CN101173437A - Washing method for washing device - Google Patents

Abstract

The invention relates to a cleaning method for cleaners, which comprises the following steps: dewatering, cleaning, and water drainage, wherein, the dewatering step is that the barrel is rotated at high speed for centrifugal dewatering to the washing when in cleaning; the cleaning step is that water is fed in the barrel and the barrel is rotated at low speed for cleaning the dewatered washing in the dewatering step; the water drainage step is that the water used for cleaning in the cleaning step is drained out. As water feeding and washing cleaning are performed at the same time in cleaning, the invention has the advantages of reducing cleaning time and ensuring the cleaning effect of washing completely.

Description

The washing methods of decontaminating apparatus

Technical field

The present invention relates to a kind of washing methods of decontaminating apparatus.

Background technology

Generally speaking, decontaminating apparatus is in order to remove the spot of (hereinafter to be referred as ' washings ') such as clothes, bedding, and cleans the device of washings by processes such as washing, cleaning, dehydration, oven dry.Washing machine and dryer are more representative decontaminating apparatus.

According to the difference of application target, above-mentioned decontaminating apparatus is divided into home-use decontaminating apparatus and commercial washing device.Above-mentioned home-use decontaminating apparatus is applicable to each family, is used to clean kinsfolk's washings.Above-mentioned commercial washing device is installed on specific shop, is used for to need providing service to the client that washings cleans, and collects certain expense.

Above-mentioned commercial washing device is that the income with the owner is a purpose, and is arranged at the public place, offers client and uses.Therefore, compare with above-mentioned home-use decontaminating apparatus, when design and making, its rentability, security, durability etc. all should be more outstanding.

That is, above-mentioned commercial washing device not only needs to be provided in addition the control algolithm of device and this device of disposal cost, can be with the washing algorithm of owner's revenue maximization but also need possess.

In addition, above-mentioned commercial washing device should be made as following structure: can prevent that goods from being damaged by client or accessory is lost, and when the place under repair maintenance work, the structure of finishing the work that can be very simple, convenient and rapid.

Below, with reference to Figure 20, the washing methods of the commercial washing machine of foundation prior art is described.

At first, the kind of Xi Di washings and washing bag amount decision feed water level regulation, wash time, washing stroke etc. carry out disbursement and sattlement according to above-mentioned washing stroke and wash time etc. then as required.

As mentioned above, preestablish washing stroke and wash time etc. after, pay corresponding expense, above-mentioned commercial washing machine will drive, and clean above-mentioned washings.

Particularly, the clean process of above-mentioned commercial washing machine comprises as down stroke: utilize the washing stroke (Wash) of removing the spot of washings with the interaction of washing agent; The cleaning stroke (Rinse1, Rinse2, Rinse3) that the washings that will wash in washing stroke (Wash) cleans in clean water repeatedly; The dehydration stroke (Spin) that the washings that will clean in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3) carries out centrifugal dehydration.

In above-mentioned washing stroke (Wash), washing agent and water are supplied to the feed water level regulation of the setting in the bucket, after feedwater was finished, the cylinder that contains above-mentioned washings was low speed rotation, and washings is washed.And above-mentioned cylinder rotates in setting-up time, and after the washing of finishing washings, the driving of above-mentioned cylinder will stop, and the water that uses in the washing will be discharged to the outside.(with reference to st30, st31, st32)

In above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3), at first water in the washings that washs and washing agent are carried out centrifugal dehydration in above-mentioned washing stroke (Wash), after the dehydration of finishing above-mentioned washings, in bucket, supply with clean water, and reach feed water level regulation, above-mentioned cylinder is low speed rotation, thereby in clean water above-mentioned washings cleaned.And above-mentioned cylinder rotates in setting-up time, and after the cleaning of finishing washings, the driving of above-mentioned cylinder will stop, and the water that uses in the cleaning process will be discharged to the outside.(with reference to st33, st34, st35, st36)

In order to remove polluter, detergent ingredients and the foam that comprises in the above-mentioned washings fully, aforesaid cleaning stroke (Rinse1, Rinse2, Rinse3) should carry out repeatedly by the number of times of setting.Usually, the number of occurrence of cleaning stroke (Rinse1, Rinse2, Rinse3) is 3 times, and still according to the cleaning condition of above-mentioned washings, number of times repeatedly can increase or reduce.(with reference to st37, st38, st39, st40, st41, st42, st43, st44)

In above-mentioned dehydration stroke (Spin), the water in the washings that cleans in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3) will be by complete centrifugal dehydration, and the water of sloughing from above-mentioned washings will be discharged to the outside.In case above-mentioned dehydration and draining finish, the driving of commercial washing machine will stop.(with reference to st45, st46)

But,, not only to guarantee the washing (-)off properties of the washings of commercial washing machine, but also will shorten service time according to the washing methods of the commercial washing machine of prior art.

That is, in case increase service time for the washing (-)off properties that improves above-mentioned commercial washing machine, because the cost of use of commercial washing machine increases, will increase client's cost burden, and, also can reduce the access times of commercial washing machine, thereby can reduce owner's income.

On the contrary,, only reduce service time, then can't guarantee the washing (-)off properties of above-mentioned commercial washing machine, therefore can cause being discontented with of client if do not consider the washing (-)off properties of above-mentioned commercial washing machine.

Summary of the invention

Technical problem underlying to be solved by this invention is, overcome the problem of the contradiction between existing cleaning performance and the cleaning charge usefulness, and provide a kind of washing methods of decontaminating apparatus, it is characterized in that: in the cleaning stroke of decontaminating apparatus, feed water simultaneously and clean, thereby can guarantee the clean effect of washings, can also shorten the time of cleaning simultaneously, save the washing expense.

The technical solution adopted for the present invention to solve the technical problems is:

A kind of washing methods of decontaminating apparatus is characterized in that, it includes following several steps: when cleaning stroke, and for washings is carried out centrifugal dehydration, and the dehydration that cylinder is rotated at a high speed; For the washings that dewaters is cleaned, and to the private water supply of bucket, and make the cleaning step of cylinder low speed rotation in above-mentioned dehydration; The water that will be used to clean in above-mentioned cleaning step is discharged to outside drain step.

The washing methods of aforesaid decontaminating apparatus wherein in the dehydration, carries out the dehydration at intermittence by the rotation of above-mentioned cylinder to washings.

The washing methods of aforesaid decontaminating apparatus, wherein cleaning step comprises following process: till above-mentioned dehydration to the 1 setting-up time, to the 1st process of said bucket feedwater; Till above-mentioned the 1st setting-up time to the 2 setting-up times, feed water to said bucket, and make the 2nd process of above-mentioned cylinder low speed rotation; Till above-mentioned the 2nd setting-up time to the 3 setting-up times, stop to supply water, and make the 3rd process of above-mentioned cylinder low speed rotation.

The washing methods of aforesaid decontaminating apparatus, wherein above-mentioned the 1st setting-up time are meant, supply water to the time that can clean the minimum cleaning water level of washings; Above-mentioned the 2nd setting-up time is meant that feedwater is to the time of the cleaning water level of the best of setting according to the washing bag amount and the kind of above-mentioned washings; Above-mentioned the 3rd setting-up time is meant, the scavenging period of the best of setting according to the washing bag amount and the kind of above-mentioned washings.

The washing methods of aforesaid decontaminating apparatus, wherein dehydration, cleaning step and drain step are carried out till set point number repeatedly.

The washing methods of aforesaid decontaminating apparatus if wherein the execution number of times of above-mentioned drain step is more than the set point number, then enters the dehydration stroke.

Description of drawings

The present invention is further described below in conjunction with drawings and Examples.

Fig. 1 is the stereogram of commercial washing device of the present invention.

Fig. 2 is the sectional drawing of the internal structure of commercial exhaust type drying machine of the present invention.

Fig. 3 is the exploded perspective view of the major part of commercial exhaust type drying machine of the present invention.

Fig. 4 is the exploded perspective view of commercial exhaust type drying machine of the present invention.

Fig. 5 is the stereogram of the 1st, 2 carriages of commercial exhaust type drying machine of the present invention.

Fig. 6 a, Fig. 6 b and Fig. 6 c are the working state figures of the 1st, 2 carriages of commercial exhaust type drying machine of the present invention.

Fig. 7 is the stereogram of the locking device that is arranged at top board of commercial exhaust type drying machine of the present invention.

Fig. 8 is the sectional drawing of the internal structure of commercial roller washing machine of the present invention.

Fig. 9 is the exploded perspective view of commercial roller washing machine of the present invention.

Figure 10 is the exploded perspective view of the detergent delivery device of commercial roller washing machine of the present invention.

Figure 11 is the sectional drawing of the A-A line of Figure 10.

Figure 12 is the sectional drawing of the B-B line of Figure 10.

Figure 13 is the detergent box body of detergent delivery device of the present invention and the vertical view of detergent box cover.

Figure 14 is the sectional drawing of the C-C line of Figure 13.

Figure 15 is the sectional drawing of the D-D line of Figure 13.

Figure 16 a is the vertical view of the detergent box body of detergent delivery device of the present invention.

Figure 16 b is the vertical view of the washing agent housing of wash mill of the present invention.

Figure 17 is the stereogram of the detergent box body bottom of detergent delivery device of the present invention.

Figure 18 is the flow chart of the washing methods of commercial roller washing machine of the present invention.

Figure 19 is the flow chart of the cleaning stroke in the washing methods of commercial roller washing machine of the present invention.

Figure 20 is the programme diagram of the washing methods of existing commercial washing machine.

