KR20040083332A - Mop Assembly with Liquid Detergent Supply - Google Patents

Abstract

PURPOSE: A stick type cleaner is provided to stably use by directly connecting a detergent container with a multi-stage handle and a mop support and to reduce the transferring cost by separately wrapping. CONSTITUTION: A detergent container(20) is connected between a mop body(1) and a handle. An injection pump device(4) is installed inside the detergent container. An intake pipe(32) is installed in one end of the injection pump device. A discharging nozzle(24) is installed in the other end of the injection pump device. IN pushing the handle, a spring(42) is compressed by pushing the pump. The injection pump is returned to an original position by the spring. Liquid detergent inside the injection pump is discharged by the reciprocation. In returning to the original position, the detergent liquid is sucked and the detergent liquid is injected from the injection nozzle. In directly reciprocating the injection pump inside the detergent container by the handle, a cleaning is performed conveniently by spraying the detergent liquid on a polluted portion of a floor. The assembling and the storage are easy by separating the detergent container and the mop body. Moreover, the transferring cost is reduced by reducing a wrapping volume.

Description

Mop Assembly with Liquid Detergent Supply

The present invention relates to a straw type vacuum cleaner having a detergent supplying device, and is composed of a separate detergent storage container, a detachable straw bag, and a separate mop plate body forming a straight body by a combination. The pump in the liquid reservoir allows the injection of detergent liquid, which is convenient to use, and also reduces the packing volume, thereby reducing the transportation cost. The telescopic pedestals installed on both sides of the mop plate base combine different friction friction mops. The present invention relates to a compact cleaner that can be used for detergent liquid, which is designed to have a very economic effect.

The push type vacuum cleaner is a cleaning tool that has been used for a long time, and is generally recognized for its convenience by cleaning a floor by combining a rag or a nonwoven fabric. However, when the user wants to remove the contaminated part using clear water and detergent solution, there was an inconvenience of first spraying the detergent solution on the contaminated part and then wiping the contaminated part with a straw cleaner.

Thus, the prior arts have changed as follows.

(1) In the first conventional technology, as described above, a detergent storage container is hung on a bag of a tack cleaner, a small DC electric pump is installed outside the detergent storage container, a push button is installed at the top of the sack, and the wire is multistage. The pump is ejected out of the detergent reservoir by adjusting the electric pump operation with a push button by connecting a long pump to a small pump in the tube of the push rod and receiving power from a battery outside the detergent reservoir.

(2) The second prior art also installs a push button on the bag of the straw cleaner, utilizes the siphon principle of the air pump, and extends the conduit from the inside of the bag's pipe to the reservoir. Therefore, when the push button is pressed, the air pump ejects the detergent liquid.

However, the first and second prior arts have the following disadvantages.

First, look at the shortcomings of the first existing technology,

(1) The detergent reservoir was hung on the sack. That is, since the detergent liquid reservoir protrudes out of the straw bag, the detergent liquid stored in the detergent liquid reservoir when the straw bag is used causes the center of gravity to deviate from the straw cleaner, making the use of the straw cleaner unstable.

(2) By using a battery as a power supply for an electric pump, power consumption is large. Therefore, the battery must be replaced frequently, resulting in inconvenience in use. In addition, the detergent reservoir is easily invaded by the detergent solution, whereby the battery and the battery socket are easily corroded or broken.

(3) The electric wire is installed inside the pipeline of multi-stage push rod, which makes the assembly complicated and the unit price increases. In the case of separate packaging, the volume of material to be transported is increased and the transportation cost is increased.

(4) The wires installed in the inner tube of the multi-stage push rod were fixed in a certain length, so there was a limit to use because the rod length could not be adjusted according to the user's body type.

(5) The above-mentioned mop plate is designed to a fixed standard, so that a relatively large friction mop used for a mop plate of another standard cannot be used.

And the disadvantages of the second prior art are as follows.

