatus of this embodiment. As described above, the pet cleaning apparatus according to the present embodiment operates with no power source by the water pressure of the hot water W drawn from the existing water pipe. For this reason, no separate power or special construction is required for installation, and it can be easily installed.

  Therefore, according to the pet washing apparatus of the present embodiment, the detergent can be simply diluted and mixed with hot water to wash the pet suitably.

  The pet cleaning apparatus of the present invention is not limited to the above-described embodiments, and various changes can be made without departing from the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Main body 2 Hot water nozzle 3, 4, 5 Detergent bottle 3a, 4a, 5a Detergent valve 6 Carbon dioxide cylinder 7 Carbon dioxide mist nozzle (spray gun)
8 Cleaning liquid nozzle 8b Flow path (Upper flow path on the cleaning liquid side)
8c flow path (cleaning liquid side lower flow path)
9 Three-way switching valve 10 Ejector 10b, 10c Venturi section 11 Constant flow valve 12a Flow path (detergent flow path)
13 Throttle valve 14a Carbon dioxide channel 14b Mist channel G Carbon dioxide S Detergent W Hot water

Claims (8)

  The flow path that draws hot water into the main body and discharges it as cleaning liquid from the cleaning liquid nozzle is provided with a venturi section that draws in the detergent due to the venturi effect of hot water and a venturi section that draws the gas phase due to the venturi effect of hot water. A pet cleaning apparatus characterized in that a cleaning liquid mixed with a gas phase is discharged from the cleaning liquid nozzle.   2. An ejector comprising the venturi section for drawing detergent and the venturi section for drawing a gas phase is provided in the flow path for drawing hot water into the main body and discharging it as a cleaning liquid from a cleaning liquid nozzle. The pet cleaning device described in 1.   The pet washing apparatus according to claim 1 or 2, wherein detergent is supplied to each of the venturi part through which the detergent is drawn from a plurality of detergent bottles via a detergent valve.   4. The flow path for drawing hot water into the main body and releasing it as a cleaning liquid from a cleaning liquid nozzle is provided with a constant flow valve, and a flow path for supplying detergent is provided with a throttle valve. The pet cleaning device according to one item. Carbonate bomb or we introduced carbon dioxide gas through the carbon dioxide gas flow path is mixed with hot water it draws from the venturi to draw the gas phase, by being configured as capable of releasing the cleaning liquid mixed with carbon dioxide gas from the cleaning liquid nozzles The pet washing apparatus according to any one of claims 1 to 4, wherein Carbon dioxide for branching a mist channel from the carbon dioxide channel for drawing carbon dioxide into the venturi section for drawing the gas phase from the carbon dioxide cylinder, and mixing and spraying the carbon dioxide introduced from the mist channel with lotion The pet cleaning apparatus according to claim 5, further comprising a mist nozzle.   A three-way switching valve is provided upstream of the flow path for discharging hot water from the cleaning liquid nozzle as a cleaning liquid, and when the cleaning with the cleaning liquid is not performed, the three-way switching valve is switched so that hot water containing no detergent can be discharged from the hot water nozzle. The pet washing apparatus according to any one of claims 1 to 6, wherein The pet cleaning apparatus according to claim 7 , wherein at least one of the cleaning liquid nozzle and the hot water nozzle is configured to be detachable from the main body.

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