The number in the figure explanation:

1: commercial dryer 2: shell (casing)

4: cylinder 6: lifting device

8: after-poppet 10: fore-stock

12: heater 14: give tracheae

16: velveteen air channel 18: filter

20: exhaust duct 22: pressure fan

24: motor 26: electronic belt

28: door 30: housing

32: case cover 34: backplate

36: top board 38: base plate

40: control panel 42: support frame

50: hole portion 52: patchhole

54: annular guiding protuberance 56: front jockey wheel

60: circular guide part 62: outlet

64: back directive wheel 70: attaching parts

74: the 2 carriages of 72: the 1 carriages

76: Support bracket

82: the 1 connecting portions of 80: the 1 fixed parts

84: intensity is strengthened 90: the 2 fixed parts of pearl (bead)

Connecting portion 94 in 92: the 2: Embedded Division

96: support portion 98: peristome

99: intensity is strengthened pearl 100: locking device

102: key joint portion 104: hook portion

106: hook protuberance 108: connecting rod

110: fee processing device 112: Coin box

114: card reader 116: buffering spacer

120: ventilator 122: flue

124: gas control valve 200: commercial washing machine

202: housing 204: spring

205: damper 206: bucket

207: water hole 208: cylinder

210: lifting device 212: motor

214: case cover 216: top board

218: base plate 220: door

222: control panel 224: support frame

230: waterworks 232: water hose

234: water-supply valve 236: feed-water corrugated pipe

240: drainage arrangement 242: scupper hose

244: draining pump 246: bellows drainpipe

250: detergent delivery device 252: the detergent box shell

253: water discharge outlet 254: detergent box

256: distributor cover 260: the detergent box body

262: washing agent resettlement section 264: front face

265: right side wall portions 266: left side wall portion

268: separate side wall portion 270: front panel

272: handle 274: connecting screw

280: the detergent box cover embedded protuberance in 281: the 1

282: be close to portion 283: the bleaching agent input port

284: softener input port 285,286: syphon hood

287: bleaching agent is assisted input port 288: softener is assisted the input port

290: the upside separation rib

294: the 2 fixing rib of 292: the 1 fixing rib

300: the 1 washing agent resettlement sections of 296: the 3 fixing rib

302: blocking wall 304: detergent amount is set wall

306: 310: the 2 washing agent resettlement sections of tap portion

311: bleaching agent resettlement section 312: the softener resettlement section

313,314: siphon pipe 316: the downside separation rib

317: rear wall parts 318: containment wall

319: arrangement portion 320: disengaging prevents parts

322: panel part 324: protuberance

326: elastic portion 327: vertical rib

328: inclined ribs 330: washing agent feedwater stream

332: bleaching agent feedwater stream 334: softener feedwater stream

340: give water hole 342: washing agent is given the water hole

344: bleaching agent is given water hole 346: softener is given the water hole

348: upright opening portion 349: spout portion

S: the washing agent when detergent box is pulled out drops into space S 1: the bleaching agent throw-in part

S2: softener throw-in part

The specific embodiment

As shown in Figure 1, commercial washing device of the present invention is made of following components: utilize water, washing agent and mechanism, to washings wash, clean, work such as dehydration, thereby remove the commercial washing machine 200 of the spot of washings; Utilize hot blast and mechanism, the commercial dryer 1 that the washings of humidity is dried.Thereby, can utilize above-mentioned commercial washing machine 200 and commercial dryer 1 to finish washing, cleaning, dehydration and drying operation to washings.

Above-mentioned commercial washing device is arranged at particular place, and be that commercial washing machine 200 and the special-purpose commercial dryer 1 of oven dry that washing is special-purpose together is provided with, in order can to use for most clients, and improve income, above-mentioned commercial washing machine 200 and commercial dryer 1 are respectively arranged with a plurality of.

In addition, a side of aforesaid commercial washing machine 200 and commercial dryer 1 is provided with fee processing device 110, and above-mentioned fee processing device 110 is used for collecting the charges to the user, and handles.

According to the difference of the mode of closing the account, above-mentioned fee processing device 110 is divided into Coin box 112 and card reader 114.Above-mentioned Coin box 112 can utilize coin to finish disbursement and sattlement, and 114 of above-mentioned card reader utilize electronic accounting means such as magnetic card or IC-card to finish disbursement and sattlement.

Therefore, in case the user has selected washing stroke and time in above-mentioned commercial washing device, according to the washing stroke and the time of above-mentioned selection, above-mentioned fee processing device 110 can use after having settled accounts suitable expense.

To shown in Figure 7, commercial exhaust type drying machine of the present invention is made of following components as Fig. 2: the shell 2 that constitutes outward appearance; Be arranged at the inside of above-mentioned shell 2, and the cylinder 4 of front face and rear face opening; Be arranged at the interior week of above-mentioned cylinder 4, the washings in the above-mentioned cylinder 4 are risen to certain altitude after, make its lifting device that falls 6 again; In the time of the back quadrate part of airtight above-mentioned cylinder 4, for can rotatable back-up roller, and be arranged at the after-poppet 8 of the back of above-mentioned shell 2; In the time of the front part of airtight above-mentioned cylinder 4, for can rotatable back-up roller, and be arranged at the fore-stock 10 of the front of above-mentioned shell 2; Be arranged at the downside of above-mentioned cylinder 4, heater for heating air 12; Give tracheae 14 in order to supply to the inside of above-mentioned cylinder 4 by the air of above-mentioned heater 12 heating, and to be communicated with to be arranged between above-mentioned after-poppet 8 and the heater 12; For the air by above-mentioned cylinder 4 is flowed into, and be communicated with the velveteen air channel 16 that is arranged at above-mentioned fore-stock 10; In order to purify the air that flow into above-mentioned velveteen air channel 16, and be arranged at the filter 18 in above-mentioned velveteen air channel 16; For the air with 16 inside, above-mentioned velveteen air channel is directed to the outside of above-mentioned shell 2, and connect the exhaust duct 20 of the back that is arranged at above-mentioned shell 2; Be connected in the pressure fan 22 between above-mentioned exhaust duct 20 and the velveteen air channel 16; Produce the motor 24 of the driving force of above-mentioned pressure fan 22 and cylinder 4; With above-mentioned motor 24 interlocks, rotate the electronic belt 26 of above-mentioned cylinder 4.

Above-mentioned shell 2 is made of following components: housing 30; Be installed on the front of above-mentioned housing 30, and central authorities are formed with washings gateway 32A, the back side is provided with the case cover 32 of above-mentioned fore-stock 10; Be installed on the back of above-mentioned housing 30, and be formed with the backplate 34 of air suction inlet 34A; Be installed on above-mentioned housing 30 above, and can cover the top board 36 of above-mentioned housing; Be installed on the base plate 38 of the bottom surface of above-mentioned housing 30.

And, but the front turn of above-mentioned case cover 32 door 28 is installed, above-mentioned door 28 is used to open and close above-mentioned washings gateway 32A.The upside of above-mentioned case cover 32 is equipped with control panel 40, and above-mentioned control panel 40 is used to show the driving condition of above-mentioned commercial exhaust type drying machine 1, and is used to regulate the driving of above-mentioned commercial exhaust type drying machine 1.

And the front upside of above-mentioned housing 30 is equipped with support frame 42, the long formation of direction to the left and right of above-mentioned support frame 42.Above-mentioned control panel 40 is mounted on above-mentioned support frame 42 and case cover 32.

The central authorities of above-mentioned fore-stock 10 form porose 50, and above-mentioned hole portion 50 is communicated with above-mentioned washings gateway 32A.The bottom of above-mentioned hole portion 50 is formed with the patchhole 52 that above-mentioned filter 18 is inserted, and above-mentioned patchhole 52 is communicated with formation with above-mentioned velveteen air channel 16.In addition, the back side of above-mentioned fore-stock 10 is formed with annular guiding protuberance 54, and above-mentioned annular guiding protuberance 54 contacts with the front part inner peripheral surface of above-mentioned cylinder 4, is used to guide the rotation of the front part of above-mentioned cylinder 1.And the lower backside of above-mentioned fore-stock is provided with front jockey wheel 56, and it is used to settle the front part of above-mentioned cylinder 4, and the above-mentioned cylinder of rotatable support.

The front of above-mentioned after-poppet 8 is protruded and is formed with circular guide part 60, and above-mentioned circular guide part 60 is contacted with the back quadrate part inner peripheral surface of above-mentioned cylinder 4, and guides the rotation of the back quadrate part of above-mentioned cylinder 4.The front upper of above-mentioned after-poppet is formed with outlet 62, and above-mentioned outlet 62 is connected with the above-mentioned side of tracheae 14 of giving, and is used to discharge the air of heating.The front lower of above-mentioned after-poppet is formed with back directive wheel 64, and it is used to settle the back quadrate part of above-mentioned cylinder 4, and the above-mentioned cylinder of rotatable support.

In addition, for the ABRASION RESISTANCE that improves above-mentioned cylinder 4, fore-stock 10 and after-poppet 8 and prevent variable color, the fluorine coating processing has been carried out on its surface.A side of giving tracheae 14 that is connected in the outlet 62 of above-mentioned after-poppet 8 is formed with tap 144, in order to prevent above-mentioned tap 144 phenomenon of oxidation and carbonization takes place, and has carried out porcelain coating (porcelain) and has handled.

Above-mentioned top board 36 be arranged at above-mentioned housing 30 above, and with structure removably be arranged at above-mentioned housing 30 above, and, by make after its front part quadrate part be the center up and down direction rotate, can be easy to open above-mentioned housing 30 above.

Here, the front part of above-mentioned top board 36 utilizes attaching parts 70 to be connected and fixed on above-mentioned support frame 42.

In order to prevent that above-mentioned top board 36 from arbitrarily being pulled down by client, above-mentioned attaching parts 70 are arranged at the position of being blocked by above-mentioned control panel 40.Therefore, have only the dismantlement work of carrying out above-mentioned control panel 40 earlier and the dismantlement work of above-mentioned attaching parts 70, could open above-mentioned top board 36.

And the back quadrate part of above-mentioned top board 36 rotates with the state that is supported by quadrate part behind the upper end of above-mentioned housing 30, and constituting where necessary can entirely disassembled structure.

That is, the back side portion of above-mentioned top board 36 is provided with the 1st carriage 72, and the upper end, the back side of above-mentioned housing 30 is provided with the 2nd carriage 74, above-mentioned the 1st carriage 72 of above-mentioned the 2nd carriage 74 rotating supports, and removably link together with above-mentioned the 1st carriage.

Above-mentioned the 1st carriage 72 is made of following components: the 1st fixed part 80 that is connected and fixed on the back quadrate part back side of above-mentioned top board 36; In the lower end of above-mentioned the 1st fixed part 80, the 1st connecting portion 82 that rearward protrudes with horizontal direction.

Above-mentioned the 2nd carriage 74 is made of following components: the 2nd fixed part 90, and it is fixed in Support bracket 76, and above-mentioned Support bracket 76 is installed on the back quadrate part upper end of above-mentioned housing 30; The 2nd connecting portion 92, it rearward protrudes with horizontal direction in the upper end of above-mentioned the 2nd fixed part 90, in above-mentioned the 1st connecting portion 82 of rotating support, with being connected of above-mentioned the 1st connecting portion 82 direction loading and unloading forwards, backwards.