(1) Since the pushbutton is provided at the top of the pusher bag, the pipe line is installed inside the pipe of the multistage pusher bag. In order to separate a multistage bag, a connecting socket is required at the connecting end connecting each part of the bag. And in the case of connecting the multi-stage bag, if the pipe is not connected closely and tightly, the user may easily loosen it during assembly or use, and air leakage may occur.

(2) It is very cumbersome and costly to connect the sack bags of each stage mentioned above.

(3) The detergent storage container described above is caught off the center of the pusher bag. Therefore, when the detergent liquid is stored in the detergent liquid reservoir, the detergent liquid reservoir shakes off the center of gravity of the straw cleaner, causing unstable operation.

(4) The length of the pipeline is so long that it is difficult for the air pump to eject a certain amount of detergent liquid. As a result, the user only wastes time and power by repeatedly operating the pushbutton to eject as much detergent liquid as necessary.

(5) The above-mentioned mop plate is designed to a fixed standard, so that a mop manufactured to another standard cannot be used.

The present invention is to solve the conventional problems, by directly connecting the detergent storage reservoir to the multi-stage bag and mop base so that the center of gravity of the detergent liquid reservoir on the mop plate, the user uses very stable when driving, It can be individually packaged to reduce the volume and to reduce the transport cost.

In addition, the present invention, when the injection pump is installed in the detergent liquid reservoir and the push bag reciprocating in the longitudinal direction of the bag to compress the injection pump, the compression force of the injection pump is greater than the compression force of the electric pump and the air pump described above, the detergent liquid is It aims to be sprayed in a relatively wide range and in a uniform amount.

In addition, the present invention is easy to assemble and reduce the assembly cost by the absence of any pipe or wire in the tube of the multi-stage bag, the length of the multi-stage bag can be adjusted to fit the user's body type, the use range is wide It aims to be able to use effectively.

In addition, it is an object of the present invention to install a telescopic pedestal on both sides of the mop plate body of the present invention to freely adjust the mop plate length, and to use a combination of frictional mop and the like of different sizes.

1 is a combined sectional view according to a first embodiment of the present invention.

2 is a three-dimensional cross-sectional view of the fixing cover of the present invention.

Figure 3 is a three-dimensional exploded view of the drain nozzle and detergent solution reservoir of the present invention.

4 is a first operation diagram according to the first embodiment of the present invention.

4A is an enlarged partial view of FIG. 4.

Figure 5 is a second and fourth operation diagram according to the first embodiment of the present invention.

5A is an enlarged partial view of FIG. 5.

6 is a third operation diagram according to the first embodiment of the present invention.

6A is an enlarged partial view of FIG. 6.

7 is a use state diagram of the present invention.

Figure 8 is a drainage nozzle operation of the present invention.

9 is a combined sectional view according to a second embodiment of the present invention.

10 is a first operation diagram according to the second embodiment of the present invention.

11 is a second operation diagram according to the second embodiment of the present invention.

12 is an accessory three-dimensional exploded view of the mop pedestal of the present invention.

Figure 13 is a three-dimensional combination diagram of the mop pedestal of the present invention.

13A is a plan view illustrating a mop pedestal example of the present invention;

14 is another exemplary embodiment of the mop pedestal of the present invention.

* Explanation of symbols for the main parts of the drawings

1: mop plate body 3: elbow pipe 2: detergent reservoir

4: injection pump 5: friction mop 11: bag connecting rod

12: connecting socket 13: base 14: base

15: expansion and contracting base 21: screw tube 22: pivot groove

23: watertight packing 24: drain nozzle 25: fixing cover

26: push member 27: restriction shaft bolt 31: restriction groove

32: suction pipe 33: passage 41: bead stopper

42: compression spring 43: waterproof plug 44: piston

45: relay piston tube 46: main piston tube 47: auxiliary spring

48: compression cylinder 49: stopper 131: toothed rack

132: flexible plate 141: inclined sliding shaft 151: protrusion

152: slide 221: inlet 222: flange

223: position hole 241: rotating part 242: injection port

243: drain passage 251: leak washer 252: inlet

253: opening and closing part 254: shaft ball 255: position tooth

261: bushing 262: tightening tooth 263: limiting member

411: passageway 461: blocked dpt paper 1311: toothpick

2541 center hole 2542 circular ring A sack connector

A1: Compression Plate B: Break C: Limit

D: Carrier E: Limit cover W: Detergent

The objects, constructions, features, and operations of the present invention can be easily understood through the two embodiments described with reference to the accompanying drawings.