Here, above-mentioned housing 30 is to be made by thin iron plate.Therefore, when opening and closing above-mentioned top board 36, above-mentioned housing 30 can not fully support the gravity of above-mentioned top board 36.So the back quadrate part upper end at above-mentioned housing 30 is equipped with the Support bracket 76 with certain rigidity in addition.Above-mentioned the 2nd fixed part 90 is connected and fixed on above-mentioned Support bracket 76.

And the back quadrate part of above-mentioned the 2nd connecting portion 92 is formed with the Embedded Division 94 that is bent upwards, and above-mentioned Embedded Division 94 can make the back quadrate part of above-mentioned the 1st connecting portion 82 embed.The front part of above-mentioned the 2nd connecting portion is formed with support portion 96, and when above-mentioned top board 36 rotating open-closes, above-mentioned support portion 96 is used for settling and supporting above-mentioned the 1st connecting portion 82.

The design feature of above-mentioned Embedded Division 94 is as follows: for the top and two sides around above-mentioned the 1st connecting portion 82, and make the back quadrate part of above-mentioned the 2nd connecting portion 92 be the upwards structure of protuberance.

Above-mentioned support portion 96 is the following positions of settling above-mentioned the 1st connecting portion 82, and and above-mentioned Embedded Division 94 between keep at a certain distance away and be formed with peristome 98.

Therefore, because the effect of above-mentioned Embedded Division 94 and support portion 96 can prevent that above-mentioned the 1st connecting portion 82 from moving up and down, and, because the effect of above-mentioned Embedded Division 94 can prevent move left and right.In addition, according to the size of the peristome 98 between above-mentioned Embedded Division 94 and the support portion 96, with the switching angle of the above-mentioned top board 36 of decision.

Certainly, the back quadrate part of above-mentioned top board 36 also can be connected in quadrate part behind the upper end of above-mentioned housing 30 with hinge arrangement.But above-mentioned syndeton is the structure that can't or be difficult to the above-mentioned top board 36 of dismounting.

In addition, in order fundamentally to prevent any disengaging of above-mentioned top board 36, above-mentioned commercial exhaust type drying machine 1 is provided with locking device 100 in the side of above-mentioned top board 36, and above-mentioned locking device 100 is locked in above-mentioned top board 36 upper end of above-mentioned housing 30.

Above-mentioned locking device 100 is made of following components: in the two sides of above-mentioned top board 36, connect at least and be arranged at any one side, and be used for the key joint portion 102 in conjunction with key (key); One end is connected in the medial surface of above-mentioned key joint portion 102, and along with above-mentioned key turns, and the other end optionally is hung on the hook portion 104 of hook protuberance 106 of the upper end medial surface of above-mentioned housing 30.

The lateral surface of above-mentioned key joint portion 102 is formed with the key slot (not shown) that inserts above-mentioned key, and medial surface is formed with connecting rod 108, and above-mentioned connecting rod is connected with an end of above-mentioned hook portion 104, and together rotates with the key that is inserted in above-mentioned key slot.

Above-mentioned fee processing device 110 is to be made of in Coin box 112 and the card reader 114 any one.

Above-mentioned Coin box 112 is with the device of coin as disbursement and sattlement.Above-mentioned Coin box is also wanted machinery above-mentioned coin is handled when accommodating a large amount of coins, so its profile and weight are all bigger.On the contrary, above-mentioned card reader 114 is to utilize magnetic card or IC-card etc. to carry out the device of disbursement and sattlement.Above-mentioned card reader is to read above-mentioned card by the electron process mode, therefore compares with above-mentioned Coin box 112, and its profile and weight are all very little.

Recently, use for the ease of client, in commercial exhaust type drying machine 1, possessing above-mentioned Coin box 112 and card reader 114 has simultaneously become a kind of trend.Above-mentioned Coin box 112 be arranged at above-mentioned top board 36 above, above-mentioned card reader 114 is built in a side of above-mentioned control panel 40.

The driving of above-mentioned card reader 114 and Coin box 112 will be controlled by above-mentioned control panel 40, and for the expense treatment situation is shown to the outside, above-mentioned card reader is hidden parts with Coin box with the electricity of above-mentioned control panel 40 and is connected, thereby can transmit signal.

Particularly, the top position that is provided with the top board 36 of above-mentioned Coin box 112 is equipped with buffering spacer 116.After the electric wire of above-mentioned Coin box 112 connected above-mentioned buffering spacer 116 and top board 36, to above-mentioned control panel 40 side distributions, so said wires can be separated with above-mentioned control panel 40 below above-mentioned top board 36.

In addition, above-mentioned top board 36 below a plurality of anchor clamps (not shown) of the electric wire that is used to put in order above-mentioned Coin box 112 are installed.

Above-mentioned heater 12 is to utilize the oxidation of gas to add the burner (burner) that hot-air generates hot blast, it and the above-mentioned ventilator of giving between the tracheae 14 by hollow (120, fennel) be communicated with to connect, and with the extraneous gas supply source between be connected by flue 122.

Above-mentioned ventilator 120 forms the bamboo hat shape of inner hollow, the back quadrate part that forms less basal area of above-mentioned ventilator is connected in the above-mentioned opposite side of giving tracheae 14, and the inboard of front part that forms the basal area of broad is inserted with the part of above-mentioned heater 12.

In addition, in order manually to control the flow direction of the gas that supplies to above-mentioned heater 12, the connecting portion of above-mentioned heater 12 and flue 122 is provided with gas control valve 124.

The driving process and the action effect of the commercial exhaust type drying machine of the present invention of Gou Chenging are as follows as mentioned above.

At first, after the door 28 of above-mentioned commercial exhaust type drying machine 1 was opened, to the cylinder 4 inner washings that drop into humidity, along with above-mentioned door 28 is closed, above-mentioned washings gateway 32A was with airtight subsequently by washings gateway 32A.

And, by control panel 40 being operated the drying stroke and the drying time of the above-mentioned commercial exhaust type drying machine 1 of setting that can be suitable.

Go out expense according to drying stroke and the Time Calculation set as mentioned above, be shown to the user then, the user will close the account by fee processing device 110.That is, drop into the coin of appropriate amounts to above-mentioned Coin box 112, the card that perhaps will supplement the abundant amount of money with money is put into card reader 114 and is settled accounts.

After finishing the clearing of expense by above-mentioned fee processing device 110, above-mentioned commercial exhaust type drying machine 1 is in the state that can be driven by the user, and the user can operate above-mentioned control panel 40, and drive above-mentioned commercial exhaust type drying machine 1.

At this moment, the motor 24 and the heater 12 of above-mentioned commercial exhaust type drying machine 1 will drive, by the air of above-mentioned heater 12 heating ventilators 120 inside.Because the driving of above-mentioned motor 24, pressure fan 22 will drive, and therefore, by the air of above-mentioned heater 12 heating, will supply to the inside of above-mentioned cylinder 4 by giving tracheae 14 and outlet 62.

And because the effect of motor 24 and electronic belt 26, above-mentioned cylinder 4 will rotate, because the effect of lifting device 6 will be overturn (tumbling) inner washings, thereby washings is dried.

In addition, because the owner locked the locking device 100 of the side of the top board 36 that is formed at above-mentioned commercial exhaust type drying machine 1, thereby can prevent the phenomenon that client that above-mentioned top board 36 is used above-mentioned commercial exhaust type drying machine 1 pulls down arbitrarily.

Promptly, after the key of receiving when buying above-mentioned commercial exhaust type drying machine 1 inserts the key slot of the key joint portion 102 that is formed at above-mentioned locking device, rotate to a direction, so, the connecting rod 108 of above-mentioned key joint portion 102 will rotate, thereby the hook portion 104 that is arranged at above-mentioned connecting rod 108 will be hung on the hook protuberance 106 of housing 30.

Because the effect of above-mentioned hook protuberance 106 and hook portion 104, top board 36 will be locked to housing 30 above, therefore, above-mentioned top board 36 can not be dismantled arbitrarily, thereby fundamentally prevented losing of above-mentioned top board 36, and, can also prevent by above-mentioned housing 30 opening above the problem that makes the internal part damage or lose.

With aforesaid different, when above-mentioned commercial exhaust type drying machine 1 place under repair is safeguarded, remove the lock-out state of above-mentioned locking device 100, will make above-mentioned top board 36 be in the state that can open and close.In case pull down above-mentioned top board 36, above the open above-mentioned housing 30, the parts place under repair maintenance of the last face inside of opening that can be by above-mentioned housing 30.

The latch-release process of above-mentioned locking device 100, opposite with the laggard line-locked process of key slot of specific key being inserted above-mentioned key joint portion 102, therefore, no longer it is described in detail.

Below, will describe the decomposable process of above-mentioned top board 36 in detail.At first, pull down above-mentioned control panel 40, remove the connection status of the attaching parts 70 of the front part that connects above-mentioned support frame 42 and top board 36 then from above-mentioned case cover 32 and support frame 42.

And shown in Fig. 6 a, the front part of above-mentioned top board 36 is center rotation with later quadrate part, then to the upside perk, thereby open above-mentioned housing 30 above.

At this moment, being arranged at the state that the 1st connecting portion 82 of the 1st carriage 72 at the back quadrate part back side of above-mentioned top board 36 will support with the 2nd connecting portion 92 of the 2nd carriage 74 at the back quadrate part back side that is set at above-mentioned Support bracket 76 rotates.

Promptly, in case the front part of above-mentioned top board 36 is to the upside perk, one side of above-mentioned the 1st connecting portion 82 will turn an angle with the state of the support portion 96 that is placed in above-mentioned the 2nd connecting portion 92, and the opposite side of the 1st connecting portion 82 that is embedded in the Embedded Division 94 of above-mentioned the 2nd connecting portion 92 will descend relatively.

Shown in Fig. 6 b, in case above-mentioned top board 36 rotates more than 90 degree, above-mentioned the 1st connecting portion 82 will be at the peristome 98 between above-mentioned Embedded Division 94 and the support portion 96, and, the opposite side of the 1st connecting portion 82 will be hung on above-mentioned support portion 96 below, therefore above-mentioned top board 36 can be fixed with the state of opening.

But, on above-mentioned top board 36, be provided with under the situation of Coin box 112, be under the very big situation of the whole gravity of above-mentioned top board 36, not only be difficult to above-below direction and rotate above-mentioned top board 36, and be difficult to utilize the stable above-mentioned top board 36 of support of above-mentioned the 1st, 2 carriages 72,74.

Therefore, shown in Fig. 6 c, in the aforesaid top board 36 that is provided with Coin box 112, after the connection status of the attaching parts 70 of front part that is used for fixing above-mentioned top board 36 and support frame 42 is removed, for above-mentioned the 1st connecting portion 82 is spun off from the Embedded Division 94 of above-mentioned the 2nd connecting portion 92, above-mentioned top board 36 will forwards move, and under the state that above-mentioned top board 36 breaks away from above above-mentioned housing 30 fully, the place under repair maintenance work.

That is, in above-mentioned commercial exhaust type drying machine 1, the gravity condition according to above-mentioned top board 36 open and close above-mentioned housing 30 above in, the front part that perhaps only makes above-mentioned top board 36 direction up and down rotates, and above-mentioned top board 36 is separated from fully.

Particularly, when above-mentioned commercial exhaust type drying machine 1 place under repair is safeguarded, can utilize the gas control valve 124 easy sever supplies that are arranged at above-mentioned heater 12 to arrive the gas of above-mentioned heater 12.

Therefore, utilize flue 122 from a gas supply source together under the situation of supply gas at a plurality of commercial exhaust type drying machines 1, the all gas that does not need to supply to a plurality of commercial exhaust type drying machines 1 by above-mentioned gas pipe 122 all cuts off, need the commercial exhaust type drying machine 1 that keeps in repair in above-mentioned a plurality of commercial exhaust type drying machine 1 and only need cut off, and the place under repair maintenance work gets final product.

Here, identical with aforesaid structure or similar inscape will be given identical reference marks, and no longer it will be described in detail.

As Fig. 8 or shown in Figure 9, commercial roller washing machine of the present invention comprises following components and constitutes: the housing 202 that constitutes outward appearance; Can be by the bucket 206 of the inboard that is arranged at above-mentioned housing 202 of spring 204 and damper 205 buffering supports; The rotatable inboard that is arranged at said bucket 206, outer peripheral face are formed with the cylinder 208 in a plurality of water holes 207; Be arranged at the inner peripheral surface of above-mentioned cylinder 208, can fall owing to gravity, washings is risen to the lifting device 210 of certain altitude in order to make washings; Be installed on the back quadrate part of said bucket 206, rotate the motor 212 of above-mentioned cylinder 208.

Here, the front of above-mentioned housing 202 is equipped with case cover 214, and the central authorities of above-mentioned case cover are formed with washings gateway 214A.Above-mentioned housing top and below be separately installed with top board 216 and base plate 218.

The rotating door 220 that is provided with on above-mentioned case cover 214, above-mentioned door 220 is used to open and close above-mentioned washings gateway 214A.The upside of above-mentioned case cover 214 is equipped with control panel 222, and above-mentioned control panel 222 is used to show the driving condition of above-mentioned commercial roller washing machine 200, also is used to regulate the driving of above-mentioned commercial roller washing machine 200 simultaneously.

The front upside of above-mentioned housing 202 is equipped with support frame 224, and above-mentioned support frame 224 is with the long formation of left and right directions.Above-mentioned control panel 222 is fixed in above-mentioned support frame 224 and case cover 214.

And the upside of said bucket 206 is provided with waterworks 230, and above-mentioned waterworks 230 can be from the internal feed water of external water source to bucket 206.Above-mentioned waterworks 230 are to be made of water hose 232, water-supply valve 234 and feed-water corrugated pipe 236.The downside of said bucket 206 is provided with drainage arrangement 240, and above-mentioned drainage arrangement 240 is used for washing and cleans the washings that use being discharged to the outside.Above-mentioned drainage arrangement 240 is to be made of scupper hose 242, draining pump 244 and bellows drainpipe 246.

Above-mentioned water-supply valve 234 connects the upper rear portion that is arranged at above-mentioned housing 202, and is made of following components: cold valves 234A, 234B that cold water is flowed into from the outside; The warm water valve 234C that warm water is flowed into from the outside.

Aforesaid cold valves 234A, 234B have an inlet and two outlets, and above-mentioned warm water valve 234C has an inlet and an outlet.

Connection is provided with detergent delivery device 250 between above-mentioned water hose 232 and the feed-water corrugated pipe 236, and above-mentioned detergent delivery device 250 is used for together supplying with washing agent to said bucket 206 with the water of supplying with by above-mentioned waterworks 230.

In order to guide water to above-mentioned detergent delivery device 250, above-mentioned water hose 232 is arranged between above-mentioned water-supply valve 234 and the detergent delivery device 250.Above-mentioned water hose 232 is made of following components: be connected in the 1st, 2 cold water hose 232A, 232B between cold valves 234A, 234B and the detergent delivery device 250; Be connected in the warm water flexible pipe 232C between above-mentioned warm water valve 234C and the detergent delivery device 250.

In addition, above-mentioned top board 216 not only with structure removably be installed on above-mentioned housing 202 above, quadrate part is that rotate at the center after the front part but also can make, thus can be easy to open above-mentioned housing 202 above.

The front part of above-mentioned top board 216 utilizes attaching parts 70 to be connected and fixed on above-mentioned support frame 224; The back quadrate part of above-mentioned top board 216 is rotating to be supported in quadrate part behind the upper end of above-mentioned housing 202, simultaneously, connects with the structure that can break away from fully where necessary.

That is, the back quadrate part back side of above-mentioned top board 216 is provided with the 1st carriage 72, and is provided with the 2nd carriage 74 at the back quadrate part back side of Support bracket 76.Above-mentioned Support bracket 76 is arranged at the back quadrate part upper end of above-mentioned housing 202, in above-mentioned the 1st carriage 72 of rotating support, removably is connected with above-mentioned the 1st carriage 72.

Aforesaid the 1st, 2 carriage 72,74 and attaching parts, identical with the structure of the 1st, 2 carriages that in above-mentioned commercial exhaust type drying machine 1, illustrate and attaching parts, therefore omit detailed description thereof.

In addition, in order fundamentally to prevent any disengaging of above-mentioned top board 216, above-mentioned commercial roller washing machine 200 is provided with locking device 100 in the side of above-mentioned top board 216, and above-mentioned locking device 100 is used for above-mentioned top board 216 is locked in the upper end of housing 202.Top and the control panel 222 of above-mentioned top board 216 is provided with fee processing device 110, and above-mentioned fee processing device 110 is made of Coin box 112 and card reader 114, and, when stating commercial roller washing machine 200 in the use, be used to close the account.

Aforesaid locking device 100 and fee processing device 110, also the structure with locking device that illustrates in above-mentioned commercial exhaust type drying machine 1 and fee processing device is identical, therefore omits detailed description thereof.

The course of work and the washing methods of aforesaid commercial roller washing machine of the present invention are as follows:

At first, after the door 220 of above-mentioned commercial roller washing machine 200 was opened, to the cylinder 208 inner washings that drop into, along with closing of above-mentioned door 220, above-mentioned washings gateway 214A was with airtight by washings gateway 214A.

And, kind and washing bag amount according to the washings of putting into above-mentioned cylinder 208, after detergent delivery device 250 drops into the washing agent of appropriate amount, by control panel 222 being operated the washing process of suitable selected above-mentioned commercial roller washing machine 200.

As mentioned above washing process of She Dinging and time, calculate expense, be shown to the user then, the user will close the account by fee processing device 110.That is, drop into the coin of appropriate amounts to above-mentioned Coin box 112, the card that perhaps will supplement the sufficient amount of money with money is put into card reader 114 and is settled accounts.

After finishing the clearing of expense by above-mentioned fee processing device 110, above-mentioned commercial roller washing machine 200 will be in the state that can be driven by the user, and the user can operate above-mentioned control panel 222, drives above-mentioned commercial roller washing machine 200.

In addition, as shown in figure 18, the washing methods of the commercial roller washing machine among the present invention comprises, at first, above-mentioned commercial roller washing machine 200 is set wash time, scavenging period, feed water level regulation, feedwater time etc. according to kind, washing bag amount and the washing stroke of above-mentioned washings, and after having paid suitable expense, carry out washing stroke, clean stroke and dehydration stroke according to the condition of above-mentioned setting, and washings is washed.

Particularly, the clean process of above-mentioned commercial roller washing machine 200 is to be made of following process: supply with washing agent and water in bucket 206 after, make cylinder 208 low speed rotation, and remove the washing stroke (Wash) of the spot of washings; After in bucket 206, supplying with clean water once more, make cylinder 208 low speed rotation, and to the cleaning stroke (Rinse1, Rinse2, Rinse3) that cleans of washings of washing in above-mentioned washing stroke (Wash); Cylinder 208 is rotation at a high speed, and the dehydration stroke (Spin) that the washings of cleaning in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3) is carried out centrifugal dehydration.

In above-mentioned washing stroke (Wash), supply with water and washing agent by waterworks 230 and detergent delivery device 250, in case supply water to the designated water level of said bucket 206, above-mentioned cylinder 208 will be owing to the effect of motor 212 low speed rotation, and the washings that devotes above-mentioned cylinder 208 inside washed.(with reference to St1, St2)

That is,, and reach the designated water level of said bucket 206 by the private water supply of above-mentioned waterworks 230 to bucket 206.The washing agent that devotes above-mentioned detergent delivery device 250 will mix with the water of supplying with by above-mentioned waterworks 230, and together supply to the inside of bucket 206 with above-mentioned water.

Above-mentioned cylinder 208 is rotated in the wash time of setting, and after the washing of finishing washings, the driving of above-mentioned cylinder 208 will stop, and the water that is used to wash in the said bucket 206 will be discharged to the outside by drainage arrangement 240.(with reference to St3)

And in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3), above-mentioned cylinder 208 will rotate at a high speed, and water in the washings that washs in above-mentioned washing stroke (Wash) and washing agent are carried out centrifugal dehydration.(with reference to St4)

Usually, according to rotary speed and operation method, dehydration can be divided into intermittently dehydration and main dehydration.Intermittently dehydration is that above-mentioned motor 212 carries out ON/OFF repeatedly, can the RPM that washings carries out centrifugal dehydration be rotated the dewatering type of above-mentioned cylinder 208.Main dehydration be above-mentioned motor 212 with than the high RPM of above-mentioned dehydration at intermittence, make the dewatering type of above-mentioned cylinder 208 with the certain speed rotation.