A first embodiment of the present invention will be described with reference to FIGS. 1 and 2. The mop plate body 1 has a connecting socket 12 pivotally connected to the bag connecting rod 11; A screw pipe 21 extending from the bottom of the detergent storage container 2; A pivot groove 22 installed at the front end and having an inlet 221 formed at a center thereof; A leakage preventing packing 23 surrounding the inlet 221; Four protruding flanges 222 installed at end openings of the pivot grooves 22; Rotating portion 241 is installed at one side end and the spray nozzle 24 is installed at the other end and is composed of a drain nozzle 224 (see Fig. 3) formed with a drain passage 43, the diameter of the flange 222 to the rotating portion ( The rotary part 241 is inserted into the flange 222 to protrude toward the pivot groove 22 so that the diameter of the rotary part 241 is greater than the diameter of the 241. The drain passage 243 of the rotary part 241 is in the inlet 221. To be connected to.

When the drain nozzle 24 is moved up or down, the drain passage 243 is released from the inlet 221, the supply of the detergent liquid is blocked by the waterproof packing 23, and the supply or leakage of the detergent liquid is prevented. The other end of the detergent storage reservoir with a fixed cover (25), and the leak prevention washer (251) to prevent leakage. In addition, the detergent liquid inlet 252 is formed at an appropriate position of the fixing cover 25, and the detergent liquid inlet 252 is sealed by the opening and closing part 253 to help replenish the detergent liquid.

An axial hole 254 is provided at the top of the fixing cover 25, and a circular ring 2542 is provided at a hole edge 2541 formed at the bottom of the axial hole 254. A position tooth 255 having a radial cross section is attached to the central hole 2541, and a push member having a sleeve 261 at one end of the bottom surface of the position tooth 255; 26) is installed. In addition, a radial tooth 262 corresponding to the position tooth 255 is installed at an upper end of the push member 26, and the limiting member 263 extends below the push member 26 again.

The bushing 261 of the push member 26 fits tightly into the pusher bag connecting pipe A, penetrates through the center hole 2541 of the shaft hole 254, and the pipe wall of the pusher bag connecting pipe A is a circular ring. It is installed so as to restrict the position of the circular ring 2542 and the bag connector A by pressing the pin 2254 precisely. At the same time, the tightening teeth 262 of the push member 26 are bitten together with the position teeth 255 on the cross section of the center hole 2561, and the restricting member 263 under the push member 26 is connected to the elbow pipe 3. Insert into the restriction groove 31 on the upper side. The elbow pipe 3 is connected to the suction pipe 32 extending into the detergent liquid reservoir 2, and the bead stopper 41 is installed at a corresponding point in the pump to which the suction pipe 32 and its passage 33 are connected.

As described above, the injection pump 4 having the bead stopper 41 installed at the top pressurizes the passage 411 located at the front side by the compression spring 42, and the compression spring 42 pressurizes the waterproof stopper 43. do. Then, one end of the waterproof cap 43 is inserted into the piston 44, and the relay pipe 45 presses the bottom surface of the waterproof cap 43. The relay pipe 45 covers its lower part by the main piston pipe 46, and the front end of the cutoff edge 461 of the main piston pipe 46 is connected by the stopper 49 from the main piston pipe 46. And fits into the bottom of the pump 4.

When the stopper 49 maintains the proper distance between the piston 44 and the cutoff edge 461 of the main piston pipe 46, the stopper 49 supports the cutoff edge 461 of the piston 44 and the main piston pipe 46, The cutoff edge 461 of the main piston pipe 46 is pressurized so that the piston pipe 46 does not fall out.