Intermittently dehydration is only carried out in the dehydration of carrying out in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3).

In case the dehydration of aforesaid washings finishes, till the feedwater time of setting, when said bucket 206 is supplied with clean waters, above-mentioned cylinder 208 will be owing to the effect of motor 212 low speed rotation, thereby the washings of the inside that devotes above-mentioned cylinder 208 is cleaned.(with reference to St5)

Because above-mentioned commercial roller washing machine 200 is when cleaning, the rotation of feedwater and cylinder 208 is carried out simultaneously, therefore, compares with the situation that the rotation of the feedwater of prior art and cylinder 208 is carried out respectively, has shortened scavenging period greatly.

Above-mentioned cylinder 208 is by rotating in the scavenging period of setting, and after finishing cleaning to washings, the driving of above-mentioned cylinder 208 will stop, and the water that are used to clean in the said bucket 206 will be discharged to the outside by drainage arrangement 240.(with reference to St6)

In order to remove polluter, detergent ingredients and the foam that comprises in the above-mentioned washings fully, aforesaid cleaning stroke (Rinse1, Rinse2, Rinse3) should carry out repeatedly by the number of times of setting.Usually, the number of occurrence of cleaning stroke (Rinse1, Rinse2, Rinse3) is 3 times, and still according to the cleaning condition of above-mentioned washings, number of times repeatedly can increase or reduce.(with reference to st7, st8, st9, st10, st11, st12)

In addition, in above-mentioned dehydration stroke (Spin), the rotation at a high speed of above-mentioned cylinder 208, therefore, water in the washings that cleans in above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3) will be by complete centrifugal dehydration, and the water of sloughing from above-mentioned washings will be discharged to the outside by above-mentioned drainage arrangement 240.(with reference to st13, st14)

In above-mentioned dehydration stroke (Spin), above-mentioned washings is carried out main dehydration, thereby can be removed the most of water that contains in the washings after carrying out once intermittently dehydration.

After the dehydration of aforesaid washings and draining finish, the driving of above-mentioned commercial roller washing machine 200 will stop.

Below, with reference to Figure 19, describe above-mentioned cleaning stroke in detail.

At first, above-mentioned washing stroke (Wash) will be carried out above-mentioned cleaning stroke (Rinse1) after finishing.Above-mentioned cylinder 208 will rotate owing to the effect of motor 212, and the water, washing agent and the foam that contain in the washings during to above-mentioned washing stroke carry out the dehydration at intermittence.(with reference to St20)

As mentioned above, water, washing agent and the foam etc. sloughed from washings in intermittently dewatering will be discharged to the outside of commercial roller washing machine 200 by drainage arrangement 240.

And, be used to clean the water of washings to the internal feed of said bucket 206 by above-mentioned waterworks 230.And by time and the 1st setting-up time that relatively utilizes above-mentioned waterworks 230 to supply water, the driving of judging above-mentioned cylinder 208 whether.(with reference to St21, St22)

That is, if above-mentioned the 1st setting-up time greater than the feedwater time, then only supplies water in bucket 206 by above-mentioned waterworks 230.If the above-mentioned feedwater time is greater than the 1st setting-up time, then by above-mentioned waterworks 230 in said bucket 206 feedwater, make above-mentioned cylinder 208 under the effect of motor 212, carry out low speed rotation, and carry out the cleaning of washings.(with reference to St23)

Above-mentioned the 1st setting-up time is meant, by the time of above-mentioned waterworks water supply to the minimum cleaning water level of the bucket 206 of the cleaning performance of the washings that can guarantee to rotate by above-mentioned cylinder 208.

Therefore, after above-mentioned the 1st setting-up time, beginning is fed water to said bucket 206, and makes above-mentioned cylinder 208 rotations, cleans washings.In order to improve the cleaning performance to washings, under the effect of above-mentioned motor 212, above-mentioned cylinder 208 will be rotated to opposite direction.

In addition, relatively time and the 2nd setting-up time that feeds water by above-mentioned waterworks 230 judged whether closing of above-mentioned waterworks 230.(with reference to St24)

That is, if above-mentioned the 2nd setting-up time greater than the feedwater time, then by above-mentioned waterworks 230 in said bucket 206 feedwater, make effect that above-mentioned cylinder 208 maintains motor 212 down and the state of low speed rotation.If above-mentioned waterworks 230 will cut out greater than the 2nd setting-up time the above-mentioned feedwater time, and stop feedwater, above-mentioned cylinder 208 will be owing to the effect of motor 212 low speed rotation.(with reference to St25)

Above-mentioned the 2nd setting-up time is meant, by the time of above-mentioned waterworks feedwater to the cleaning water level of the best of setting according to the washing bag amount and the kind of above-mentioned washings.Therefore, after above-mentioned the 2nd setting-up time, it is best that the cleaning performance of washings will reach.

Under the state of finishing feedwater as mentioned above, above-mentioned cylinder 208 is rotated, and will carry out the cleaning of washings till the 3rd setting-up time, and the rotation of above-mentioned then cylinder 208 stops, and finishes the cleaning of washings.And above-mentioned drainage arrangement 240 will drive, thereby the water that will be used for the cleaning of above-mentioned washings is discharged to the outside.(with reference to St26, St27, St28)

Above-mentioned the 3rd setting-up time is meant, according to the washing bag amount of above-mentioned washings and the scavenging period of the predefined the best of kind.

In addition, in case the water that is contained in the said bucket 206 is discharged fully by drainage arrangement 240, will draining number of times and the set point number that be undertaken by above-mentioned drainage arrangement 240 be compared, whether decision needs to carry out above-mentioned cleaning stroke again.(with reference to St29)

That is, if the number of times that carries out draining by above-mentioned drainage arrangement 240 then carries out above-mentioned cleaning stroke repeatedly less than set point number; If the number of times that carries out draining by above-mentioned drainage arrangement 240 greater than more than the set point number, then after above-mentioned cleaning stroke (Rinse1, Rinse2, Rinse3) finishes, enters dehydration stroke (Spin).

Therefore, above-mentioned cleaning stroke carries out repeatedly by set point number.

To shown in Figure 17, the detergent delivery device of commercial roller washing machine of the present invention comprises following components as Fig. 8: detergent box shell 252, and it is connected with the feed-water corrugated pipe 236 of waterworks 230, and front and top opening; Detergent box 254, it is arranged at the inside of above-mentioned detergent box shell 252 with the structure of the loading and unloading of direction forwards, backwards, and washing agent is accommodated in inside; Distributor cover 256, it be installed on above-mentioned detergent box shell 252 opening above, and be connected with the water hose 232 of above-mentioned waterworks 230, be used for to the discharge water of the inside of above-mentioned detergent box 254.

Above-mentioned detergent box shell 252 is installed on the back side of above-mentioned control panel 222, and the front of above-mentioned detergent box shell 252 is communicated with the open pore 222A that is formed at control panel 222.

The bottom of above-mentioned detergent box shell 252 is protruded and is formed with water discharge outlet 253, and above-mentioned water discharge outlet 253 is connected with above-mentioned feed-water corrugated pipe 236, and is used for supplying to from the washing agent of above-mentioned detergent box 254 supplies or water barrels 206 inside.

Above-mentioned detergent box 254 comprises following components: detergent box body 260, it is inserted in the open pore 222A of above-mentioned control panel 222 with telescopic structure, and possesses and be useful on the washing agent resettlement section 262 of accommodating powder detergent, softener and bleaching agent; Front panel 270, it is installed on the front of above-mentioned detergent box body 260, and is arranged at open pore 222A the place ahead of above-mentioned control panel 222, and the one side is formed with handle 272; Detergent box cover 280, it be installed on above-mentioned washing agent resettlement section 262 above; Break away from and to prevent parts 320, in order to prevent any disengaging when pulling out above-mentioned detergent box 254, it is formed at the bottom of above-mentioned detergent box body 260.

Above-mentioned detergent box body 260 forms the box-like shape of top and back opening, and its front is formed with the front face 264 that above-mentioned front panel 270 is installed.Be formed with between the two side portion 265,266 of above-mentioned detergent box body 260 and separate side wall portion 268, above-mentioned separation side wall portion 268 is with the long formation of fore-and-aft direction.

Above-mentioned washing agent resettlement section 262 is made of following components: between above-mentioned separation side wall portion 268 and right side wall portions 265, with the long formation of fore-and-aft direction, be used to accommodate the 1st washing agent resettlement section 300 of powder detergent; Between above-mentioned separation side wall portion 268 and left side wall portion 266,, be used to accommodate the 2nd washing agent resettlement section 310 of softener and bleaching agent with the long formation of fore-and-aft direction.

Here, the back of above-mentioned the 1st washing agent resettlement section 300 is formed with blocking wall 302, and the effect of above-mentioned blocking wall 302 is: prevent that powder detergent is owing to the water that above-mentioned distributor cover 256 sprays is formed bulk and fallen above-mentioned detergent box shell 252 with this state.And in order to set the washing agent capacity that above-mentioned the 1st washing agent resettlement section 300 can be accommodated, rearward on position at a certain distance, be formed with detergent amount and set wall 304 at above-mentioned front panel 270.

It is the plate shape parts that form with the left and right directions level that above-mentioned blocking wall 302 and detergent amount are set wall 304, its two side ends is connected to above-mentioned separation side wall portion 268 and right side wall portions 265, and, in order the powder detergent that is contained in above-mentioned the 1st washing agent resettlement section 300 can be discharged to above-mentioned detergent box shell 252, and with the formation that keeps at a certain distance away of the bottom surface of above-mentioned the 1st washing agent resettlement section 300.

The downside bottom surface 301 of above-mentioned blocking wall 302 is formed with semicircular tap portion 306, and above-mentioned tap portion 306 can discharge water or washing agent smoothly from above-mentioned the 1st washing agent resettlement section 300.

When with above-mentioned detergent box 254 when the open pore 222A of control panel 222 pulls out to greatest extent, above-mentioned detergent amount set 304 on wall be formed at the corresponding position of above-mentioned open pore 222A on, thereby can set the space of dropping into powder detergents in above-mentioned the 1st washing agent resettlement section 300.

That is, along with pull out above-mentioned detergent box 254 from the place ahead, the front part of above-mentioned the 1st, 2 washing agent resettlement sections 300,310 will be opened, thereby form the input space S that drops into powder detergent, softener, bleaching agent etc.Therefore, when pulling out above-mentioned detergent box 254 to greatest extent, maximum above-mentioned input space S will be formed.In addition, when pulling out above-mentioned detergent box 254 to greatest extent, above-mentioned detergent amount set wall 304 vertically be formed at the corresponding position of above-mentioned open pore 222A on, thereby can limit the volume that washing agent can be accommodated in above-mentioned the 1st washing agent resettlement section 262.

The upper end that aforesaid detergent amount is set wall 304 is arranged at the rear of above-mentioned open pore 222A, and in order to make its lower end be arranged at the place ahead of above-mentioned open pore 222A, and direction is formed slopely up and down.

Because above-mentioned detergent amount is set wall 304 and is formed slopely, and when the above-mentioned detergent box of injection moulding body 260, can be easy to take out die for injection molding.And, be positioned at the inboard of above-mentioned open pore 222A because above-mentioned detergent amount is set the upper end of wall 304, thereby can prevent from powder detergent is put into the phenomenon that above-mentioned detergent amount is set the rear space of wall 304.

Certainly, in above-mentioned commercial washing machine 200, the detergent amount of putting into above-mentioned detergent box 254 changes along with washing capacity.But because the washability of present powder detergent is very outstanding, the detergent amount that therefore is actually used in washing is the trend that significantly reduces.So, need be in order not increase the receiving space of powder detergent, and the position that is provided with that above-mentioned detergent amount is set wall 304 is rearward moved.

And, the inside in the 2nd washing agent resettlement section 310, its left side and right side are formed with as the lower part so that fore-and-aft direction is long: the softener resettlement section 312 of accommodating softener; Accommodate the bleaching agent resettlement section 311 of bleaching agent.

Aforesaid bleaching agent resettlement section 311 and softener resettlement section 312 from the bleaching agent resettlement section 311 of above-mentioned the 2nd washing agent resettlement section 310 to upside from every the position of certain altitude, form the box-like shape of top opening.

With the long formation of fore-and-aft direction, its front part is formed with the bleaching agent throw-in part S1 with certain width along above-mentioned separation side wall portion 268 in above-mentioned bleaching agent resettlement section 311, in the bottom surface of quadrate part thereafter, protrudes with certain altitude and to be formed with siphon pipe 313.

With the long formation of fore-and-aft direction, its front part is formed with softener throw-in part S2 with certain width along above-mentioned left side wall portion 266 in above-mentioned softener resettlement section 312, and above-mentioned softener throw-in part S2 is positioned at the rear of above-mentioned bleaching agent throw-in part S1.In the bottom surface of the back quadrate part of above-mentioned softener resettlement section 312, protrude with certain altitude and to be formed with siphon pipe 314.

In addition, above-mentioned the 2nd washing agent resettlement section 310 is formed with downside separation rib 316, in order inside can be divided into above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312, above-mentioned downside separation rib 316 from the bottom surface of above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312 with certain altitude formation protruding upward.

Above-mentioned downside separation rib 316 is made of following components: the 1st downside separation rib 316A, when pulling out above-mentioned detergent box 254 to greatest extent and the washing agent of the 2nd open washing agent resettlement section 310 drops in the space S, it is with the long formation of left and right directions, is used to be separated to form the space of the input washing agent of above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312; The 2nd downside separation rib 316B, in the two side ends of above-mentioned the 1st downside separation rib 316A, it from the side of above-mentioned the 2nd washing agent resettlement section 310 from every the rearward long formation of right-hand end, thereby and form flow channel 315 between the above-mentioned separation side wall portion 268; The 3rd downside separation rib 316C, it is from the rear end of above-mentioned the 2nd downside separation rib 316B, after the formation to the left parallel with above-mentioned the 1st downside separation rib 316A, the rearward long formation in the centre position between above-mentioned separation side wall portion 268 and left side wall portion 266.

Here, when pulling out above-mentioned detergent box 254 to greatest extent and in the input space S of the 2nd open washing agent resettlement section 310, above-mentioned the 1st downside separation rib 316A is with the long formation of left and right directions, thereby is separated to form above-mentioned bleaching agent throw-in part S1 and softener throw-in part S2.Above-mentioned bleaching agent throw-in part S1 is formed at the place ahead of above-mentioned the 1st downside separation rib 316A, and above-mentioned softener throw-in part S2 is formed at the rear of above-mentioned the 1st downside separation rib 316A.

The left-hand end of above-mentioned the 1st downside separation rib 316A is connected in the left side wall portion 266 of above-mentioned the 2nd washing agent resettlement section 310, and the separation side wall portion 268 of right-hand end and above-mentioned the 2nd washing agent resettlement section 310 keeps at a certain distance away.The right-hand end of aforesaid the 1st downside separation rib 316A and above-mentioned separation side wall portion 268 distance at interval is less than half of the width of above-mentioned the 2nd washing agent resettlement section 310.

And, at the right-hand end of above-mentioned the 1st downside separation rib 316A, the rearward long formation of above-mentioned the 2nd downside separation rib 316B.Be formed with flow channel 315 between above-mentioned softener throw-in part S2 and separation side wall portion 268, the effect of above-mentioned flow channel 315 is to make the bleaching agent that devotes above-mentioned bleaching agent throw-in part S1 flow to the back quadrate part.

Structurally, above-mentioned flow channel 315 plays the bottleneck effect when flowing.Because the viscosity of the water that mixes with above-mentioned softener is greater than the viscosity of the water that mixes with above-mentioned bleaching agent, therefore, in order to make the water that mixes with above-mentioned bleaching agent can flow to flow channel 315, should form bleaching agent throw-in part S1 in the place ahead of above-mentioned the 1st downside separation rib 316A.

Therefore, as mentioned above, on the left side of 310 inside, the 2nd washing agent resettlement section and right side with long above-mentioned softener resettlement section 312 and the bleaching agent resettlement section 311 of being formed with of fore-and-aft direction, and, washing agent in above-mentioned the 2nd washing agent resettlement section 310 drops in the space S, and front and back are provided with above-mentioned bleaching agent throw-in part S1 and softener throw-in part S2.Therefore, and before and after the inside of above-mentioned the 2nd washing agent resettlement section 310, softener resettlement section 312 is set and compares, can make the maximum of above-mentioned detergent box 254 pull out distance minimization with the structure of bleaching agent resettlement section 311.And, with about above-mentioned bleaching agent throw-in part S1 be set compare with the structure of softener throw-in part S2, can increase the size of above-mentioned bleaching agent throw-in part S1 and softener throw-in part S2.

The back of above-mentioned the 2nd washing agent resettlement section 310 is formed with rear wall parts 317, and the height of above-mentioned rear wall parts is higher than above-mentioned siphon pipe 313,314.

The upper end pars intermedia of above-mentioned rear wall parts 317 is formed with and overflows the 317B of portion, above-mentioned effect of overflowing the 317B of portion is: under the situation of excessive input bleaching agent and softener or glut water, can make bleaching agent and softener or water spill into above-mentioned detergent box shell 252.

The above-mentioned height that overflows the 317B of portion is lower than the height of the both side ends of above-mentioned rear wall parts 317.

Particularly, above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312 form following structure: be formed with the structure of the position of above-mentioned siphon pipe 313,314 to downside protuberance certain depth.Bleaching agent resettlement section 311 in above-mentioned the 2nd washing agent resettlement section 310 vertically is formed with containment wall 318, and above-mentioned containment wall 318 is used to cover downside the place ahead of above-mentioned siphon pipe 313,314.

Above-mentioned containment wall 318 is formed at the position that forwards keeps at a certain distance away from above-mentioned siphon pipe 313,314.This is because when above-mentioned detergent box 254 is inserted in open pore 222A, make the air pressure energy enough act on the bottom of above-mentioned siphon pipe 313,314.

When above-mentioned detergent box 254 is closed, because certain air pressure effect is arranged at the bottom of above-mentioned siphon pipe 313,314, therefore after can preventing that bleaching agent that above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312 store and softener from flowing, be discharged to the phenomenon of the bleaching agent resettlement section 311 of above-mentioned the 2nd washing agent resettlement section 310 by above-mentioned siphon pipe 313,314 and syphon hood 285,286.

Above-mentioned front panel 270 hooks are incorporated into the front face 264 of above-mentioned detergent box body 260, and utilize connecting screw 274 to be connected and fixed.

Promptly, above-mentioned front face 264 and front panel 270 is corresponding mutually is formed with hook hole and hook, thereby above-mentioned front panel 270 can be installed on front face 264, and, mutually corresponding connecting hole or the connecting bushing of being formed with, thus can utilize above-mentioned connecting screw 274 to be connected and fixed.Therefore, the front face that is fixed in above-mentioned detergent box body 260 264 that above-mentioned front panel 270 can be firm, thus can prevent any disengaging of above-mentioned front panel 270.

Above-mentioned detergent box cover 280 is the top plate-shaped members that cover above-mentioned the 2nd washing agent resettlement section 310, its front part is settled the arrangement portion 319 of the front part that is fixed in above-mentioned the 2nd washing agent resettlement section 310, and quadrate part is then settled the upper end of the rear wall parts 317 of the back of being fixed in above-mentioned the 2nd washing agent resettlement section 310 thereafter.

Above-mentioned arrangement portion 319 is formed with the 1st embedded hole 319A with upper and lower to perforation; Below the front part of above-mentioned detergent box cover 280, protrude downwards and be formed with the 1st embedding protuberance 281.And the above-mentioned the 1st embeds protuberance 281 is embedded in above-mentioned the 1st embedded hole 319A.

At the back side, upper end of above-mentioned rear wall parts 317, rearward protrude and be formed with the 2nd embedding protuberance 317A.Back quadrate part below above-mentioned detergent box cover 280 protrudes downwards the portion of being close to 282 that is formed with, and the above-mentioned portion 282 of being close to possesses the 2nd embedded hole 282A is arranged.And above-mentioned the 2nd embedded hole 282A can make the above-mentioned the 2nd to embed protuberance 317A embedding.

The back side, upper end that is formed at above-mentioned rear wall parts 317 is close to by the above-mentioned portion 282 of being close to.

Therefore, because above-mentioned the 1st, 2 embedded hole 319A, 282A and the 1st, 2 embed the effect of protuberances 281,317A, above-mentioned detergent box cover 280 can be firm is installed on above-mentioned detergent box body 260.And, because when pulling out above-mentioned detergent box 254, above-mentioned the 1st, 2 embed protuberances 281,317A can not be exposed to the outside, therefore can also prevent the phenomenon of being pulled down arbitrarily by client.