The lower end of the main piston tube is inserted into a fixing hole 223 formed in the bottom of the detergent liquid reservoir 2, and the bottom of the injection pump 4 and the bottom of the detergent liquid reservoir 2 are inserted into the outer circumferential surface of the main piston tube 46. An auxiliary spring 47 supporting the gap is provided. Therefore, the push knob handle tube (A), the push member 26, the injection pump (2), the main piston pipe 46, the connecting socket 12, the mop plate body (1) forms a straight line vertically and horizontally, The main piston pipe 46, the fixing hole 223, the inlet 21 and the injection port 242 of the drain nozzle 24 forms a detergent liquid induction passage.

Before using the present invention, the detergent liquid reservoir 2 is filled with the detergent liquid through the inlet 252 and sealed with the opening and closing part 253, and then the following process is performed.

(1) Adjust the handle connector (A) to the user's height or the required length, and attach it to the multi-stage push rod handle. In order to prevent the spray pump 4 of the detergent reservoir 2 from being shaken when the handle is mounted, a pump for applying the compression spring 42 of the spray pump 4 upward and supporting the push member 60 ( 4, the lower spring 47 is directed toward the cross section of the center hole 2581 formed at the innermost upper side of the detergent liquid reservoir 2, and then the tightening teeth 262 and the center hole 2581 of the push member 26 are formed. The fixed teeth 255 on the cross section are engaged with each other.

(2) As shown in Figs. 4 and 4A, if the cleaner of the present invention has never been used, the injection pump 4 has no detergent liquid (W). In this state, when the push rod handle (A) is vertically assembled to the detergent liquid reservoir (2), the push rod handle (A) is in a state in which the user can compress the detergent liquid reservoir (4) with minimal force. When the push member 26 is compressed by the pusher handle A, the injection pump 4 is lowered, so that the main piston pipe 46 enters the injection pump 4, and at the same time the waterproof plug 43 It is pushed upward and is separated from the piston 44 so that a gap B is formed between each other.

5 and 5a, the relay pipe 45 propels forward by the main piston pipe 46, and the blocking edge 461 of the main piston pipe 46 pushes the piston 44. The air in the compression cylinder 48 located in the injection pump 4 is compressed. Then, the bead stopper 41 is compressed by the compressed air and also compressed by the compression spring 42 to block the passage hole 11. The air compressed by the piston 44 enters the injection pipe 242 of the relay pipe 45, the main piston pipe 46, the inlet port 221, and the drain nozzle 24 through the gap B and is injected. do.

(3) As shown in Figs. 6 and 6A, when the user no longer pushes the handle A, it is injected by the return recovery force of the compression spring 42 and the auxiliary spring 47 inside the injection pump 4; The pump 4 rises upwards, while the piston 44 remains stationary in the initial position by the side wall frictional force of the injection pump 4, and the waterproof stopper 43 is positioned at the piston 44. To lower the gap (B). When the injection pump 4 rises as described above, the piston is lowered to extract the air in the compression chamber 48 of the injection pump 4, and thus, the external air is sucked through the passage hole 411 to stop the bead plug. 41 is stripped from the passage opening 411, the gap B is formed by stripping of the bead stopper 41. Air suction into the passageway 411 allows the detergent liquid W to be sucked through the suction pipe 32, and then sprays through the elbow pipe 3, the passage 33, the passageway 411 and the gap B. It is temporarily stored in the compression chamber 48 of the pump 4.

(4) The detergent liquid W of the temporarily stored compression cylinder 48 is prevented from leaking by the close contact between the waterproof cap 43 and the piston 44. Again, the detergent liquid is compressed by the piston 44 according to the procedure (2) described above with reference to FIGS. 5 and 5A. Then, the compressed detergent liquid W enters the relay pipe 45 through the gap B between the waterproof plug 43 and the piston 44, and then the main piston pipe 46 and the inlet 221. , It is sprayed through the outlet 242 of the drain nozzle (24).

(5) As described above, by compressing and returning the injection pump 4 by reciprocating the push knob, the amount of detergent liquid W can be injected to the outside.