In addition, in above-mentioned detergent box cover 280, on the position corresponding, be formed with the bleaching agent input port 283 of dropping into bleaching agent and water with above-mentioned bleaching agent throw-in part S1; On the position corresponding, be formed with the softener input port 284 of dropping into softener and water with above-mentioned softener throw-in part S2.Position corresponding with the siphon pipe 313,314 of above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312 is formed with the syphon hood 285,286 that covers above-mentioned siphon pipe 313,314 respectively.

Above-mentioned bleaching agent input port 283 and softener input port 284 form porose tetragonal structure with central authorities and protrude downwards.

At the position that is formed with above-mentioned syphon hood 285,286, be formed with depressed part 289A, 289B respectively to downside depression certain depth.In order to allow water to flow into the place ahead of above-mentioned syphon hood 285,286, above-mentioned depressed part 289A, 289B are formed with auxiliary input port 287 of bleaching agent and the auxiliary input port 288 of softener respectively.

At the front part of above-mentioned protrusion 289A, 289B, auxiliary input port 287 of above-mentioned bleaching agent and the auxiliary input port 288 of softener are protruded formation downwards with tetragonal structure.Above-mentioned input port 287,288 is formed with a plurality of grids.Therefore, by auxiliary input port 287 of above-mentioned bleaching agent and the auxiliary input port 288 of softener, Xiang Yushui together flow to the bleaching agent and the softener injection water of above-mentioned syphon hood 285,286, can promote the dilution of above-mentioned bleaching agent and softener thus.

Below above-mentioned detergent box cover 280, protrude downwards and be formed with upside separation rib 290, above-mentioned upside separation rib 290 is close to setting with the downside separation rib 316 of above-mentioned detergent box body 260.

That is, above-mentioned upside separation rib 290 is made of following components: the 1st upside separation rib 290A, and it is close to the back of above-mentioned the 1st downside separation rib 316A, forms with left and right directions, is used to separate above-mentioned bleaching agent input port 283 and softener input port 284; The 2nd upside separation rib 290B.It is close to above-mentioned the 2nd downside separation rib 316B, from the rearward long formation of the right-hand end of above-mentioned the 1st upside separation rib 290A, thereby and form flow channel 315 between the above-mentioned separation side wall portion 268; The 3rd upside separation rib 290C, front and the left surface of it and above-mentioned the 3rd downside separation rib 316C are close to, and from the rear end of above-mentioned the 2nd upside separation rib 290B, after the formation to the left parallel, in the rearward long formation in the centre position of above-mentioned detergent box cover 280 with above-mentioned the 1st upside separation rib 290A.

In the place ahead of above-mentioned the 1st upside separation rib 290A, to protrude and be formed with the 1st fixing rib 292, above-mentioned the 1st fixing rib 292 is close to the front of above-mentioned the 1st downside separation rib 316A.On the right side of above-mentioned the 3rd upside separation rib 290C, to protrude and be formed with the 2nd, 3 fixing rib 294,296, above-mentioned the 2nd, 3 fixing rib 294,296 are close to the right flank of above-mentioned the 3rd downside separation rib 316C.

Therefore, when above-mentioned detergent box cover 280 is installed, above-mentioned the 1st downside separation rib 316A embeds and is fixed between above-mentioned the 1st upside separation rib 290A and the 1st fixing rib 292, and above-mentioned the 3rd downside separation rib 316C then embeds and is fixed between above-mentioned the 3rd upside separation rib 290C and the 2nd, 3 fixing rib 294,296.

In order to prevent that above-mentioned detergent box 254 is easy to break away from from above-mentioned commercial roller washing machine 200, be formed with to break away from the downside of the separation side wall portion 268 of above-mentioned detergent box body 260 and prevent parts 320.Because above-mentioned disengaging prevents that parts 320 are positioned at the position that can't see, therefore can prevent the phenomenon that above-mentioned detergent box 254 is pulled down arbitrarily by client.

Above-mentioned disengaging prevents that parts 320 from being made of following components: panel part 322, and it and is formed at the bottom of above-mentioned detergent box body 260 between above-mentioned the 1st washing agent resettlement section 300 and the 2nd washing agent resettlement section 310, can elasticity push; Protuberance 324, it is at the following protrusion that faces down of above-mentioned panel part 322, thereby when pulling out above-mentioned detergent box 254, can be hung on the open pore 222A of above-mentioned control panel 222.

Here, above-mentioned panel part 322 is integrated injection molding plate shape parts in the bottom of above-mentioned detergent box body 260, and it is between above-mentioned the 1st washing agent resettlement section 300 and the 2nd washing agent resettlement section 310, and with the long formation of fore-and-aft direction.

Above-mentioned panel part 322 levels are formed at rear subordinate's side of above-mentioned detergent box body 260, the left side of above-mentioned panel part 322 and right side are formed with two seams 325A, 325B respectively, be formed with elastic portion 326 between above-mentioned left side seam 325A and the right side seam 325B, but above-mentioned elastic portion 326 elasticity are pushed.

That is, the left-hand end of above-mentioned elastic portion 326 and right-hand end are formed with above-mentioned left side seam 325A and right side seam 325B respectively, and its front-end and back-end elasticity is connected in above-mentioned panel part 322.Therefore, the direction strain up and down of the middle part between the above-mentioned front-end and back-end.

And, the rib that raised part 324 is protruded downwards with certain altitude below the one of the rear of above-mentioned elastic portion 326, when pulling out above-mentioned detergent box 254, raised part 324 can be hung on the open pore 222A bottom of above-mentioned control panel 222.

Raised part 324 be by below the one of the rear of above-mentioned elastic portion 326 with "

" rib that protrude to form of shape constitutes.That is, raised part 324 is made of following components: below above-mentioned elastic portion 326, with the vertical rib 327 of the long formation of left and right directions; At the left-hand end and the right-hand end of above-mentioned vertical rib 327, the inclined ribs 328 of difference long formation rearward.

Below above-mentioned elastic portion 326, above-mentioned vertical rib 327 vertical protrusions form.Therefore, when pulling out above-mentioned detergent box 254, above-mentioned vertical rib 327 is hung on the bottom of above-mentioned open pore 222A.

When supporting above-mentioned vertical rib 327, be installed on open pore 222A in order to make above-mentioned detergent box 254 be easy to insert, above-mentioned inclined ribs 328 is from the rearward downward-sloping gradually formation of above-mentioned vertical rib 327.

Therefore, under the situation of the open pore 222A that above-mentioned detergent box 254 is inserted control panel 222, detergent box 254 will with the following end in contact of above-mentioned open pore 222A, above-mentioned inclined ribs 328 side shifting that will make progress, along with raised part 324 is inserted in the inside of above-mentioned open pore 222A fully, vertical rib 327 will be close to the lower end of above-mentioned open pore 222A.

On the contrary, under the situation that above-mentioned detergent box 254 is pulled down fully from the open pore 222A of above-mentioned control panel 222, in order to prevent that above-mentioned vertical rib 327 is hung on the lower end of open pore 222A,, pull out above-mentioned detergent box 254 from the place ahead fully pushing under the state of above-mentioned elastic portion 326 to upside.

Above-mentioned distributor cover 256 is made of following components: the top lower panel 256A that is installed on the opening of above-mentioned detergent box shell 252; In order together to constitute washing agent feedwater stream 330, bleaching agent feedwater stream 332 and softener feedwater stream 334, and be installed on the upper panel 256B on the top of above-mentioned lower panel 256A with above-mentioned lower panel 256A.

At the back quadrate part of above-mentioned lower panel 256A, protrude and be formed with hose transition 338, above-mentioned hose transition 338 is connected with the water hose 232 of above-mentioned waterworks 230.With 300, the 310 corresponding positions, the 1st, 2 washing agent resettlement sections of above-mentioned detergent box 254, be formed with a plurality of water holes 340 of giving that are used to supply water.

Here, above-mentioned hose transition 338 is made of following components: for the stream 330 that feeds water to above-mentioned washing agent is supplied with warm water, and be connected with the 1st hose transition 338A of warm water flexible pipe 232C; For to above-mentioned bleaching agent feedwater stream 332, softener feedwater stream 334 and washing agent feedwater stream 330 feeding cold waters, and be connected with the 2nd, 3 hose transition 338B, the 338C of the 1st, 2 cold water hose 232A, 232B.

And, the above-mentioned water hole 340 of giving is made of following components: for the water in the above-mentioned washing agent feedwater stream 330 are supplied to above-mentioned the 1st washing agent resettlement section 300, and a plurality of washing agent of upside that are formed at above-mentioned the 1st washing agent resettlement section 300 are to water hole 342; For the water in the above-mentioned bleaching agent feedwater stream 332 are supplied to above-mentioned bleaching agent resettlement section 311, and a plurality of bleaching agents that are formed at the upside of above-mentioned bleaching agent resettlement section 311 are given water hole 344; For the water in the above-mentioned softener feedwater stream 334 are supplied to above-mentioned softener resettlement section 312, and a plurality of softeners that are formed at the upside of above-mentioned softener resettlement section 312 are given water hole 346.

Above-mentioned washing agent is formed at and the corresponding position of the medial surface of above-mentioned the 1st washing agent resettlement section 300 for water hole 342, and is formed with a plurality of.Above-mentioned bleaching agent is formed at and above-mentioned bleaching agent input port 283 and the auxiliary 287 corresponding positions, input port of bleaching agent for 344 in water hole respectively.Above-mentioned softener is formed at and above-mentioned softener input port 284 and the auxiliary 288 corresponding positions, input port of softener for water hole 346 respectively.

For can be to the vertical lower discharge water, above-mentioned bleaching agent gives that water hole 346 is vertical to run through above-mentioned lower panel 256A for water hole 344 and softener.

Above-mentioned washing agent is given the medial surface inclination injection water of water hole 342 to above-mentioned the 1st washing agent resettlement section 300, and is made of following components: at above-mentioned lower panel 256A, with the vertical upright opening portion 348 that connects of circle; Be communicated with above-mentioned upright opening portion 348, from the following protrusion that faces down of above-mentioned lower panel 256A, and a side is formed with the spout portion 349 of inclination interval 349A.

Above-mentioned inclination interval 349A is formed slopely from the medial surface direction of position to above-mentioned the 1st washing agent resettlement section 300 away from the medial surface of above-mentioned the 1st washing agent resettlement section 300.