(6) In general, at the time of cleaning, the pusher bag makes an angle at which the mop plate is easy to use, that is, the oblique angle to the mop plate, and makes the mop plate body 1 easy to use the mop plate. Use it on the front. Therefore, the combined force of the force generated when the handle is pushed obliquely at the time of cleaning and the resistance force generated by the compression spring 42 and the auxiliary spring 47 will not be sufficient to compress the injection bump 4.

(7) Therefore, the present invention prevents the detergent liquid remaining in the open nozzle as shown in FIG. 8 from flowing out or inadvertently being compressed by the spray pump 4 by the handle operation. Then, the drain nozzle 24 is lifted upward to remove the drain passage 243 from the inlet 211, and the detergent liquid is prevented from being ejected by the leakage preventing packing 23.

A second embodiment of the present invention will be described with reference to FIG. 9, it can be seen that the structure of the injection pump 4 'is almost the same as the injection pump 4 of the first embodiment. However, the difference between the injection pump 4 'of the second embodiment and the injection pump 4 of the first embodiment is provided at a position reversed from that of the injection pump 4, and is a passageway of the injection pump 4'. 411 'extends into the suction pipe 32' and is fitted to the limit column C protruding from the detergent storage container w, and the suction port 321 is formed in the suction pipe 32 'formed on the bottom surface of the storage liquid detergent container 2; ′) Is formed.

On the other hand, the push member 26 has a limiting edge 263 which is directly fitted to the main piston pipe 46 'of the injection pump 4' as in the first embodiment. The main piston pipe 46 ′ is connected to a transport pipe D extending to the drain passage 243 ′ of the drain nozzle 24 ′ and fixed to the shaft hole 254 of the fixing cover 25. The auxiliary spring 47 'is provided in the shaft hole 254, and the compression plate A1 of the handle connecting pipe A is fixed to press the auxiliary spring 47'.

As the handle connecting pipe A passes through the limit cover E and the shaft hole 254 of the fixing cover 25 is installed thereon, the auxiliary spring 47 'is interlocked with the reciprocating motion of the bag, thereby allowing the inside of the shaft hole 254. Compression and retraction can be done at.

The following is the operation procedure of the present invention according to the second embodiment.

(1) As shown in Fig. 10, when the push member 26 is pushed into the handle connecting pipe A to lower the main piston pipe 46 ', the main piston pipe 46' causes the injection pump 4 '. Into the water, the waterproof plug 43 is pressed, the piston 44 is released to form a gap (B) between the waterproof plug 43 and the piston 44. And, as shown in FIG. 11, the relay pipe 45 continuously propels forward by the main piston pipe 46 ′, and the blocking edge 461 of the main piston pipe 46 pushes the piston 44. The air in the compression cylinder 48 located in the injection pump 4 'is compressed. Then, the bead stopper 41 is compressed by the compressed air and also compressed by the compression spring 42 to block the passage hole 11. Therefore, the detergent liquid W enters the gap B by the piston 44, and the drain passage of the repeater 45, the main piston pipe 46, the transport pipe D, and the drain nozzle 24 '( 243 ', it is injected to the outside through the jet port 242.

(2) When the user no longer presses the handle A, the same as the return operation shown in FIG. 9, that is, the return operation as shown in FIG. Accordingly, the injection pump 4 rises upward by the recovery force of the compression spring 42 and the auxiliary spring 47 'inside the injection pump 4 while the piston 44 causes the sidewall frictional force of the injection pump 4' to rise. It stops at an initial position by the said, and the said water stopper 43 descends to the position of the piston 44, and closes the gap B. FIG. At the same time, the injection pump 4 'rises and the piston descends to draw out the air in the compression chamber 48 of the injection pump 4, whereby external air is sucked through the passageway 411 to stop the bead plug ( 41 is stripped from the passage opening 411 ', and the gap B is formed by stripping of the bead stopper 41. As shown in FIG. Air suction into the passageway 411 allows the detergent liquid W to be sucked through the suction port 321, and the sucked detergent liquid passes through the suction pipe 32 ′ and the gap B to compress the injection pump 4. It is temporarily stored in the cylinder 48. The suction pipe 32 sucks the detergent liquid W and passes through the elbow pipe 3, the passage 33, and the passage hole 411 into the gap B and the compression cylinder 48 of the injection pump 4. Stay for a while.

(3) As described above, by compressing and returning the injection pump 4 by reciprocating the push knob, the amount of detergent liquid W can be injected to the outside as necessary.

12 and 13, the mop plate body 1 includes a board base 13 and a board surface 14; Serrated tightening device 131 installed at the rear end and the front end of the board base 13, respectively; A plurality of flexible plates 132 installed on the board stand 13; An inclined sliding shaft 141 installed inclined toward both sides of the board surface 14; Protruding humps 151 which are respectively provided on both sides of the open ends of each of the two open ends are formed and include an n-type telescopic pedestal 15 having a slide 152 extending inwardly. When the n-type telescopic pedestal 15 is installed on the bottom surface of the board base 13, the protruding hump 151 is allowed to pass through the toothed clamping device 13, and the elasticity of the n-type telescopic pedestal 15 is prevented. Protruding hump 151 is caught in the locking groove 1311 of the toothed tightening device 131. Then, the inclined sliding shaft accurately presses the slide 152 of the n-type telescopic stand 15 by the coupling between the board surface 14 and the pedestal 13.

When the protrusion hump 151 of the n-type extension bracket 15 faces inward, the protrusion hump 151 is separated from the locking groove 1311 of the tooth-type fastener 131, and the mop n-type extension bracket 15 is mop. It is possible to stretch on both sides of the plate body (1). Then, when the protrusion hump 151 is released, the n-type telescopic stand 15 is caught by the locking groove 1311 of the toothed fastener 131. The inclined sliding track 1411 causes the slide 152 to be inclined to both sides.

As shown in FIG. 7, if the length of the friction mop 5 is longer than the length of the mop plate body 1, the n-type telescopic support 15 is used to open both side pockets 51 to the outside and the friction mop. Insert (5). The open n-type telescopic foot 15 guides both ends of the friction mop 5 to form the same plane as the friction mop 5 (as shown in Fig. 13-A), so that the entire surface of the mop can be used.

As shown in FIG. 14, the mop plate body 1 has a flexible plate 32 that can hold a nonwoven fabric or other friction mop 5, and has a multi-use effect due to the flexible plate 32. .

The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of illustration of a preferred embodiment of the present invention by way of example and not by way of limitation. In addition, it is obvious that any person skilled in the art can make various modifications and imitations without departing from the scope of the technical idea of the present invention.

The compact cleaner according to the present invention is easy to assemble, the packaging volume is reduced after separation, thereby reducing the transportation cost. Moreover, this invention is easy to operate, and the amount of jet of detergent liquid is comparatively large. In addition, the present invention can be operated stably without the unstable phenomenon of the center of gravity, and the length of the bag can be arbitrarily adjusted to fit the user's body shape because there is no line or wire in the multi-stage push rod bag. In addition, the present invention can adjust the expansion and contraction to the mop plate body can be used in combination with the friction type mop of different standards, the use range is wide and effective.

Claims (10)