In addition, flow for water hole 342 from above-mentioned the 1st, 2,3 hose transition 338A, 338B, 338C to above-mentioned washing agent in order to make cold water or warm water, and be formed with above-mentioned washing agent feedwater stream 330.And, give water hole 344 in order to make cold water flow to above-mentioned bleaching agent, and be formed with above-mentioned bleaching agent feedwater stream 332 from above-mentioned the 2nd, 3 hose transition 338B, 338C.And, give water hole 346 in order to make cold water flow to above-mentioned softener, and be formed with above-mentioned softener feedwater stream 334 from above-mentioned the 2nd, 3 hose transition 338B, 338C.

In above-mentioned washing agent feedwater stream 330, bleaching agent feedwater stream 332 and softener feedwater stream 334, be formed with the position that above-mentioned washing agent gives water hole 346 for water hole 344 and softener for water hole 342, bleaching agent, with respect to other position to the downside certain depth that caves in.

Therefore, not only be formed with above-mentioned washing agent and can increase for the water capacity at the position in water hole 346 for water hole 344 and softener for water hole 342, bleaching agent, but also can prevent to produce adverse current to above-mentioned the 1st, 2,3 hose transition 338A, 338B, 338C for the position in water hole 346 for water hole 344 and softener for water hole 342, bleaching agent from being formed with above-mentioned washing agent.

At least one side among above-mentioned upper panel 256B and the lower panel 256A is formed with as lower member: the washing agent feedwater rib 331 that constitutes above-mentioned washing agent feedwater stream 330; Constitute the bleaching agent feedwater rib 333 of above-mentioned bleaching agent feedwater stream 332; Constitute the softener feedwater rib 335 of above-mentioned softener feedwater stream 334.

Aforesaid upper panel 256B and lower panel 256A are by hot amalgamation mode assembling.

Below, will the driving process of the detergent delivery device of the foundation commercial roller washing machine of the present invention that constitutes as mentioned above be described.

At first, utilizing before above-mentioned commercial roller washing machine 200 washs, dropping into powder detergent, bleaching agent and the softener of appropriate amounts to detergent delivery device 250.

Promptly, after the detergent box 254 of above-mentioned detergent delivery device 250 forwards pulled out from the open pore 222A of control panel 222, open above-mentioned washing agent resettlement section 262, and above-mentioned detergent box 254 can pulled into following degree always: the disengaging that is formed at above-mentioned detergent box 254 bottoms prevents that the protuberance 324 of parts 320 is hung on the bottom of above-mentioned open pore 222A.

Therefore, when raised part 324 is hung on the position of open pore 222A, the space S maximum that is used to drop into powder detergent, bleaching agent and softener of above-mentioned detergent box 254.

Input space S by aforesaid detergent box 254 drops into powder detergent to above-mentioned the 1st washing agent resettlement section 300, bleaching agent is dropped in bleaching agent resettlement section 311 to above-mentioned the 2nd washing agent resettlement section 310, drops into softener to the softener resettlement section 312 of above-mentioned the 2nd washing agent resettlement section 310.

In above-mentioned the 1st washing agent resettlement section 300, be formed with detergent amount and set wall 304 on the space S of above-mentioned powder detergent input is maximum position, above-mentioned detergent amount is set wall 304 and is used to the phenomenon of putting into above-mentioned the 1st washing agent resettlement section 300 that prevents that washing agent is too much.That is,, therefore, just can fully guarantee the clean result of washings as long as drop into a small amount of powder detergent to above-mentioned detergent box 254 because the scourability of nearest powder detergent is very outstanding.

On above-mentioned the 2nd washing agent resettlement section 310, detergent box cover 280 is installed.Above-mentioned bleaching agent is put into the bleaching agent resettlement section 311 of above-mentioned the 2nd washing agent resettlement section 310 by the bleaching agent input port 283 of above-mentioned detergent box cover 280.Above-mentioned softener is then put into the softener resettlement section 312 of above-mentioned the 2nd washing agent resettlement section 310 by the softener input port 284 of above-mentioned detergent box cover 280.

As mentioned above, in case powder detergent, bleaching agent, softener are dropped in the washing agent resettlement section 262 to detergent box 254, above-mentioned detergent box 254 will be inserted in the open pore 222A inboard of above-mentioned control panel 222, therefore, above-mentioned detergent box 254 will be arranged at the inboard of above-mentioned detergent box shell 252.

And, driving in case drop into the commercial roller washing machine 200 that washing agent is arranged, outside water will supply to the inside of above-mentioned detergent delivery device 250 by the water hose 232 of above-mentioned waterworks 230.

That is, by the hose transition 338 that is connected with the water hose 232 of above-mentioned waterworks 230, water will flow into the distributor cover 256 of above-mentioned detergent delivery device 250.Flow into the water of above-mentioned distributor cover 256 inside, will flow to water hole 340, and discharge to downside by the above-mentioned water hole 340 of giving by feedwater stream 330,332,334.

By the above-mentioned water of discharging for water hole 346 for water hole 344 and softener for the bleaching agent in the water hole 340, above-mentioned bleaching agent input port 283 and softener input port 284 will be supplied to respectively.Supply to the water of above-mentioned bleaching agent resettlement section 311 and softener resettlement section 312, will be respectively applied for dilution bleaching agent or softener.

Reach certain water level when above in case supply to the water level of the water of above-mentioned bleaching agent input port 283 and softener input port 284, water with above-mentioned bleaching agent or softener dilution, will be by siphon pipe 313,314 and the syphon hood 285,286 that is formed at above-mentioned bleaching agent input port 283 and softener input port 284, discharge fully disposable inside to above-mentioned detergent box shell 252.

Particularly, auxiliary input port 287 of the bleaching agent that the place ahead of the syphon hood 285,286 of above-mentioned detergent box cover 280 forms and the auxiliary input port 288 of softener are used for appending water spray to the bleaching agent and the softener that flow into above-mentioned siphon pipe 313,314 and syphon hood 285,286.Utilize the water that sprays by auxiliary input port 287 of above-mentioned bleaching agent and the auxiliary input port 288 of softener, will dilute bleaching agent and softener fully, thereby can be discharged to above-mentioned siphon pipe 313,314 and syphon hood 285,286 more smoothly.

In addition, by the above-mentioned water of discharging for water hole 342 for the washing agent in the water hole 340, the inside of above-mentioned the 1st washing agent resettlement section 300 will be supplied to, and, owing to be formed at of the effect of above-mentioned washing agent to the inclination interval 349A of the spout portion 349 in water hole 342, to therefore can more effectively wash out the powder detergent that devotes above-mentioned the 1st washing agent resettlement section 300 to the laterally inclined injection of above-mentioned the 1st washing agent resettlement section 300.

Above-mentioned water and washing agent after the bottom surface by above-mentioned the 1st washing agent resettlement section 300 and detergent amount are set between the wall 304, the inside that bottom surface by being formed at above-mentioned the 1st washing agent resettlement section 300 and the space between the blocking wall 302 and tap portion 306 are discharged to above-mentioned detergent box shell 252.

As mentioned above, the water that has dissolved powder detergent, bleaching agent and softener is discharged to the inside of detergent box shell 252 after, by feed-water corrugated pipe 236 it is supplied to bucket 206 again.

The above, it only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, every foundation technical spirit of the present invention all still belongs in the scope of technical solution of the present invention any simple modification, equivalent variations and modification that above embodiment did.

The effect of invention

The washing methods of decontaminating apparatus of the present invention is made of following step: when cleaning stroke, for to the washing Thing carries out centrifugal dehydration, and makes the dehydration of cylinder High Rotation Speed; For the washings in above-mentioned dehydration, dewatering Clean, and to the private water supply of bucket, and make the cleaning step of cylinder low speed rotation; To in above-mentioned cleaning step, be used for The water that cleans is discharged to outside drain step. Owing in cleaning stroke, carry out simultaneously feedwater and cleaning, therefore can contract Weak point is cleaned the time, and can fully guarantee the clean effect of washings.

In addition, the present invention can also shorten the time of cleaning when guaranteeing washing (-)off properties, therefore in the situation as commercialization Lower, owing to reduced the service time of commercial washing device, therefore can reduce client's cost burden, and, owing to increase Add the access times of commercial decontaminating apparatus in the unit interval, so can increase owner's income.

Claims (6)

1. the washing methods of a decontaminating apparatus is characterized in that, it includes following several steps:

When cleaning stroke, for washings is carried out centrifugal dehydration, and the dehydration that cylinder is rotated at a high speed;

For the washings that dewaters is cleaned, and to the private water supply of bucket, and make the cleaning step of cylinder low speed rotation in above-mentioned dehydration;

The water that will be used to clean in above-mentioned cleaning step is discharged to outside drain step.

2. the washing methods of decontaminating apparatus according to claim 1 is characterized in that:

In the above-mentioned dehydration, washings is carried out the dehydration at intermittence by the rotation of above-mentioned cylinder.

3. the washing methods of decontaminating apparatus according to claim 2 is characterized in that, above-mentioned cleaning step comprises following process:

Till above-mentioned dehydration to the 1 setting-up time, to the 1st process of said bucket feedwater;

Till above-mentioned the 1st setting-up time to the 2 setting-up times, feed water to said bucket, and make the 2nd process of above-mentioned cylinder low speed rotation;

Till above-mentioned the 2nd setting-up time to the 3 setting-up times, stop to supply water, and make the 3rd process of above-mentioned cylinder low speed rotation.

4. the washing methods of decontaminating apparatus according to claim 3 is characterized in that:

Above-mentioned the 1st setting-up time is meant, supplies water to the time that can clean the minimum cleaning water level of washings;

Above-mentioned the 2nd setting-up time is meant that feedwater is to the time of the cleaning water level of the best of setting according to the washing bag amount and the kind of above-mentioned washings;

Above-mentioned the 3rd setting-up time is meant, the scavenging period of the best of setting according to the washing bag amount and the kind of above-mentioned washings.

5. according to the washing methods of each described decontaminating apparatus in the claim 1 to 4, it is characterized in that:

Above-mentioned dehydration, cleaning step and drain step are carried out till set point number repeatedly.

6. the washing methods of decontaminating apparatus according to claim 5 is characterized in that:

If the execution number of times of above-mentioned drain step is more than the set point number, then enter the dehydration stroke.

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