A connecting pipe is pivotally coupled to the mop plate by a pivot connecting portion; The reservoir has a spiral tube extending from the bottom and is fixed to the connecting pipe and a spray nozzle is disposed at the front end of the reservoir; A fixing cover is coupled with the reservoir, sealed by a leak-proof spacer, a liquid detergent inlet is provided at an appropriate position, a shaft hole is installed at the upper end, and an O-shaped ring is disposed at the edge of the center hole of the bottom of the shaft hole. A limiting shaft bolt secures the O-shaped ring to the shaft hole; The push member includes a sleeve at one end, and the restricting member extends from the bottom of the push member; A handle connecting rod passes through the limiting shaft bolt and is coupled to the sleeve of the push member; The curved tube has a restricting groove for passing through and limiting the limiting member of the push member, and is connected to a passageway of the injection pump by connecting a suction pipe to a proper position of the push member; An injection pump is provided, and an upper passage of the injection pump is connected to the curved tube passage, and a lower end of the main piston tube is inserted into a fixing hole at the lower end of the reservoir, and an injection pump is provided at the bottom of the push member and the detergent reservoir. Located between them, the detergent liquid is sucked from the suction pipe into the injection pump by reciprocating and returning the handle toward the injection pump, and then the detergent liquid is compressed by the piston in the injection pump and enters the main piston pipe to A straw type vacuum cleaner with a detergent liquid supply device, which ejects an appropriate amount required by a jet hole. The method according to claim 1, A circular rotary part is provided at one side of the injection nozzle and the injection hole is provided at the other side, and a drain passage through the injection nozzle is provided, and a pivot groove is installed at the lower front side of the detergent reservoir, and an inlet is installed at the center thereof. A leakage preventing packing is installed around the inlet, and the pivot groove is provided with a protruding flange around the opening to insert the rotary part into the pivot groove of the detergent storage container, and the leakage preventing packing is placed in front of the protruding flange. The fixed type cleaner provided with a detergent liquid supply device, characterized in that to prevent the leak by moving and to move the spray nozzle up and down. The method according to claim 1, A radial tooth is installed above the center hole of the fixing cover, and a radial tooth latch device is installed at a position corresponding to the tooth in the push member so that the position tooth and the tooth latch device are engaged with each other. A push-type cleaner provided with a detergent liquid supply device, characterized in that to prevent the rotation of the pump. The method according to claim 1, A straw type cleaner having a detergent supplying device, characterized in that an auxiliary spring acting as an auxiliary spring is installed at the bottom of the injection pump to increase the restoring force of the injection pump. The method according to claim 1, When a bead stopper is installed at the top of the injection pump and the compression spring expands to the front passageway of the injection pump, the compression spring blocks the drain stopper installed at the bottom, and the bottom of the drain stopper is pressed by the relay piston tube and simultaneously The lower end of the relay piston tube is covered by the main piston tube, and a blocking edge is provided at the front of the main piston tube to block the piston, and the sleeve covers the main piston tube and is inserted and fixed in the lower end of the injection pump to support the main piston tube. At the same time, by maintaining a proper distance between the piston and the main piston tube and the blocking edge and blocking the blocking edge of the main piston tube, the main piston tube is prevented from falling off, and the lower part of the main piston tube is inserted into the lower position hole in the detergent reservoir. And is supported between the lower end of the injection pump and the lower end of the detergent reservoir. Wheat large cleaner having a detergent solution supplying apparatus for a. The method according to claim 1, The handle connecting rod, the push member, the injection pump, the main piston pipe, the connecting socket is a push-type cleaner with a detergent solution supply device, characterized in that the vertical form of the center line of the mop plate body. The method according to claim 1, And the jet port of the relay piston tube, the main piston tube, the position hole, the inlet port, and the drainage nozzle forms a detergent liquid passage. The method according to claim 1, The injection pump has a passageway of the injection pump connected to the suction pipe for a long time, and is inserted into the protruding pillar of the detergent storage container, and an intake port is formed at the bottom of the suction pipe, and the main piston pipe directly discharges the delivery pipe and the injection nozzle. A push-type cleaner provided with a detergent liquid supply device, characterized in that connected to the above. The method according to claim 8, And a pressurizing board installed in the hole of the fixing cover and fixed on the handle connecting rod, and fixed to the handle connecting rod to press the auxiliary spring, and the limit cover is fixed to the shaft hole to compress and reciprocate the handle. A compact cleaner with a detergent liquid supply device, characterized in that the auxiliary spring is compressed and recovered. The method according to claim 1, The mop plate is composed of a mop plate body and the pedestal is a push-type cleaner with a detergent solution supply device, characterized in that using a combination of friction type mop or non-woven fabric of the same standard.